;DFC1C
SEQ 0001
IDENTIFICATION
DIAGNOSTIC CODE:
PRODUCT NAME:
VERSION:
DATE RELEASED:
MAINTAINED BY:
AUTHOR:
UPDATE AUTHOR:
DFCIC
^FCICCO CI Cluster Test Protocol Responder
3
August 21 . 1985
Large Systems Diagnostics
Ron Stravinski
Gregory A. Scott
COPYRIGHT (C) 198A, 1985
DIGITAL EQUIPMENT CORPORATION, MAYNARD, MASS.
TH.': SOFTWARE IS FURNISHLD UNDER A LICENSE FOR UfE ONLY ON A
SINGLE COMPUTER SYSTEM AND MAY BE COPIL:) ONLY WITH THE INCLUSION
OF THE ABOVE CUPYRIohT NOTICE. THIS SOFTWARE, OR ANY OTHER
COPIES THEREOF, MAY NOT BE PROVIDED OR OTHERWISE MADE AVAILABLE
TO ANY JTHER PERSON EXCEPT FOR USE ON SUCH SYSTEM AND TO ONE WHO
AGREES TO THESE LICENSE TERMS. TITLE TO AND OWNERSHIP OF THE
SOFTWARE SHALL AT ALL TIMES REMAIN IN DIGITAL EQUIPMENT
CORPORATION.
THE INFORMATION IN THIS DOCUMENT IS SUBJECT TO CHANGE WITHOUT
NOTICE AND SHOULD NOT BE CONSTRUED AS A COMMITMENT BY DIGITAL
EQUIPMENT CORPORATION.
DIGITAL EQUIPMENT CORPORATION ASSUMES NO RESPONSIBILITY FOR THE
USE OR RELIABILITY OF ITS SOFTWARE IN EQUIPMENT WHICH IS NOT
SUPPLIED BY DIGITAL EQUIPMENT CORPORATION.
Table of Contents
Page ii
SEQ 0002
Table of Contents
Page
2.1
1.0 Overy/iew of Diagnostic Product
1 .1 Abstract ...
1 .2 Users and Uses
1.3 Pre-requ1s1te software . . .
2.0 Product 6oals/Non-6oals . . .
Performance goals
2.1.1
2.1.2
2.1.3
2.1.4
2.1.5
2.1.6
2.1.7
2.2
2.2.1
2.2.2
2.2.3
2.2.4
2.2.5
2.3
2.3.1
2.3.2
2.4
2.4.1
2.4.2
2.5
3.0
3.1
3.2
3.2.1
3.2.2
3.2.3
3.2.4
3.2.5
4.0
4.1
4.1.1
Program Size
Program Run Time . . .
Exec Mode Capability .
User Mode Capability .
Fault Detection . . .
Fault Isolation . . .
General User Interface Philosophy
Compatibility Goals
CPU Family
Standard Diagr.ostic Supoort Software
Operating systems (TOPS-10) . .
Operating systems (TOPS-20) . .
upeoi ...... I.e....
Failsoft Goals
CPU/Memory Failures
Power fail/restart .
Restrictions ...
User Mode Privileges
User Mode Priority Interrupts .
Non-Goals
Requirements
Hardware Design Requirements .
Run Time Requirements
CPU family ....
Memory
Load Device . .
User Interface .
Operating Systems
Functional Description (Ov/ery/iew)
Error Reporting Philosophy ....
Error Reporting of Hardware Detected Erro
. 1
1
1
1
2
. 2
. 2
. 2
. 2
. 2
. 3
. 3
. 3
. 3
. 3
. 3
. 4
. 4
. 4
. 4
. 4
. 4
. 4
. 4
5
5
. 5
rs
5
5
5
5
6
6
6
7
rtCMMHli«iMIM«MMMM
Table of Contents
Page iii »
SEQ 0003
A. 1.2 Reporting to SPEAR 7
4.2 Response Decoding 7
4.3 General Test Philosophy 7
4.3.1 Rfisponder Data Structure 7
4.3.2 Delay/Timeout Data Stru:ture 10
4.3.3 Third Party Data Structure 10
4.3.4 Request execution scheme 12
4.4 Commarid/Response Descriptions 13
4.4.1 Responder Function Set Request 13
4.4.2 Buffer Nap Request 13
4.4.3 Suffer Unmap Request 14
4.4.4 Move Buffer Request 14
4.4.5 Generate Message Request 14
4.4.6 Generate Dataaram Request 15
4.4.7 Generate Reset Re^'uest 15
4.4.8 Generate Start Request . . 15
4.4.9 Start/Stop Unsolicited Activity 15
4.4.10 Configuration Data Request 16
4.4.11 Counter Read Request 16
^.4.12 Connect Request 16
4.4.13 Listener Disconnect Request 16
5.0 Program Interfaces 16
5.1 Diagnostic Software Interfaces 17
5.2 Operating System Interfaces (TOPS-10) 17
5.3 Operating System Interfaces (TOPS-20) 17
^.0 Appendices 18
6.1 Appendix A (Figures) 18
6.2 Appendix B (CTP Messages) 19
6.2.1 CTP Message Formats 19
6.2.2 Responder Function Set Messages 19
6.2.3 Buffer Map Messages 21
6.2.4 Buffer Unmap Messages 24
6.2.5 Move Buffer Messages 26
6.2.6 Generate Message Messages 29
6.2.7 Generate Datagram Messages 31
6.2.8 Generate Reset Messages 33
6.2.9 Generate Start Messages 35
6.2.10 Start/Stop Unsolicited Activity Messages ... 37
6.2.11 Configuration Data Messages 39
6.2.12 Counter Read Messages 41
6.2.13 Connect Messages 44
6.2.14 Listener Disconnect Messages 45
L
Overview of Diagnostic Product
Page 1
SEQ 0004
1.0 Overview of Diagnostic Product
1.1 Abstract
The CI Cluster Test Protocol Responder is the slave portion of a
master/slave pair of cooperating programs. Its function is to
receive and act according to instructions from the master process
referred to as a Controller Process. In the CI environment, the
Controller Process may be the CI Node Tester (CINT) or a copy of the
CI Exerciser Program (CIE) running in some CI Node.
The CI Responder is a user mode only program that will run under the
TOPS-20 Operating System (release 6.0 or newer) or the TOPS-10
Operating System (release 7.03 or newer). The Responder will run
during normal timesharing as an OPERATOR or [1,23 job and does not
require exclusive use of any system resources.
Command and Response Packets are passed between Controller and
Responder Processes using the Cluster Test Protocol (CTP). The
System Comnunication Service (US) of the Operating System will be
used to send CTP messages over the CI.
1 .2 Users and Uses
The Responder will be used by Field Service and Manufacturing in the
Dock Merge verification process along with the CIE. Manufacturing
may c'o Quality Control checks at certa"n intervals in the
manufacturing process in which they would use the Responder with the
CINT. Since the Responder will be run as an OPERATOR lob, it will
be accessible to anyone in a remote node who would like to checkout
the CI, for example a Field Service person. Engineering will use
the Responder in development of current and future CI Products.
1.3 Pre-requisite software
0 CPU Diagnostics
0 Memory Diagnostics
0 I/O Box Diagnostics
0 CI Port Hardware Diagnostics
0 TOPS-20 Operating System or
0 TOPS-10 Operating System
Mil »
Product Goals/Non-6oaLs
Page 2
SEQ 0005
2.0 Product Goals/Non-Goals
2.1 Performance goalr
To be able to execute, with a high degree of predictability the
commands received, and to respond with usable data for the CI
Exerciser or CINT. The Responder is designed to return accurate
status information to the controlling node.
2.1.1 Program Size
it is expected that the Responder will execute in less than. 30
pages. The Responder has the ability to have 32 virtual connections
open at any one time.
2.1.2 Program Run Time
The Responder is always be running in "Listen Mode
connection from some controlling orocess. Run
, awaiting a
process. Kun time in the
traditional sense does not apply. Once a connection is established,
the amount of the work done by the Responder is determined totally
by the Controlling Process.
2.1.3 Exec Mode Capability
The responder does not run in Exec Mode.
2.1. A User Mode Capability
The responder runs in a normal timesharing job.
2.1.5 f^ault Detection
The Responder has the ability to detect 2 types of errors.
1. Failure to do what the Controller Requested.
2. A JSYS or UUO failure when trying to send a response or perform
some other monitor assisted operation.
MfiiW!>*i»i«''»»*«*'M>'>Ma#>iw»»i»w»w»ii ii.ii I ■*"!>■
Procjct Goals/Non-Goals
Page 3
SEQ 0006
2.1.6 Fault Isolation
The Responder has no built in isolation capability. Any functional
fault detected will be passed back to the CIE for analysis and
reporting. The Exerciser will then isolate to the node and identify
the function that was being performed when the error occurred.
Information about broken connections or error returns from a JSYS or
DUO 'monitor call) within the Responder will not be sent to the
controller.
2.1.7 General User Interface Philosophy
There is not be any user interface to this Program. All commands
and responses will be through an SCA Connection with a Controller.
2.2 Compatibility Goals
The Responder will be able to respond to CTP Commands received
any CI node (HSC50, Vax, KLIO, CINT).
from
2.2.1 CPU Family
The responder is a user program and is monitor dependent rather than
hardware aependent. It will run on any 36 bit CPU provided the
TOPS-10/TOPS-20 monitor supports the CI.
2.2.2 Standard Diagnostic Support Software
The Responder does not use any of the Standard Diagnostic Support
Software. It is a self contained program with an .EXE extension.
DIAMON, KCMON and SUBRTN are not applicable. There are no sense
switch options. All error reporting, looping, and so on, is handled
within the controller program.
2.2.3 Operating systems (TOPS-10)
The Responder will run under TOPS-10 release 7.03 and newer, and
uses the SCS. UUO and the DIAG. UUO.
Page 4
Product 6oals/Non-6oa Is
2. 2. A Operating systems (TOPS-20)
The Responder will run under TOPS-20 release 6.0 and newer, and uses
the SCSI JSYS and the DIAGX JSYS.
2.2.5 Spear-
When running under TOPS-20, this program will be upward compatible
with all versions of SPEAR. Since ToPS-IO lacks a method for a user
program to create SPEAR entries, no SPEAR entries are created under
TOPS-10.
2.3 Failsoft Goals
2.3.1 CPU/Memory Failures
The Responder will be aborted by the Operating System.
2.3.2 Power fail/restart
The Responder will be restarted when the System is reloaded.
2. A Restrictions
There should only be one Responder running on a system at any .one
time. The Responder could be run continuously as an Operator job.
However on TOPS-10 the responder has to lock itself in core so
running it continuously is not a good idea. Under TOPS-20 the
system could start it during boot time with no ill effects.
2.A.1 User Mode Privileges
Under TOPS-20, the SCSI JSYS requires Wheel. Operator or Maintenance
privileges. Under TOPS-IO, the SCS. UUO requires the job be CI, 2]
or have JP.POK privileges.
2. A. 2 User Mode Priority Interrupts
The Responder does not use any Hardware Interrupts. The Software
Interrupt System is used on both TOPS-IO and TOPS-20.
SEQ 0007
iirtWWftHiiw iWti ^»t«||Wi«iii1 lUitk^mt^m
Product 6oals/Non-GoaLs
Page 5
SEQ OOOS
2.5 Non-Goals
0 The Responded does not do error retries unless directed to do so
by a Controller.
0 There Is no user interface.
0 There is no exec mode support.
3.0 Requirements
3.1 Hardware Design Requirements
No special hardware features are required.
3.2 Run Time Requirements
0 A TOPS-10 or TOPS-20 Timesharing Monitor needs to be running,
0 Adequate user privileges.
3.2.1 CPU family
The KL10 CPU family with a C120 port and Star Coupler,
3.2.2 Memory
Any configuration running the supported versions
Systems have sufficient memory.
of the Operating
3.2.3 Load Device
The load device will be the system disk.
,,<iia)IMifc<WMaM#atW^>|Mi»iiii*^*t»)*i|W"^ 9mimthnimn
Page 6
Requirements
3. 2. A User Interface
There is not any human interface to the Responder. All the human
interfacing will take place at the controller program.
3.2.5 Operating Systems
TOPS-10 and TOPS-20 are the only supported Operating Systems.
TOPS-20 Operating System, release 6.0 or newer, supports necessary
CI Diagnostic Features. T0PS-10 Operating System, release 7.03 or
newer, supports the necessary CI Diagnostic Features.
4.0 Functional Description (Overview)
Under TOPS-20, the Responder is run on a priviledged OPERAiOR job
and can be loaded and started during system boot time. It can also
be loaded and started by an Operator.
Under TOPS-10, the Responder should only be run when needed since it
locks itself in core due to a restiction in T0PS-10*s SCS UUO.
Once started, the Responder will execute an SCS LISTEN command which
will allocate a Connection Block and listen for a connection request
from a Confoller node. The Monitor will interrupt the Responder
when a Controller node wants a connection. The Responder will
establish connections ard send communications messages through the
Operating System. The Responder uses the SCSX JSYS (TOPS-20) or
SCS. UUO (TOPS-10) to send CTP Protocol messages across the CI. The
Rtsponder communicates with the Controller Process using CTP
Protocol.
The Responder is able to talk to many Controllers at the same time.
If by some reason the Responder stops running it will have to be
restarted by the Operator.
A.1 Error Reporting Philosophy
0 Report back to Controller on functional errors.
0 Publish a message and stop if an impossible error condition
exists. If tne Responder fails in this .uanner a report should
be made to Diagnostic Engineering.
SEQ 0009
Functional Description (Overview)
Page 7
SEQ 0010
4.1.1 Error Reporting of Hardware Detected Errors
Hardware errors are detected and logged by the Operating System.
4.:. 2 Reporting to SPEAR
Under TOPS-20, the following information is logged into the System
Error Log for SPEAR use.
0 The number of connections from each node to the Responder since
it was started.
0 The number of connections from each node to the Responder since
the last SPEAR entry.
No information is logged to SPEAR on TOPS-10, because TOPS-10 lacks
the facility to create SPEAR entries from user mode programs.
4.2 Response DeccJing
The required Response is determined by the opcode of the incoming
CTP Requests (see Appendix B). The Responder *s a slave to the
Controller.
4.3 General Test Philosophy
Responders on the CI must respond to some subset of the cluster test
protocol commands listed in the CTP documen:. Appendix B of this
document lists in detail, all of the command. Response ^Messages. that
are
a
rei
or.^ . ^ _ ^^ ^ . ^
the use of CTP in a test that moves data from the responder to the
controtler. Note the pairing of the CTP request and response. In
general, the responder always returns one or more CTP responses for
each CTP request.
4.3.1 Respo.tcier Data Structure
The Connection Blocks are used to store information about Virtual
Circuits (one Connection Block/Virtual Circuit). On'.y when a
connection is accepted by the Responder is a Connection Block
allocated to a Virtual Circuit.
Functional Description (Overview)
Page 8
SEQ 0011
Connection Block (CBLKn) Format:
^» ^k ^k ^B ^» ^k ^» ^» ^B ^M ^B i^ ^» «• ^» ^B ^M ^B W ^B 4^ *■ ^M ■
I Connect ID
1
! Status
! 1ST RHBU Address
1
! 2ND RHBLK Address
1 System Block Index
, ,Port Number
1 Local Port Number
(CI port numbe
jr)
} 1ST - SCA's Buffer
Name
I 1ST - Our Buffer Name (BUFx) of
above
word 1
2ND - SCA's Buffer
Name
! 2ND - Our Buffer Name (BUFx) of
above
word I
The Request Header Blocks are used to store information about CTP
requests (one Requert Header Block/CTP Request). Only when a CTP
request is received by the Responder is a Request Header Block
allocated.
Reouest Header Block (RHn) Format:
6 bit CID (3rd Party),, Forward Link (FLINK) I
Repeat Count,, Backward Link (BLINK)
Status,, CBLKn Address
Start of CTP packet (RBn address)
When a request has been received it must ^i executed. First,
Request Header Block is linked into the execution list as foil
The
the
ows.
he Responder has two pointers used to point to the top and bottom
of the execution List. They keep track of the order that the
request are received, and therefore the order in which they should
be executed. If another request arrives from a Controller that
already has a request on the linked list, it must wait for the first
request to complete before the second is put en the linked list.
Functional Description (Overview)
Page 9
SEQ 0012
Once there is at least one CTP request to process, the mainline
routine can begin executing. It will find the first Request Header
Block by looking at the location "TOPEXE ' which points. to the first
Request Header Block to execute. The value of topexe is written to
"CUREXE". From now on CUREXE is used to keep track of which Request
Header Block is currently being executed.
The mainline routine finds the CTP request, which is pointed to by a
field in the ^-^quest Header Block, and cases off the CTP opcode to
request specif i routines to handle each of the possible CTP
requests.
An example of how the FLINK and the BLINK words are used when there
are 3 requests on the linked list awaiting execution:
TOPEXE: I RHI ! First Request Header Block on the linked
tist.
BOTFXE: i RHAA I Last Request Header Block on the linked
list.
CUREXE: I RHnn I Current Request Header Block being
executed.
RHI
RH56
TOPEXE
STATUS
RBI
I FLINK - next Request Header Block to be
— executed.
I BLINK - Request Header Block that was
— just executed.
CTP Packet Address
RH56:
RH4A
RHI
STATUS
RB1
Functional Description (Overview)
Page 10
SEQ 0013
RHA4 :
TOPEXE
RH56
STATUS
RBI
4.3.2 Delay/Timeout Data Structure
can not be executed
PITWR UUO (TOPS-10) is
If a request has a delay count, the request
immediately. A TIMEi^ JSYS (TCPS-20) or ....,
executed which will signal, via the software interrupt system, when
it is time to execute the request. The code executed at tne timer
interrrupt sets the "GOBIT" in the Request Header Block signifying
that th's CTP packet is now ready to be executed.
The data *
tables.
Header ?.
indica >:5
cont?^ -
ha' Dfcen
of a ral
count) or
jcture associated with this request is three paralel'
. first table, DLYADR, contaT>s the addresses of Reques
k . that are currently be^^.g t ^ed. A zero in the t=^bU
.r!3t this slot is free. "he second table. DLYUPT,
•.e system uptime in millisecani . at which time the delay
satisfied. The third table, OLYRTN, contains the address
: "jutine to call to either set the GOBIT (requested delay
j^'^DUE (to timeout a connection).
A. 3. 3 Thir'^ ' jrty Data Structure
When a Controller wants the Responde- to do a CTP Request that vIU
include third party, he must fir<;t s?nd a CTP Connect R3que3t shich
will cause the Responder to open up a connection to the ii3f».ed
Responder. When a connection is mai'j the 6 bit cid that re rences
Ion is placea into the left half of the
thai third party connectii
FLINK word in the RHB^K.
Example: ;This RHBLK is used to hold a third party CTP Request
.•message. It will get put on the Linked List.
RHn: 6 bit cid,, FLINK
Repcount,, BLINK
Status,, CBLK
0,, Address of CTP request
The Recponders' Interrupt Routine (CONACC - connection was accepted)
will tnen act 2 unused RHBLKs and «?et them up so they will be able
to be used wnen the response message.^ come in from .he third party
1
Functional Doscription (Overview)
Page 11
SEQ 00^^
Responder.
Example: ;These 2 RHBLKS will never be put on the Linked List,
RHn: -1
0
CCBLK
0,, Address of CTP request
RHn: -1
0,,CBLK
0,, Address of CTP request
The CBLK also gets set up:
CBLKn: CID
THIRDIGTINFO,,0
i
The Mainline Routine has a subroutine that gets called to set up the
CBLKs with more information. All the C8LKs that have the "GTINFO
bit set in its status word will get updated in this routine.
Example: CBLKn: ?
GTINFO, ,0
I
SBL,Node number
CI Port number
;"GTINFO" gets cleared
When we send out a CTP Request to a third party Responder, we wUi
receive a CTP Response back from that Responder. We receive the
Response from the interrupt routine "IN°MS6". This routine can set
up the CBLK as follows:
Example: CBL<n: ?
GA1C0N1GA2C0NIGANRES
RHBLK
RHBLK
I
^
'>ndl Description (Overview)
^^^^B» ft
4. 3. A Request execution scheme
Page 12
SEQ 0015
/e many "equests to service
some mechan.sm for determining the
request. The method used is a
, suDDOse two requests are received
three. The responder
then execute the other
'"""*"• ^*"- been
repeat
•
The exception to this rule occurs when two CTP requests originate
from the same controller. In this case the responder executes the
request received first until it has been completed before executing
the second request.
An example of this algorithm is shown below. The second column in
the diagram contains symbols representing the source of the. CTP
request. Also, the top of the list contains the request received
first, the bottom contains the request received last.
1 REQUEST 1 i
A
1 REP CNT 2 1
SEND DG
1 "^ZiiUEST 2 I
r
! REP CNT 3 1
SEND nSG
1 REQUEST 3 I
A
1 REP CNT A 1
SEND nSG
1 RECUEST 4 1
B
! PEP '•NT 3 1
SEND DATA
Frjm the diagram above, four requests have been received, two e<ith
f om node A and node B. REQUEST 3 will not ? executed until
F/EQUEST 1 is finished, and REQUEST 4 will not be ex^^cuted until
(REQUEST 2 is finished.
Thur, the order of execution for the above diagram is as follows:
REQUEST 1
REQUEST 2
REQUEST 1
REQUEST 2
REQUEST 3
REQUEST 2
REQUEST 3
REQUEST 4
REQUEST 3
REQUEST 4
REQUEST 3
REQUEST 4
wijiiWi taJ'MwiiaiMl^rttiiif^iMirii miWli; J
]
Functional Description (Overview)
Page 13
n
SEQ 0016
4.4 Command/Response Descriptions
The following sections provide verbal descriptions of all the .CTP
requests, supported by this Software, along with the appropriate
Responses which must be taken for each. A detailed description of
all the CTP Protocol implemented by the Responder is contained in
Appendix 6 of this document
4.4.1 Responder Function Set Request
This CTP request causes the responder to return a CTP function set
response to the controller. The function set response contains a 52
byte field specifying the CTP functions implemented by the
responder. Each bit in the 256 bit field corresponds to a CTP
opcode which is implemented by the responder. If a bit is set, the
responder implements the function specified by that request.
If a bit is clear, then the responder can receive that particular
CTP request, but will return a response with a NOT IMPLEMENTED
status field.
4.4.2 Buffer Map Request
This CTP message tells the responder to map a buffer in the
responder 's node for access by the controller. Three types of
buffer are distinguished in a field of the incoming request. Real
Memory buffer is mapped when the controller wishes to examine the
contents of the buffer after a transfer has occurred. Black Hole
buffer is used for test cases in which the controller wishes to
create a high level of CI traffic but does not care to check the
contents of the buffer after the transfer. The Maintenance Data
Buffer is not used in this responder. The size of the desired
buffer area is also given in a field in the buffer map request.
When mapped, buffers are filled with one of three types of data
patterns specified by a field in the CTP request. They are: byte
8 airs (bytes zero and one contain 00, bytes two and three contains
1, etc); the r-sponder's node number; or a constant given in
another field in the request. This allows a buffer to Be read
without first writing a specific data pattern to it.. The
appropriate information needed by the controller to access the
buffer including the buffer name and size is sent back to the
controller in the CTP Buffer Map Response.
The buffer map information should be kept on a per-connection basis.
The responder will unmap all the buffers for a connection if the
connection is broken. Whenever the responder detects the breaking
of a connection, it should check for and unmap any buffers mapped
over that connection.
i[ r 1 . 1 1 r [tm 0
Functional Description (Overy/iew)
Page U
SEQ 0017
A. 4. 3 Buffer Unmap Request
This CTP message causes the responder to surrender a previously
mapped buffer. The name of the buffer along with the buffer type
and size are contained in fields in the request. When the unmapping
has been completed, the responder returns a CTP Buffer Unmap
Response to the controller.
4. A. 4 Move duffer Request
This CTP message causes the responder to move a block of data
between itself and another node. Fields in the request specify the
direction of the data movement, the other node involved, and the
buffer names and offsets. A repeat count in the request makes it
possible to perform multiple buffer transfers and a delay count in
the request causes a delay (in 500ms increments) before starting the
first transfer.
After the buffer transfer has been completed, the responder returns
a CTP Move Buffer Response to the controller. This response
contains a byte of status ^ibout the last move performed, a longword
containing the Port status used for the last buffer transfer, along
with the information contained in the original request.
A connection must exist between the two nodes prior to performing
the buffer transfer. If no connection exists, the responder will
return status back to the controller stating so.
It is not the responsibility of the responder, however, to map
buffers that have not yet been mapped when the move buffer request
is received.
4.4.5 Generate Message Request
This CTP message causes the responder to send the controller a
stream of CTP Generate Message Response messages. Fields in the
incoming request specify a repeat count, a delay (in 500ms
increments) prior to returning the first response, the data with
which to fill the response^ and the length of the CTP response. The
CTP response contains fields to reflect the status of the last
message sent, a count field to indicate the count of the message
sent, a field specifying the type of data contained in the response
message, and the N bytes of generated data.
The number of messages sent by the responder should be one greater
than the repeat count specified in the request. Thus, for a repeat
count of zero, one response should be returned, and a repeat count
of one should yield two responses.
L
iiMMlliWill»IW
Functional Description (Overview)
Page 15
SEQ 0018
4. A. 6 Generate Datagram Request
This CTP message causes the responder to send the controller a
stream of CTP Generate Datagram Response messages. Fields in the
incoming request specify a repeat count, a delay (in 5Q0ms
increments) prior to returning the first response, the data with
which to fill the response, and the length of the CTP response. The
CTP response contains fields to reflect the status of the last
datagram sent, a count field to indicate the count of the datagram
sent, a field specifying the type of data contained in the response,
and the N bytes of generated data.
The number of datagrams sent by the responder should be one greater
than the repeat count specified in the request. Thus, for a repeat
count of zero, one response should be returned, and a repeat count
of one should yield two responses.
A. A. 7 Generate Reset Request
This function will cause the responder to generate a specific reset
packet on the CI. This request contains a target node and a extend
field specifying whether to do a conditional or forced reset. This
function will be used only when a CINT is connected to the CI.
4.4.8 Generate Start Request
This function will cause the responder. to generate a specific start
4.4.9 Start/Stop Unsolicited Activity
This CTP message causes the responding system to either
resume activity on the CI. This means that if a node has
that checks configuration information by executing request .^ -
other nodes, then upon receipt of this request this activity is
stopped. This function will be used only when a CINT is connected
to the CI.
stop or
a poller
ID'S to
L
Functional Description (Overview)
Page 16
SEQ 0019
4.4.10 Configuration Data Request
This CTP message causes the responder to collect from. ii
SCA's) internal data tables information about a third node on
ts own
(or
^v^ ., ...v^...«v « the
CI. The responder returns this information to the controller in a
CTP Configuration Data Response Message, included in this response
are fields containing information about the target node s^
- Number of node
- Path A status
- Path B status
A status field is also contained in the configuration response. The
responder may indicate a refusal to gather the information, may not
have had knowledge about the target node, or may indicate a
successful gathering of the information in this field.
4. A. 11 Counter Read Request
This CTP message causes the responder to read the event counters
maintained in its own CI port. The responder then returns a. CTP
Counter Read Response which contains the contents of the eight
counters (ACK, NAK, NORSP and DISC for each path) and the status of
the counter reads.
4.4.12 Connect Request
For third party buffer transfers it is necessary for connections to
be established between responders. This is accomplished by using
this function.
4.4.13 Listener Disconnect Request
This CTP message causes the responder to shut down its
communications with the controller in an orderly manner. Upon
receiving this CTP request, the responder deallocates any resources
used for the connection. It then returns a CTP Listener Disconnect
Response to the controller with a status field indicating a
successful orderly disconnection. After sending this CTP response,
the responder issues a local SCA disconnect request.
5.0 Program Interfaces
Prografn Interfaces
5.1 Diagnostic Software Interfaces
Not Applicable.
Page 17
SEQ 0020
5.2 Operating System Interfaces (TOPS-10)
The programming interface is with the monitor using the SCS. UUO, as
implemented in TOPS-10 release 7.03 and later.
5.3 Operating System Interfaces (TOPS-20)
The programming interface is with the monitor. Packets of
information will be sent and received using the SCSI JSYS, supported
in TOPS-20 Release 6.0 and later.
■ MPiiiwjiiwiy^*
8
Appendices
Page 18
SEQ 0021
6.0 Appendices
6.1 Appendix A (Figures)
CONTROLLER
RESPONDER
MOVE BUFFER REQUEST !
= " >l
SNODAT i
< 1
SNDDAT (LP) i
< 1
MOVE.BUFFER.RESPONSE 1
WRITE
SEND MSG
Cluster Test Protocol Request/Response
CI Data Link Packet
Figure A
wiii^WWNWiBW
>.Mirim<imiiiWiii>wiip'ii iiii
Appendices
Page 19
SEQ 0022
6.2 Appendix B (CTP Messages)
6.2.1 CTP Message Formats
This section describes the formats of the messages that are passed
between processes speaking CTP. All of the messages are sent using
the SCA, and this section does not address the SCA portions of the
messages. Refer to the SCA documents for those formats.
formats and syntax of the
This section merely presents the encoding
messages used in CTP version 2.
Note that all messages begin with a one-byte opcode, indicating what
type the message is. Digital reserves opcodes in the range 0 to
Uf, while values in the range 128 to 254 are reserved for customer
and CSS additions to the protocol. Opcodes aenerated by the
responder as a result of a message from the controller will be 6A
greater than the controller's opcode. The opcode value 255 is
reserved for extending the opcode space to multiple byte values.
All messages have a four-byte reference number in the second through
fifth bytes. This number is not used by the responder.
All responses contain a status code in the sixth byte. Various
possibilities for success, failure and refusal can be described by
the responder in the status field. In all cases, successful status
values are indicated using positive values in the status field,
while negative status field values indicate a failure or refusal on
the part of the responder.
6.2.2 Responder Function Set Messages
Responder Function Set Request Message
B I-
Y
T 0
E 0
?
Bit
I
001 Opcode 00
041
?
I Reference I
C7777T7f7/ //// \ ////// \
.f f •♦• •♦••
00/CTP$0PC0DE
01/CTP$REFERENCE
1
1
U
0
3
R
5
D
■f
1
1
1
•f
1
2
1 Byte, value is 00/CTP$FUNCTREQ.
4 Bytes, contains reference number.
■■*ilfc,JBrt»HIII<^«
Appendices
Page 20
SEQ 0023
Responder Function Set Response Message
B 1-
Y
T 0
E 0
OOl'
04!
Bit
08!
■f"
121
161
20!
241
28!
32!
36!
?
Opcode 64
STATUS
1 i
5 f
.+ +
Reference
i'iFBYTES OR !256 BIT ARRAY
. -...-————4.——— — — —
3
5
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
06/CTP$FMASK
.+ + ^•«.....4.
\ ////// \ ////// \
.^ ^^ f.
1 Byte, value is 64/CTP$FUNCTRSP.
4 Bytes, contains reference number.
1 Byte, value is 00/CTP$SUCCESS.
W
0
R
D
1
2
3
4
5
6
7
8
9
10
a 256 bit array,
if the opcode is
responder and
The least
the first byte
32 Bytes, arranged as
with each bit set
implemented by the
cleared otherwise,
significant bit of
corresponds to opcode zero, and the
most significant bit of the 32nd byte
corresponds to opcode 255. For CTP
functions not implemented, the
responder must still be able to
receive the CTP packet type. but
should return the response with a NOT
IMPLEMENTED status value.
11
Appendices
Page 21
SEQ Q02^
6.2.3 Buffer Map Messages
B I-
Y
T 0
E 0
00!
04!
12!
Buffer Map Request Message
Bit
0
7
1
5
2
3
3
I
01/CTP$REALBUF
02/CTP$FA<EBUF
Real Memory Buffer.
•Black Hole" Buffer.
06/CTP$RESERV06
08/CTP$GENFUNCT
2 Bytes, must be zero.
1 Byte specifying the function to
for the initial contents of
allocated buffer. Values are:
-! U
0
3 R
5 D
Opcode 01
x_
Reference
•'
1
■"T"
^
Buftype
! MBZ
Genfunct
Genconst
1 Pktsiz ! Pktmult
'"T~
Bui
flenath
1
4. + -». -f ^
00/CTP$OPCODE 1 Byte, value is 01/CTP$BUFMAPREQ.
01/CTP$REFERENCE 4 Bytes, contains reference number.
05/CTP$BUFTYPE 1 Byte indicating type of buffer to
allocate, values are:
use
the
00/CTP$GENFFILL Fill buffer with constant.
01/CrP$GENFBPAIR Fill w/bvte pair numbers.
02/CTP$5ENFNODE Fill w/ri?sponder node number
09/CTP$GENCONST
10/CTP$P)CTSIZ
00/CTP$PS512
01/CTP$PS576
11/CTP$PKTMUlT
1 Byte holding the fill constant, only
used with the 00/CTP$GENFFILL function.
1 Byte, contains the base packet size
to use for the transfer.
Size is a multiple of 512 bytes.
Size is a multiple of 576 bytes.
1 Byte, specifying the packet size multiple,
12/CTP$BUFLENGTH 4 Byte integer indicating number of
bytes to allocate.
Appendices
Page 22
SEQ 0025
Buffer Map Response Message
B !•
Y
T 0
E 0
00!
OAI
12!
16!
Bit
0
7
1
5
2
3
3
1
3
5
Opcode 65
+
Reference
— ^. —
^♦^
Status !
MB2
B.<f «.»•<>»
Genfunct
^x^
Genconst ! Pktsiz
1
Pktmutt
..4......
^ A ^^
Buflength
— f-
6u ft name
+ —
.- + —
u
0
R
D
1
2
00/CTP$0PC0DE
01/CTP$REFERENCE
05/CTP$STATUS
1 Byte, value is 65/CTP$BUFMAPRSP.
4 Bytes, contains reference number.
1 Byte indicating type of buffer
allocated, values are:
001.(001)/CTP$REALBUF Real Memory Buffer.
002.(002)/CTP$FAKEBUF 'Black Hole" Buffer.
250.(372)/CTP$BUFLIMIT Buffer Map Limit Exceeded.
253.(375)/CTP$N0RES0URCE Resource Failure.
25A.(376)/CTP$N0NSENSE Request Not Understood.
255.(377)/CTP$N0TIMP Function Not Implemented.
06/CTP$RESERV06
08/CTP$GENFUNCT
2 Bytes, must be zero.
1 Byte specifying the function to
for the initial contents of
allocated buffer. Values are:
use
the
00/CTP$GENFFILL Fill buffer with constant.
01/CTP$GENFBPA1R Fill w/byte pair numbers.
02/CTP$6ENFN0DE Fill w/responder node number
09/CTP$GENC0NST
10/CTP$PKTSJZ
00/CTP$PS512
01/CTP$PS576
ll/CTPSPKTMULT
12/CTP$BUFLENGTH
1 Byte holding the fill constant, only
used with the 00/CTP$GENFFILL function.
1 Byte, contains the base packet size
to use for the transfer.
Size is a multiple of 512 bytes.
Size is a multiple of 576 bytes.
1 Byte, specifying the packet size multiple,
A Byte integer with number of bytes
m^ttiim'** i' »*
013
Appendices
Page 23
SEQ 0026
16/CTP$BUFLNAHE
actually allocated.
A Byte value with the name of the
buffer allocated.
aiaMMM«iMM«Mi
momm^muf iiiKirrtwi'
Appendices
Page 2A
6. 2. A Buffer Un^:ap Messages
B 1-
Y
T 0
E 0
081
12
161
Buffer Unmap Request Message
Bit
0
7
1
5
?
001 Opcode 02
OAl
Reference
i + + -f +
Buftype
M6Z
Buflength
Buf Iname
f —
00/CTP$0PCODE
01/CTP$REFERENCE
05/CTP$BUFTYPE
1 Byte indicating type of buffer
deallocate, values:
01/CTP$REALBUF
02/CTP$fAKEBUF
Real Memory Buffer.
•Black Hole" Buffer.
06/CTP$RESERV6
10/CTP$RESERV10
12/CTP$8UFLEN6TH
16/CTP$BUFLNAME
4 Bytes, must be zero.
2 Bytes, must be zero.
4 Byte integer indicating number
bytes to release.
3
5
U
0
R
D
+ f + f i — . — "f
MBZ
+ + + + i "f
+ f i 4 + +
3
5
^ + +
1 Byte, value is 02/CTP$BUFUNMREQ.
4 Bytes, contains reference number.
to
4 Byte value with the
buffer to release.
of
name of the
SEQ 0027
Appendices
B
Page 25
Buffer Unmap Response Message
Bit
T 0
E 0
0
7
1
5
2
3
00!
Opcode 66
1
Reference
B»^W»«»W»>
.»«««*«.4»»aB«»»
04!
1
Status
MBZ
»«>«»«» w4»«M»«»
08!
^♦^"
hbz
.«.'4«WM»»«
»*«««..«4.»»*»*
12!
^▲^_
Buf length
.^'i.^a.MWW*
.......4.....*.
16!
"▼"■
.-+—
Buf I name
.-+— — —
u
0
R
D
5
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
1 Byte, value is 66/CTP$BUFUNMRSP.
4 Bytes, contains reference number.
1 Byte indicatirg type of buffer
deallocated, values are:
Real Memory Buffer.
•Black Hole'' Buffer.
001.(001)/CTP$REALBUr
002.(002)/CTP$FAKE3UF
249.(371)/CTP$N0BUFMAPPED No Buffer Mapped.
253.(375)/CTP$NCRESOURCE Resource Failure.
254.(376)/crP$N0NSENSE Request Not Understood.
255.(377)/CTP$N0TIMP Function Not Implemented.
06/CTP$RESERV6
10/CTP$RESERV10
12/CTP$BUFLENGTH
I6/CTP$BUFLNAME
'♦ Bvtes, must be zero.
2 Bytes, must be zero.
4 Byte integer indicating numbe'
bytes released.
4 Byte value with the name of
buffer released.
of
the
SEQ 0028
iiKn I iim'mmtu'mimt <ii! -• mtini i.inmm
1
Appendices
Page 26
6.2.5 Move Buffer Messages
Move Buffer Request Message
B :•
Y
T 0
E 0
Bit
0
7
1
5
f
1
-.' U
0
3 R
5 D
OOl"
OA!
Opcode 03
Refe
Delay
— .f —
rence
..... — ^
Repcount
--|-
1 1 1
1 1 1
1 1 1
Of!
Movetype
^ A ^
Othernode ! Pkt
siz
1 Pktmult
.^.. .........
M^WMM
1
12!
^♦^
Buf length
.4..........>i
16!
Buf I name
.^..... ......
20 :
^♦■*
Buflofset
>.^..w........
24;
^ ^
Bufrname
>.^...........
?£
Bufrofset
1
2
5
6
7
8
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$DELAY
06/CTP$REPC0UNT
08/CTP$M0VETYPE
1 Byte, value is 03/CTP$M0VBUFREQ.
4 Bytes, contains reference number.
Byte specifying delay prior to
tion ("SDOms/count).
2 Byte integer containing a repeat
count.
1 Byte specifying the type of buffer
move to perform:
1
ac
00/CTP$MOVEFROM
01/CTP$MOVETO
Responder does a read.
Responder does a write.
09/CTP$OTHERNODE
10/CTP$PKTSJZ
00/CTP$PS512
01/CTP$PS576
11/CTP$PKTMULT
1 Byte containing the number of the
other node involved.
1 Byte, contains the base packet size
to use for the transfer.
Size is a multiple of 512 bytes.
Size is a multiple of 576 bytes.
1 Byte, specifying the packet size multiple,
SEQ 0029
■ittWi «W liiH^wHMwiU'wHiil
Appendices
Page 11
SEQ 0030
12/CTPSBUFLEN6TH
16/CTP$BUFLNAME
20/CTP$BUFLOFSET
24/CTP$BUFRNAME
28/CTP$BUFR0FSET
4 Byte integer containing the size of
the move in bytes.
4 Byte value with the local buffer
name.
4 Byte value containing the local
buffer offset.
4 Byte value with the remote
buffer name.
4 Byte value containing the
remote buffer offset.
Nove Buffer Response Message
B
Y
Bit
T 0
E 0
4
.^.
..4.......
00!
Opcode 67
"T"'
^♦^
Reference
««»^«>W«»<»««
04!
^▲^
status I Actcount
r
..4......
08!
ncvetype
, ^ -4 ^
Othernode ! Pktsiz
1
Pktmult
1
1
..4......
12!
•^♦^
Buflength
..4.......
16!
Buflname
.^.
..4...*..
20!
.^X^
Buflofset
..4.......
24!
Bufrname
.»«»4«««iww»
28!
— f-
Bufrofset
....... — ...f.— ....
— 4.
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
U
0
R
D
1 Byte, value is 67/CTP$M0VBUFRSP.
4 Bytes, contains reference number.
1 Byte with the SCA or CTP status of
the last move performed. Values are:
000.(000)/CTP$SUCCESS
Function Successful.
3
5
8
!46.(366)/CTP$N0C0NNECT Noconnection exits.
|47.(367)/CTP$PKTS1ZFA1L Unable to use specified packet size
?49.(371)/CTP$N0BUF«APPED No Buffer Mapped.
f51.(373)/CTP$FAILURE Function failure.
•52.(374)/CTP$REFUSE Request refused.
Appendices
Page 28
253.(375)/CTP$NORESOURCE Resource Failure.
254.(376)/CTP$N0NSENSE Request Not Understood.
255/CTP$NOTIMP Function Not Implemented.
06/CTP$ACTC0UNT
08/CTP$MOVETYPE
2 Byte integer holding the
number of moves done.
1 Byte specifying the type of
move performed:
actual
buffer
00/CTP$WOVEFROM
01/CTP$MOVETO
Responder did a read.
Responder did a write.
09/CTP$OTHERNODE
10/CTP$PKTSIZ
00/CTP$PS512
01/CTP$PS576
11/CTP$PKTMULT
12/CTP$BUFLENGTH
16/CTPSBUFLNAME
20/CTP$BUFLOFSET
24/CTP$BUFRNAME
28/CTP$BUFR0FSET
1 Byte containing the number
other node involved.
of the
1 Byte, contains the base packet size
to use for the transfer.
Size is a multiple of 512 bytes.
Size is a multiple of 576 bytes.
1 Byte* specifying the packet size multiple.
4 Byte integer containing the size of
the move in bytes.
A Byte value with the local buffer
name .
4 Byte value containing the local
buffer offset.
4 Byte value with
buffer name.
4 Byte value
remote buffer offset.
the remote
containing the
SEQ 0031
Appendices
Page 29
SEQ 0032
6.2.6 Generate Message Messages
B !-
Y
T 0
E 0
Generate Message Request Message
Bit
?
I
f
i
1
3
5
00;"
+-
Opcode 04 !
Refe
>
rence
^ —
""l
04!
Delay
■"T^
Repcount
.•«««4....
08!
Gen tunc t I
Genconst
M6Z
w...4.»»»
12!
Genleng
th
Imagedata
t
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$DELAY
06/CTP$REPCOUNT
08/CTP$GENFUNCT
1 Byte, value is 04/CTP$GENMSGREQ.
4 Bytes, contains reference number.
1 Byte spec 1 tying delay prior
action ("SOOms/count).
U
0
R
D
1
2
3
4
to
2 Byte integer containing a repeat
count.
1 Byte specifying the function to use
for the data field in the generated
packets. Values are:
00/CTP$GENFFILL Fill packet with constant.
01/CTP$GENFBPAIR Fill w/byte pair numbers.
02/CTP$GENFNODE Fill w/responder node number
03/crP$6ENF IMAGE Fill w/data in this packet.
09/CTP$GENCONST
10/CTP$RESERV10
12/CTP$GENLENGTH
14/CTP$1MAGE0ATA
1 Byte holding a fill constant if
CTPlGENFFILL, or zero otherwise.
2 Bytes must be zero.
2 Byte integer indicating the
generated message length.
N bytes of image function data if
appropriate.
Appendices
121
Page 30
Generate Message Response Message
B !-
Y
T 0
E 0
^^^^^^^^^^«
Bit
3
5
u
0
R
D
001
Opcode 68
^x^
B»^S
Reference
....•«4.».M
1
OAI
^ J ^
status
1
1
Actcount
...•s»4.— »•
2
08!
4—
Gen tunc t
— f-
Portstat
1
M6Z
. .«— - — +
f —
3
Genlength
Gendata
00/CTP$OPCODE 1 Byte, value is 68/CTP$GENMS6RSP.
01/CTP$REFERENCE 4 Bytes, contains reference number.
05/CTP$STATUS 1 Byte with the SCA or CTP status
the last message sent. Values are:
000.(000)/CTP$SUCCESS Function Successful.
253.(375)/CTP$N0RES0URCE Resource Failure.
254.(376)/CTP$N0NSENSE Request Not Understood.
of
06/CTP$ACTCOUNT
08/CTP$GENFUNCT
2 Byte integer containing the count of
messages sent.
1 Byte specifying the function used
for the data field in the generated
packets. Values are:
00/CrP$GENFFILL Fill parget with constant.
01/CTP$GENFBPAIR Fill w/byte pair numbers.
02/CTP$GENFNODE Fill w/responder node number
03/CTP$GENF IMAGE Fill w/data in this packet.
09/CTP$PORTSTAT
10/CTP$RESERV10
12/CTP$GENLENGTH
1A/CTP$GENDATA
1 Byte containing the port returned
status of the last message sent.
2 Bytes of filler, MBZ.
2 Byte integer indicating the
generated message length,
N Bytes containing the generated data.
SEQ 0033
Appendices
Page 31
SEQ 0034
6.2.7 Generate Datagram Messages
6*!
Y
T 0
E 0
001
04!
08!
12!
Generate Datagram Request Message
Bit
?
1
5
?
Opcode 05
-+ — — — .....
Refe
+
rence
f —
'"1
! Delay
B.^.
Repcount
....... 4...... ...•
.....4....
Genfunct
I Genconst
B.^.
MBZ
.....4....
Gent
. ^...... ......
ength
Imagedata
t
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$DELAY
06/CTP$REPCOUNT
08/CTP$GENFUNCT
1 Byte, value is 05/CTP$GENDGRREQ.
4 Bytes, contains reference number.
1 Byte specifying delay prior
action (~5D0ms/count).
-! U
0
3 R
5 D
1
2
3
4
to
2 Byte integer containing a repeat
count.
1 Byte specifying the function to use
for the data field in the generated
packets. Values are:
00/CTP$6ENFFILL Fill packet with constant.
01/CTP$6ENFBPAIR Fill w/byte pair numbers.
02/CTP$6ENFNODE Fill w/responder node number
03/CrP$6ENF IMAGE Fill w/data in this packet.
09/CTP$GENCONST
10/CTP$RESERV10
12/CTP$GENLENGTH
14/CTP$IMAGE0ATA
1 Byte holding a
appropriate.
fill constant, if
2 Bytes must be zero.
2 Byte integer indicating the
generated DATAGRAM length.
N bytes of image function data if
appropriate.
12
Appendices
Page 32
SEQ 0035
Generate Datagram Response Message
B !■
Y
T 0
E 0
Bit
0
7
1
5
2
3
121
Genlength
Gendata
3
1
OOl"
-+— —
Opcode 69 !
— ^ +
Reference
\
OAI
• Status
: Actcount
1
08;
Genfunct 1 Genconst
mi
1
u
0
R
D
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
1 Byte, value is 69/CTP$GEND6RRSP.
4 Bytes, contains reference number.
1 Byte with the SCA or CTP status of
the last datagram sent. Values are:
000.(000)/CTP$SUCCESS
253. (375)/CTPSN0RES0URCE
25A.(376)/CTP$NONSENSE
F ction Successful.
Re urce Failure.
Request Not Understood.
06/CTP$ACTCOUNT
08/CTP$GENFUNCT
2 Byte integer containing the count of
datagrams sent.
1 Byte specifying the function to use
for the data field in the generated
packets. Values are:
00/CrP$GENFFILL Fill packet with constant.
01/CTP$GENFBPAIR Fill w/byte pair numbers.
02/CTP$6ENFN0DE Fill w/responder node number
03/CTP$GENF IMAGE Fill w/data in this packet.
09/CTP$GENCONST
10/CTP$RESERV10
12/CTP$GENLENGTH
U/CTP$GENDATA
1 Byte holding a fill constant, if
appropriate.
2 Bytes of filler, MB2.
2 Byte integer indicating the
generated datagram length.
N Bytes containing the generated data.
t\imm »*'{•> itit*i-»wi»i
23
Appendices
Page 33
SEQ 0036
6.2.8 Generate Reset Messages
Generate Reset Request Message
Bit
T 0
E 0
?
1 2 3
5 3 1
00 :
Opcode 06 !
A
Reference •
oa:
Delay • Repcount I
08!
Extend
Othernode 1/////////////I
♦ + f
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$DELAY
06/CTP$REPCOUNT
08/CTP$EXTEND
1 Byte, value is 06/CTP$GENRSTREQ.
A Bytes, contains reference number.
1 Byte specifying delay prior
action (""SDOms/count).
U
0
R
D
to
2 Byte integer containing a repeat
count.
1 Bytes specifying whether the reset
is conditional:
00/CTP$UNCONDRST
01/CTP$CON0RST
Forced reset.
Conditionally reset.
09/CTP$OTHERNODE
1 Byte containing number of the node
to reset.
■»#: T iW»MiiW>i^«*«f»*warti»*W)Jl"t»W»»!
l_
Appendices
Page 3A
SEQ 0037
B 1-
Y
T 0
E 0
001
OA!
08!
Generate Reset Response Message
Bit
0
7
1
5
?
Opcode 70
.4. + +
Reference 1
"T"
^x^
Status
: Act count J
Extend
-4—
Othernode
.4 4 4
-; u
0
3 R
5 D
1
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
1 Byte, value is 70/CTPS6ENRSTRSP.
4 Bytes« contains reference number.
1 Byte with the SCA or CTP status of the
last reset request. Values are:
000.(000)/CTP$SUCCESS
251.(373)/CTPSFAILURE
252.(374)/CTP$REFUSE
Function Successful.
Function failure.
Request refused.
253.(375)/CTP$N0RES0URCE Resource Failure.
25A.(376)/CTP$NONSENSE Request Not Understood.
255.(377)/CTP$N0TIWP
06/CTP$ACTCOUNT
Function Not Implemented.
08/CTP$EXTEND
2 Byte integer containing number of
resets sent.
1 Bytes specifying whether the reset
is conditional:
00/CTP$UNCONDRST
01/CTP$CONDRST
Forced reset.
Conditionally reset.
09/CTP$OTHERNODE
1 Byte containing number of the node
that was reset.
tmmiimiif»it»iK*>}'^'»'
•Mtnm'..tmi*'''>ttUmi^»ii^ i.iii-aiiii
Appendices
Page 35
SEQ 0038
6.2.9 Generate Start Messages
Generate Start Request Message
B
Y
T 0
E 0
Bit
?
?
oo!"
. f-
Opcode 07 !
Reference
04!
! Delay
! Repcount
.•...4.*«..te.
08!
Extend I Othernode
MBZ
12!
Start Address
♦
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$DELAY
06/CTP$REPCOUNT
08/CTP$EXTEND
•! U
0
3 R
5 D
1
™.-4— — — — — - — 4- — +
1 Byte, value is 07/CTP$GENSTRREQ.
4 Bytes, contains reference number.
1 Byte specifying delay prior to
action (~5D0ms/count).
2 Byte integer containing a repeal
count.
1 Byte specifying whether t-he st«rt
address is default:
00/CTP$DEFALTADR
01/CTP$SPECIFADR
Use node's default address.
Use the specified address.
09/CTP$OTHERNODE
10/CTP$RESERylO
12/CTP$STARTADR
1 Byte contai'>ing number of the node
to start.
2 Bytes must be zero.
4 Byte value containing a node-specific
start address.
026
Append ices
Page 36
B !
Y
T 0
E 0
00!
04!
08!
12!
Generate Start Response Message
Bit
• »»«»»» ^SB^^^S^M
Opcode 71
Ret"!
^ence
..—^..4.*...>.
Status !
Actcount
.^..w.-f »«»»M
Extend
A
Othernode !
NBZ
»««»«»« 4>«»»w««»
^^mt^^^^^^tm^m
.-• f-
start Address
-— + —
— f
^
1
W
0
3
R
5
D
f
1
•f
2
"f
3
-f
4
•f
00/CTPSOPCODE 1 Byte, value is 71/CTP$6ENSTRRSP.
01/CTP$REFERENCE 4 Bytes, contains reference number.
05/CTP$STATUS 1 Byte with the SCA or CTP status of the last
start sent. Values are:
000.(000)/CTP$SUCCESS
251.(373)/CTP$FAILURE
252.(374)/CTP$REFUSE
253. (375)/CTP$N0RES0URCE
254.(376)/CTP$N0NSENSE
255.(377)/CTP$N0TIMP
Function Successful.
Function failure.
Request refused.
Resource Failure.
Request Not Understood.
Function Not Implemented.
06/CTP$ACTCOUNT
08/CTPSEXTEND
2 Byte integer conta
starts sent.
ng number of
1 Bytes specifying whether start address
was defaulted:
00/CrP$DEFALTADR
01/CTP$SPECIFADR
Node's default was used.
Specified address was jsed.
09/CTP$0THERN00E
10/CTP$RESERV10
12/CTP$STARTADR
1 Byte containing number of the node
started.
2 Bytes, must be zero.
4 Byte value containing the node-specific
start address.
SEQ 0039
giiningirirtt
Mtmmiimmmmimiimmivi^mm vmmm^mmmm
Appendices
Page 37
SEQ OOAO
6.2.10 Start/Stop Unsolicited Activity Messages
Start/Stop Unsolicited Activity Request Message
B 1-
Y
T 0
E 0
00!
0/4!
08!
Bit
0
7
1
5
3
1
+
Opcode 08 1
Reference \
• — *- — •""•• — "'""'" T """"• — "••*•
1
1
MBZ
MBZ
« 4. — —
! Noactflag 1 ////// 1
+ + +
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$RESERV5
10/CTP$NOACTFLA6
00/CTP$NOACTON
01/CTP$NOACTOFF
-I U
0
3 R
5 D
1
1 Byte, value is 08/CTP$NOACTRSP.
4 Bytes, contains reference number.
5 Bytes, must be zero.
1 Byte contains flag to either stop or start
normal unsolicited activity.
Turn normal unsolicited activity on.
Turn normal unsolicited activity off.
WARNING: If the poller has been stopped and the
connection to the controller that requested the
stop is lost, it is the responsibility of the
responder to automatically restart the poller.
Start/Stop Unsolicited Activity Response Message
B !•
Y
T 0
E 0
Bit
?
}
?
001 Opcode 72 I
4. f.
OA :
^ — — — — — — f.
status
Reference 1
.f i f.
\ ////// \ ////// \
,f— 4 ^.
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
1
•
W
0
3
R
5
D
+
1
1
■f
1
1
2
1 Byte, value is 72/CTP$NOACTRSP.
A Bytes, contains reference number.
1 Byte indicating status of request:
000.(000)/CrP$SUCCESS
251.(373)/CTP$FAILURE
Function successful.
Function failure.
Appendices
Page 38
SEQ 0041
252.(37A)/CTP$REFUSE
254.(376.VCTP$N0NSENSE
255.(377)/CTP$NaTIMP
Request refused.
Request Not Understood.
Function Not Implemented,
Appendices
6.2.11 Configuration Data Messages
B
Y
Configuration Data Request Message
I ...^»^.»^»»»»«»»»»«»»»»»»«»
Bit
Page 39
T 0
E 0
A
I 1
I
00!
Opcode 09 !
_ - - -A
Reference
....*«»»»»»4>~*»»~»
04!
MBZ
.«.wak»***M»<f »«»»■>»
08!
MBZ
+-
Othernode
.^. + —
/////!
• ^.
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$RESERV5
09/CTP$OTHERNODE
W
0
R
D
1 Byte, value is 09/crP$CONFI6REQ.
4 Bytes, contains reference number.
5 Bytes, must be zero.
1 Byte containing number of node for
which configuration information is
desired.
SEQ 0042
Appendices
Page 40
SEQ 0043
B !■
Y
T 0
E 0
Configuration Data Response Message
Bit
?
?
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
1 Byte, value is 73/CTP$C0NFI6RSP.
4 Bytes, contains reference number.
1 Byte indicating knowledge
specified node:
000.(000)/CTP$SUCCESS Function successful.
248.(370)/CTP$NODEUNKNOWN Node Unknown To SCA.
253.(375)/CTP$NORESOURCE Resource Failure.
254.(376)/CTP$NONSENSE Request Not Understood.
06/CTP$RESERV6
09/CTP$OTHERNODE
11/CTP$CFGP0STS
00/CTP$PATHBAD
01/CTP$PATH600D
3 Bytes, must be zero.
1 Byte containinq number of node
information in this message.
1 Byte containing path 0 status.
Path is marked bad.
Path is marked good.
3
5
00!"
^ ^ + + —
Opcode 73 ! Reference !
!
04!
! status ! MBZ
08!
MBZ ! Othernode ! MBZ 1 CfgpOsts !
12!
Cfgplsts !//////!//////!//////!
u
0
R
D
of
for
12/CTP$CF6P1STS 1 Byte containing path 1 status.
00/CTPSPATHBAD
01/CTP$PATHGOOD
Path is marked bad.
Path is marked good.
Appendices
Page A1
SEQ OOAA
6.2.12 Counter Read Messages
Counter Read Request Message
B 1-
Y
T 0
E 0
Bit
0
7
2
3
3
1
OOl"
— « ^ ♦-
Opcode 10 !
Reference
OA!
____^x ____••»__»••» ^«
MBZ
.4.............. 'f ......
08!
MBZ 1 Othernode !
Cntilg
!//////!
4 + —
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$RESERV5
09/CTP$OTHERNODE
10/CTP$CNTFLG
— . 4 — 4 4 —
1 Byte, value is 10/CTP$C0UNTSREQ.
4 Bytes, contains reference number.
A Bytes, must be zero.
1 Byte containing number of node which
future counts should monitor or which
counts are read.
1 Byte indicating to keep or release
of counters. Values are:
1
u
0
!;
R
5
D
■f
1
+
2
•f
3
control
00/CTP$RELCNT
01/CTP$KEEPCNT
Release counters.
Keep counters.
Appendices
Page A2
SEQ OCA 5
Counter Read Response Message
B
Bit
T 0
E 0
0
7
1
5
2
3
1 !
00!
Opcode 7A
^-^mt
Reference
• wf ■>»«»»»«
.»...«4...M»»<
OA!
Status !
MBZ
.......4-»«»»~»<
08!
MBZ
Othernode I
MBZ
...... 4....... ■
12!
•^♦^
4 bytes for CntrpOack
.«4.. ....««
......4......
16!
4 bytes for CntrpOnak
B«^«W«»««»«
......4......
20!
.»X^
4 bytes for CntrpOnrsp
»«4»«»««««B«i
........f......
24!
A.—
4 bytes for Cntrplack
»«^«W»«*«.«
1
.......4«k.....
28!
1
4 bytes for Cntrplnak
B«»^«W«W«W«
........4......
32!
4 bytes for Cntrplnrsp
.«^«<»«««»«
.......4......
36!
4 bytes for Cntrdisc
- — — - — — f — —
— + .
4
u
0
R
D
5
8
10
00/CTP$OPCODE 1 Byte, value is 74/CTP$C0UNTSRSP.
01/CTP$REFERENCE 4 Bytes, contains reference number.
05/CTP$STATUS 1 Byte with the CTP status. Values
are:
000.(000)/CTP$SUCCESS Function Successful.
253.(375)/CTP$NORESOURCE Resource Failure.
254.(376)/CTP$N0NSENSE Request Not Understood.
06/CTP$RESERV6
09/CTP$0THERN0DE
10/CTP$RESERV10
12/CTP$CNTRP0AC<
16/CTP$CNTRP0NAK
20/CTP$CNTRP0NRSP
3 Bytes, must be zero.
1 Byte containing number of node which
future counts will monitor.
2 Bytes, must be zero.
4 Bytes containing total ACKs received
on path 0.
4 Bytes containing total NAKs received
on path 0.
4 Bytes containing total no responses
II 11,11111111 nilHiUH Wimin
13
Appendices
Page 43
SEQ 0046
24/CTP$CNTRP1ACK
28/CTP$CNTRP1NAK
32/CTP$CNTRP1NRSP
36/CTP$CNTRDISCDG
received on path 0.
4 Bytes containing total ACKs received
on path 1.
4 Bytes containing total NAKs received
on path 1.
4 Bytes containing total no responses
received on path T.
4 Bytes containing total Discarded DGs
-..^
Appendices
Page 44
SEQ 0047
6.2.13 Connect Messages
B
Y
Connect Request Message
Bit
T 0
E 0
1 2 3
5 3 1
00!
Opcode 11
Reference !
04!
»M^«
MBZ
MBZ
08!
-1—
M6Z
— f-
Othernode
!/////////////!
! U
0
3 R
5 D
I 1
00/CTP$OPCODE 1 Byte, value is 11/CTP$C0NNECTREQ.
OI/CTPSREFERENCE 4 Bytes, contains reference number.
05/CTP$RESERV5 4 Bytes, must be zero.
09/CTP$OTHERNODE 1 Byte containing the node to connect to.
Connect Response Message
B I-
Y
T 0
E 0
Bit
?
1
5
2
3
3
1
00! Opcode 75
04!
4.™— ——— .
Reference
Status
//////
!//////!
00/CTP$OPCODE
01/CTP$REFERENCE
05/CTP$STATUS
3
5
1 Byte, value is 75/CTP$C0NNECTRSP,
4 Bytes, contains reference number.
1 Byte, contains status of requested
operation.
000.(00Q)/CTP$SUCCESS
H5.(365)/CTP$C0NTRANS
!48. (37Q)/CTP$N0DEUNKN0UN
^51.(373)/CTP$FAILURE
f53.(375)/CTP$N0RES0URCE
►54.(376)/CTP$N0N3ENSE
U
0
R
D
1
2
Function Successful.
Connection is in state of transition
Node ynknown To SCA.
Function Failure.
Resource Failure.
Request Not Understood.
■ rail i<*i— p*rfimw
m»m'»iiH0*'i-»H"*m>i*m KiWiHi—t
Appendices
Page 45
SEQ 0048
6.2.1A Listener Disconnect Messages
B !•
Y
T 0
E 0
Listener Disconnect Request Messd9e
Bit
0
7
1
5
2
3
Reference
3
I
00 ; Opcode 12 !
4. ♦ + i ^•
00/CTP$OPCODE
01/CTP$REFERENCE
1 Byte, value is 12/CTP$FINISHREQ.
4 Bytes, contains reference number.
•! U
0
3 R
5 D
I 1
Listener Disconnect Response Message
6 !-
Y
T 0
E 0
Bit
0
7
1
5
f
00! Opcode 76
04!
4.— — — — — .
Reference
?
Status
. t
.4 ♦ 4-'
!//////!//////!
.f ♦ ♦•
00/CTP$OPCODE
01/CTPSREFERENCE
05/CTP$STATUS
1
1
U
0
3
R
5
D
•f
1
1
1
♦
1
2
1 Byte, value is 76/CTPSFINISHRSP.
4 Bytes, contains reference number.
1 Byte, value must be 00/CTP$SUCCESS.
♦♦♦♦♦♦*♦♦♦*♦*»•♦♦♦**»♦*•»♦♦•*♦**♦*♦***♦***♦♦♦***♦***♦*♦**♦*♦*♦♦♦♦♦♦**
SEQ 00A9
PRODUCT CODE:
PRODUCT NAME:
DATE RELEASED:
UPDATE AUTHOR:
MAINDEC-10-DFCIC-A
VERSION 0.1
PDP10 COMPUTER INTERCONNECT(CI) RESPONDER
OCTOBER 1984
R. Stravinski
1. Preliminary Release
PRODUCT CODE:
PRODUCT NAME:
DATE RELEASED:
UPDATE AUTHOR:
MAINDEC-10-DFCIC-B
VERSION 0.2
PDP10 COMPUTER INTERCONNECT(CI) RESPONDER
November 198A
R. Stravinski
1. Fixed filling of data buffer in MAP buffer routine (ACT01).
♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦•♦♦♦**♦**♦♦♦♦♦♦♦*♦•♦♦*♦♦♦*♦♦♦♦♦♦♦♦*♦♦♦♦♦♦*♦*♦♦♦♦*♦♦♦
SEQ 0050
PRODUCT CODE:
VERSION:
PRODUCT NAME:
DATE RELEASED:
UPDATE AUTHOR:
REASONS:
MAlNDEC-10-DFCIC-C
3
DFCIC - CI Cluster Test Protocol Responder
August 21, 1985
Gregory A. Scott
Update for TOPS-10 operation.
Add support for SCS. UUO and DIAG. UUO.
Add code for TOPS-10 software interrupt
system, getting system uptime and time of
day, output ting numbers and text.
Rework timing routine to use TIWER JSYS
and PITMR UUO. The old method of using
forks was not compatible with efficient
operation or TOPS-iO.
Output an announcement message at startup
time.
r ii I'f ' j-mhimiimHir^mtgf'itim
038
SEQ 0051
)039
DFCIC 0,534X2 1X34 nit^ini . RX3C/.$X2
DECDOC VER 00.25 27-AUG-85 11:20:15 PAGE 1
SEQ 0052
DOCUMENT
DFCIC Cluster Test Protocol Responder
COPYRIGHT 1985
DIGITAL EQUIF-MENT CORPORATION
MAYNARD, MASS. 0175A
1
DFCIC C,53AX2 TX3A ?2/i^/»/ . RX30/.$22
TABLE OF CONTENTS
15 Definitions
353 Initialization Code
AAA Mainline Code
5A2 CTP Function Set
609 CTP Buffer Map
81A CTP Buffer Unmap
928 CTP Move Buffer
1216 CTP Generate Message and Datagram
1A22 CTP Generate Reset
1591 CTP Generate Start
1773 CTP Unsolicited Activity
18A8 CTP Configuration
19A2 CTP Counter Read
211A Ci.-^ Connect
2203 CTP Disconnect
2233 Subroutines
3167 Send CTP Response
3220 Timeout Routines
3A15 Interrupt System
3536 Return Uptime/Time Of Day
3580 Print Message Subroutines
3628 Perform SCS JSYS/UUO
DECDOC VER 00.25 27-AU6-85 11:20:15 PAGE 2
SEQ 0053
n
DFCIC C,53AX2 TX34 VlK^tni . RX30/.$X2
TABLE OF CONTENTS
3767 Send Um'mpLemented Opcode
3817 Send No Resource
3865 Request Connection
3933 Listen for Controller
3978 Listen for Responder
4023 Accept Connection
4060 Reject Connection
4098 Close Connection
4135 Queue Message Buffer
4174 Queue Datagram Buffer
4213 Recieve Message
4255 Recievr Datagram
4297 Send nes^^age or Datagram
4364 Connection State Poll
4426 Return Local Node Number
4459 Return Buffer Sizes
4495 Return Status
4533 Return Configuration Information
4597 nap Buffer
4633 Unmap Buffer
4670 Send Data
4711 Read Data
DECDOC VER 00.25 27-AU6-85 11:20:15 PAGE 3
SEQ 0054
■MMMkiMWaMlddMIMMaailiAMIiaMMWMiM*-
1
DFCIC C.53AX2 TX34 \^limni , RX30/.$X2
TABLE OF CONTENTS
DECDOC VER 00.25 27-AU6-85 11:20:15 PAGE 4
SEQ 0055
4751 Get Data Queue Entry
4785 Get Event Queue Entry
4843 Perform OIAG JSYS or UUO
4958 TOPS-10 Interrupt Dispatch
4989 TOPS-20 Interrupt Dispatch
5042 Interrupt Routine For Inputting Datagrams
5141 Interrupt Routine For Inputting Messages
5273 Interrupt Routine For DMA Transfer Complete
5320 Interrupt Routine For Connections & Errors
5611 Interrupt System Tables
5658 Tabl-r
iirtt>M>i>l«aH*l|>llii'*'M
DFCIC C,53AX2 TX3A ?2f(^/Mf . RX30/.$X2
DECDOC VER 00.25 27-AUG-85 11:20:15 PAGE 5
SEQ 0056
15
353
4AA
542
609
8U
928
1216
Definitions
27
Copyright 1984, 1985
Digital Equipment Corporation
Marlboro, Massachusetts 01752
Author: Ron Stravinski
Update Author: Gregory A. Scott
Initialization Code
♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦*♦♦»♦♦♦♦♦♦♦♦♦♦♦♦♦♦*♦**♦♦♦*♦*♦♦♦♦*♦♦*♦♦♦♦♦♦**♦♦
Mainline Code
♦♦♦♦♦♦♦♦♦♦♦♦♦♦»♦♦♦♦♦♦♦♦*♦♦♦♦*♦♦*♦*♦♦♦♦*♦*♦♦♦*♦♦♦♦♦♦♦♦♦♦♦♦♦*♦♦**♦♦
CT? Function Set
♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦**»*********»****»*****»*»*******»**********'^***
CTP Buffer Map
♦♦♦♦♦»♦♦♦♦♦♦♦♦♦♦♦♦♦♦•♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦*♦♦*♦*♦♦♦♦♦
CTP Buffer Unmap
CTP Move Buffer
♦♦♦♦♦*♦♦♦♦*♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦♦*♦*♦♦*♦♦♦♦♦*♦♦*♦♦♦ tttt*************
CTP Generate Message and Datagram
OFCIC C,53AX2 TX3A ?imini . RX30/.$X2
1422
DECDOC VER 00.25 27-AU6-85 11:20:15 PAGE 6
SEQ 0057
CTP Generate Reset
1591 CTP Generate Start
1773 CTP Unsolicited Activity
1848 CTP Configuration
1942 CTP Counter Read
2114 CTP Connect
2203 CTP Disconnect
2233 Subroutines
3167 Send CTP Response
3220 Timeout Routines
OFCIC C,53AX2 1X34 ^limni . RX30/.$X2
3415
DECDOC VER 00.25 27-AU6-85 11:20:15 PAGE 7
SEQ 0058
Interrupt System
3536 Return Uptime/Time Of Day
3580 Print Message Subroutines
3628 Perform SCS JSYS/UUO
3767 Send Um'mplemented Opcode
3817 Send No Resource
3865 Request Connection
3933 Listen for Controller
3978 Listen for Responder
4023 Accept Connection
DFCIC C,53AX2 TX3A ?2/k/n/ . RX30/.$X2
4060
DECDOC VER 00.25 27-AUG-85 11:20:15 PAGE 8
SEQ 0059
Reject Connection
A098 Close Connection
A135 Queue Message Buffer
A17A Queue Datagram Buffer
A213 Recieve Message
A255 Recieve Datagram
A297 Send Message or Datagram
A36A Connection State Poll
AA26 Return Local Node Number
AA59 Return Buffer Sizes
DFCIC C,53AX2 1X34 ?limni . RX30/.$X2
4495
DECDOC VER 00.25 27-AU6-85 11:20:15 PAGE 9
SEQ 0060
Return Status
4533 Return Configuration Information
4597 Map Buffer
4633 Unmap Buffer
4670 Send Data
4711 Read Data
4751 Get Data Queue Entry
4785 Get Event Queue Entry
4843 Perform DIAG JSYS or UUO
4958 TOPS-10 Interrupt Dispatch
D48
DFCIC C, 534X2 1X34 Vlimni . RX30/.$X2
4989
DECDOC VER 00.25 27-AUG-85 11:20:15 PAGE 10
SEO 0061
TOPS-20 Interrupt Dispatch
5042 Interrupt Routine For Inputting Datagrams
♦♦♦♦*♦♦♦♦♦* tt***»******»*************»***************************
5141 Interrupt Routine For Inputting Messages
♦♦♦♦♦*»♦♦♦♦*♦♦♦♦♦♦*♦♦♦*♦*♦♦♦♦♦**♦♦*♦♦*»*♦♦*♦♦♦♦♦♦♦♦♦♦**♦**♦♦♦*♦♦♦
5273 Interrupt Routine For DMA Transfer Complete
5320 Interrupt Routine For Connections & Errors
5351 *♦♦♦»♦♦*♦ Virtual circuit broken »»»*♦*♦♦♦*
5404 ♦♦♦♦♦♦*♦» Connect to a listen *****♦*♦♦»
5467 ♦»*♦♦♦♦♦♦ Connection yas acceptedCfor 3rd party) *♦♦*****♦*
5479 ********* Connection was reiected(for 3rd party) ♦♦*♦♦♦♦♦*♦
5490 ♦»♦»»♦*♦» Message or datagram send complete *♦♦♦*•*«♦♦
55S1 ♦♦♦♦»»»*♦ Little credit left *♦**♦*♦♦♦♦
5561 ♦♦*»»♦♦•♦ Node went offline **»♦**♦♦»»
5567 ♦♦♦♦*♦♦»♦ Node went online ♦*•♦♦»♦•»*
5573 »♦»♦♦♦♦*♦ Ok to send messages »»*****»*t
5594 ♦»♦♦»»♦*♦ Remote initiated disconnect ♦♦♦•♦♦♦♦••
5600 ♦♦*♦♦♦♦♦» Port broke connection »♦♦♦♦♦♦♦♦♦
5606 ♦♦•♦♦♦♦♦♦ Credit is ay/ailable ♦♦♦♦♦♦•♦♦♦
■MUlMMMMnWil-
r
DFCIC C, 534X2 TX34 ?imilil . RX30/.$X2
5611
DECDOC VER 00.25 27-AUG-85 11:20:15 PAGE 11
SEQ 0062
Interrupt System Tables
♦******t***************<^***************** ************************
5658 Tables
X)50
DFCIC
DFC1C1
1
4
5
II
1
]§
H
15
]^
i?
22
23
24
!5
Cluster Test Protocol Responder MACRO 1538(1242) 11:18 27-Aug-85 Page 1
MAC 27-Ajg-85 08:25 Definitions
SEQ 0063
000014
000003
000137
000137 000300 00001 A
000000'
000000
000001
000002
000003
000004
000005
000006
000007
000010
000011
000012
000013
Z:<6SC0TT.DFCIC>DFCIC1.MAC.8A 27-Aug-85 08:17:22, Edit by GSCOTT
Add SCS8LK, SCSFCN, SCSCAL, SCSERC ^^ ^^ ^^ ^^ ^^. ^ ^^^^^^
Z:<6SC0TT.DFCIC>DFCIC1.MAC.79 2-Aug-85 16:06:16, Edit by GSCOTT
Turn off interrupts when processing thinos to do at lower level
Z:<GSC0TT.DFCIC>DFCIC1. MAC. 72 31-Jul-85 16:40:54. Edit by GSCOTT
Don't smash first word of SCS UUO arg block on the 10, leave it for debugging
Z:<GSC0TT.DFCIC>DFCIC1.MAC.69 30-Jul-85 18:54:14, Edit by GSCOTT
Output error number in diag uuo errors ,^ ,^
Z:<6SC0TT.DFC1C>DFCIC1.MAC.65 30-Jul-85 11:38:31, Edit by GSCOTT
Fix ill memory ref on TOPS-10 cause by bad index generation at GETINA^a few.
Z:<GSC0TT.DFC1C>DFCIC1.MAC.15 16-Jul-85 13:30:13, Edit by GSCOTT
Start TOPS-10 conversion
TITLE DFCIC Cluster Test Protocol Responder
SUBTTL Definitions
; Program version
VEDIT==14
DECVER==3
LOC 137
<DECVER>B1UVEDIT
RELOC
;Edit number
.-Major version
.•Where versions a stored
;Set version number
.'Relocatable code
Comment
Copyright 1984, 1985
Digital Equipment Corporation
Marlboro, Massachusetts 01752
Author: Ron Stravinski
Update Author: Gregory A. Scott
.•Assembler directives
SEARCH MONSYM.UUOSYM ;Get symbols for program use
SALL .'Suppress rr^cro expansions
.DIREC FL8LST .-First line binary listing only
.-Define the ACs we will use today
ACO==0
AC1==1
AC2==2
AC3==3
AC4==4
AC5=:.5
im
AC10==10
AC11==11
AC12==12
AC13==13
0O51
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 1-1
DFC1C1 MAC 27-Aug-85 08:25 Definitions
SEO 006A
60
000016
AC16==16
000016
CURSTS==AC16
000017
P==17
.-Current rhblk
;Staclc ac
- status, ,cbU a(idress
0052
DFCIC
DFCIC1
I
72
73
74
75
80
13
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 2
MAC 27-Aug-65 08:25 Definitions
SEQ 0065
000000* (u- 106 103 111 103
.•Macros for our use today
;Macro to produce a trace message
;; Trace in effect?
AC1 ;;Yes, save ACl
AC1.CASCIZ ""TEXt
;;Load the message
;; Print on terminal
; .-Restore ACl
; .-Return
PkINTT
«C1
DEFINE TRMS6(TEXT).<
SKIPE TRACE
GO [PUT
HRROI
-]
GO
GET
RTN]
>;end of DEFINE TRMSG
.-Macro to produce a fatal error m«»ssage then exit
DEFINE CRASH(CODE.TEXT).< ' . ^ ,
S..*CODE':!JRST [HRROI AC1.CASCIZ/? fatal error 'CODE': TEXT
GO PRINTT .-.-Print message
JRST HALTP] .-.-Halt program
>;end of DEFINE CRASH
.-Macro to produce announce text.
DEFINE PRVERS (EDIT.DEC)-< .... . ..-r. /.rrxtr. ^
ASCIZ /DFCIC - Cluster Test Protocol Responder version 'DtC ('EDIT')
/>;End of DEFINE PRVERS
ANNOUN: PRVERS(\VEDIT.\DECVER)
.-Generate text here
-aiawMilMliitMMiMM
iWUMilWnn I'llKllliil'milliin. '|«1I| iHil <ii « X.imirwillri ii iniliril1#i'im>»iwfc»«lij> M)l
1
DFCIC
DFC1C1
93
9A
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
1U
115
116
117
118
119
120
121
122
123
12A
125
126
127
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 3
MAC 27-Aug-85 08:25 Definitions
; Static definitons
SEQ 0066
000040
COUNT==^D32
000010
RHBPER==^D8
000230
MXD6M==^D152
000004
RHBLEN==4
000012
CBKLEN==^D10
000020
MAX0PC==^D16
000100
RES0FS==*D64
000074
TIMELN==*D60
000020
SP0FST==*D16
; Index symbols
000000
FLINK==0
000000
SIXCID==0
000001
BLINK==1
000001
RPCNT==1
000002
STATUS==2
000003
CTPPKT==3
; Index symbols
000000
CID==0
000001
CBSTS==1
000002
REQ1==2
000003
REQ2==3
000004
N0DE==4
000005
L0CPRT==5
000006
BFSCA1==6
000007
BUFF1==7
000010
BFSCA2==8
000011
BUFF2==9
Maximum number of virtual circuits
M Of req header blks/connection block
Ei. 4 Msg l 4 dgm buffers are queued/connection
Maximum datagram size
Request header blk length
Connection blk length
Maximum number of opcodes
Response offsetCrequest opcode+64)
Time(min) between spear entries
Max 15 other nodes/ci. Spear table offset.
for the cblk
;Forward link(rh)
;6 Bit cid used in sea connect(lh)
.-Backward link(rh)
;Storage for ctp repcount(lh)
;Status,,cblk address
.•Start of ctp packetCrblk address)
Connect id
Cblk status word
1st rhblk address
2Nd rhbvk address
Node number
Local port number (ci number)
32 Bit name sea gave us for
Our buffer(bufxT address
32 Bit name sea gave us for
Our buffer(bufxT address
r
DFCIC
0FCIC1
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 4
MAC 27-Aug-85 08:25 Definitions
SEQ 0067
000400
000200
000100
000040
000020
000010
000004
000002
000001
200000
100000
040000
020000
010000
004000
002000
000040
000010
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000003
000000
000000
000001
000002
260740 000000
263740 000000
2617^*0 000000
262740 000000
000014' 777577 000014*
000015'
000215* 000 00 0 00 000000
000216* 000000 000000
;Bit definitions for rhblk(cursts) st&tus word
DGMS6==1809
CONT==1B10
WAITT==1B11
0VRDUE==1B12
D6M==1B13
VC60NE==1B14
0NETIM==1B15
0ONE==1B16
G0BIT==1B17
;Bit definitions for cbU status word
THIRD==181
6TINF0==1B2
DMA==1B3
0KT0SD==1B4
6ANRES==1B5
6A1C0N==1B6
GA2C0N==1B7
0VRDUE==1B12
VCG0NE==1B14
.•Connection & listen data definitions
PCLTYP==0
PCLVER=^3
PCLREV==0
;Sca reject and disconnect coJes
NMATCH==0
nATCH==l
NRESRC==2
.-Operator defined instructions
OPDEF GO
OPDEF RTN
OPDEF PUT
OPDEF GET
[PUSH J PJ
[POP J PJ
[PUSH PJ
[POP PJ
.•Storage for the pushdown list
PLIST: PLIST-PLISTE..PLIST
PLISTS: BIOCK 200
PLISTE: Z
TRACE: 0
Datagram via Message sery/ice.
Continue bit(gobit) for 3rd party
Waiting for a connection or a move resp
Ctp response overdue
Packet was received via a datagram
Virtual vircuit has gone away
One time flaa
finished witn this ctp packet
This ctp packet is ready to be executed
This cblk is a 3rd party connection
Store various information in the cblk
Dma xfer(read or write) has completed
"OK TO StUO" Data to remote node
Generate activity no resource bit
"REQV In cblk received its response
"REQ2" In cblk received its response
Ctp response overdue
Virtual vircuit has gone away
.•Protocol type
.•Protocol version
.•Protocol revision
;No matching listen found
.•Matching listen found
;No resources available
.•Subroutine call
.•Subroutine return
;Put data on push list
;Get data from pu . ' .st
;bnd of pushdown list
;-1 r Typeout program text
DFCIC
DFC1C1
180
181
182
183
18A
185
186
187
188
189
190
191
192
193
19A
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
III
III
11^
115
lit
111
lis
229
230
Cluster Test Protocol Res
MAC 27-Aug-85 08:25
i
000217'
000217'
000220'
000221 '
000222'
000223'
000224 '
000225'
000226'
000227'
000230'
000231 •
000232'
000233'
000234 '
000235 '
000236'
000237'
000240'
000241 •
000242'
000243'
000244 '
00C245'
000246'
000247'
000250'
000251 '
000252'
000253'
000254 '
000255'
000256'
000257'
000260'
000261 '
000262'
000263'
000264 '
000265 •
000266'
000267'
000270'
000271 '
000272'
000273'
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
nder MACRO 1538(1242) 11:18 27-Aug-85 Page 5
Definitions
.•Storage area for flags
STRTF:
SPEARF: Z
INTFL6: Z
WAITF: Z
LASTF: Z
RESPFG: Z
GENFUN: Z
GENCON: Z
GENLEN: Z
BUFLEN: Z
BUFNAM: Z
OPCODE: Z
OTHERN: Z
MOVETY: Z
MONTYP: Z
CYCL60: Z
SCSCAL: BLOCK 1
SCSERC: BLOCK 1
scsFCN: Block i
SCSBLK: BLOCK 1
SEQ 0068
000 00
000 00
000 00
000 00
000 00
OoJ 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
00
00
00
00
00
00
00
00
00
0 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
DLYTIM
DlYRBK
CONIDC
CONIDR
CIDLOC
OURNOD
UAITIM
UAITRB
STRTAD
UNSACT
TIMES?
SYSAC2
CIPORT
D6MSRV
MSGSRV
DMAURT
DMARD
DMACMP
GAFLAG
MAXMSG
MAXDGM
SCALBF
SCARBF
LBUFOF
RBUFOF
OGMMSG
Z
Z
Z
Z
Z
I
I
I
I
I
I
I
I
2
I
2
2
2
2
2
2
2
2
2
2
2
Start of storage area for flags
If 0 make a spear entry on start up
Number of interrupts to service
Uait jsys flag
Last xfer - used in msg/dgm test
-1 = Connect from a responder
Storage for genfunct
Storage for genconst
Storage for aenlength
Storage for Buflength
Storage for bufname
Storage for opcode
Storage for other node
0 = Read 1 = write
-l=Tops20 0=topslO
Divisor for jiffies: 50 or 60
Remembered SCS caller
SCS error code from last error
Remembered SCS function code
Remembered SCS arg block addr
SCSBLK must follow SCSFCN!
Temporary storage of the delay byte
Temporary storage of the current rhblk
Connect id of a recent cntrlr listen
Connect id of a recent responder listen
Used to make a cid when needed
Storage for our node number
3Rd party storage of the wait time
3Rd party storage of the current rhblk
Storage for the start address
Storage for the unsolicited activity byte
Time(min) of our last entry into spear
Block length for "SYERR"
Our local ports can be different ci's
Count of recieved dgms
Count of recieved msgs
Count of dma writes
Count of dma reads
Count of dma xfers completed
Gen act test
Maximum msg xfer size
Maximum dgm xfer size
Sea local buffer
Sea remote buffer
Local buffer offset
Remote buffer offset
Flag for dgm u.ider msg service
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 6
DFCIC1 MAC 27-Aug-85 08:25 Definitions
SEQ 0069
231
232
233
234
235
236
237
238
239
2A0
2A1
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
111
; Execution words
000274' 000 00 0 00 000000
TOPEXE: Z
000275' 000 00 0 00 000000
BOTEXE: 2
000276' 000 00 0 00 000000
CUREXE: 2
000276'
ENDF==.-1
;Ctp status byte symbols
000000
SUCCES==00
000001
REALBU==01
000002
FAKEBU==02
;Ctp status byte error s
000366
NOCONN==*D246
000] 167
PKTS2F==*D247
000370
N0DEUN=='*D248
000371
N0BUFM==*D249
000372
BUFLIM==*D250
000373
FUNCFL==*D251
000374
ROREFU==*D252
000375
NORESO==*D253
000376
NONSEN=='*D254
000377
NTI«PL==*D255
;First ctp request to be executed(rhblk address)
;Last ctp request to be executed
.•Current address of executing rhblk
;End of storage area for flags
.'Successful status
;Real buffer mapped/unmapped
;Black hole buffer mapped/unmapped
No connection exits
Unable to use specified packet size
Node unknown to sea
No buffer mapped
Buffer map limit exceeded
Function failure
Request refused
Resource failure
Request not understood
Request not implemented
000277' 111111 000301'
000300' mill 000305'
000301' 103 124 120 044 103
000305' 103 124 120 044 122
00031 1 ' 000 003 000 000 00
000312' 000 00 0 00 000000
;Byte pointers for the sea jsys monitor call.
CNTRLR: -1,,CNTLR
RSPNDR: -1,,RSPDR
;Asc iz text storage for the sea jsys monitor call.
CNTLR: ASC12/CTP$C0NTR0LLER /
RSPDR: ASCI2/CTP$RESP0NDER /
CONDAT: BYTE (8) PCLTYP.PCLVER,PCLREV,0 ;Two words
2 ; Of Connection Data
)7
OFCIC
DFC1C1
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 7
MAC 27-AUCI-85 08:25 Definitions
SEQ 0070
000313' 34 10 0 01 000000
000314' 04 30 0 01 000000
000315' 24 10 0 01 000000
000316' 24 10 0 01 000000
000317' 24 10 0 01 000000
000320' 04 20 0 01 000000
000321 ' 04 20 0 01 000000
000322' 34 10 0 01 000000
000323' 34 10 0 01 000000
000324' 34 10 0 01 000000
000325' 04 40 0 01 000000
000326' 04 40 0 01 000000
000327' 24 10 0 01 000000
000330' 24 10 0 01 000000
000331' 24 10 0 01 000000
000332' 14 10 0 01 000000
000333' 14 10 0 01 000000
000334' 04 10 0 01 000000
000335' 04 10 0 01 000000
000336'
000337'
000340'
000341 '
000342'
000343'
000344 '
24 20
34 10
04 40
04 40
04 40
34 10
34 10
0
0
0
0
0
0
0
01
01
01
01
01
01
01
000000
000000
000000
000000
000000
000000
000000
.•Symbols for byte pointers. ^ ..... _.^
;Wnen using these byte pointers ad must contain the rbu address.
.•Starting at byte 0
OPCO: POINT 8.(AC1).7
.•Starting at byte 1
REFE: POINT 24.(AC1).31
Starting at byte 5
&UFT
DELA
STAT
POINT 6.(AC1).15
POINT 8.(AC1).15
POINT 8.(AC1).15
.-Starting at byte 6
ACTC: POINT 16,(AC1).31
REPC: POINT 16.(AC1).31
Starting at byte 8
POINT 8.(AC1).7
§XTE
GENF
MOVE
ACTB
FCMD
POINT 8.(AC1).7
POINT 8-(ACl),7
POINT 32.(AC1).31
POINT 32.(AC1).31
.•Starting at byte 9
GENC
PORT
OTHE
POINT 8.(AC1).15
POINT 8.(AC1).15
POINT 8.(AC1).15
.•Starting at byte 10
NOAC: POINT 8,(AC1).23
PKTZ: POINT 8.(AC1).23
:Starting at byte 11
^KTM: POINT 8.(AC1).31
POST: POINT 8.(AC1).31
.•Starting at byte 12
GENL
P1ST
BUFL
CNOA
STAR
ACTN
FSTS
POINT 16.(AC1).15
POINT 8,(AC1),7
POINT 32.(AC1).31
POINT 32.(AC1).31
POINT 32.(AC1).31
POINT 8.(AC1).?
POINT 8.(AC1).7
;1 Byte for opcode
;3 Bytes for cmd reference *
;1 Byte for buffer type
;1 Byte for delay
;1 Byte for ctp status
;2 Byte for actual action count
;2 Byte for repeat count
;1 Byte for defaults
;1 Byte for function
;1 Byte for type of move
;4 Bytes for activity buffer
;4 Bytes for the failed cmd
1 Byte for fill constant
1 Byte for port/sea status
1 Byte for othernode
;1 Byte for unsolicited activity action
;1 Byte for packet size
;1 Byte for packet size multiple
;1 Byte for path 0 status
2 Byte for generated length
1 Byte for path 1 status
4 Byte for size of buffer
4 Byte for acks on path 0
4 Byte for optional start address
1 Byte containing # of activity cmds
1 Byte containing status of failed cmd
DFCIC
DFC1C1
320
321
322
323
32A
325
326
327
328
329
330
331
332
333
33A
335
336
337
338
339
3A0
3A1
3A2
3A3
34A
345
346
347
348
349
350
351
352
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 8
MAC 27-Aug-85 08:25 Definitions
SEQ 0071
000345' 04 40 0 01 000000
000346' 04 40 0 01 000000
000347' 04 40 0 01 000000
000350' 04 40 0 01 000000
000351 ' 04 40 0 01 000000
000352' 04 40 0 01 0^0000
000353' 04 40 0 01 000000
000354' 04 40 0 01 000000
000355' 04 40 0 01 000000
000356' 04 40 0 01 000000
000357' 00 11 0 01 000000
000360' II 03 0 01 000000
000361 • 00 04 0 01 000000
.•Starting at byte 16
BUFS: POINT 32.(AC1).31
CNON: POINT 32,(AC1),31
.•Starting at byte 20
BUFO: POINT 32.(AC1).31
CONR: POINT 32.(AC1).31
.•Starting at byte 24
BUFD: POINT 32.(AC1).31
CN1A: POINT 32.(AC1).31
.•Starting at byte 28
BUDO: POINT 32.(AC1).31
CN1N: POINT 32.(AC1).31
.•Starting at byte 32
C1NR: POINT 32.(AC1).31
.•Starting at byte 36
DSDG: POINT 32.(AC1).31
;4 Byte for local buffer name
.•4 Byte for naks on path 0
;4 Byte for local buffer offset
;4 Byte for path 0 no response
;4 Byte for remote buffer name
;4 Byte for acks on path 1
;4 Byte for remote buffer offset
;4 Byte for naks on path 1
;4 Byte for path 1 no response
.•4 Byte for total discarded dgm's
;Symbols for "SPEAR" table byte pointers. ....
;Wnen using these byte pointers ad must contain a spear table address.
SPRBLN: POINT 9.(AC1).35 ;Block length for responder stat block
SPRCIN: POINT 3.(AC1).26 ;Ci number
SPRNOD: POINT 4.(AC1).35 ;Node number
"1
"1
DFCIC
DFCIC1
353
354
355
356
357
358
359
360
361
362
363
364
365
366
367
368
369
370
371
372
373
374
375
376
377
378
379
380
381
382
383
384
385
386
387
388
389
390
391
392
393
394
395
396
397
Cluster Test Protocol Responder
MAC 27-Aug-85 08:25
000362' 200 17 0 00 000014'
000363' 402 00 0 00 000217*
000364' 200 00 0 00 261040
000365' 251 00 0 00 000276'
000366'
000367*
000370'
000371 '
000372'
000373'
000374 '
000375 '
200 01 0
047 01 0
400 01 0
602 01 0
334 01
334 01
476 00
256 00
0
0
0
0
000376' 561 01 0 00 000000'
000377' 260 17 0 00 004550'
000400' 2u! 00 0 00 000274'
000401 ' 202 00 0 00 000274 '
000402' 202 00 0 00 000275'
000403' 260 17 0 00 004472'
MACRO Z53B(1242) 11:18 27-Aug-85 Page 9
Initialization Code
SUBTTL Initialization Code
;The following code is executed only once (during start up).
SEQ Q072
START: MOVE P,PLIST
;Init the flags area
SETZM STRTF
MOVE ACO, [STRTF, ,STRTF-H]
BLT ACCENDF
; Figure out the monitor type first
AC1,CXCNHNT]
AC1,
AC1,
ACU4823
AC1,CRESETZ]
ACKCCALLI 03
MONTYP
AC1
.•Announce ourselves.
HRROI AC1.ANN0UN
6Q PRINTT
.-Initialize the execution header words.
MOVEI ACO.TOPEXE
MOVEM ACO.TOPEXE
MOVEM ACO.BOTEXE
.•Enable capabilities
GO ENABLE
00 261041
MOVE
00 000041
6ETTAB
00 000000
SETZ
00 040000
TRNE
00 261042
SKIPA
00 261043
SKIPA
00 000234'
SETOM
00 000001
XCT
.•Initialize pushdown list
.•Clear 1st flag
.•Start of bit
;End location of bit
.-Load XCNMNT monitor type word
;This will not call PA1o50 on the -20
;Oops
;Skip if T0PS-10
;TOPS-20. load a twenty reset
;TOPS-10. load a ten reset
;T0PS-20- set the flag indicating that
.•Reset the world
.•Point to announce text
.•Print that
.•Get header address and
; Store it in the top & bottom saying
; No request blocks nave been received
.•Enable your privi ledges
.-Set up an interrupt channels and system. TOPS-20: Enable interrupt channel
;for TIMERX and 4 channels for SCSI interrupts (datagram available, message
.•available. DMA transfer complete, virtual connections and SCA related errors)
;TOPS-10: two interrupt vectors are used, one for SCS. UUO and one for PITMR.
;UUO interrupts.
000404' 260 17 0 00 004360'
GO
IFPINT
.•Inferior process interrupt
OFCIC Cluster Test Protocol Responder MACRO 1538(1242) 11:18 27-Aug-85 Page 10
DFC1C1 MAC 27-Aug-85 08:25 Initialization Code
SEQ 0073
398
399
400
401
402
403
404
405
406
407
408
409
410
411
412
413
414
415
416
417
418
419
420
421
422
423
424
425
426
427
428
429
430
431
432
433
434
435
436
437
438
439
440
441
442
443
000405* 260 17 0 00 005136*
000406' 260 17 0 00 005177*
000407' 260 17 0 00 005635'
000410' 201 01 0 00 005657'
000411' 200 00 0 01 000001
000412' 202 00 0 00 000247'
000413' 137 00 0 00 261044
000414'
000415'
000416'
000417'
000420'
000421 •
000422'
000423'
000424 •
000425 '
000426'
000427'
000430'
000431 '
000432 '
000433'
260 17 0
201 01 0
200 00 0
242 00 0
202 00 0
200 00 0
242 00 0
202 00 0
402 00
201 02
260 17
255 00
201 01
200 00
201 01
137 00
0
0
0
0
0
0
0
0
00 005661 '
00 005704'
01 000001
00 000002
00 000265'
01 000002
00 00000?
00 00026u'
00 000001
00 000001
00 005737'
00 000000
00 005767'
01 000023
00 007553'
00 000360'
000434' 260 17 0 00 004507'
000435' 231 01 0 00 165140
000436' 202 01 0 00 000254'
;Here we "LISTEN" for a "CONNECT" from a controller and a resjjonder for the
[•first time. When this "LISTEN" is answered with a "CONNECT"^ another TISTEN
;is executed but from the interrupt routine.
GO
60
LISTNC
LISTNR
.•Listen for an connect from controller
.•Listen for an connect from responder
;Get our node number and store it in ournod.
GO LOCALN
MOVEI ACl.LOCARG
MOVE AC0,.SQLNN(AC1)
MOVEM ACO. OURNOD
;Get local node number
;Use local node arg block for index
;6et our node number
; And store it
.-Also store our node number in the spear block
DPB ACO.CPOINT 4.SYSE10M.353
;Get the maximum buffer transfer sizes for "TISG" and "D6M".
GO
BUFFSZ
MOVEI
AC1.BUFARG
MOVE
AC0..SQLMG(AC1)
LSH
ACO. 2
MOVEM
ACO.MAXMSG
MOVE
AC0..SQLDG(AC1)
LSH
ACO. 2
MOVEM
ACO.MAXDGM
' port
number and store
SETZM
ACl
MOVEI
AC2.1
GO
CONFIG
JFCL
MOVEI
ACl.CNFARG
MOVE
AC0..SQLPN(AC1)
MOVEI
AC1.SYSE10*4
DPB
ACO.SPRCIN
Do buffer size jsys
Use buffer size arg block for index
Get max "TISG" buffer size in words
Now convert words to bytes
And store it
Get max "DGM" buffer size in words
Now convert words to bytes
And store it
.-Zero cid
;Use node # of 1
;Do the config jsys
.•Ignore errorTunlikelv)
;Use config argument block for inde;
;Get the port number
;Use spear block for index
;Port# to spe?*" table
; Set up a time in location "TIMESP" which will be used for spear entries.
GO UTIME
IDIVI AC1.'"D1000**D60
MOVEM ACl, TIMESP
;Get the uptime in milliseconds
.'Change ms to minutes
.•Store the time count in minutes
061
OFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 11
DFCIC1 MAC 27-Aug-85 08:25 Mainline Code
SEQ 0074
4A4
445
446
447
448
449
450
451
452
453
454
455
456
457
458
459
460
461
462
463
464
465
466
467
468
469
470
471
472
473
474
475
476
477
478
479
480
481
482
483
484
485
486
487
488
489
490
491
492
493
494
495
496
497
000437'
000440*
000441 •
000442'
000443'
000444 '
000445'
000446'
000447'
000450'
000451 '
000452'
000453'
000454'
000455'
000456'
000457'
000460'
000461 '
000462 '
000463'
000464 •
000465 '
000466'
000467'
000470'
000471 '
402 00
260 17
200 17
200 00
306 00
254 00
202 00
260 17
200 01
200 00
603 00
260 17
260 17
200 01
200 00
323 00
306 00
254 00
202 00
254 00
260 17
260 17
260 17
336 00
254 00
370 00
254 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
01
00
00
00
00
01
00
00
00
00
00
000221 •
004425 •
000014'
000274 '
000274 '
000463'
000276'
003706'
000276'
000002
000001
000502'
003164'
000276'
000000
000463'
000274 '
000463 '
000276'
000447'
00 003164'
00 003263'
00 004005'
00 000220'
00 000472'
00 000220'
00 000437'
000472'
000473'
000474'
000475'
000476'
000477'
000500'
000501 •
476
260
332
104
201
047
255
254
00
17
00
00
01
01
00
00
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
SUBTTL Mainline Code
.-This mainline routine runs in a loop looking for ctp request packets that are
.•awaiting execution. If their aren't any request packets awaiting execution we
;see if its time to make another spear entry, and see if any connections are
;opened. If no connections are opened we disconnect all our connections to any
;3rd party responder. We then suspend execution of this program until we get
.•interrupted.
MAINLN: SETZM
GO
HOVE
HOVE
CAIN
JRST
HOVEH
GO
HAINA:
HAINC:
HOVE
HOVE
TLNE
GO
GO
HOVE
HOVE
JUHPLE
CAIN
JRST
HOVEH
JRST
GO
GO
GO
SKIPN
JRST
SOS
JRST
WAITF
DISINT
P.PLIST
ACO.TOPEXE
ACO.TOPEXE
HAINC
ACO.CUREXE
GETINF
AC1.CUREXE
ACO.STATUS(ACI)
ACO.(GOBIT)
EXECT
RHCBLK
AC1.CUREXE
ACO.FLINIC(ACI)
ACO.HAINC
ACO.TOPEXE
HAINC
ACO.CUREXE
HAINA
RHCBLK
KIL3RD
SPEAR
INTFLG
HAINC1
INTFLG
HAINLN
No longer waiting for interrupt
Diable interrupt system
Safe to reset stack now
Get top of execution list
Have we received any requests yet?
No
Yes. store currently executing routine
Store info in cblk
Get rhblk address
Get rhblk status word
Is go set?
Yes. request can be executed
Check if any cblks should be removed
Get rhblk address
Get flink pointer to the next rhblk
If -1 buffer has only been queued
Have any more requests to do?
No
Store currently executing routine
Now look for a rhblk with "GO" set
Check if any cblks should be removed
Kill 3rd party conn. Deq all rhblks
See if we should make a spear entry
Have any interrupts occured ?
No
Decrement interrupt count
Off we go
.-The yAIT jsys (or HI8ER forever UUO) dismisses this program from getting any
.•runtime indefinitely. The only way we get out of the wait state is by qetting
.•interrupted. When the interrupt is finished we come back tu the wait state,
.•unless we change the return PC word in the interrupt routine. We do this in
;the 'VC8RKN". '^INPDGH" "INPHSG", 'IIOSNpC". "INFPT"^And "DHAXFR" interrupt
.•routines. We change the pc to ><AINLN"
000221 •
HAINC1: SETOH
WAITF
004440'
GO
ENAINT
000234 •
000306
SKIPE
HONTYP
WAITX
000000
HOVE I
ACl.O
000072
000000
HIBER
ACT.
JFCL
000437'
JRST
MAINLN
Set the wait flag
Enable interrupts
Skip if TOPS-ID
Stay here til we
Load infinate wa
ZU.,.
Should never return
but if it does, loop
•?
lit
et an
time
interrupt
062
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 12
DFCIC1 MAC 27-Aug-85 08:25 Mainline Code
SEQ 0075
A98
499
500
501
502
503
50A
505
506
507
508
509
510
511
512
513
51A
515
516
517
518
519
520
521
522
523
524
525
526
527
528
529
530
531
532
533
534
535
536
537
538
539
540
541
<here we actually dispatch to a subroutine to execute a particular ctp
lonwand. First we load the ac register "CURSTS with the stdtus(lh)
;This is where we
.•request command. First we load the ac reg.^..^. vw.w.- "■^■' ^"^ -v-v^-....
;and the cblk address(rh) of this ctp reguest. Then we check to see if this
.•opcode is vol id. If not. we return a 17 in ac2 which will execute. the
.••tiOTIMP*' routine. If the opcode is a valid one we use the opcode in ac2 as an
; index pointer.
000502'
000502'
000503'
000504 '
000505 •
000506'
000507'
000510'
000511'
000512'
000513'
261 17 0 00 000001
261 17 0 00 000002
200 01 0 00 000276'
200 16 0 01 000002
260 17 0 00 003521'
260 17 1 02 000515'
200 01 0 00 000276'
202 16 0 01 000002
262 17 0 00 000002
262 17 0 00 000001
EXECT
;(12)
000514' 263 17 0 00 000000
(12)
GO DISINT
PUT AC1
PUT AC2
MOVE AC1.CUREXE
MOVE CURSTS. STATUS(ACI)
60 OPCHK
60 aTSTTBL(AC2)
MOVE AC1.CUREXE
MOVEM CURSTS. STATUS(ACI)
6ET AC2
6ET AC1
60 ENAINT
RTN
000515'
000516'
000517'
000520'
000521 '
000522'
000523'
000524 •
000525 '
000526 '
000527'
000530'
000531 '
000532'
000533'
000534'
000533'
000536'
000000
000000
000000
000000
OuJOOO
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000537*
000607'
001034'
001165'
001477'
001477'
001717'
002114'
002320'
002410'
002515'
002714'
003027 •
003337'
003337'
003337'
003337'
003337'
.•Dispatch table for ctp request!
TSTTBL:
FUNCST
MAPBUF
UNMAPe
MOVEBF
GENMS6
6EN0GM
6ENRST
6ENSTR
SSUNSO
CNF DAT
CNTRRD
CTPCON
LISDIS
NOT IMP
NOT IMP
NOT IMP
NOT IMP
NOT IMP
.•Disable the interrupt system
;Save ac's
;6et rhblk address
;6et rhblk stati'S word in the ac
.•Check if opcode is a valid one
.•Do the ctp function
;6et rhblk address
.•Restore rhblk status word
.•Restore ac's
.•Enable the interrupt system
.•Return
Opcode - function
Ob -
Function
rsp -
38
01 -
Buff map
rsp -
20
02 -
Buf unmp
rsp -
20
03 -
Move buf
rsp -
i2
04 -
6en msg
rsp -
128
05 -
6en dtgm
rsp -
512
06 -
6en rest
rsp -
11
07 -
6en strt
rsp -
16
08 -
S/s unso
rsp -
06
09 -
Con data
rsp -
13
10 -
Cntr rd
rsp -
40
11 -
Connect
rsp -
06
12 •
Lstr dis
rsp -
06
13 -
Mbuf map
rsp -
20
14 -
Mbf umap
rsp -
f!2
15 -
Mov mbuf
rsp -
28
16 -
Mn state
rsp -
06
Non
valid ctp opcode
mandatory
mandatory
mandatory
mandatory
mandatory
mandatory
mandatory
,-|.l<fc««.Hi-^ti<l.«
r
X)63
DFCIC
DFCIC1
542
5A3
5A4
545
546
547
548
549
550
551
552
553
554
555
556
557
558
559
560
561
562
563
564
565
566
567
568
569
570
571
572
573
574
575
576
577
578
579
580
581
582
583
584
585
586
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 13
WAC 27-Aug-85 08:25 CTP Function Set
SUBTTL CTP Function Set
SEQ 0076
000537*
000540'
000541 •
000542*
000543'
000544*
000545*
000546*
000547*
000550*
000551 *
000552*
332
260
260
260
260
661
621
200
202
260
255
263
00
17
17
17
17
16
16
01
16
17
00
17
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
0 01
0
0
0
00
00
00
000216*
261052
003543*
000553*
000560*
000002
000001
000276*
000002
004124*
000000
000000
000553* ^61 17 0 00 000000
000554* 201 00 0 00 000000
000555* 260 17 0 00 003450*
000556* 262 17 0 00 000000
000557* 263 17 0 00 000000
000560*
000561 *
000562*
000563*
000564 •
000565*
000566*
000567'
000570*
000571 *
000572'
000573'
000574'
0005^3'
0005^6'
261
2o'
200
200
350
200
436
505
350
540
271
251
262
262
263
17
17
01
01
00
00
00
00
00
00
01
00
17
17
17
0
0
0
0
0
0
1
0
0
0
0
1
0
0
0
00
00
00
01
00
00
00
00
00
00
00
00
00
00
00
000000
000001
000276'
000003
000001
000577'
000001
000600'
00000 1
000001
000007
000001
000001
000000
000000
:This routine tells the controller what set of opcodes this responder
;Has implemented. Ue send back the table "OPCARY as part of the
.-Response message, each bit represents an implemented opcode.
FUNCST: TRWSG (Opcode: Function set)
GO
GO
GO
TLO
TLZ
MOVE
WOVEN
GO
JFCL
RTN
CHGOPC
VALOO
AC TOO
CURSTS,(DONE)
CURSTS,(GOBIT)
ACKCUREXE
CURSTS,STATUS(AC1)
SEND
Change opcode from a req to a res.
Check validity of the ctp request
Perform action for the request
Set the done bit
Clear the gobit
/*^«. 4.U^ .UCi L
Get the rhblk
Store the status
Do the scsX jsys
Error return
Return
;Load the ctp response status field.
VALOO: PUT ACO
WOVEI ACO^SUCCES
GO LDSTUS
GET ACO
RTN
;Save ac*s
;Zero the
; Status byte
.'Restore ac*s
.•Return
in the ctp packet
;Put the "OPCARY" table in the ctp response message,
ACTOO: PUT ACO
PUT AC1
HOVE AC1.CUREXE
HOVE ACI.CTPPKT(ACI)
AOS AC1
HOVE ACO. OPCARY
lORH ACO. SAC 1
HRLI ACO.OPCARY^I
AOS AC1
HRR AC0.AC1
ADDI AC1.*D7
BLT ACO.dACl
GET AC1
GET ACO
RTN
Save ac*s
Get the rhblk
Get the rblk address
Hake it rblk^l
Get start of 256 bit array
Set in bytes 6 i 7
Start with byte 8 or 3rd word
Increment start address for bit
Copy to the buffer area
Xfer 7 words
Do the block xfer
Restore ac
Return
r
DFCIC
DFCIC1
587
588
589
590
591
59A
595
596
597
598
599
600
601
602
603
604
605
606
607
608
Cluster
«AC
Test Protocol Responder
27.Aug-85 08:25
000577'
000600'
000601 •
000602 •
000603'
00060A •
000605 •
000606'
000003
000000
000003
000000
000 00
000 00
000 00
000 00
770760
000000
770760
000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
MACRO :53B( 1242) 11:18 27-Aug -85 Page U
CTP Function Set
.•This table is a 256 bit array used in the ''RESPONDER FUNCTION SET" response.
;The start of this tab! j is actually the 6th byte of the response packet.
;The 1st word represent '.s the ctp request commands used by this responder.
;The 3rd word represents the ctp response commands used by this responder.
;1St word = .'reference #(bits 0-7) lstatus(bits 8-15)1256 bit array.' starts at bit 161
SEQ 0077
OPCARY: 3,, 770760
3,, 770760
0
Z
Z
Z
Z
;Each bit represents a
; Request opcode
;Each bit represents a
; Response opcode
;Bit definition of the 1st and 3rd words of opcary:
iiiask — 1 1 ,, 1 1 1 ! 1 1 1 I 0 0 0 : 1 1 1 ; 1 1 0 ; 0 0 0
; Opcode —
00,,000!000;nnn:il1 I 00- I
76,,543:2io:uuu:2io:98-:
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 15
DFCIC1 MAC 27-Aug-85 08:25 CTP Buffer Map
SEQ 0078
609
610
611
612
613
614
615
616
617
618
619
620
621
6^2
6*>3
624
625
626
627
628
629
000607'
000610'
00061 1 •
000612'
000613'
000614'
000615'
000616'
000617'
000620'
000621 '
000622 '
000623'
000624 •
332
260
260
260
254
260
255
661
621
200
202
260
255
262
00
17
17
17
00
17
00
16
16
01
16
17
00
17
00
00
00
00
00
00
00
00
00
00
01
00
00
00
000216'
261064
003543'
000625'
000622 '
000701 '
000000
000002
000001
000276'
000002
004 1 24 '
000000
000000
SUBTTL CTP Buffer Map
;In this routine we map a buffer for the controller to. use.
;We get an unused buffer (bufx) from our resource and give it to sea.
;Sca gives us a name associated with that buffer. Ue in turn give
;That name to the controller.
MAPBUF: TRMSG (Opcode: Buffer map)
MAPBUI
60
60
JRST
60
JFCL
TLO
TLZ
MOVE
MOVEM
60
JFCL
RTN
CH60PC
VAL01
MAPBUI
ACTOl
CURSTS,(DONE)
CURSTS,(60BIT)
ACUCUREXE
CURSTS,STATUS(AC1)
SEND
return
;Set the done bit
.•clear the gobit
;6et the rhbU
; Store the status
;Send the ctp response message
.-Virtual circuit gone return
; Return
._-......» 1
DFCIC
DFCIC1
630
631
632
633
63A
635
636
637
638
639
6A0
6A1
6A2
6A3
6A4
645
646
647
648
649
650
651
652
653
654
655
656
657
658
659
660
661
662
663
664
665
666
667
668
669
670
671
672
673
674
675
676
677
678
679
680
681
682
Cluster Test Protocol Responder MACRO X53B(1242)
MAC 27-AUQ-85 08:25 CTP Buffer Map
11:18 27-Aug-85 Page 16
SEQ 0079
000625'
000626'
000627*
000630'
000631 •
000632'
000633'
000634'
000635'
000636'
000637'
000640'
000641 '
000642'
000643'
000644 '
000645'
000646'
000647'
000650'
000651 '
000652'
000653'
17
17
17
17
261
261
261
261
200 01
200 03
201 01
135 00
302 00
0
0
0
0
0
0
0
0
0
0
0
0
307 00 0
254 00 0
201 00 0
254 00 0
260 17 0
254
201
254
00
00
00
201
135
01
00
307 00
254
201
254
00
00
00
000654' 550 01 0
000655' 33? 00 0
000656' 5ic 00 0
000657' 254 00 0
000660* 201 00 0
000661 ' 254 00 0
00 000000
00 000001
00 000002
00 000003
00 000276'
01 000003
03 000001
00 000315'
00 000000
00 000641 •
00 000376
00 000671 •
00 000002
00 000645'
00 000376
00 000671 '
00 003450'
03 000002
00 000323'
00 000002
00 000654'
00 000376
00 000671 '
00 000016
01 000006
01 000010
00 000662'
00 000372
00 000671 '
000662'
000663'
000664 *
000665*
000666 *
000667*
000670*
000671 *
000672*
000673*
000674 *
000675 *
000676*
000677'
000700*
201
135
260
202 00
307 00
254
201
01
00
17
00
00
260
334
350
262
262
262
262
263
17
00
00
17
17
17
17
17
0 03 000003
0 00 000340*
0 00 003463*
0 00 000227'
0 00 002000
0 00 000673'
0 00 000375
0 00 003450'
0 00 000000
0 17 77777^
0 00 000003
0 00 000002
0 00 000001
0 00 000000
0 00 000000
;Check the validity of the ctp request
VAL01 : PUT
PUT
PUT
PUT
MOVE
MOVE
MOVE I
LDB
CAIE
JRST
MOVE I
JRST
VAL01G: CAIG
JRST
MOVE I
JRST
VAL01A: 60
MOVE I
LDB
CAIG
JRST
MOVE!
JRST
ACO
AC1
AC2
AC3
ACUCUREXE
AC3,CTPPICT(AC1)
AC1J(AC3)
ACO.BUFT
ACO-0
VAlOiG
ACO-NONSEN
VAL01X
ACO-2
VAL01A
ACO-NONSEN
VALOIX
LDSTUS
AC1..2(AC3)
ACO^GENF
AC0.2
VAL01C
ACO.NONSEN
VALOIX
;Sa\/e ac's
Get rhblk
Now get the rblk
Get Buftype address word
Get buftype
Value 0?
No
Yes, do reguest not understood
Take the +1 error return
Value bigger than 2?
No, continue
Yes, do reguest not understood
Take the "♦■i error return
Go load status value of 1 or 2
Get genfunct address word
Get genfunct
Value bigger than 2?
No, continue
Yes, do reguest not understood
Take the -♦■i error return
; Check to see is if we already have 2 buffers mapped.
VAL01C:
HRRZ
SKIPE
SKIPN
JRST
MOVE I
JRST
AC1,CURSTS
BFSCAKACI)
BFSCA2(AC1)
VAL01D
ACO-BUFLIM
VALOIX
;Check to see if 'BUFLENGTH" is to big,
VAL01D:
MOVE!
LDB
GO
MOVEM
CAIG
JRST
MOVE I
VALOIX: GO
SKI PA
VAL01S: AOS
GET
GET
GET
GET
RTN
AC1,3(AC3)
ACO,BUFL
PlltiO
ACO,BUFLEN
AC0/D1024
VALOIS
AC0,NORESO
LDSTUS
-4(P)
AC3
AC2
AC1
ACO
;Get cblk
;Is this sea buffer being used?
;Yes, is this sea buffer being used?
;No, we have room to map anotner
;Yes, do buffer map limit exceeded
;lake the +1 error return
;Get buf length address word
;Get buflength
; Change pdpTI word to pdpIO word
.-Store the buffer length
;Over max no of words?
;No, take the +2 return
;Yes, do resource failure
;Load the status byte in the rblk
;Take the -♦'1 error return
;+2 Return
;Return
■■•- ~-i
OFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 17
0FCIC1 MAC 27-Aug-85 08:25 CTP Buffer Map
SEQ 0080
683
684
685
686
687
688
689
690
691
692
693
694
695
696
697
698
699
700
701
702
703
704
705
706
707
708
709
710
711
712
713
714
715
716
717
713
719
720
721
722
723
724
725
726
111
72%
729
000701 •
000702'
000703'
000704'
000705 •
000706'
000707'
000710'
00071 1 •
000712'
000713'
000714'
261 17 0 00 000000
261 17 0 00 000001
261 17 0 00 000002
261 17 0 00 000003
261 17 0 00 000004
261 17 0 00 000005
260 17 0 00 003243'
202 01 0 00 000230'
332 00 0 00 000001
254 00 0 00 000715'
201 00 0 00 000375
254 00 0 00 001022'
000715' 200 01 0 00 000001
000716' 200 02 0 00 000227'
000717' 260 17 0 00 006013'
000720' 254 00 0 00 000740'
000721 ' 202 01 0 00 000005
000722' 476 00 1 00 000230'
000723'
000724 '
000725'
000726'
000727'
000730'
000731 •
000732'
000733'
000734 •
000735 •
000736'
000737'
000740'
000741 '
550 01 0
332 00 0
254 00 0
202 05 0
200 04 0
202 04 0
254 00 0
332 00 0
254 00 0
202 05 0
200 04 0
202 04 0
254 00 0
201 00 0
254 00 0
;Do the function the ctp request packet demanded
ACT01:
PUT
ACO
PUT
AC1
PUT
AC2
PUT
AC3
PUT
AC4
PUT
AC5
;Sa\/e ac's
;Get an available buffer(bufx).
GO BUFAV
MOVEM ACI^BUFNAM
SKIPE AC1
JRST ACT01A
MOVEI ACO.NORESO
JRST ACTOIX
;6et a buffer name from sea.
ACT01A: MOVE AC1,AC1
MOVE AC2,BUFLEN
GO GETBUF
JRST ACT01M
MOVEM AC1,AC5
;6et a buffer
; Store buffer name
;Any buffers available?
;Yes, continue
;No, do resource failure
;Exit, take •♦•1 error rtn
.•Memory address (bufx)
;Size of buffer
;6et the sea buffer name
;Error - do noresources
;Store buffer name in ac5
;Make this buffer (bufx) unavailable to everyone else.
SETOr aBUFNAM ;-1 to Bufx
;Now store both
buffer nam<»s in the
cblk.
00 000016
HRRZ
AC1.CURSTS
01 000006
SKIPE
BFSCAKACI)
CO 000732'
JRST
ACT01L
01 000006
MOVEM
AC5.BFSCA1(AC1)
00 000230'
MOVE
AC4,BUFNAM
01 000007
MOVEM
AC4.BUFF1(AC1)
00 000742'
JRST
ACTOIN
01 000010
ACT01L: SKIPE
BFSCA2(/J)
00 000740'
JRST
ACT01M
01 000010
MOVEM
AC5,BFSCA2(AC1)
00 00023 0'
MOVE
AC4,BUFNAM
01 000011
MOVEM
AC4.BUFF2(AC1)
00 000742'
JRST
ACTOIN
00 000375
ACTCIH: MOVE]
ACO-NORESO
ACTOIX
00 001022'
JRST
Get the cblk
1st location empty?
No, iry 2nd location
^es, store the sea buffer name
Get our buffer name(bufx)
And store it
Continue
2Nd location empty?
No, do no resources
Yes, store the sea buffer name
Get our buffer name(bufx)
And store it
Continue
No< do resource failure
Exit, take +1 error rtn
DFCIC
DFCIC1
730
731
732
733
73A
735
736
737
738
739
740
741
742
743
744
745
746
747
748
749
750
751
752
753
754
755
756
757
758
759
760
761
762
763
764
765
766
767
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 18
MAC ?7-Aua-85 08:25 CTP Buffer Mao
MAC 27-Aug-85 08:25
000742'
000743'
000744 •
000745*
000746*
000747'
000750'
200 00 0
242 00 0
260 17 0
200 01 0
200 03 0
201 01 0
137 00 0
00 000005
00 11111k
00 003502'
00 000276'
01 000003
03 000004
00 000345'
000751' 200 01 0 00 000276'
000752' 200 03 0 01 000003
000753' 201 01 0 03 000002
000754' 135 00 0 00 000323'
000755' 202 00 0 00 000224'
000756' 135 00 0 00 000327'
000757' 202 00 0 00 000225'
000760' 201 01 0 03 000003
000761' 135 00 0 00 000340'
000762' 260 17 0 00 003463'
000763' 20? 00 0 00 000227'
000764' 200 04 0 00 000230'
000765' 201 00 0 00 000000
000766' 312 00 0 00 000224*
000767' 254 00 0 00 000775'
CTP Buffer Map
;Now store the buffer nawe in the ctp packet.
SEQ 0081
ACT01N: MOVE
LSH
GO
MOVE
MOVE
MOVE I
DPB
AC0,AC5
AC0,-4
P10T11
AC1,CUREXE
AC3,CTPP)CT(AC1)
AC1,4(AC3)
ACO.BUFS
;6et genfunct and store it
MOVE ACUCUREXE
MOVE AC3,CTPP<T(AC1)
MOVEI AC1,2(AC3)
LDB AC0,6ENF
MOVEM ACO^GENFUN
;Get genconst and store it
LDB
MOVEM
ACO,GENC
AC0,GENCON
;Get buffer name in ^cO
.•Right justify it
; Change name to pdp11 format
;Get rhblk
;Now get the rblk
;Get Duflname address word
.-Store buffer name in the ctp packet
.-Get rhblk
.-Now get the rblk
;Get genfunct address word
;6et genfunct
.•Store it
;6et genconst
.•Store it
;Get buf length and store it
MOVEI AC1.3(AC3)
LDB ACO.BUFL
GO P11T10
MOVEM ACO.BIIFLEN
;Here we fill the buffer with one of the following: a constant.
;8yte pairs, or the responder node number.
;Get buflength address word
;Get buflength
.•Change pdpTl word to pdpIO word
.•Store it
MOVE
MOVEI
CAME
JRST
AC4.8UFNAM
ACO.O
ACO.GENFUN
ACT01B
;Get bufx
.-Get a v/alue
;Fill buffer with constant?
;No
OFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 19
DFC1C1 MAC 27-Aug-85 08:25 CTP Buffer Map
SEQ 0082
768
769
770
771
772
773
774
775
776
777
778
779
780
781
782
783
78A
785
786
787
788
789
790
791
792
793
794
795
796
797
798
799
800
801
802
803
804
805
806
807
808
809
810
811
812
813
000770*
000771 •
000772 •
000773'
000774 •
000775 •
000776*
000777*
001000*
001001*
001002*
001003*
001004*
001005*
001006*
001007*
001010*
001011*
001012*
001013*
001014*
001015*
001016*
001017*
001020*
001021*
001022*
001023*
001024*
001025*
001026*
001027*
001030*
001031*
001032*
001033*
200 03 0
200 00 0
200 02 0
136 00 0
367 03
201 00
312
254
00
00
0
0
0
0
00 000227*
00 000225-
00 261071
00 000002
00 000773*
00 000001
00 000224*
00 001011*
200 03 0 00
201 05 0 00
200 02 0 00
200 00 0 00
136 00 0 00
242 00 0 00
136 00 0 00
350 00 0 00
367 05 0 00
201 00 C 00
312 00
254 00
00
00
000227*
000000
261071
000005
000002
777770
000002
000005
001003*
000002
000224 *
001024*
200 03 0 00 000227*
2uJ 00 0 00 000247*
200 02 0 00 261071
136 00 0 00 000002
367 03 0 00 001017*
254 00 0 00 001024*
260 17 0 00 003450*
334 00 0 00 000000
350 00 0 17 777772
262 17 0 00 000005
262 17 0 00 000004
262 17 0 00 000003
262 17 0 00 000002
262 17 0 00 000001
262 17 0 00 000000
263 17 0 00 000000
;Fill buffer with constant
MOVE
HOVE
HOVE
IDPB
SOJG
ACTOIB: HOVEI
CAME
JRST
AC3,BUFLEN
ACO.GENCON
AC2, [POINT 8,(AC4)]
AC0,AC2
AC3,.-1
ACOJ
AC0.6ENFUN
ACT01C
;FUl buffer with byte pairs
HOVE
HOVEI
HOVE
ACT01H: HOVE
IDPB
LSH
IDPB
AOS
SOJG
ACT01C: HOVEI
CAME
JRST
AC3,BUFLEN
AC5,0
AC2, [POINT 8,(AC4)3
AC0,AC5
AC0,AC2
AC0,-'*D8
AC0,AC2
AC5
AC3,ACT01H
AC0,2
AC0-6ENFUN
ACT01S
;Yes, get size of bufsiz in bytes
;6et tne fill constant
;Init pointer
.•Deposit the fill constant in the byte
;Fill ♦The buffer
;Get a .ue ...
;Fill buffer with byte pair numbers?
;No
Yes, get size of bufsiz in bytes
Get tne 1st byte pair number
Init pointer
Get 1st byte pair
Deposit the 1st byte
Go to 2nd byte
Deposit the 2nd byte
Increment byte pair number
Fill up the buffer
Get a value
Fill buffer with responder node number?
No
.-Fill buffer with the responder node number
ACT01X:
ACT01S:
HOVE AC3,BUFLEN
HOVE ACO^OURNOD
HOVE AC2, [POINT 8,(AC4)]
IDPB AC0,AC2
SOJG AC3-.-1
JRST ACTOIS
GO LDSTUS
SKIPA
AOS -6(P)
GET AC5
GET AC4
GET AC3
GET AC2
GET AC1
GET ACO
RTN
;Yes, get size of bufsiz in bytes
;Get our node number
;Init pointer
.•Deposit the node number in the byte
;Fill up the buffer
;No
;Load the status byte
;Take the •♦•I error rtn
.•Normal skip return
.-Restore ac*s
;Error return
"1
ro
DFCIC
DFCIC1
8U
815
816
817
818
819
820
821
822
823
824
825
826
827
828
829
830
831
832
833
83A
835
836
837
838
839
840
841
842
843
844
845
846
847
848
849
850
851
852
853
854
855
856
857
858
859
860
861
862
863
864
865
866
867
868
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 20
MAC 27-Aug-85 08:25 CTP Buffer Unmap
001034'
001035'
001036'
001037'
001040'
001041'
001042'
001043'
001044'
001045'
001046'
001047'
001050'
001051'
332
260
260
260
254
260
255
661
621
200
202
260
255
263
00
17
17
17
00
17
00
16
16
01
16
17
00
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
01
00
00
00
000216'
261077
003543'
001032'
001047'
001111'
000000
000002
000001
000276'
000002
004124'
000000
000000
001052'
001053'
001054'
001055'
001056'
001057'
001060'
001061'
001062'
001063'
001064'
001065'
001066'
001067'
001070'
001071'
001072'
001073'
001074'
001 C75'
001076'
001077'
001100'
001101'
001102'
001103'
001104'
001105'
001106'
001107'
001110'
261
261
261
261
17
17
17
17
0
0
0
0
200 01 0
200 03 0
201 01
135 00
30? 00
CO
201
0
0
0
0
0
254 00 0
307 00 0
254 00 0
201 00 0
254 00 0
00
00
00 000000
00 000001
00 000002
00 000003
00 000276'
01 000003
03 000001
00 000315'
00 000000
00 001066'
00 000376
00 001101 •
00 000002
00 001072'
00 000376
00 001101'
260
201
135
260
307
254
201
260
334
350
262
262
263
17
01
00
17
00
00
00
17
00
00
17
17
17
]7
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00 003450'
03 000003
00 000340'
00 003463'
00 002000
00 001103'
00 000375
00 003450'
00 OQOQOO
17 777m
00 000003
00 000002
00 000001
00 000000
00 000000
Unmap
SUBTIL CTP Buffer Unmap
;Here we unmap a buffer from sea.
JNMAPB: TRMS6 (Opcode: Buffer unmap)
UNMAP 1 :
GO
GO
JRST
GO
JFCL
TLO
TLZ
HOVE
MOVEM
GO
JFCL
RTN
CHGOPC
VAL02
UNMAP1
ACT02
CURSTS,(DONE)
CURSTS,(GOBIT)
ACUCUREXE
CURSTS,STATUS(AC1)
SEND
.•Check the validity of the ctp request
VAL02 : PUT
PUT
PUT
PUT
MOVE
MOVE
MOVE I
LDB
CAIE
JRST
MOVEl
JRST
VAL02G: CAIG
JRST
MOVE I
JRST
ACO
ACl
AC2
AC3
AC1,CUREXE
AC3,CTPPKT(AC1)
AC1J(AC3)
ACO.BUFT
ACO.O
VAL02G
ACO-NONSEN
VAL02X
ACO-2
VAL02A
AC0,NONSEN
VAL02X
.-Check to see if 'BUFLENGTH" is to big.
VAL02A: GO
MOVE I
LDB
GO
CAIG
JRST
MOVE I
GO
SKI PA
AOS
GET
GET
GET
GET
RTN
VAL02X:
VAL02S:
LDSTUS
AC1.:(AC3)
ACO.BUFL
PllflO
AC0/D1024
VAL02S
ACO.NORESO
LDSTUS
-4(P)
AC3
AC2
ACl
ACO
SEQ 0083
Change opcode from a req to a res.
Check the validity of the ctp request
Error in the validity check
Perform action for the reque?*"
Error return
Set the done bit
Clear the gobit
Get the rhblk
Store the status
Send the ctp response message
Virtual circuit gone return
Return
.-Save ac's
Get rhblk
Now get the rblk
Get Duftype address word
Get buftype
Value 0?
No
Yes. do reguest not understood
Take the *T error return
Value bigger than 2?
No, continue
Yes, do reguest not understood
Take the ♦! error return
Go load status value of 1 or 2
Get buflength address word
Get buflength
Change pdpTi word to pdp10 word
Over max no of words?
No, take the ^2 return
Yes, do resource failure
Load the status byte in the rblk
Take the +1 error return
^2 Return
.-Return
..J
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 21
DFC1C1 MAC 27-Aug-85 08:25 CTP Buffer Unmap
SEQ 008A
869
870
871
872
873
87A
875
876
877
878
879
880
881
882
883
884
885
886
887
888
889
890
891
892
893
89A
895
896
897
898
899
900
901
902
903
904
905
906
001 11 r 261 17 0 00 000000
001112' 261 17 0 00 000001
001113' 261 17 0 00 000002
001 1U' 261 17 0 00 000003
001115'
001116*
001117'
001120'
001121'
001122'
001123'
001 124'
001125'
001126'
001127'
001130'
001131'
001132'
001133'
001 1 34 '
001135'
001136'
001137'
001140'
001141'
001142'
001143'
001144'
001145'
200 01
200 03
201 01
135 00
260 17
242 00
202 00
0
0
0
0
0
0
0
00
01
03
00
00
00
00
000276'
000003
000004
000345'
003463'
000004
000267'
476 00 0
201 03 0
350 00 0
200 04 0
312 00 0
254 00
402 00
200 00
0
0
0
402 00 1
254 00 0
00 000002
00 000040
00 000002
02 010556'
04 000006
00 001136'
04 000006
04 000007
00 000000
00 001151'
3ii 00
367 03
336 00
254 00
402 00
200 00
402 00
254 00
0
0
0
0
0
0
1
0
04
00
00
00
04
04
00
00
000010
001126'
000003
001146'
000010
00001 1
000000
001151'
;Do the function the ctp request packet demanded
ACT02: PUT ACO ;Say/e ac's
PUT AC1
PUT AC2
PUT AC3
;6et the 'BUFLNAME" from the ctp packet
MOVE AC1,CUREXE
MOVE AC3,CTPPKT(AC1)
MOVEI AC1,4(AC3)
LDB ACO,BUFS
60 P11T10
LSH ACO, 4
MOVEM ACO^SCALBF
;See if this buffer is really mapped by looking in the cblks.
;6et rhblk
;Now aet the rblk
;6et Duflname address
;6et buffer name from
.'Change pdpll word to
.-Left justify it
;Save it
word
the ctp packet
pdpIO word
SETOM
MOVEI
ACT02A: AOS
MOVE
CAME
JRST
SETZM
MOVE
SETZM
JRST
ACT02B:
CAME
SOJG
SKIPN
JRST
SETZM
MOVE
SETZM
JRST
AC2
AC3,CBLSTE
AC2
AC4,CBLST(AC2)
AC0.BFSCA1(AC4)
ACT02B
BFSCA1(AC4)
AC0-BUFf1(AC4)
aACO
ACT02E
AC0,BFSCA2(AC4)
AC3,ACT02A
AC3
ACT02C
BFSCA2(AC4)
AC0.BUFF2(AC4)
aACO
ACT02E
I nit index pointer
Get size of cblst
Increment index
Get cblk address
Is this sea buffer the same?
No, continue
Yes, clear cblk location 'BFSCAI
Get bufx address
Make this buffer (bufx) available
This buffer is mapped
Is this sea buffer the same?
No, keep looking
Looked in the whole table?
Yes
Yes, clear cblk location •BFSCA2:
Get bufx address
Make this buffer(bufx) available
This buffer is mapped
• •
12
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 22
DFC1C1 MAC 27-Aug-85 08:25 CTP Buffer Unmap
SEQ 0085
907
908
909
910
911
912
913
91A
915
916
917
918
919
920
921
922
923
92A
925
926
927
001 U7' 260 17 0 00 003A50'
001150' 25A 00 0 00 001160'
001 U6'
00 00Q371
.•Buffer is not mapped
ACT02C: MOVEI ACO-NOBUFM
GO LDSTUS
JRST ACT02X
;Unmap this buffer from sea
001151*
001152'
001153'
0011 54'
001155'
001156'
001157'
001160'
001161'
001162'
001163'
001164'
200
260
254
201
260
254
350
262
262
262
262
263
01
17
00
00
17
00
00
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
17
00
00
00
00
00
000267'
006040'
001157'
000375
003450'
001160'
11111k
000003
000002
000001
000000
000000
ACT02E: MOVE
GO
JRST
MOVEI
GO
JRST
ACT02S: AOS
ACT02X: GET
GET
GET
GET
RTN
AC1,SCALBF
RMVBUF
ACT02S
ACCNORESO
LDSTUS
ACT02X
-4(P)
AC3
AC2
AC1
ACQ
;Yes, do no buffer mapped ,
;Load the status byte in the rblk
;Exit, take •♦•1 error rtn
;Get the buffer name
;Unmap this buffer from sea
;Good return
.-Error, do resource failure
.-Load the status byte in the rblk
;Take the -♦■1 error return
.-Normal skip return
.-Restore ae's
.-Return
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 23
DFC1C1 MAC 27-Aug-85 08:25 CTP Move Buffer
SEQ 0086
928
929
930
931
932
933
93A
935
936
937
938
939
9A0
941
9A2
943
944
945
946
947
948
949
950
951
952
953
954
955
956
957
958
959
960
961
962
963
964
965
966
967
968
969
970
971
972
973
974
975
976
977
978
001165'
001166*
001167'
001170'
001171'
001172'
001173'
001174'
001175'
001176'
001177'
001200'
001201'
001202'
001203'
001204'
001205'
332 00
260 17
261 "
261
261
17
17
17
603 16
254 00
260 17
254 00
260 17
254 00
254 00
402 00
200 02
554 01
336 00
476 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
02
00
00
000216'
261111
000000
000001
000002
000004
001201'
001236'
001223'
004170'
001231'
001223'
000222 •
000276'
000001
000001
000222 '
001206' 260 17 0 00 001322'
001207' 254 00 0 00 001223'
001210' 254 00 0 00 001230'
001211' 600 00 0 00 000000
001212'
001213'
001214'
001215'
001216'
001217'
001220'
001221'
001222'
001223'
001224'
001225'
001226'
001227'
001230'
001231'
001232'
001233'
001234'
001235'
200 02 0
5:> • 01
322 01
370 00
260 17
312 00
254 00
350 00
260 17
260
476
260
255
661
621
661
262
262
262
263
17
00
17
00
16
16
16
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00 000276'
02 000001
00 001223'
00 000001
00 003364'
00 000001
00 001231'
00 000000
00 003402'
00 003543'
00 000222'
00 004124'
00 000000
00 000002
00 000001
00 OOOOOA
00 000002
00 000001
00 000000
00 000000
SU8TTL CTP Move Buffer
;This routine either reads from or writes to a bufferCdma xfer) in^ another
;node. For 3rd party transfers we should have received a CONNECT request
;from this same controller, establishing a 3rd party connection to a responder,
MOVEBF: TRMS6 (Opcode: Move buffer)
MOVEBl
MOVEBA :
PUT
PUT
PUT
TLNE
JRST
GO
JRST
60
JRST
JRST
SETZM
MOVE
HLRZ
SKIPN
SETOM
GO
JRST
JRST
NOP
MOVE
HLRZ
JUMPE
SOS
GO
CAME
JRST
AOS
m
M0VEB2: GO
SETOM
GO
JFCL
TLO
MOVEBA: TLZ
M0VEB5: TLO
GET
GET
GET
RTN
ACO
ACl
AC2
CURSTS,(ONETIM)
MOVEBl
VAL03
M0VEB2
EXDLY
H0VEB5
M0VEB2
LASTF
AC2,CUREXE
AC1,RPCNT(AC2)
ACl
LASTF
ACT03
M0VEB2
M0VEB4
AC2,CUREXE
AC1,RPCNT(AC2)
AC1,M0VEB2
ACl
GETACT
AC0-AC1
M0VEB5
ACO
STRACT
CHGOPC
LASTF
SEND
CURSTS,(DONE)
CURSTS,(GOBIT)
CURSTS,(ONETIM)
AC2
ACl
ACO
.-Save ac's
First time here?
No, go around the delay
ChecK the validity of the ctp request
Error in the validity check
Do the delay
^^ Delay has been started, go around
♦2 "CFORK" Failure
Init the 'lAST XFER FLAG"
Get rblk address
Get the repeat count
Repeat count =0
Yes, set the 'lAST XFER FLAG"
Perform action for the request
ERROR return
Transfer started return
Dma done return
Get rblk address
Offset to the repcount
If repeat = 0 we are all done
Ue start counting at 0 so subtract rep.
Get the actcount
Actcount = repcount
No
Yes, increment the actcount
Now store it
Change opcode from a req to a res.
Set the '^lAST XFER FLAG^
Send the ctp response message
Virtual circuit gone return
Set the done bit
Clear the gobit
Set the onetim flag
.-Return
[)7A
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 24
DFCIC1 MAC ?7-Aug-85 08:25 CTP Move Buffer
SEQ 0087
979
980
981
982
983
98A
985
986
987
988
989
990
991
992
993
99A
995
996
997
998
999
1000
1001
1002
1003
100A
1005
1006
1007
1008
1009
1010
1011
1012
1013
10U
1015
1016
1017
1018
1019
1020
1021
1022
1023
001236* 261 17 0 00 000000
001237' 261 17 0 00 000001
001240* 261 17 0 00 000002
001241' 261 17 0 00 000003
001242' 200 01 0 00 000276*
001243' 200 03 0 01 000003
001244'
001245'
001246'
001247'
001250'
001251'
001252'
001253'
201 01
135 00
303 00
254 00
307 00
254 00
201 00
254 00
0
0
0
0
0
0
0
0
03
00
00
00
00
00
00
00
000002
000324 '
000003
001302'
000001
001254'
000377
001312*
001254* 201 01 0 03 000002
001255* 135 00 0 00 000333*
001256* 307 00 0 00 000001
00125^* 254 00 0 00 001261'
001260* 254 00 0 00 001302*
001261* 2o' 01 0 03 000002
001262* 135 00 0 00 000331*
001263* 335 00 0 00 000000
001264' 254 00 0 00 001302*
001265'
001266'
001267*
001270'
001271'
001 2^:*
0012^3*
0012^^4'
201 01
135 00
260 17
202 00
307 00
254 00
201 00
254 00
0
0
0
0
0
0
0
0
03
00
00
00
00
00
00
00
000003
000340*
003463*
000227*
002000
001275*
000375
001312*
.-Check the validity of the ctp request
VAL03: PUT
PUT
PUT
PUT
HOVE
HOVE
ACO
AC1
AC2
AC3
AC1,CUREXE
AC3,CTPPKT(AC1)
.-Validate the "HOVETVPE" byte
HOVE I
LDB
CAILE
JRST
CAIG
JRST
HOVE I
JRST
AC1.2(AC3)
ACO, HOVE
ACO-3
VAL036
ACO-1
VAL03A
ACO-NTIHPL
VAL03X
.-Validate the "PKTSIZ" byte
VAL03A: HOVEI AC1.2(AC3)
LDB ACO.PKTZ
CAIG AC0.1
JRST VAL038
JRST VAL03G
.-Validcte the "OTHERNODE" byte
VAL03B: hOVEI AC1.2(AC3)
LDB ACO.OTHE
SKIPGE ACO
JRST VAL03G
.-Check to see if 'BUFLENGTH" is to big.
VAL03C: MOVE!
LDB
GO
HOVEH
CAIG
JRST
MOVE I
JRST
AC1.3(AC3)
ACO.BUFL
P11T10
ACO.BUFLEN
AC0/D1024
VAL03F
ACO.NORESO
VAL03X
;Sav/e ac*s
;Get rhblk
;Get rblk
;Get "TIOVETYPE" address word
;Get move type
.'Value over max?
;Yes. do request not understood
.-Asking for maintenance?
;No. continue
;Do function not implemented
;Do ♦I error return
.-Get "PKTSIZ" address word
.-Get pktsiz
.-Value over max?
;No. proceed
.-Request not understood
.-Get "OTHERNODE" address word
.-Get othernode
.-Value a negative number?
;Yes. request not understood
.-Get 'BUFLENGTH" address word
.-Get buflength
.-Change pdpTi word to pdpIO word
.-Store it
.-Over max no of words?
;No, proceed
.-Yes. do resource failure
.-Take the ♦! error return
075
DFCIC
DFC1C1
102A
1025
1026
1027
1028
1029
1030
1031
1032
1033
103A
1035
1036
1037
1038
1039
1040
10A1
1042
1043
1044
1045
1046
1047
1048
1049
1050
1051
1052
1053
1054
1055
1056
1057
Clus
WAC
ter Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 25
27-Aug-85 08:25 CTP Move Buffer
SEO 0088
^V.
001275* _,
001276* 135
001277* 260
001300* 317
001301* 254
001302* 201
001303* 254
01 0 03 000005
00 0 00 000347*
17 0 00 003463*
00 0 00 000227*
00 0 00 001304*
00 0 00 000376
00 0 00 001312*
001304* 260 17 0 00 003364*
001305* 200 02 0 00 000276*
001306* 506 00 0 02 000001
001307* 402 00 0 00 000000
001310* 260 17 0 00 003402*
001311* 254 00 0 00 001314*
001312*
001313*
001314*
001315*
001316*
001317*
001320*
001321*
260
334
350
262
262
26?
2oi
263
17
00
00
17
17
17
17
17
0
0
0
0
0
0
0
0
00
00
17
00
00
00
00
00
003450*
000000
77770,
000003
000002
000001
000000
000000
.•Check and see if the buffer of fset(buf lofset) is to big.
VAL03F: MOVE I
LDB
60
CAHG
JRST
VAL03G: MOVE I
JRST
AC1,5(AC3)
ACO-BUFO
PlltiO
ACO.BUFLEN
VAL03H
ACO.NONSEN
VAL03X
;6et repcount and store it
VAL03H: GO
MOVE
HRLM
GETREP
AC2,CUREXE
AC0,RPCNT(AC2)
;Init the actcotnt field. It should
; to the way the HSC does it.
SET2M ACO
GO STRACT
JRST VAL03S
VAL03X: GO LDSTUS
SKI PA
VAL03S: AOS -4(P)
GET AC3
GET AC2
GET ACl
GET ACO
RTN
Get 'BUFLOFSET" address word
Get buflofset
Change pdpll word to pdplO word
Offset greater than the buffer length?
No« proceed
.Yes, do reguest not understood
;Take the ♦! error return
;Get repcount and
; Store
; It
return value of 1 first to conform
;Init actcount to 0
; For the first time
;Take the good return
;Load the status byte in the rblk
.-Take the ♦I error return
.•♦2 Return
.•Return
3076
DFCIC Cluster Test Protocol Responder MACRO Z538(12A2) 11:18 27-Aug-85 Page 26
DFCIC1 MAC 27-Aug-85 08:25 CTP Move Buffer
SEQ 0089
1058
1059
1060
1061
1062
1063
1064
1065
1066
1067
1068
1069
1070
1071
1072
1073
1074
1075
1076
1077
1078
1079
1080
1081
1082
1083
1084
1085
1086
1087
1088
1089
1090
1091
1092
1093
1094
1095
1096
1097
1098
1099
1100
1101
1102
1103
1104
1105
1106
1107
1108
001322' 261 17 0 00 000000
001323* 261 17 0 00 000001
001324' 261 17 0 00 000002
001325' 261 17 0 00 000003
001326' 261 17 0 00 000004
001327' 261 17 0 00 000005
001330' 201 00 0 00 000000
001331' 260 17 0 00 003450'
001332' 550 01 0 00 000016
001333' 200 01 0 01 000005
001334' 202 01 0 00 000256'
001335' 200 01 0 00 000276'
001336' 200 03 0 01 000003
001337' 201 01 0 03 000002
001 34C' 135 00 0 00 000324'
001341' 202 00 0 00 000233'
001342' o-^ 00 0 00 000331'
001343' 202 00 0 00 000232'
001344'
001345'
001346'
001347'
001350'
001351'
001352'
001353'
001354'
001355'
001356'
001357'
001360'
001 36T
001362'
201 01 0
135 00 0
260 17 0
242 00 0
202 00 0
336 00 0
254 00 0
03 000004
00 000345'
00 003463'
00 000004
00 000267'
00 000267'
00 001363'
476 00
201 03
350 00
200 04
312 00
316 00
254 0
367 0
0
0
0
0
0
0
0
0
00
00
00
02
04
04
00
00
000002
000040
000002
010556'
000006
000010
00^365'
001355'
;Do the function the ctp request packet demanded
.-Save ac's
ACT03:
PUT
ACO
PUT
ACl
PUT
AC2
PUT
AC3
PUT
AC4
1
PUT
AC5
;Set up the status byte for success.
MOVEI ACO^SUCCES
60 LDSTUS
;Load successful status
;Do It
;6et the controllers ci number and store it.
HRRZ ACKCURSTS
MOVE AC1,L0CPRT(AC1)
MOVEM ACKCIPORT
;Get moMetype and store it
ACT03A: MOVE ACUCUREXE
MOVE AC3.CTPP»CT(AC1)
MOVEI ACK2(AC3)
LDB ACO, MOVE
MOVEM ACO.MOVETY
;6et othernode and score it
LDB
MOVEM
ACO^OTHE
ACO.OTHERN
Get the cblk in acl
Now get the local port number (ci #)
And store it
;Get rhbU
;Now get the rbU
:Get movetype address word
;6et genfunct
; Store it
;Get othernode
.•Store it
; Check and see if we have the same local buffer mapped (buf I name).
address word
MOVEI
LDB
GO
LSH
MOVEM
SKIPN
JRST
SETOM
MOVEI
ACT03B: AOS
MOVE
CAME
CAMN
JRST
SOJG
AC1.4(AC3)
ACO -BUF S
PlltiO
ACO. 4
ACO.SCALBF
SCALBF
ACT3B1
AC2
AC3.CBLSTE
AC2
AC4.C8LST(AC2)
AC0.8FSCA1(AC4)
AC0.BFSCA2(AC4)
ACT03C
AC3.ACT03B
Get 'BUFLNAME"
Get buflname
Change pdp11 word to pdp10 word
Left justify it
Store buffer name
Skip if non zero buffer name
It was 0
Init index pointer
Get size of cblst
Increment index
Get cblk address
Is this sea buffer the same?
No, is this sea buffer the same?
Yes, this buffer is mapped
No, keep looki ^g
0077
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 21
DFCIC1 WAC 27-Aijg-85 08:25 CTP Hove Buffer
SEQ 0090
1109
1110
1111
1112
1113
11U
1115
1116
1117
1118
1119
1120
1121
1122
1123
1124
1125
1126
1127
1128
1129
1130
1131
1132
1133
113A
1135
1136
1137
1138
1139
1U0
1U1
11A2
1143
1144
1145
1146
C01363' 201 00 0 00 000371
001364* 254 00 0 00 001464'
001365'
001366'
001367'
001370'
001371'
001372'
001373'
001 374 •
001375'
001376'
001377'
001400'
001401'
001402'
001403'
001404'
001405'
001406'
001407'
001410'
001411'
001412'
001413'
001414'
001415'
001416'
476 00
201 03
350 00
200 04
336 00
254 00
550 01
312 01
254 00
550 01
316 01
254 00
367 03
201 00
254 00
607
254
200
6u'
254
621
202
621
254
201
254
00
00
0 00
0 02
0
0
0
0
0
0
0
0
0
0
0
0
0
04
00
04
00
00
04
00
00
00
00
00
16 0 00
00 0 00
00 0 04
00 0 00
00 0 00
00 0 00
00 0 04
16 0 00
00 0 00
00 0 00
00 0 00
000002
000040
000002
010556'
000000
001401'
000005
000256'
001401'
000004
000232'
001404'
001367'
000366
001464'
000100
001417'
000001
040000
001415'
040000
000001
000100
001466'
000373
001464'
;Buffer
ACT3B1:
;See if
; packet
ACT03C:
ACT03D:
is not mapped
HOVEl ACO-NOBUFH
JRST ACT03X
;Yes, do no buffer mapped
;Exit, take ♦I error rtn
we have a connection open to the other node specified in the ctp
It could be the contollers node or a 3rd party node.
ACT03E:
;See if
ACT03F:
SETOH AC2
HOVE I AC3,CBLSTE
AOS AC 2
MOVE AC4.CBLST(AC2>
SKIPN CJD(AC4)
JRST ACT03E
HRRZ AC1,L0CPRT(AC4)
CAME AC1-CIP0RT
JRST ACT03E
HRRZ AC1,N0DE(AC4)
CAMN ACl-OTHERN
JRST ACT03F
S0J6 AC3,ACT03D
MOVE I ACO-NOCONN
JRST ACT03X
Init index pointer
Get size of cblst
Increment index
Get cblk address
Is this cblk beina used?
No, look for anotner
Get the controllers ci number
Is this 3rd party on the same
No
Get this cblks 3rd party node
Do we have a connection open?
Yes, continue
No, keep looking
Yes. do no connection exist
Exit, take +1 error rtn
CI
the last rj>^d or write we did was completed
ACT03G:
TLNN CURSTS,(WAITT)
JRST ACT03I
MOVE AC0,CBSTS(AC4)
TLNN ACO.(DMA)
JRST ACT036
TLZ ACO,(DMA)
MOVEM AC0,CBSTS(AC4)
TLZ CURSTS,(WAITT)
JRST ACT03Z
MOVEI ACO/UNCFL
JRST ACT03X
Waiting for a move(r/w) to complete?
No
Yes. get the cblk status
Has the xfer(read or write) completed?
No. error
Yes. clear the "DMA" flag
Update the cblk status
Yes. clear the '\rfAITT" flag
Take the ^2 good return
Yes. do no function failure
Exit, take -♦•1 error rtn
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 28
DFCIC1 MAC 27-Aug-85 08:25 CTP Move Buffer
SEQ 0091
1U7
r.48
11A9
1150
1151
1152
1153
115A
1155
1156
1157
1158
1159
1160
1161
1162
1163
116A
1165
1166
1167
1168
1169
1170
1171
1172
1173
1174
1175
1176
117/
1178
1179
1180
1181
001417' 260 17 0 00 003364'
001420' 350 00 0 00 000000
001421' 260 17 0 00 003402'
001422'
001423'
001424'
001425'
001426'
001427'
001430'
200 01 0
200 03 0
201 01 0
135 00
260 17
242 00
202 00
00 000276'
01 000003
03 000006
00 000351 •
00 003463'
00 000004
00 000270'
001431- 201 01 0 03 000005
001432' 135 00 0 00 000347'
001433' 260 17 0 00 003463*
001434' 202 00 0 00 000271'
001435' 201 01 0 03 000007
001436' 135 00 0 00 000353'
001437' 260 17 0 00 003463'
001440' 202 00 0 00 000272'
001441' 550 01 0 00 000016
0014^2' 200 01 0 01 000000
001443' 200 00 0 00 000233'
001444* 306 00 0 00 000001
001445' 254 00 0 00 001455'
; Increment the actcount field
ACT03I: 60
AOS
GO
GETACT
ACO
STRACT
;Get actcount
.•Increment it
;Now store it
;Now we are ready to send or receive data.
MOVE ACnCUREXE
MOVE AC3,CTPPKT(AC1)
MOVEI AC1,6(AC3)
LDB ACO.BUFD
GO P11T10
''^:. ACO, 4
MOVEM ACO^SCARBF
MOVEI AC1,5(AC3)
LDB ACO-BUFO
GO PllflO
MOVEM ACOABUFOF
MOVEI AC1,7(AC3)
LDB ACO-BUDO
GO PlltlO
MOVEM ACO^RBUFOF
HRRZ AC1,CURSTS
MOVE AC1,CID(AC1)
;Do either a read or a write.
MOVE ACCMOVETY
CAIN AC0,1
JRST ACT03J
;Get rhblk
;Now get the : blk
;6et remote buffer aodress word
;6et remote buffer (bytes 24-27)
.•Convert to pdpIO word
;Left justify it
; Store it
;Get local buffer offset address word
;Get local buffer offset (bytes 2U-23)
.•Convert to pdpiO word
; Store it
;Get remote
;Get remote
.•Convert to
.-Store it
;Get cblkn
;Get the cid
;Get the movetype byte
;Do a writ??
;Yes
buffer offset address word
buffer offspc (bytes 28-31)
pdpIO word
DFCIC Cluster Test Protocol Responder MACRO 5;53B(12A2) 11:18 27-Aug-85 Page 29
0FC1C1 MAC 27-Aug-85 08:25 CTP Move Buffer
SEQ 0092
1182
1183
1184
1185
1186
1187
1188
1189
1190
1191
1192
1193
1194
1195
1196
1197
1198
1199
1200
1201
1202
1203
1204
1205
1206
1207
1208
1209
1210
1211
1212
1213
1214
1215
001446*
001447'
001450'
001451'
001452'
001453'
001454'
001455'
001456'
001457'
001460'
001461'
001462'
001463'
200 02 0
200 03 0
514 04 0
540 04 0
260 17 0
661 16 0
254 00 0
00 000270'
00 000267'
00 000272'
00 000271 •
00 006115'
00 000100
00 001467'
200 02 0 00
200 03 0 00
514 04 0 00
540 04 0 00
260 17 0 00
661 16 0 00
254 00 0 00
000267'
000270'
000271 '
000272 •
006066 '
000100
001467'
001464' 260 17 0 00 003450'
001465' 254 00 0 00 001470'
001466' 350
001467' 350
001470'
001471'
001472'
001473'
001474'
001475'
001476'
262
262
262
2oi
262
262
263
00
00
17
17
17
17
17
17
17
0 17 111172
0 17 111112
0
0
0
0
00
00
00
00
0 00
0
0
00
00
000005
000004
000003
000002
000001
000000
000000
;Here we do the read.
MOVE AC2,SCARBF
MOVE AC3,SCALBF
HRLZ AC4,RBUF0F
HRR AC4,LBUF0F
60 REDATA
TLO CURSTS,(WAITT)
JRST ACT03S
;Here we do the write.
ACT03J: MOVE
MOVE
HRLZ
HRR
GO
TLO
JRST
ACT03X:
ACT03Z:
ACT03S:
ACT03T:
GO
JRST
AOS
AOS
GET
GET
GET
GET
GET
GET
RTN
AC2,SCALBF
AC3,SCARBF
AC4,LBUF0F
AC4,RBUF0F
SEDATA
CURSTS,(WA1TT)
ACT03S
LDSTUS
ACT03T
-6(P)
-6(P)
ACS
AC4
AC3
AC2
AC1
ACO
;6et remote buffer name
;Get local buffer name
;Get remote buffer offset
;6et local buffer offset
;Do the read ^.. ,.
;Set "WAITING FOR A MOVE(R/W)" flag
;Do ^2 good return
Get local buffer name
Get remote buffer name
Get local buffer offset
Get remote buffer offset
Do the write
Set '^JAITING FOR A MOVE(R/W)" flag
Do ^2 good return
Load the status byte in the rblk
Do +1 error return
Here for DMA done skip return
Here for transfer has started skip
return
Restore ac's
l^TTOT return
OFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 30
DFC1C1 MAC 27-Aug-85 08:25 CTP Generate Message and Datagram
SEQ 0093
1216
1217
1218
1219
1220
1221
1222
1223
1224
1225
1226
1227
1228
1229
1230
1231
1232
1233
1234
1235
1236
1237
1238
1239
1240
1241
1242
1243
1244
1245
1246
1247
1248
1249
1250
1251
1252
1253
1254
1255
1256
1257
1258
1259
1260
1261
1262
1263
1264
1265
SUBTIL CTP Generate Message and Datagram
;This routine will send back to the controller 1 or more messages or datagrams.
001477*
001477'
001500*
001 501 •
001502'
001503*
001504'
001 505 •
001506'
001507'
001510'
001511'
001512'
001513'
001514'
001515'
001516'
001517'
001520'
001521'
001522'
001523'
001524'
001525'
001526'
001527'
001530'
001531'
001 532 '
001533'
001534'
001535'
001536*
001537'
C01540'
00154 V
001542'
001543'
001544'
332
260
261
261
261
603
254
260
260
254
260
254
254
402
200
554
326
603
621
476
260
254
200
554
3V
3? J
260
312
254
350
260
603
621
476
2t0
255
621
661
00
17
17
17
17
16
00
17
17
00
17
00
00
00
02
01
01
16
16
00
17
00
02
01
01
00
17
00
00
00
17
16
16
00
^7
00
16
16
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
02
00
00
00
00
00
00
00
02
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000216'
261126
000000
000001
000002
000004
001514'
003543'
001552'
001540'
004170'
001545'
001540'
000222'
000276'
000001
001523'
000400
000420
000222'
001700'
001540'
000276'
000001
001543'
000001
003364 •
000001
001545*
000000
003402 *
000400
000420
000222 •
004147'
000000
000001
000002
00154 5' 661 16 0 00 000004
001546' 262 17 0 00 000002
001547' 262 17 0 00 000001
001550' 262 17 0 00 000000
001551* 263 17 0 00 000000
GEND6M:
GENMSG: trmsG
PUT
PUT
PUT
TLNE
JRST
GO
GO
JRST
GO
JRST
JRST
GENMS1: SET2M
MOVE
HLRZ
JUMPN
TLNE
TLZ
SETOM
GENMS6: GO
JRST
MOVE
HLRZ
JUMPE
SOS
GO
CAME
JiiSJ
AOS
GO
TLNE
TLZ
GENMS2: SETOM
GO
wFCL
6ENMS4: TLZ
TLO
(Opcode: Generate Message/Datagram)
GENHS5:
TLO
GET
GET
GET
RTN
ACO
AC1
AC2
CURSTS,(ONETIM)
GENMS1
CHGOPC
VAL04
GENMS2
EXDLY
GENMS5
GENMS2
LASTF
AC2,CUREXE
AC1,RPCNT(AC2)
ACUGENMS6
CURSTS,(DGMSG)
CURSTS,(DGMIDGMSG)
LASTF
ACT04
GENMS2
AC2,CUREXE
;C1,RPCNT(AC2)
AC1,GENMS4
AC1
GETACT
ACO^ACI
GENMS5
ACO
S TRACT
CURSTS,(DGMSG)
CURSTS,^D6»i!DGMS6)
LASTF
SEN04
CURSrS,(G08IT)
CURSTS,(D0NE)
CURSTS,(0NEriM)
AC2
AC1
ACO
;Sa\ie ac's
First time here?
No, go around the delay
Change opcode from a req to a res.
Check the validity of the ctp request
Error in the validity rheck
Do the delay
-(-1 Delay has been started, go around
♦2 'tFORK" Failure
Init the TAST XFER FLAG"
Get rblk address
Get the repeat count
Jump if repeat count =0
Yes, check dgmsg bit
Clr dgm and dgmsg bits
Yes, set the *\AST XFER FLAG"
Perform action for the request
Error return
Get rblk address
Offset to the repcount
If rppsdt = 0 we are all done
U'e start counting at 0 so suo«.ract rep,
Get the actcount
Actcount = repcount
No
Yes, increment the actcount
Now sto» e it
Ch«^ck dgmsg bit
Clr dgm «na dgmsg Dits
Set the 'lAST XFER FLAG"
Send the ctp response message
Virtual circuit gone return
Clear the gobit
Set the done bit
Set the onetim flag
.-Return
DFCIC
DFCIC1
1266
1267
1268
1269
1270
1271
1272
1273
1274
1275
1276
1277
1278
1279
1280
1281
1282
1283
128A
1285
1286
1287
1288
1289
1290
1291
1292
1293
1 294
1295
1296
1297
1298
1299
1300
1301
1302
1303
1304
1305
1306
1307
1308
1309
1310
1311
1312
1313
Cluster Test Protocol Responder MACRO X538(1242) 11:18 27-Aug-85 Page 31
MAC 27-Aug-85 08:25 CTP Generate Message and Datagram
;Ch ;ck the validity of the ctp request
001552'
001553*
001554'
001555'
001556'
001557'
001560*
001 561 '
001562'
001563'
001 564 '
001 565 '
001566'
001567'
001570'
001 571 '
001572'
001573'
001 574 '
001 575 '
001 576 '
261
261
261
261
261
261
200
200
201
135
307
254
201
254
17
17
17
17
17
17
01
02
01
00
00
00
00
00
260 17
202 00
607
254
:6
00
317 00
254
254
00
00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
01
02
00
00
00
00
00
000000
000001
000002
000003
000004
000005
000276'
000003
000002
000323'
000003
001570'
000376
001666'
00 003416'
00 000226'
00 000020
00 001577'
00 000266'
00 001603'
00 001601'
001577' 317 00 0 00 000265'
001600' 254 00 0 00 001603'
001601' 2u' 00 0 00 000375
001602' 254 00 0 00 001666'
001603' 260 17 0 00 003364'
001604' 200 02 0 00 000276'
001605' 506 00 0 02 000001
001606' 200 01 0 00 000276'
001607' 200 02 0 01 000003
001610' 201 01 0 02 000002
001611' 135 00 0 00 000323'
001612' 202 00 0 00 000224'
VAL04: PUT
PUT
PUT
PUT
PUT
PUT
HCVE
MOVE
MOVE I
LD6
CAIG
JRST
MOVE I
JRST
ACO
ACl
AC2
AC3
AC4
AC5
AC1,CUREXE
AC2,CTPPKT(AC1)
AC1,2(AC2)
ACO.GENF
AC0.3
VAL04A
ACO-NONSEN
VAL04X
.-Check to see if "6ENLENGTH" is to big.
VAL04A: GO
MOVEM
TLNN
JRST
CAMG
JRST
JRST
VAL04B: CAMG
JRST
VAL04C: MOVE I
JRST
GETGLN
ACO.GENLEN
CURSTS,(DGM)
VAL04B
ACO-MAXDGM
VAL04D
VAL04C
ACCMAXMSG
VAL04D
ACO.NORESO
VAL04X
;Get repcount and store it
VAL04D: GO
MOVE
HRLM
GETREP
AC2,CUREXE
AC0,RPCNT(AC2)
SEQ 0094
;Sa\/e ac's
;Get rhblk
;Now get the rblk
;6et genfunct address word
;Get genfunct
; Value bigger than 3?
;No^ continue
;Yes, do reguest not understood
;Take the ^\ error return
;Get the corrected "GENLENGTH"
.-Store it
:Heceiv/ed as a dgm?
.-No. go ahead
.-Over fnax no of hytes for dgm scsX jsys?
.-No,
;Yes
.-Over max no of oytcs for msg scs jsys?
;No. c?t the repeat count
.-yes, do resource failure
.-Get repcount and
; Store
; It
.-Set up the function the ctp request packet demanded
.-Get genfunct and store it
MOVE AC1,CUREXE
MOVE AC2.CTPP<T(AC1)
MOVE! AC1.2(AC2)
LDB ACO.GENF
MOVEM ACCGENFUN
.-Get rhblk
.-Now get the rblk
.-Get genfunct address word
.-Get genfunct
.-Store it
, !
DFCIC
DFCIC1
13U
1315
13'.6
1317
1318
1319
1320
1321
1322
1323
132A
1325
1326
1327
1328
1329
1330
1331
1332
1333
133A
1335
1336
1337
1338
1339
13A0
13A1
13A2
13A3
13A4
13A5
13A6
13A7
13A8
13A9
1350
1351
1352
1353
135A
1355
1356
1357
1358
1359
1360
1361
1362
Cluster Test Protocol Responder MACRO 1538(1242) 11:18 27-Aug-85 f
MAC 27-Aug-85 08:25 CTP Generate Message and Datagram
—'■^
Page 32
SEQ 0095
001613' 135 00
001 6U' 202 00
0 00 000327'
0 00 000225'
001615' 260 17 0 00 003A16'
001616' 202 00 0 00 000226'
001617' 200 OA 0 00 000276'
001620' 200 02 0 OA 000003
001621' 201 OA 0 02 000003
001622' 201 00 0 00 000000
001623' 312 00 0 00 00022A'
001 62A' 25A 00 0 00 001632'
001625'
001626'
001627'
001630'
001631 •
001632'
001633'
001 63A'
001635'
001636'
001637'
001 6A0'
001 6A1'
001 6A2'
001 6A3'
001 6AA'
001 6A 5'
001 6A6'
001 6A 7'
001650'
200 03
200 00
200 02
136 00
So'
201
312 00
25A 00
03
00
200 03
201 05
200 02
200 00
136 00
2A2 00
136 00
350 00
367 03
201 00
312 00
25A 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000226'
000225'
261133
000002
001630'
000001
00022A '
001 6A6'
000226'
000000
261133
000005
00QQ02
777770
000002
000005
001 6A0'
000002
00022A '
001656'
;Get genconst and store it
LDB ACO.GENC
MOVEM AC0,GENCON
;Get genlength and store it
GO GETGLN
MOVEM ACO,GENLEN
;Here we fill the imagedata with one of
; The responder node number or the data
;Get genconst
.•Store it
;6et genlength
; Store it
the following: a constant, byte pairs,
already supplied in the packet.
;Get the start address of the imagedata word(byte 1A) in acA
MOVE AC A, CURE XE
MOVE AC2,CTPPICT(ACA)
MOVEI ACA,3(AC2)
MOVEI ACO,0
CAME ACO-GENFUN
JRST VALOAE
;Fill buffer with constant
MOVE
MOVE
MOVE
IDP8
SOJG
VALOAE: MOVEI
CAME
JRST
AC3,GENLEN
AC0,GENCON
AC2,CP0INT 8, (ACA), 15]
AC0,AC2
AC3,.-1
AC0,1
ACO.GENFUN
VALOAG
;Fill buffer with byte pairs
MOVE
MOVEI
MOVE
VALOAF: MOVE
IDPB
LSH
IDPB
AOS
SOJG
VALOAG: MOVEI
CAME
JRST
AC3,GENLEN
AC5,0
AC2, [POINT 8, (ACA), 15]
AC0,AC5
AC0,AC2
AC0,-"D8
AC0,AC2
AC5
AC3, VALOAF
AC0,2
ACO^GENFUN
VALOAH
;Get rhblk
;Now get the rblk
;Get ^IMAGEDATA" address word
;Cet a value
;Fill buffer with constant?
;No
;Yes, aet size of imagedata in bytes
;Get tne fill constant
;Init pointer
; Deposit the fill constant in the byte
.-Fill up the buffer
;Get a value '
;Fill buffer with byte pair numbers?
;No
Yes, get size of imagedata in bytes
Get tne 1st byte pair number
Init pointer
Get 1st byte pair
Deposit the 1st byte
Go to 2nd byte
Deposit the 2nd byte
Increment byte pair number
Fill up the buffer
Get a value
Fill buffer with responder node number?
No
r
DFCIC
DFCIC1
1363
1364
1365
1366
1367
1368
1369
1370
1371
1372
1373
1374
1375
1376
1377
1378
1379
1380
1381
1382
1383
1384
1385
1386
1387
1388
1389
1390
1391
1392
1393
1394
1395
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 33
MAC 27-Aug-85 08:25 CTP Generate Message and Datagram
SEQ 0096
001651' 200 03 0 00 000226*
001652' 200 00 0 00 000247'
001653' 200 02 0 00 261133
001654' 136 00 0 00 000002
001655' 367 03 0 00 001654'
001656' 200 01 0 00 000276'
001657' 200 02 0 01 000003
001660' 201 01 0 02 000002
001661' 201 00 0 00 000000
001662' 137 00 0 00 000327'
001663' 476 00 0 00 000000
001664' 260 17 0 00 003402'
001665' 254 00 0 00 001670'
001666'
001667'
001670'
001671'
001672'
001673'
001674'
001675'
001676'
001677'
260
334
350
262
262
262
26?
2oJ
262
263
17
00
00
17
17
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
00
00
17
00
00
00
00
00
00
00
003450'
000000
mm
000005
000004
000003
000002
000001
000000
000000
;Fill buffer with the responder node number
MOVE AC3,GENLEN ;Yes, get size of imagedata in bytes
MOVE AC0,OURNOD ;Get our node number
MOVE AC2, [POINT 8,(AC4)J5] ;lnit pointer . . . ^
IDPB AC0,AC2 .-Deposit the node number in the byte
SOJG AC3,.-1 ;F'M up the buffer
.-This is where we build the remaining byte fields in the ctp response packet
VAL04H: MOVE ACUCUREXE
MOVE AC2.CTPPICT(AC1)
MOVEI AC1,2(AC2)
MOVE I ACO,0
DPS AC0,GENC
.•Initialize the actcount field
SETOM ACO
GO STRACT
JRST VAL04S
VAL04X: GO LDSTUS
SKIPA
VAL04S: AOS -6(P)
GET AC5
GET AC4
GET AC3
GET AC2
GET AC1
GET ACO
RTN
;Get rhblk
;Now get the rblk
;Get genconst address word
.-Clear the genconst byte making
; It the portstat byte
.-Init actcount to -1
; For the first time
.-Take •»-2 return
.-Load the status byte in the rblk
.-Take the •♦■1 error return
.-'♦'2 Return
.•Return
r
DFCIC
DFCIC1
1396
1397
1398
1399
1400
1A01
1402
1403
1404
1405
1406
1407
1408
1409
1410
1411
1412
1413
1414
1415
1416
1417
1418
1419
1420
1421
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 34
MAC 27-Aug-85 08:25 ''"^
CTP Generate Message and Datagram
;Do the function the ctp request packet demanded
SEQ 0097
001700' 261 17 0 00 000000
001 70r 261 17 0 00 000001
001702' 261 17 0 00 000002
001703' 201 00 0 00 000000
001704' 260 17 0 00 003450'
001705' 260 17 0 00 003364'
001706' 350 00 0 00 000000
001707' 2tO 17 0 00 003402'
ACT04: PUT
PUT
PUT
AGO
AC1
AC2
;Save ac's
;Set up the status byte for success.
MOVEI ACOJ'JCCES
60 LDSTUS
;Update actcount field
GO
AOS
GO
GETACT
ACQ
S TRACT
;Now we are ready to send the message
001710'
001 71 1 '
001712'
001713'
001714'
001715'
001716'
260
254
350
262
262
262
263
17
00
00
17
17
17
17
0
0
0
0
0
0
0
00
00
17
00
00
00
00
004147'
001713'
777775
000002
000001
000000
000000
GO
JRST
ACT04S: AOS
ACT04X: GET
GET
GET
RTN
SEN04
ACT04X
-3(P)
AC2
AC1
ACO
;Load successful status
;Load the status byte in the rblk
;Get actcount
; Increment it
;Now store it
;Send a message
."••I Error return
.•Normal skip return
.•Restore ac's
.'Error return
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 35
DFCICI MAC 27-Aug-85 08:25 CTP Generate Reset
1
SEQ 0098
1422
U23
U2A
1425
1426
1427
1428
1429
1430
1431
1432
1433
1434
1435
1436
1437
1438
1439
1440
1441
1442
1443
1444
1445
1446
1447
1448
1449
1450
1451
1452
1453
1454
1455
1456
1457
1458
1459
1460
001717'
001720'
001721'
001722'
001723'
001724'
001725'
001726'
001727'
001730'
001731'
001732'
001733'
001734'
001735'
001736'
001737'
001740'
001741'
001742'
001743'
001 744 »
001745
001746'
001747'
001750'
001751'
001752'
001753'
001754'
001755'
001756'
332
260
261
261
261
603
254
260
260
254
260
254
254
260
254
200
554
370
260
312
254
661
621
200
2ui
260
255
661
262
262
262
263
00
17
17
17
17
16
00
17
17
00
17
00
00
17
00
02
01
00
17
00
00
16
16
01
16
17
00
16
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
0 00
0 02
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
01
00
00
00
00
00
00
00
000216'
261141
000000
000001
000002
000004
001734'
003543'
001757'
001750'
004170'
001752'
001750'
002006'
001750'
000276'
000001
000001
003364 '
000001
001752'
000002
000001
0002/6'
000002
004124'
000000
000004
000002
000001
000000
000000
SUBTTL CTP Generate Reset
;This routine will generate a reset .packet on the the ci. Before we get here
;we should have received a "CONNECT* '^request From the cint. establishing a. 3rd
.-party connection to a responder. This routine will only be use^ wrth a cint.
6ENRST: TRMSG (Opcode: Generate reset)
PUT
PUT
PUT
TLNE
JRST
GO
GO
JRST
GO
JRST
JRST
GENRS1: GO
JRST
MOVE
HLRZ
SOS
GO
CAME
JRST
TLO
TLZ
MOVE
MOVEM
GENRS2: GO
JFCL
GENRS3: TLO
GET
GET
GET
RTN
ACO
AC1
AC2
CURSTS,(ONETIM)
GENRSl
CH60PC
VAL06
GENRS2
EXDLY
GENRS3
GENRS2
ACT06
GENRS2
AC2.CUREXE
AC1.RPCNT(AC2)
ACl
GETACT
AC0,AC1
GENRS3
CURSTS.(DONE)
CURSTS,(G0BIT)
ACl.CUREXE
CURSTS,STATUS(AC1)
SEND
CURSTS,(0NET1M)
AC2
ACl
ACO
;Save ac's
First time here?
No, go around the delay
Change opcode from a req to a res.
Check the validity of the ctp request
Error in the validity check
Do the delay
•♦•1 Delay has been started, go around
+2 "CFORK" Failure
Perform action for the request
Error return
Get rblk address
Offset to the repcount
We start counting at 0 so subtract rep.
Get the actcount
Actcount = repcount
No
Set the done bit
Clear the gobit
Get the rhBlk
Store the status
Send the ctp response message
Virtual circuit qone return
Set the onetim flag
.•Return
}6
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 36
DFCIC1 MAC 27-Aug-85 08:25 CTP Generate Reset
SEQ 0099
H61
H62
H63
1464
1465
1466
1467
1468
1469
1470
1471
1472
1473
1474
1475
1476
1477
1478
1479
1480
1481
1482
1483
1484
1485
1486
1487
1488
1489
1490
1491
001757'
001760'
001 761 •
001762'
001763'
001764'
001 765 '
001766'
001767'
001770'
001 771 '
261
261
261
200
200
201
135
307
254
201
254
17
17
17
01
02
01
00
00
00
00
00
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
01
02
00
00
00
00
00
.-Check the validity of the ctp request
ACO
AC1
AC2
ACUCUREXE
AC2,CTPPICT(AC1)
AC1,2(AC2)
ACO.EXTE
ACO-1
VAL06A
ACO-NONSEN
VAL06X
.-Validate the "OTHERNODE" byte
000000 VAL06: PUT
000001
PUT
000002
PUT
000276'
MOVE
000003
MOVE
000002
MOVE I
000322'
LDB
000001
CAIG
001772'
JRST
000376
MOVE I
001777'
JRST
001772' 201 01 0 03 000002
001773' 135 00 0 00 000331'
001774' 331 00 0 00 000000
001775' 254 00 0 00 002001'
001776' 201 00 0 00 000376
VAL06A: MOVE I
LDB
SKIPL
JRST
MOVE I
00\777'
002000'
002001 '
002002'
002003'
002004 '
002005'
260
334
350
262
262
262
263
17
00
00
17
17
17
17
0
0
0
0
0
0
0
00
00
17
00
00
00
00
003450'
000000
777775
000002
000001
000000
000000
VAL06X :
VAL06S:
GO
SKI PA
AOS
GET
GET
GET
RTN
AC1,2(AC3)
ACO.OTHE
ACO
VAL06S
ACO.NONSEN
LDSTUS
-3(P)
AC2
AC1
ACO
.-Save ac's
.-Get rhblk
.-Now get the rblk
.-Get extend address word
;Get extend
.-Value bigger than 1?
.-No. continue
.-Yes, do reguest not understood
.-Take the -♦•T error return
.-Get "OTHERNODE" address word
.-Get othernode
.-Value a negative number?
;No. continue
;Yes, do request not understood
.-Load the status byte in the rblk
.-Take the -t-l error return
-,'^2 Return
; Return
1
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 37
DFC1C1 MAC 27-Aug-85 08:25 CTP Generate Reset
SEQ 0100
1492
1493
1494
1495
1496
1497
1498
1499
1500
1501
1502
1503
1504
1505
1506
1507
1508
1509
1510
1511
1512
1513
1514
1515
1516
1517
1518
1519
1520
1521
1522
1523
1524
1525
1526
1527
1528
1529
1530
1531
1532
1533
1534
1535
1536
1537
1538
1539
1540
1541
1542
002006' 261
002007' 261
002010' 261
002011' 261
002012' 261
002013' 261
17 0 00 000000
17 0 00 000001
17 0 00 000002
17 0 00 000003
17 0 00 000004
17 0 00 000005
002014' 550 01 0 00 000016
002015' 200 01 0 01 000005
002016' 202 01 0 00 000256'
002017' 603 16 0 00 000004
002020' 254 00 0 00 002024'
002021' 260 17 0 00 003364'
002022' 200 02 0 00 000276'
002023' 5Co 00 0 02 000001
002024' 201 01 0 03 000002
002025' 135 00 0 00 000331'
002026' 202 00 0 00 000232'
002027' 201 00 0 00 000000
002030' 260 17 0 00 003450'
002031 '
002032'
002033'
002034'
002035'
002036'
002037'
002C40'
002041 '
002042'
002043'
002044 '
002045'
002046'
002047'
476 00
201 03
350 00
200 04
336 00
254 00
550 01
312 01
254 00
550 01
316 01
254 00
367 03
201
254
00
00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
;Do the function the ctp request packet demanded
ACT06:
PUT
ACO
PUT
ACl
PUT
AC2
PUT
AC3
PUT
AC4
PUT
ACS
;Sa\/e ac's
;Get the controllers ci number and store it.
HRRZ ACUCURSTS
MOVE ACIAOCPRT(ACI)
MOVEM ACKCIPORT
;Get repcount and store it
;Get the cblk in acl
;Now get the local port number (ci #)
; And store it
TLNE
CURSTS,(ONETIM)
.-First time here?
JRST
ACT06A
;No, go around
60
GETREP
;Get repcount and
MOVE
AC2,CUREXE
; Store
HRLM
AC0,RPCKT(AC2)
; It
;Get the othernode field and store it.
ACT06A: MOVEI AC1,2(AC3)
LDB ACO.OTHE
MOVEM ACO^OTHERN
;Set up the status byte for success.
MOVEI ACO,SUCCES
GO LDSTUS
;Get "OTHERNODE" address word
;Get othernode
; Store it
;Load successful status
;Do it
;See if we have a connection open to this other node
00 000002
ACT06B:
SETOM
00 000040
MOVEI
00 000002
ACT06C:
AOS
02 010556'
MOVE
04 000000
SKIPN
00 002045'
JRST
04 000005
HRRZ
00 000256'
CAME
00 002045'
JRST
04 000004
HRRZ
00 000232'
CAMN
00 002050'
JRST
00 002033'
ACT06D:
S0J6
00 000366
MOVEI
00 002102'
JRST
AC2
AC3,CBLSTE
AC2
AC4.CBLST(AC2)
CID(AC4)
ACT06D
AC1,L0CPRT(AC4)
ACl-CIPORT
ACT06D
ACl. NODE (AC4)
ACl.OTHERN
ACT06E
AC3.ACT06C
ACO-NOCONN
ACT06X
;Init index pointer
;Get size of cblst
; Increment index
;Get cblk address
;Is this cblk beina used?
;No. look for anotner
;Get the controllers ci number
;Is this 3rd party on the same ci?
;No
;Get this cblks 3rd party node #
;Do we have a connection open?
;Yes. continue
;No, keep looking
;Yes, do no connection exist
;Exit, take ♦! jrror rtn
r'
DFCIC
DFCIC1
15A3
15AA
15A5
1546
1547
1548
1549
1550
1551
1552
1553
1554
1555
1556
1557
1558
1559
1560
1561
1562
1563
1564
1565
1566
1567
1568
1569
1570
1571
1572
1573
1574
1575
1576
1577
1578
1579
1580
1581
1582
1583
1584
1585
1586
1587
1588
1589
1590
Clyster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 38
MAC 27-Aug-85 08:25 CTP Generate Reset
SEQ 0101
002050' 201 01 0 00 000105
002051' 202 01 0 00 006342'
002052' 5H 01 0 00 000256'
002053' 540 01 0 00 000232'
002054' 202 01 0 00 006343'
002055'
002056'
002057'
002060'
002061 '
002062'
002063'
200 01
200 02
201 01
135 00
476 00
302 00
402 00
0
0
0
0
0
0
0
00
01
02
00
00
00
00
002064' 200 01 0 00 261146
002065' 260 17 0 00 006247'
002066' 254 00 0 00 002070'
002067' 254 00 0 00 002072'
002070' 201 00 0 00 000373
00207V 254 00 0 00 002102'
002072'
002073'
002074 '
002075 •
002076'
002077'
002100'
002101'
002102'
002103'
002104'
002105'
002106'
002107'
002110'
002111'
002112'
002113'
603
CD
260
260
350
260
254
260
334
350
262
262
262
262
262
262
263
16
00
00
17
17
00
17
00
17
00
00
17
17
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
000004
002076'
000000
003402'
003364 '
000000
003402 '
002104'
00 003450'
00 000000
17 777772
00 000005
00 000004
00 000003
00 000002
00 000001
00 000000
00 000000
;Now do the "RESET"
ACT06E: MOVEI ACU.DGRST
MOVEM AC1.DIAGA6
HRLZ ACUCIPORT
HRR ACUOTHERN
MOVEM ACl.DIAGAG+1
;Look at the extend byte
ACKCUREXE
AC2.CTPPICT(AC1)
AC1,2(AC2)
ACO,EXTE
DIA6AG^2
ACO,0
DIA6AG^2
AC1,C-3,,DIAGA6]
DIAGJ
ACT06F
ACT06H
ACO-FUNCFL
ACT06X
000276'
HOVE
000003
MOVE
000002
MOVEI
000322'
LDB
006344'
SETOM
000000
CAIE
006344 •
SETZM
MOVE
60
JRST
JRST
ACT06F: MOVEI
JRST
.•Increment the actcount field
ACT06H: TLNE
JRST
SETOM
GO
ACT06J: GO
AOS
GO
JRST
ACT06X:
ACT06S:
GO
SKI PA
AOS
GET
GET
GET
GET
GET
GET
RTN
CURSTS,(0NETIM)
ACT06J
ACO
STRACT
6ETACT
ACO
STRACT
ACT06S
LDSTUS
-6(P)
AC5
AC4
AC3
AC2
ACl
ACO
Store the "RESET"
Function code
Port # to Ih
Node # to rh
Put the port*,,node# to arg block
;Get rhblk
:Now get the rblk
;Get extend address word
;Get expend
;Set up for "UNCONDITIONAL RESET"
;Do an "UNCONDITIONAL RESET"?
;No
;Neg length of arg block,, address
; Do the ^lAG" jsys
;Error rtn
; Success
;Do function failure
;Do ♦! error rtn
First time here?
NOf go around
Init actcount to -1
For the first time
Get actcount
Increment it
Now store it
Take the ♦2 good rtn
Load the status byte
Normal skip return
Restore ac's
;Error return
OFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 39
DFCIC1 WAC 27-Aug-85 08:25 CTP Generate Start
SEQ 0102
1591
1592
1593
159A
1595
1596
1597
1598
1599
1600
1601
1602
1603
160A
1605
1606
1607
1608
1609
1610
1611
1612
1613
1614
1615
1616
1617
1618
1619
1620
1621
1622
1623
1624
1625
1626
1627
1628
1629
002114'
002115'
002116'
002117'
002120'
002121'
002122'
002123'
002124'
002125'
002126'
002127'
002130'
002131'
002132'
002133'
002134'
002135'
002136'
002137'
002140'
002141'
002142'
002143'
002144'
002145'
002146'
002147'
002150'
002151'
002152'
002153'
332 00
260 17
261
261
261
17
17
17
603 16
254 00
260 17
260 17
254 00
260 17
254 00
254 00
260 17
254 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
200 02 0
554 01 0
370 00
260 17
312 00
00
16
16
200 01 0
16 0
C
0
0
0
0
0
0
254
661
621
2ui
0
0
0
0
0
0
260 17
255
661
00
16
262 17
262 17
262
263
17
17
00 000216'
00 261154
00 000000
00 000001
00 000002
00 000004
00 002131'
00 003543'
00 002154'
00 002145'
00 004170'
00 002147'
00 002145'
00 002203'
00 002145'
00 000276'
02 000001
00 000001
00 003364'
00 000001
00 002147'
00 000002
00 000001
00 000276'
01 000002
00 004124'
00 000000
00 000004
00 000002
00 000001
00 000000
00 000000
SUBTTL CTP Generate Start
;This routine will generate a start packet on the the ci. Before we get here^
;ye should have received a "CONNECT"^ request From the cint. establishing a.5rd
.•party connection to a responder. This routine will only be used with a cmt.
GENSTR: TRMSG (Opcode: Generate start)
PUT ACO
PUT ACl
PUT AC2
TLNE CURSTS.(ONETIM)
JRST GENSTl
GO CHGOPC
m VAL07
JRST 6ENST2
GO EXDLY
JRST GENST3
JRST GENST2
GENSTl: GO ACT07
JRST GENST2
MOVE AC2,CUREXE
HLRZ AC1.RPCNT(AC2)
SOS ACl
60 GETACT
CAME ACO, ACl
JRST GENST3
TLO CURSTS,(DONE)
TLZ CURSTS.(G081T)
MOVE ACl, CURE XE
MOVEM CURSTS,STATUS(AC1)
GENST2: GO SEND
JFCL
GENST3: TLO CURSTS, (ONETIM)
GET AC2
GET ACl
GET ACO
RTN
;Save ac's
First time here?
No, go around the delay
Change opcode from a req to a res.
Check the validity of the ctp request
Error in the validity check
Do the delay
^^ Delay has been started, go around
♦2 "CFORk" Failure
Perform action for the request
Error return
Get rblk address
Offset to the repcount
ye start counting at 0 so subtract rep
Get the actcount
Actcount = repcount
No
Set the done bit
Clear the gobit
Get the rhblk
Store the status
Send the ctp response message
Virtual circuit 3one return
Set the onetim flag
.•Return
090
DFCIC
DFCIC1
1630
1631
1632
1633
163A
1635
1636
1637
1638
1639
16A0
16A1
16A2
16A3
16AA
16A5
16A6
16A7
16A8
,6A9
1650
1651
1652
1653
1654
1655
1656
1657
1658
1659
1660
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 40
WAC 27-Aug-85 08:25 CTP Generate Start
SEQ 0103
002154'
002155'
002156'
002157'
002160'
002161'
002162'
002163'
002164'
002165'
002166'
261 17 0
261 17 0
261 17 0
200 01 0
200 02 0
201 01 0
135 00
307 00
254 00
201 00
254 00
00 000000
00 000001
00 000002
00 000276'
01 000003
02 000002
00 000322'
00 000001
00 002167'
00 000376
00 002174'
002167' 201 01 0 03 000002
002170' 135 00 0 00 000331'
002171' 331 00 0 00 000000
002172' 254 00 0 00 002176'
002173' 201 00 0 00 000376
002174' 260 17 0 00 003450'
002175* 334 00 0 00 000000
002176' 350 00 0 17 lllll'i
002177' 262 17 0 00 000002
002200' 262 17 0 00 000001
002201' 262 17 0 00 000000
002202' 263 17 0 00 000000
.-Check the validity of the ctp request
VAL07: PUT ACO
PUT AC1
PUT AC2
«OVE ACUCUREXE
HOVE AC2,CTPPICT(AC1)
nOVEI AC1,2(AC2)
LDB ACO.EXTE
CAIG AC0.1
JRST VAL07A
HOVE I ACO.r^ONSEN
JRST VAL07X
.-Validate the "OTHERNODE" byte
VALC7A: HOVE! AC1.2(AC3)
LDB ACO.OTHE
SKIPL ACO
JRST VAL07S
HOVEI ACO.NONSEN
VAL07X: GO LDSTUS
SKIPA
VAL07S: AOS -3(P)
GET AC2
GET AC1
GET ACO
RTN
;Sa\/e ac's
.-Get rhblk
;Now get the rblk
;Get extend address word
;Get extend
.-Value bigger than 1?
;No, continue
.-Yes. do reguest not understood
.-Take the '••T error return
.-Get "OTHERNODE" address word
.-Get othernode
.-Value a negative number?
.-No. continue
.-Yes, do request not understood
.-Load the status byte in the rblk
.-Take the ■••1 error return
.-•♦•2 Return
.-Return
DFCIC
DFCICl
1661
1662
1663
166A
166*^
1666
1667
1668
1669
1670
1671
1672
1673
167A
1675
1676
1677
1678
1679
1680
1681
1682
1683
168A
1685
1686
1687
1688
1689
1690
1691
1692
1693
1694
1695
1696
1697
1698
1699
Cluster Test Protocol Responder MACRO :53B(12A2) 11:18 27-Aug-85 Page 41
MAC 27-Aug-85 08:25 CTP Generate Start
SEQ 0104
002203' 261
002204' 261
002205' 261
002206' 261
002207' 261
002210' 261
17 0 00 000000
17 0 00 000001
17 0 00 000002
17 0 00 000003
17 0 00 000004
17 0 00 000005
002211' 550 01 0 00 000016
002212' 200 01 0 01 000005
002213' 202 01 0 00 000256'
002214' 603 16 0 00 000004
002215' 254 00 0 00 002221'
002216' 260 17 0 00 003364'
002217' 200 02 0 00 000276'
002220' 506 00 0 02 000001
002221 • 201 01 0 03 000002
002222' 135 00 0 00 000331'
002223' 202 00 0 00 000232'
002224' 201 01 0 03 000003
002225' 135 00 0 00 000342'
002226' 202 00 0 00 000252'
002227* 201 00 0 00 000000
002230' 260 17 0 00 003450'
;Do the function the ctp request packet demanded
ACT07:
PUT
ACO
PUT
ACl
PUT
AC2
PUT
AC3
PUT
AC4
PUT
AC5
con
trollers
•
CI
number and
.-Save ac's
store it.
HRR2 AC1,CURSTS
MOVE ACKLOCPRTCACI)
MOVEM ACl CIPORT
;Get repcount and store it
;Get the cblk in ad
;Now get the local port numberCci
; And store it
#)
TLNE
CURSTS,(ONETIM)
; First time here?
JRST
ACT07A
:Uo, go around
GO
GETREP
;Get repcount and
MOVE
AC2,CUREXE
; Store
HRLM
AC0,RPCNT(AC2)
; It
;Get the ouhernode field and store it.
ACT07A: MOVEI AC1,2(AC3)
LDB ACO,OTHE
MOVEM ACO,OTHERN
;Get the start address and store it.
MOVE! AC1J(AC3)
LDB ACO, STAR
MOVEM ACO,STRTAD
;Set up the status byte for success.
MOVE!
GO
ACO.SUCCES
LDSTUS
;Get "OTHERNODE" address word
;Get othernode
; Store it
;6et "START ADDRESC" address word
;Get the start address
.-Store it
;Load successful status
;Do it
OFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 42
DFCIC1 MAC 27-Aug-85 08:25 CTP Generate Start
SEQ 0105
1700
1701
1702
1703
1704
1705
1706
1707
1708
1709
1710
1711
1712
1713
1714
1715
1716
1717
1718
1719
1720
1721
1722
1723
1724
1725
1726
1727
1728
1729
1730
1731
1732
1733
1734
1735
002231 '
002232'
002233'
002234'
002235'
002236'
002237'
002240'
002241 '
002242'
002243'
002244'
002245'
002246'
002247'
476 00
201 03
350 00
200 04
336 00
254 00
550 01
312 01
254 00
550 01
316 01
254 00
367 03
201 00
254 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
02
04
00
04
00
00
04
00
00
00
00
0 00
002250' 201 01 0 00 000106
002251' 202 01 0 00 006342'
002252' 514 01 0 00 000256'
002253' 540 01 0 00 000232'
002254' 202 01 0 00 006343'
002255'
002256'
002257'
002260'
002261 '
002262'
002263'
200 01
2uJ 02
201 01
135 00
402 00
302 00
254 00
0 00
0 01
02
00
00
0 00
0 00
000276'
000003
000002
000322'
006344 '
000001
002270'
;See if we have a connection open to this other node
000002
ACT07B:
SETOM
000040
MOVE I
000002
ACT07C:
AOS
010556'
MOVE
000000
SKIPN
002245 •
JRST
000005
HRRZ
000256'
CAME
002245'
JRST
000004
HRRZ
000232 •
CAMN
002250'
JRST
002233'
ACT07D:
S0J6
000366
MOVE I
002306'
JRS:
AC2
AC3,CBLSTE
AC2
AC4,CBLST(AC2)
CID(AC4)
ACT07D
AC1,L0CPRT(AC4)
AC1-CIP0RT
ACT07D
AC1,N0DE(AC4)
ACKOTHERN
ACT07E
AC3,ACT07C
ACO-NOCONN
ACT07X
;Now do the start
ACT07E: MOVE I
MOVEM
HRLZ
HRR
MOVEM
ACU.DGSTR
ACKDIAGAG
ACUCIPORT
AC1,0THERN
AC1,DIAGAG^-1
;Look at the extend byte
MOVE AChCUREXE
MOVE AC2,CTPPKT(AC1)
MOVEI AC1,2(AC2)
LDB ACO,EXTE
SETZM D]AGAG^2
CAIE AC0,1
JRST ACT07G
Init index pointer
Get size of cblst
Increment index
Get cblk address
Is this cblk beincj used?
No, look for another
Get the controllers ci number
Is this 3rd party on the same
No
Get this cblks 3rd party node
Do we have a connection open?
Yes, continue
No, keep looking
Yes, do no connection exist
Exit, take -♦■1 error rtn
; Store the "START"
; Function code
;Port # to Ih
;Node # to rh
;Put the port*,,node#
ci?
to arg block
;Get rhblk
;Now get the rblk
;Get extend address word
;Get extend
;Set up to use "DEFAULT ADDRESS'
;Use the "DEFAULT ADDRESS"?
;Yes
n
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 43
DFC1C1 MAC 27-Aug-85 08:25 CTP Generate Start
SEQ 0106
1736
1737
1738
1739
17A0
1741
1742
1743
1744
1745
1746
1747
1748
1749
1750
1751
1752
1753
1754
1755
1756
1757
1758
1759
1760
1761
1762
1763
1764
1765
1766
1767
1768
1769
1770
1771
1772
002264' 200 00 0 00 000252'
002265' 242 00 0 00 17777 1,
002266' 260,17 0 00 003463'
002267' 202 00 0 00 006344'
002270' 200 01 0 00 261146
002271' 260 17 0 00 006247'
002272' 254 00 0 00 002274'
002273' 254 00 0 00 002276'
002274' 201 00 0 00 000373
002275' 254 00 0 00 002306'
002276'
002277'
002300'
002301 •
002302'
002303'
002304'
002305 '
002306'
002307'
002310'
00231 1 '
002312'
002313'
002314'
002315'
002316'
002317'
603
254
476
260
260
350
260
254
260
334
350
7:ol
2t2
262
262
262
262
263
16
00
00
17
17
00
17
00
17
00
00
17
17
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
17
00
00
00
00
00
00
00
000004
002302'
000000
003402'
003364 '
000000
003402'
002310'
003450'
000000
777772
000005
000004
00j003
000002
000001
000000
000000
;Use the supplied start address
MOVE
LSH
GO
MOVEM
ACT07G: MOVE
GO
JRST
JRST
ACT07F: MOVEI
JRST
ACO^STRTAD
AC0,-4
PllflO
AC0,DIAGAG^'2
ACU[-3,,DIA6A6]
DIAGJ
ACT07F
ACT07H
ACO-FUNCFL
ACT07X
; Increment the actcount field
ACT07H: TLNE
JRST
SETOM
GO
ACT07J: GO
AOS
GO
JRST
ACT07X: GO
SKI PA
ACT07S: AOS
GET
GET
GET
GET
GET
GET
RTN
CURSTS,(ONETIM)
ACT07J
ACO
S TRACT
GETACT
ACO
STRACT
ACT07S
LDSTUS
-6(P)
AC5
AC4
AC3
AC2
AC1
ACO
;Get the start address
;Shift right 4 places
;Get It in pdpIO format
;Put It in the argument block
;Neg length of arg block,, address
;Do the T)IAG" jsys
;Error rtn
; Success
;Do function failure
;Do ♦I error rtn
.-First time here?
:NOf go around
;Imt actcount to -1
; For the first time
;Get actcount
.•Increment it
;Now store it
;Take the ^2 good rtn
.-Load the status byte
.-Normal skip return
.-Restore ac's
llrror return
DFCIC
DFCIC1
1773
177A
1775
1776
1777
1778
1779
1780
1781
1782
1783
178A
1785
1786
1787
1788
1789
1790
1791
1792
1793
1794
1795
1796
1797
1798
1799
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 44
MAC 27-Aug-85 08:25 CTP Unsolicited Activity
SUBTIL CTP Unsolicited Activity
SEQ 0107
002320'
002321 •
002322*
002323'
002324 •
002325 •
002326'
002327'
002330'
002331 '
002332'
002333'
002334 '
332
260
260
260
260
255
661
621
200
202
260
255
263
00
17
17
17
17
00
16
16
01
16
17
00
17
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
01
00
00
0 00
000216'
261170
003543'
002335 '
002342'
000000
000002
000001
000276'
000002
004124'
000000
000000
002335' 261 17 U 00 000000
002336' 201 00 0 00 000000
002337' 260 17 0 00 003450'
002340' 262 17 0 00 000000
00234V 263 17 0 00 000000
.-This routine will either start or stop the monitor from executing
.-••REQUEST ID'S"(Polling). This routine will only be used with a cint.
SSUNSO: TRMSG (Opcode: Unsolicited activity)
SSL
51
.•Check
VAL08:
CH60PC
VAL08
ACT08
CURSTS.(DONE)
CURSTS.(GOBIT)
AC1.CUREXE
CURSTS.STATUS{AC1)
SEND
he validity of the ctp request
PUT ACO
MOVEI ACO,SUCCES
GO LDSTUS
GET ACO
RTN
Change opcode from a req to a res
Check validity of the ctp request
Perform action for the request
Error return
Set the done bit
Clear the gobit
Get the rhblk
Store the status
Send back the ctp response
Error return
Return
;Save ac's
;Zero the
; Status byte
.•Restore ac's
.•Return
in the ctp packet
■ j
r
DFCIC
DFC1C1
1800
1801
1802
1803
1804
1805
1806
1807
1808
1809
1810
1811
1812
1813
181A
1815
1816
1817
1818
1819
1820
1821
1822
1823
1824
1825
1826
1827
1828
1829
1830
1831
1832
1833
1834
1835
1836
1837
1838
1839
1840
1841
1842
1843
1844
1845
1846
1847
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 45
MAC 27-Aug-85 08:25 CTP Unsolicited Activity
SEQ 0108
002342'
002343'
002344'
002345'
002346'
002347'
002350'
002351 '
002352'
002353'
002354'
002355'
002356'
002357'
002360'
002361 '
002362'
002363'
002364'
002365'
002366'
002367'
002370'
002371 •
002372'
002373'
002374 •
002375'
002376'
002377'
002400'
002401 '
002402 '
002403'
002404 •
002405 '
002406'
002407'
261
261
261
261
261
17
17
17
17
17
200 00
202 00
200 02
200 01
201 01
135 00
202 00
336 00
254 00
201 01
202 01
402 00
200 01
260 M
254 00
254 00
2u' 01
202 01
350 00
200 01
260 17
254 00
254 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
02
01
00
00
00
00
00
00
00
00
00
00
00
000000
000001
000002
000003
000004
000256'
006343'
000276'
000003
000002
000332 '
000253'
000000
002367'
000111
006342'
006344 '
^'1146
ou6247'
002376'
002401 '
00
00
00
00
00
00
00
000111
006342'
006344 '
261146
006247'
002376'
002401 •
201 00 0
260 17 0
334 00 0
350 00 0
262 17 0
262 17 0
262 17 0
262 17 0
262 17 0
263 17 0
00 000373
00 003450'
00 000000
17 777771
00 000004
00 000003
00 000002
00 000001
00 000000
00 000000
;Do the function the ctp request packet demanded
ACT08: PUT
PUT
PUT
PUT
PUT
MOVE
MOVEM
MOVE
MOVE
MOVE!
LDB
MOVEM
SKIPN
JRST
ACO
ACl
AC2
AC3
AC4
AC0,CIPORT
AC0,DIA6AG^1
AC2,CUREXE
AC1,CTPPICT(AC2)
AC1,2(AC1)
ACO^NOAC
ACO,UNSACT
ACO
ACT08C
;Sav/e ac's
;Stop the poller
MOVE I
MOVEM
SETZM
MOVE
GO
JRST
JRST
ACU.DGENB
ACUDIAGAG
DJAGAG*2
AC1,C-3,,DIA6AG]
DIAGJ
ACT08A
ACT08S
.-Start the poller
ACT08C:
MOVE I
MOVEM
AOS
MOVE
GO
JRST
JRST
ACT08A: MOVE I
ACT08X: GO
SKI PA
ACT08S: AOS
GET
GET
GET
GET
GET
RTN
ACU.DGENB
ACKDIAGAG
DIAGAG^2
AC1,C-3,,DIAGAG]
DIAGJ
ACT08A
ACT08S
ACOJUNCFL
LDSTUS
-5(P)
AC4
AC3
AC2
ACl
ACO
Get port number
Store in arg block
Get the rhblk
Get the rblk address
Get unsolicited activity address word
Get unsol act field
Store it
0 = Start polling, 1 = stop polling
Start the poller
Store the "POLLER"
Function code
Stop the poller
Neg length of arg block,. address
Do the T)IAG" jsys
Error return
Success
Store the •T>0LLER"
Function code
Start the poller
Neg length of arg block,, address
Do the T)IAG" jsys
Error return
Success
;Do function failure
;Load the status byte
.-Normal skip return
DFCIC
DFCIC1
18A8
18A9
1850
1851
1852
1853
1854
1855
1856
1857
1858
1859
1860
1861
1862
1863
186A
1865
1866
1867
1868
1869
1870
1871
1872
1873
1874
1875
1876
1877
1878
1879
1880
1881
1882
1883
1884
1885
1886
1887
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 46
MAC 27-Aug-85 08:25 CTP Configuration
SUBTTL CTP Configuration
SBQ 0109
002410'
002411'
002412'
002413'
002414'
00241 5 '
002416'
002417'
002420'
002421 '
002422'
002423'
002424 '
002425'
002426'
002427'
002430'
0024 31'
002432'
002433'
002434 '
002435'
002436'
002437'
002440'
002441 '
002442 '
002443'
002444 '
002445'
002446'
332 00 0
260 17 0
260 17 0
260 17 0
254 00 0
260 17 0
661 16 0
621 16 0
200 01 0
202 16 0
260 17 0
255 00 0
263 17 0
00 000216'
00 261202
00 003543'
00 002425'
00 002422'
00 002447'
00 000002
00 000001
00 000276'
01 000002
00 004124'
00 000000
00 000000
261 17 0
261 17 0
261 17 0
200 01 0
200 02 0
201 01
135 00
202 00
331
201
00
00
00
260
334
350
262
262
262
263
17
00
00
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
00 000000
00 000001
00 000002
00 000276'
01 000003
02 000002
00 000331 '
00 000232'
00 000000
00 002442'
00 000376
00 003450'
00 000000
17 777775
00 000002
00 000001
00 000000
00 000000
;This routine returns informdtion(path status) about another system back to the
.-controller.
CNFDAT: TRMS6 (Opcode: Conf igruation)
Change opcode from a req to a res.
Check the validity of the ctp request
Error in the validity check
Perform action for the request
Set the done bit
Clear the gobit
Get the rhblk
Store the status
CNFDA1: 60 SEND ;Send the ctp response message
Virtual circuit gone return
Return
VAL09:
VAL09X:
VAL09S:
60
CH60PC
GO
VAL 09
JRST
CNFDA1
60
ACT09
TLO
CURSTS,(DONE)
TLZ
CURSTS,(60BIT)
MOVE
ACKCUREXE
MOVEM
CURSTS.STATUS(ACI)
60
SEND
JFCL
RTN
he val
idity of the ctp req
PUT
ACO
PUT
AC1
PUT
AC2
MOVE
AC1,CUREXE
MOVE
AC2,CTPPKT(AC1)
MOVE^
AC1.2(AC2)
LDB
ACO,OTHE
MOVEM
AC0,0THE»7N
SKI PL
ACO
JRST
VAL09S
MOVE I
ACO,NONSEN
60
LDSTUS
SKI PA
AOS
-3(P)
6ET
AC2
6ET
AC1
6ET
ACO
RTN
;Save ac's
6et rhblk
Now get the rblk
Get othernode address word
Get othernode field
Store it
Othernode a negative number?
No, continue
Yes, do request not understood
Load the status byte in the rblk
Take ^1 error return
♦2 Return
.-Return
"1
n
DFCIC Cluster Test Protocol Res'i)onder MACRO X53B(1242) 11:18 27-Aug-85 Page A7
DFCIC1 MAC 27-Aug-85 08:25 CTP Configuration
SEQ 0110
1888
1889
1890
1891
1892
1893
189A
1895
1896
1897
1898
1899
1900
1901
1902
1903
190A
1905
1906
1907
1908
1909
1910
1911
1912
1913
191A
1915
1916
1917
1918
1919
1920
1921
1922
1923
1924
1925
1926
1927
1928
1929
1930
1931
1932
1933
193A
1935
1936
1937
1938
1939
1940
1941
002447' 261 17 0 00 000000
002450' 261 17 0 00 000001
002451' 261 17 0 00 000002
002452' 261 17 0 00 000003
002453' 261 17 0 00 000004
002454' 201 00 0 00 000000
002455' 260 17 0 00 003450'
002456'
002457'
002460'
002461 •
002462'
002463'
002464'
402 00 0
200 02 0
260 17 0
254 00 0
554 03 0
200 01 0
200 04 0
00 000001
00 000232'
00 005737'
00 002505'
00 005772'
00 000276'
01 000003
002465' 200 00 0 00 000232'
002466' 260 17 0 00 003562'
002467' 254 00 0 00 002505'
002470' 402 00 0 00 000003
002471 ' 554 02 0 00 000000
002472' 33i 00 0 00 000002
002473' 201 03 0 00 000001
002474' 201 01 0 04 000002
002475' 137 03 0 00 000335'
002476' 402 00 0 00 000003
002477' 550 02 0 00 000000
002500' 332 00 0 00 000002
002501 ' 201 03 0 00 000001
002502'
002503'
002504'
002505'
002506'
002507'
002510'
002511'
002512'
002513'
002514'
201 01 0
137 03 0
254 00 0
201 00 0
260 17 0
262 17 0
262 17 0
262 17 0
262 17 0
262 17 0
263 17 0
04 000003
00 000337'
00 002507'
00 000370
00 003450'
00 000004
00 000003
00 000002
00 000001
00 000000
00 000000
;Do the function the ctp request packet demanded
;Sa\/e ac's
ACT09: PUT
PUT
PUT
PUT
PUT
ACO
AC1
AC2
AC3
AC4
;Set up the status byte for success.
MOVEI ACO^SUCCES
GO LDSTUS
SETZM ACl
MOVE AC2,0THERN
GO CONFIG
JRST ACT09A
HLRZ AC3,CNFARG+3
MOVE ACKCUREXE
MOVE AC4,CTPPKT(AC1)
;Get path status for this node
MOVE ACO.OTHERN
GO GPRS
JRST ACT09A
;Load successful status
;Do it
; Don't use cid
;Use node number
;Get information about this node
;Node does not exists
;Get 'VIRTUAL CIRCUIT STATE" field
;Get rhblk
;Get rblk
;Get the node number
•Go get path status. AcO has status
;Node doesn't exist
;Get the path 0 status word and store it in the ctp packet.
SETZM
HLRZ
SKIPE
MOVEi
MOVEI
DPB
AC3
AC2,AC0
AC2
AC3,1
AC1,2(AC4)
AC3,P0ST
:Assume path status is bad
;Get path status 0
;Skip if path status is bad
;Mark path as good
:Get path 0 status address word
.•Store it in the ctp packet
;6et the path 1 status word and store it in the ctp packet.
SETZM
HRRZ
SKIPE
MOVEI
MOVEI
DPB
JRST
ACT09A: MOVEI
GO
ACT09S: GET
GET
GET
GET
GET
RTN
AC3
AC2,AC0
AC2
AC3,1
AC1.3(AC4)
AC3-P1ST
ACT09S
ACO.NODEUN
LDSTUS
AC4
AC3
AC2
ACl
ACO
; Assume path status is bad
:Get path status 1
;Skip if path status is bad
:Mark path as good
;Get path 1 status address word
.-Store it in the ctp packet
.-All done
;Yes, do node unknown to sea
.-Load the status byte in the rblk
.-Restore ac's
.-Error return
8
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 48
0FCIC1 MAC 27-Aug-85 08:25 CTP Counter Read
SEQ 0111
19A2
1943
1944
1945
1946
1947
1948
1949
1950
1951
1952
1953
1954
1955
1956
1957
1958
1959
1960
1961
1962
1963
1964
1965
1966
1967
1968
1969
1970
1971
1972
1973
1974
1975
1976
1977
1978
1979
1980
1981
SUBTIL CTP Counter Read
002515'
002516'
002517'
002520'
002521 •
002522'
002523'
002524'
002525'
002526'
002527'
002530'
002531 '
002532'
002533'
002534'
002535'
002536'
002537'
002540'
002541 '
002542'
002543'
002544'
002545'
002546'
002547'
002550'
002551'
002552'
002553'
332 00 0 00 000216'
260 17 0 00 261214
260 17 0 00 003543'
260 17 0 00 002532'
254 00 0 00 002523'
260 17 0 00 002554'
260 17 0 00 004124'
255 00 0 00 000000
661 16 0 00 000002
621 16 0 00 000001
200 01 0 00 000276'
202 16 0 01 000002
263 17 0 00 000000
261 17 0 00 000000
261 17 0 00 000001
261 17 0 00 000002
200 01 0 00 000276'
200 02 0 01 000003
0 02 000002
0 00 000331 •
0 00 000232'
0 00 000000
0 00 002547'
0 00 000376
260 17 0 00 003450'
334 00 0 00 000000
350 00 0 17 11111^
2t2 17 0 00 000002
262 17 0 00 000001
262 17 0 00 000000
263 17 0 00 000000
201 01
135 00
202 00
331
#* -
201
00
00
00
;This routine reads the
.•controller.
counters in our port and returns them to the
CNTRRD: TRMSG (Opcode: Counter read)
CNTRR1
60
GO
JRST
GO
GO
JFCL
TLO
TLZ
MOVE
MOVEM
RTN
CHGOPC
VAL10
CNTRR1
ACTIO
SEND
CURSTS.(DONE)
CURSTS,(G08IT)
AC1,CUREXE
CURSTS,STATUS(AC1)
.-Check the validity of the ctp request
VAL10: PUT ACO
PUT AC1
PUT AC2
MOVE AC1.CUREXE
MOVE AC2.CTPPKT(AC1)
MOVEI AC1,2(AC2)
LDB ACO.OTHE
MOVEM ACO.OTHERN
SKIPL ACO
JRST VAL10S
MOVEI ACO.NONSEN
VAL10X: GO LDSTUS
SKIPA
VAL10S: AOS -3(P)
GET AC2
GET AC1
GET ACO
RTN
Change opcode from a req to a res.
Check the validity of the ctp request
Error in the validity check
Perform action for the request
Send the ctp response message
Virtual circuit gone return
Set the done bit
Clear the gobit
Get the rhblk
Store the status
Return
:Save ac's
Get rhblk
Now get the rblk
Get othernode address word
Get othernode field
Store it
Value a negative number?
No. continue
Yer*. do request not understood
Load the status byte in the rblk
Take -♦•1 error return
^2 Return
.-Return
"1
DFCIC Cluster
DFCIC1 MAC
Test Protocol Responder MACRO Z53B(1242) 11:18 27-Aug-85 Page 49
27-Aug-85 08:25 CTP Counter Read
SEQ 0112
1982
1983
198A
1985
1986
1987
1988
1989
1990
1991
1992
1993
1994
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
2007
2008
2009
2010
2011
2012
2013
2014
2015
2016
2017
2018
2019
2020
2021
2022
2023
002554' 261 17 0 00 000000
002555' 261 17 0 00 000001
002556' 261 17 0 00 000002
002557' 201 00 0 00 000000
002560' 260 17 0 00 003450'
002561' 550 01 0 00 000016
002562' 200 01 0 01 000005
002563' 202 01 0 00 000256'
002564'
002565'
002566'
002567'
002570'
002571 '
002572'
201 01
202 01
515 01
541 01
202 01
402 00
402 00
0 00 000107
0 00 006342'
0 00 000007
0 00 000003
0 00 006343'
0 00 006344'
0 00 006345'
002573' 200 01 0 00 261221
002574' 260 17 0 00 006247'
002575' 2y 00 0 00 002706'
002576' 200 01 0 00 000276'
002577' 200 02 0 01 000003
002600' 271 02 0 00 000003
002601 ' 200 00 0 00 006346 '
002602' 260 17 0 00 003502'
002603' 242 00 0 00 000004
002604' 202 00 1 00 000002
;Do the function the ctp request packet demanded
ACTIO: PUT ACO
PUT AC1
PUT AC2
;Set up the status byte for success.
MOVEI ACO^SUCCES
GO LDSTUS
;Scj\/e ac's
;Load successful status
;Do it
;6et the controllers ci number and store it.
HRRZ ACUCURSTS
MOVE ACIAOCPRT(ACI)
MOVEM AC1,CIP0RT
;Read the counters
MOVEI AC1,.DGCTR
MOVEM ACKDIAGAG
HRLZI AC1,7
HRRI AC1,3
MOVEM ACUDIAGAGtl
SETZM DIAGAG^2
SETZM DIAGAG+3
MOVE AC1,C-'^D21,,DIAGAG3
GO DIAGJ
JRST ACTIOS
;Get the cblk in ad
;Now get the local port numberCci #)
; And store it
;Get the "PORT COUNTER" function
; Store it in argument block
;6et port number
;Read the counters function code
;Store it in araument block
;Zero rest of the
; Arg block
;Neg length of arg block,. address
;Do the T)IAG" jsys
;Error return
;Put the data in the packet we will ship back
MOVE AC1,CUREXE
MOVE AC2,CTPPICT(AC1)
ADDI AC2,3
MOVE ACO,DIAGAGH
GO PlOfll
LSH ACO, 4
MOVEM AC0,aAC2
;Get rhblk
;Get rblk address
.••♦•^ To get to path a ack count storage
;GC't the path 0 ack count
; Chang? it to pdpll word
.-Left justify it
; Store it in the ctp packet
-_ J
■■'•;~i'
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 50
DFC1C1 MAC 27-Aug-85 08:25 CTP Counter Read
SEQ 0113
2024
2025
2026
2027
2028
2029
2030
2031
2032
2033
203A
2035
2036
2037
2038
2039
2040
2041
2042
2043
2044
2045
2046
2047
2048
2049
2050
2051
2052
2053
2054
2055
2056
2057
2058
2059
2060
2061
2062
2063
2064
2065
2066
2067
2068
2069
2070
2071
2072
2073
002605' 200 00 0 00 006347*
002606' 260 17 0 00 003502'
002607' 350 00 0 00 000002
002610' 242 00 0 00 000004
00261 1 ' 202 00 1 00 000002
002612' 200 00 0 00 006350'
002613' 260 17 0 00 003502'
002614' 350 00 0 00 000002
002615' 242 00 0 00 000004
002616' 202 00 1 00 000002
002617' 200 00 0 00 006351'
002620' 260 17 0 00 003502'
002621 ' 350 00 0 00 000002
002622' 242 00 0 00 000004
002623' 202 00 1 00 000002
002624' 200 00 0 00 006352'
002625' 260 17 0 00 003502'
002626' 350 00 0 00 000002
002627' 242 00 0 00 000004
002630' 202 00 1 00 000002
002631' 200 00 0 00 006353'
002632' 260 17 0 00 003502'
002633' 350 00 0 00 000002
002634' 242 00 0 00 000004
002635' 20? 00 1 00 000002
002636' 200 00 0 00 006354'
002637' 350 00 0 00 000002
002640' 242 00 0 00 000004
002641 ' 202 00 1 00 000002
002642'
002643'
002644 '
002645'
002646'
002647'
002650'
002651 '
201 01
202 01
515 01
541 01
202 01
201 01
202 01
402 00
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
000107
006342'
000007
000001
006343'
000001
006344 '
006345'
002652' 200 01 0 00 261221
002653' 260 17 0 00 006247'
002654' 254 00 0 00 002706'
MOVE AC0,DIAGAG*5
60 P10T11
AOS AC2
LSH AC0,4
MOVEM AC0,aAC2
MOVE AC0,DIA6AG*6
GO P10T11
AOS AC2
LSH AC0,4
MOVEM AC0.aAC2
MOVE AC0,DIAGAG*7
60 P10T11
AOS AC2
LSH AC0,4
MOVEM AC0.aAC2
MOVE AC0,DIAGA6^10
605- PlOtll
AOS AC2
LSH AC0,4
MOVEM AC0,aAC2
MOVE AC0,DIA6A6*11
60 PlOtll
AOS AC2
LSH AC0,4
MOVEM AC0.aAC2
MOVE AC0,DIA6A6^12
AOS AC2
LSH AC0,4
MOVEM AC0,aAC2
6et the path 0 nak count
Change it to pdpll word
Increment rblk address
Left justify it
Store it in the ctp packet
6et the path 0 no response count
Change it to pdpll word
Increment rblk address
Left justify it
Store it in the ctp packet
6et the path 1 ack count
Change it to pdpll word
Increment rblk address
Left justify it
Store it in the ctp packet
6et the path 1 nak count
Change it to pdpll word
Increment rblk address
Left justify it
Store it in the ctp packet
6et the path 1 no response count
Change it to pdpll word
Increment rblk address
Left justify it
Store it in the ctp packet
6et the number of discarded datagrams
Increment rblk address
Left iustify it
Store it in the ctp packet
.-Force the release of the counters. Someone else may have them.
MOVEI AC1,.D6CTR
MOVEM AC1,DIA6AG
HRLZi AC1.7
HRRI ACM
MOVEM AC1,DIAGAG^1
MOVEI ACIJ
MOVEM AC1,DIAGAG*2
SETZM DIAGAG*3
MOVE AC1,[-*D21,,D1AGAG]
GO DIAGJ
JRST ACT10B
;Get the "PORT COUNTER" function
; Store it in argument block
;6et port number
.'Release the counters function code
; Store it in argument block
; Force release counters function
; Store it in arqument block
;Zero rest of tne argument block
;Neg length of arg block,, address
;Do the T)IAG" jsys
;Error return
i
OFCIC
DFC1C1
2074
2075
2076
2077
2078
2079
2080
2081
2082
2083
208A
2085
2086
2087
2088
2089
2090
2091
2092
2093
209A
2095
2096
2097
2098
2099
2100
2101
2102
2103
2104
2105
2106
2107
2108
2109
2110
2111
2112
2113
Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 51
MAC 27-Aug-85 08:25 CTP Counter Read
SEQ 01 U
002655'
002656'
002657'
002660'
002661 '
002662 '
002663'
201 01
202 01
515 01
541 01
202 01
402 00
402 00
0
0
0
0
0
0
0
00
00
00
00
00
00
00
000107
006342'
000007
000000
006343'
006344 '
006345'
002664' 200 01 0 00 261221
002665' 260 17 0 00 006247'
002666' 254 00 0 00 002706'
002667'
002670'
002671 •
002672'
002673'
002674 '
002675 •
002676'
D02677'
002700'
002701 '
002702 •
002703'
201 01 0
202 01 0
515 01 0
541 01 0
202 01 0
205 01 0
202 01 0
200 01 0
202 01 0
200 01 0
260 17 0
254 00 0
254 00 0
00 000107
00 006342'
00 000007
00 000002
00 006343'
00 'mm
00 006344'
00 000232'
00 006345'
00 261221
00 006247'
00 002706'
00 002710'
002704' 201 00 0 00 000376
002705' 334 00 0 00 000000
002706' 201 00 0 00 000375
002707' 260 17 0 00 003450'
002710' 262 17 0 00 000002
002711' 262 17 0 00 000001
002712' 262 17 0 00 000000
002713* 263 17 0 00 000000
;6et control of the counters.
HOVE I
AC1,.D6CTR
MOVEM
ACUDIA6AG
HRL2I
AC1,7
HRRl
AC1,0
HOVEM
AC1,DIAGAG*1
SETZM
DIAGAG^2
SETZM
DIAGAG^3
HOVE AC1,C-'^D21,,DIAGAG]
GO DIAGJ
JRST ACTIOS
;Get the "PORT COUNTER" function
; Store it in argument block
;6et port number
;6et control of counters function code
.•Store in arg block
;2ero rest or the argument block
;Zero rest of the argument block
;Neg length of arg block., address
;Do the T)IAG" jsys
i^rror return
;Set up the counters for the requested node number.
HOVEI
HOVEH
" HRL2I
HRRI
HOVEH
HOVSI
HOVEH
HOVE
HOVEH
HOVE
GO
JRST
JRST
ACT10A: HOVEI
SKI PA
ACTIOS: HOVEI
ACT10X:
ACTIOS:
GO
GET
GET
GET
RTN
AC1..DGCTR
AC1.DIAGAG
AC1.7
AC1.2
ACI.DIAGAG^I
AC1.-1
AC1.DIAGAG*2
AC1.0THERN
AC1.DIAGAG*3
AC1.[-*D21..DIAGAG]
DIAGJ
ACTIOS
ACTIOS
ACO.NONSEN
ACO.NORESO
LDSTUS
AC2
AC1
ACO
Get the "PORT COUNTER" function
Store it in argument block
Get port number
Set up counters function code
Store in ara block
L^%d -1,.0 to reset counters function
Store it in araument block
Get the node number
Store it in argument block
Neg length of arg block.. address
Do the T)IAG" jsys
Error return
All done
;Yes. do request not understood
;Yes. do resource failure
.-Load the status byte in the rblk
; Restore ac's
Sttot return
r
OFCIC
DFCIC1
21H
2115
2116
2117
2118
2119
2120
2121
2122
2123
21 2A
2125
2126
2127
2128
2129
2130
2131
2132
2133
21 3A
2135
2136
2137
2138
2139
2K0
2U1
2^^^
21A3
2^^^
2U5
2146
2K7
2U8
2149
2150
2151
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 52
MAC 27-Aug-85 08:25 CTP Connect
SUBTIL CTP Connect
SEO 0115
002714'
002715'
002716'
002717'
002720'
002721 '
002722'
002723'
002724 '
002725 '
002726'
002727'
002730'
002731 •
002732'
002733'
002734 '
002735 '
002736'
002737'
002740'
002741 '
002742'
002743'
002744 •
002745'
002746'
002747'
002750'
002751 •
002752'
332 00
260 17
261 17
607 16
254 00
607 16
254 OC
201 00
260 17
254 00
607 16
254 00
201 00
260 17
254 00
260
260
254
260
254
260
254
661
6c'
200
202
260
2^5
661
262
263
17
17
00
17
00
17
00
16
16
01
16
17
00
16
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000216'
261226
000000
000004
002733'
000040
002726'
000373
003450'
002746'
000200
002750'
000000
003450'
002746'
00 003543'
00 002753'
00 002746'
00 003650'
00 002746'
00 003002'
00 002750'
00 000002
00 000001
00 000276'
01 000002
00 004124'
00 000000
00 000004
00 000000
00 000000
;This routine starts up a 3rd party connection to a responder provided one does
;not already exist to that same responder. Ue come here before we do other ctp
; requests tnat require 3rd party.
CTPCON: TRMS6 (Opcode: Connect)
CTPCOA:
PUT
TLNN
JRST
TLNN
JRST
HOVE I
GO
JRST
TLNN
JRST
MOVE I
GO
JRST
CTPC08: GO
60
CTPCOC:
CTPCOX:
JRST
GO
JRST
GO
JRST
TLO
TL2
HOVE
HOVEH
GO
JFCL
TLO
GET
RTN
ACO
CURSTS,(0NET1M)
CTPCOB
CURSTS,(OVRDUE)
CTPCOA
ACOJUNCFL
LDSTUS
CTPCOC
CURSTS,(CONT)
CTPCOX
ACO^SUCCES
LDSTUS
CTPCOC
CHGOPC
VAL11
CTPCOC
CHKVCS
CTPCOC
ACT11
CTPCOX
CURSTS,(DONE)
CURSTS,(GOBIT)
ACUCUREXE
CURSTS,STATUS(AC1)
SEND
CURSTS,(ONETIM)
ACO
ac
we
s
been
here before?
Sav/e
Have
No
Waited long enough for an answer?
No, go ahead
Yes, do function failure
Load the status byte in the rblk,.
Yes, send back 'TUNCTION FAILURE"
Continue bit set?
No, exit
Success to ctp status
Load the status byte in the rblk. ■
Yes, send back "SOCCESFUL STATUS"
Change opcode from a req to a res.
Check the validity of the ctp request
Error in the validity check
See if we have a v. C. To this node
Yes we already have a 3rd party connection
Perform action for the request
Don't send resp until we are sure a v.C. Is open,
Set the done bit
Clear the gobit
Get the rholk
Store the status
Send the ctp response message
Virtual circuit gone return
We've been here Before flag
Return
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 53
DFCIC1 MAC 27-Aug-85 08:25 CTP Connect
SEQ 0116
2152
2153
21 5A
2155
2156
2157
2158
2159
2160
2161
2162
2163
2164
2165
2166
2167
2168
2169
2170
2171
2172
2173
2174
2175
2176
2177
.•Check the \/dlidity of the ctp request
002753'
002754 •
002755'
002756'
002757'
002760'
002761 '
002762 '
002763'
002764 '
002765 '
002766'
002767'
002770'
002771 •
002772 '
002773'
002774 •
002775 •
002776'
002777'
003000'
00300 • •
261
17
261
17
261
17
200 01
200 02
201
01
135
00
202 00
331
00
254 00
201
00
254 00
260
17
332 00
254
00
201
00
260
334
350
262
262
262
263
17
00
00
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
01
02
00
00
00
00
00
00
00
00
00
00
00
00
17
00
00
00
00
000000
000001
000002
000276'
000003
000002
000331 •
000232 •
000000
002767'
000376
002773'
003144'
000001
002775'
000375
003450'
000000
777775
000002
000001
000000
000000
y/ALll
VALllA:
VALIIX:
VALllS:
PUT ACO
PUT ACl
PUT AC2
MOVE ACUCUREXE
MOVE AC2.CTPPICT(AC1)
MOVEI AC1,2(AC2)
LDB AC0,OTHE
MOVEM ACO.OTHERN
SKIPL ACO
JRST VALllA
MOVEI ACO.NONSEN
JRST VALllX
GO CBLKAV
SJCIPE ACl
JRST VAL11S
MOVEI ACO.NORESO
GO LDSTUS
SKI PA
AOS -3(P)
GET AC2
GET ACl
GET ACO
RTN
;Save ac's
Get rhblk
Now get the rbU
Get othernode address word
Get othernode field
Store it
Value a negative number?
No, continue
Yes. do reguest noc understood
Take the ♦T error return
Get an available cblk
Any resources available?
Yes, continue
No, do no resources
;Load the status byte in the rblk
;Take the ♦l error return
:*2 Return
.•Return
10A
DFCIC
DFC1C1
2178
2179
2180
2181
2182
2183
2184
2185
2186
2187
2188
2189
2190
2191
2192
2193
2194
2195
2196
2197
2198
2199
2200
2201
2202
Cluster Test Protocol Responder MACRO Z53B(1242) 11:18 27-Aug-85 Page 54
MAC 27-Aug-85 08:25 CTP Connect
SEQ 0117
;Do the function the ctp request packet demanded
003002 •
003003'
003004 •
003005 •
003006'
003007'
003010'
00301 1 '
003012'
003013'
003014'
00301 5 '
003016'
003017'
003020'
003021 •
003022'
003023'
003024 •
003025'
003026'
261
17
261
17
261
17
402 00
200 02
260 17
254
00
260
200
506
260
254
201
334
201
260
350
262
262
262
263
17
02
01
17
00
00
00
00
17
00
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
02
00
00
00
00
00
00
17
00
00
00
00
000000
000001
000002
000001
000232'
005737'
003020'
005055'
000276'
000000
004225'
003023'
000375
000000
000370
003450'
777775
000002
000001
000000
000000
ACTll: PUT
PUT
PUT
SETZM
MOVE
GO
JRST
GO
MOVE
HRLI*!
GO
JRST
MOVE!
SKIPA
ACTllB: MOVEI
GO
ACTUS: AOS
ACT11X: GET
GET
GET
RTN
ACO
ACl
AC2
ACl
AC2,0THERN
CONFIG
ACTllB
CONECT
AC2,CUREXE
AC1,SIXCID(AC^)
EXUAIT
ACTUX
AC0,NORESO
ACO^NODEUN
LDSTUS
-3(P)
AC2
ACl
ACO
;Say/e ac's
Don't use cid
Use node number
Does node exists?
No, node unkown to
sea
Try and connect to othernode
Get rhblk
Store 6 bit cid in rhblk(6b cid,,flink)
Create a fork to wait for the response
Ok, take -♦■1 good return
Cfork failed, send back resource failure
Skip next instruction
Yes, do node unknown to sea
Load the status byte in the rblk
♦2 Error return
Restore ac's
;Error return
DFCIC
DFCIC1
2203
220A
2205
2206
2207
2208
2209
2210
2211
2212
2213
22U
2215
2216
2217
2218
2219
2220
2221
2222
2223
2224
2225
2226
2227
2228
2229
2230
2231
2232
Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 55
MAC 27-Aug-85 08:25 CTP Disconnect
SEQ 0118
003027'
003030'
003031 '
003032'
003033'
00303A '
003035'
003036'
003037'
003040'
003041 •
003042'
003043'
003044 '
003045'
003046'
003047'
003050'
003051 •
003052'
003053'
003054'
003055'
332
260
261
260
201
260
661
621
200
202
260
254
260
262
263
261
261
201
00
17
17
17
00
17
16
16
01
16
17
00
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
01
00
00
00
00
00
000216'
261240
000000
003543'
000000
003450'
000002
000001
000276'
000002
004124'
003044 '
003046 '
000000
000000
17 0
17 0
02 0
200 01
260 17
262 17
262 17
263 17
00 000001
00 000002
00 000001
16 000000
00 005314'
00 000002
00 000001
00 000000
SUBTIL CTP Disconnect
;This routine does an orderly shutdown of a virtual circuit(connection).
LISDIS
L1SDJ1
TRMS6 (Opcode: Disconnect)
PUT ACO
GO CH60PC
MOVEI ACO,SUCCES
60 Ll/STUS
TLO CURSTS,(DONE)
TLZ CURSTS,(GOBIT)
MOVE ACKCUREXE
MOVEM CURSTS, STATUS (AC1)
GO SEND
JRST LISDI1
GO ACT12
GET ACO
RTN
Save ac's
Change opcode from a req to a res.
Use the success status
Load status byte in the ctp packet
Set the done bit
Clear the gobit
Get the rhblk
Store the itatus
Send the ctp response message
Return for virtual circuit already gone
Perform action for the request
; Return
;Do the function the ctp request packet demanded
ACT12: PUT
PUT
MOVEI
MOVE
GO
ACT12X: GET
GET
RTN
AC1
AC2
AC2,MATCH
AC1,(CURSTS)
DISCON
AC2
AC1
;Save ac's
;Get the disconnect reason
;Get the cid
; Close this connection
.•Return
1
DFCIC
DFCIC1
2233
2234
2235
2236
2237
2238
2239
2240
2241
2242
2243
2244
2245
2246
2247
2248
2249
2250
2251
2252
2253
2254
2255
2256
2257
2258
2259
2260
2261
Cluster Test Protocol Responder MACRO 2538(1242) 11:18 27-Aug-85
MAC 27-Aug-85 08:25 Subroutines
Page 56
SEQ 0119
003056'
003057'
003060'
003061 •
003062'
003063'
003064'
003065 '
261 17
261 17
402 00
515 02
336 00
254 00
271 03
253 02
0
0
0
0
0
0
0
0
00
00
00
00
03
00
00
00
003066' 254 00 0 00 261256
003067' 201 01 0 03 010616'
003070' 262 17 0 00 000003
003071' 262 17 0 00 000002
003072' 263 17 0 00 000000
SUBTTL Subroutines
;6et an available request header block. ,, , .. ^. ^
;This routine sees if any request header blocks are available to use.
;If there is, ad will have the rhblk address.
;Call: .....
;call this routine
;Ac1 has the available rhblk
;Clr ac
.'Negative count in left half
;This req hdr blk available?
; Yes
; Increment to next req hdr blk
;Have we checked all the req. Blk's?
;We should never get here. The connect blocks(cblkx) should run out before we
;find the req hdr blks all used up.
CRASH (NRH,No req hdr blocks left)
.-Address of available rhblk in ad
•
Go
rhblkv
I ^ ■
t|.
000002
RHBLK V:
PUT
AC2
000003
PUT
AC3
000003
SET2M
AC3
777400
HRL2I
AC2.-<C0UNT*RHBPER>
010616'
RHBLKA:
SKIPN
RH1(AC3)
002i067'
JRST
RHBLKB
000004
ADD!
AC3.RHBLEN
003062'
AOBJN
AC2. RHBLKA
RHBLKB: MOVEI AC1.RH1(AC3)
GET AC3
GET AC2
RTN
.-Get rhblk address
.•Return
_..: j
DFCIC
DFCIC1
2262
2263
2264
2265
2266
226?
2268
2269
2270
2271
2272
2273
2274
2275
2276
2277
^278
2279
2280
2281
2282
2283
2284
2285
2286
2287
2288
^289
■»90
. 91
» 92
; 11
: K
2 5
2 6
2 97
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 57
MAC 27-Aug-85 08:25 Subroutines
SEQ 0120
003073' 261 17 0 00 000000
003074' 261 17 0 00 000001
003075' 261 17 0 00 000002
003076' 331 00 1 00 000001
003077' 254 00 0 00 261272
003100' 200 02 0 00 000275'
003101' 202 01 0 00 000275'
003102' 202 0 01 000001
003103' 200 . 0 02 OnooOO
003104' 202 jO 0 01 000000
003105' 2ui 01 0 02 000000
003106' 262 17 0 00 000002
003107' 262 17 0 00 000001
003110' 262 17 0 00 000000
003111' 263 17 0 00 000000
;Add a request header block to the linked list.
;ye come here only during interrupt time.
•Call:
ac1,Cn] ;n = rhblk address
adhblk ;call this routine
; Always
Move
:Sa\/e ac*s
ADHBLK: PUT ACO
PUT AC1
PUT AC2
;See if the rhblk in ad is already linked. If it is, exit.
SKIPL aACI ;Is the flink word = -1?
CRASH (RNQ, rhblk was never queued)
;Set up the botexe word
MOVE AC2,BaTEXE
MOVEM AC1, BOTEXE
;6et soon to be previous rhblk
.-Store this rhblk in the bottom
;Now set up the blink and flink word in this rhblk
MOVEM AC2.BLINIC(AC1)
MOVE AC0.FLINIC(AC2)
MOVEM AC0,FLINK(AC1)
;Set up the previous rhblks flink word
MOVEM AC1.FLINK(AC2)
ADHBLA: GET AC2
GET AC1
GET ACO
RTN
.-Store previous rblk to blink
;6et previous rhblks flink and
; Store it in this rhblks flink
.-Store this rhblk into previous rhblks flink
.-Restore ac's
.-Return
'T
DFCIC Cluster Test Protocol Responder MACRO 5:538(1242) 11:18 27-Aug-85 Page 58
DFC1C1 MAC 27-Aug-85 08:25 Subroutines
SEQ 0121
2298
2299
2300
2301
2302
2303
230A
2305
2306
2307
2308
2309
2310
2311
2312
2313
2314
2315
2316
2317
2318
2319
2320
2321
2322
2323
2324
2325
2326
2327
2328
2329
2330
2331
2332
2333
2334
2335
2336
2337
2338
2339
2340
2341
2342
2343
2344
2345
2346
2347
2348
003112' 261 17 0 00 000000
003113* 261 17 0 00 000001
003114' 261 17 0 00 000002
003115' 261 ^7 0 00 000003
003116' 336 00 1 00 000001
003117' 254 00 0 00 003137'
003120' 200 00 0 01 000001
003121' 200 03 0 01 000000
003122' 202 00 0 03 000001
003123' 200 00 0 01 000000
003124' 200 03 0 01 000001
003125' 202 00 0 03 000000
003126' 550 02 0 01 000002
003127' 316 01 0 02 000002
003130' 402 00 0 02 000002
003131' 316 01 0 02 000003
003132' 402 00 0 02 000003
003133' 201 02 0 00 000003
003134' 402 00 1 00 000001
003135' 350 00 0 00 000001
003136' 367 02 0 00 003134'
003137' 262 17 0 00 000003
003140' 262 17 0 00 000002
003141' 262 17 0 00 000001
003142' 262 17 0 00 000000
003143' 263 17 0 00 000000
.-Remove a request header block from the linked list and make it available.
:We enter this subroutine with the address of the rhblk to be removed in aci
•Call*
.' * Move ac1.Cn] ;n = rhblk address
Go rmhblk ;call this routine
♦1 ;Always
RMHBLK: PUT ACO ;Save ac's
PUT ACI
PUT AC2
PUT AC3
;See if the rhblk in ad is already available. If it is, exit.
SKIPN aACI
JRST RMR8LB
;Is the flink word = 0?
;Yes, rhblk is available
;Get address of previous rblk
;Get forward link address
.'Update the blink word in the forward rhblk
;Make this rhblk available to use by updating the forward req hdr blk's blink...
MOVE ACO.BLINIC(ACI)
MOVE AC3.FLIN)C(AC1)
MOVEM AC0.2LINIC(AC3)
;..And the previous req hdr blk's flink.
MOVE ACO.FLIN)C(ACl)
MOVE AC3.BLINK(AC1)
MOVEM AC0.FLINK(AC3)
;Get forward link address
.-Get address of previous rhblk
.•Update the flink word in the previous rhblk
;Clear the rhblk(req1 or req2) entry in the cblk.
HRRZ AC2.STATUS(AC1)
CAMN AC1,REQ1(AC2)
SETZM REQ1(AC2)
CAMN AC1.REQ2(AC2)
SETZM RE0J(AC2)
.-Get the cblk
;Are the "RHBLKS" the same?
* Yes c lear i t
•Are' these "RHBLKS" the same?
;Yes, clear it
;Now zero out the flink and the blink words in the req hdr blk (saying i am now available)
MOVE I
RMRBLA: SETZM
AOS
SOJG
RMRBLB: GET
GET
GET
GET
RTN
AC2,<RHBLEN-1>
aACI
ACI
AC2. RMRBLA
AC3
AC2
ACI
ACO
;Get length of rhblk -1
.•Clear tnis location
.•Increment to next location
;Do it all
.•Restore ac's
; Return
r
DFCIC
DFC1C1
23A9
2350
2351
2352
2353
235A
2355
2356
2357
2358
2359
2360
2361
2362
2363
236A
2365
2366
2367
2368
2369
2370
2371
2372
2373
2374
2375
2376
2377
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 59
MAC 27-Aug-85 08:25 Subroutines
SEQ 0122
;6et an available connection block. ,, , ., ^,
.-This routine sees if any connection blocks are available to use.
;If there is, ad will have the cblk address.
;Call:
Go
♦1
261 17 0 00 000002
•
•
CBLKAV: PUT
261 17 0 00 000003
PUT
261 17 0 00 000004
PUT
402 00 0 00 000001
SETZH
476 00 0 00 000002
SETOM
201 03; 0 00 000040
MOVE I
350 00 0 00 000002
CBLKAA: AOS
200 04 0 02 010556'
MOVE
332 00 0 04 000000
SKIPE
367 03 0 00 003152'
SOJG
332 00 0 00 000003
SKIPE
200 01 0 00 000004
MOVE
003144'
oo:ii45'
003146'
003147'
003150'
003151'
003152'
003153'
003154'
003155'
003156'
003157'
003160' 262 17 0 00 000004
003161' 262 17 0 00 000003
003162' 262 17 0 00 000002
003163' 263 17 0 00 000000
cblkav
AC2
AC3
AC4
AC1
AC2
AC3,CBLSTE
AC2
AC4,CBLST(AC2)
CID(AC4)
AC3, CBLKAA
AC3
AC1,AC4
;call this routine
;Ac1 now has the available cblk
;Ac1 will be = to 0 if none are available
;Save ac's
;Zero out
;Init index pointer
;6et size of cblst
; Increment index
;Get cblk address
;Is this cblk available?
;No, keep looking
;Have we finished looking?
;No, get cblk
;The address of the available cblk is now in ad. If ad = 0 no cblks are avail
GET
GET
GET
RTN
AC4
AC3
AC2
.-Restore acs
.•Return
..„j
i
DFCIC
DFC1C1
2378
2379
2380
2381
2382
2383
2384
2385
2386
2387
2388
2389
2390
2391
2392
2393
239A
2395
2396
2397
2398
2399
2400
2401
2402
2403
2404
2405
2406
2407
2408
2409
2410
2411
2412
2413
2414
2415
2416
2417
2418
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 60
MAC 27-Aug-85 08:25 Subroutines
SEQ 0123
003164'
003164'
003165'
003166'
003167'
003170'
003171'
003172'
003173'
003174'
0031 75 '
003176'
003177'
003200'
003201 '
003202'
003P03'
003i;04'
003205 '
003206'
003207'
003210'
003211*
003212'
003213'
003214'
003215'
003216'
003217'
003220'
261
261
261
261
261
261
17
17
17
17
17
17
476 00
201 03
350 00
200 04
336 00
254 00
200 01
607 01
254 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
336 01
254 00
260 17
235 00
255
0
0
0
0
0
200 01 0
402 00 1
00
336 01
254 00
260 17
255 00
255 00
0
0
0
0
0
200 01 0
402 00 1
00 000000
00 000001
00 000002
00 000003
00 000004
00 000005
00 000002
00 000040
00 000002
02 010556'
04 000000
00 003233'
04 000001
00 000010
00 003233'
04 000006
00 003212'
00 006040'
00 000000
00 000000
04 000007
00 000001
04 000010
00 003221 '
00 006040'
00 000000
00 000000
04 000011
00 000001
;This subroutine checks to see if any connection blocks should be removed
.•because of a virtual circuit going away or a ctp disconnect command. If there
;are, this cblk is made available along with any rblks that are connected to
;this cblk.
RMCBLK
;(12)
RMCBLA:
GO DISINT
PUT ACO
PUT AC1
PUT AC2
PUT AC3
PUT AC4 ^
PUT AC5
SETOM AC2
MOVEl AC3,CBLSTE
AOS AC2
MOVE AC4,CBLST(AC2)
SKIPN CID(AC4)
JRST RMCBLC
MOVE AC1,CBSTS(AC4)
TLNN AC1,(VCG0NE)
JRST RMCBLC
.-Disable the interrupt system
;Save ac's
;Init index pointer
.-Get size of cblst
; Increment index
:Get cblk address
;Is this cblk already available?
;Yes. look for another
.-Get connection block status
.•Virtual circuit gone?
;No, keep looking
;Unmap any buffers from sea that are mapped to this cblk.
RMCBLG:
SKIPN
JRST
GO
JFCL
JFCL
MOVE
SETZM
SKIPN
JRST
GO
JFCL
JFCL
MOVE
SETZM
AC1.BFSCA1(AC4)
RMCBLG
RMVBUF
AC1,BUFF1(AC4)
aACi
AC1.BFSCA2(AC4)
RMCBLH
RMVBUF
AC1,BUFF2(AC4)
aACi
A buffer mapped?
No. continue
Unmap this buffer
Good return
Error return
Get buffer(bufx) address
Make it available
A buffer mapped?
No. continue
Unmap this buffer
Good return
Error return
Get buffer(bufx) address
Make it available
1
DFCIC
DFCIC1
2A19
2A20
2A21
2422
2423
2424
2425
2426
2427
2428
2429
2430
2431
2432
2433
2434
2435
2436
2437
2438
2439
2440
2441
2442
2443
2444
2445
2446
2447
2448
2449
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 61
MAC 27-Aug-85 08:25 Subroutines
SEQ 0124
003221 • 550 01 0 04 000002
003222* 332 00 0 00 000001
003223' 260 17 0 00 003112'
003224' 550 01 0 04 000003
003225' 332 00 0 00 000001
003226' 260 17 0 00 003112*
003227' 201 01 0 00 000012
003230' 402 00 1 00 000004
003231 ' 350 00 0 00 000004
003232' 367 01 0 00 003230'
003233'
003234'
003235'
003236'
003237'
003240'
003241 •
367
262
262
262
262
262
262
03
17
17
17
17
17
17
0
0
0
0
0
0
0
00
00
00
00
00
00
00
003174'
000005
000004
000003
000002
000001
000000
003242' 2o< 17 0 00 000000
;Get rid of this cblk and any rhblks connected to it.
;Remove the 1st rhbU, connected to this cblk, from the linked list.
RMCBLH: HRR2 AC1 ,REQ1 (AC4)
SKIPE AC1
GO RMH6LK
;Get the address of the 1st request
;Skip if there is no rhblk
.•Remove this rhblk from data structure
.•Remove the 2nd rblk. connected to this cblk. from the linked list.
RMCBLM: HRRZ AC1.REQ2(AC4)
SKIPE AC1
GO RMHBLK
.•Clear the cblk. making it available.
;Get the address of the 2nd request
.•Skip if there is no rhblk
.•Remove this rhblk from data structure
MOVE I
RMCBLB: SETZM
AOS
SOJG
RMCBLC: SOJG
GET
GET
GET
GET
GET
GET
;(12) GO
RTN
ACI.CBKLEN
aAC4
AC4
AC1. RMCBLB
AC3.RMCBLA
AC5
AC4
AC3
AC2
AC1
ACO
ENAINT
;Get length of cblk
.•Clear tnis location
;Inc to next location
;Do it all
.•Keep looking for unwanted cblks
.•Restore ac's
.•Enable the interrupt system
.•Return
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 62
DFCIC1 MAC 27-Aug-85 08:25 bubroutines
SEQ 0125
2450
2451
2452
2453
2454
2455
2456
2457
2458
2459
2460
2461
2462
2463
2464
2465
2466
2467
2468
2469
2470
2471
2472
2473
2474
2475
2476
2477
2478
;6et an available dma buffer. . , . .....
;This routine sees if any dma buffers(bufx) are available to use.
;If there is, ad will have the cblk address.
;Call: .. l.
Go bufav ;call this routine .,.,,,.
* tl ;Ac1 now has the available buffer
I ;Ac1 will be = to 0 if none are available
003243'
003244'
003245'
003246'
003247'
003250'
003251 '
003252'
003253'
003254'
003255'
003256'
17
17
17
261
261
261
402 00
476 00
201 03
350 00
200 04
332 00
367 03
332 00
200 01
0
0
0
0
0
0
0
0
1
0
0
0
00
00
00
00
00
00
00
02
00
00
00
00
000002
000003
000004
000001
000002
000040
000002
261000
000004
003251 '
000003
000004
BUFAV: PUT AC2
PUT AC3
PUT AC4
SETZM AC1
SETOM AC2
MOVEI AC3,BUFSTE
BUFAA: AOS AC2
MOVE AC4,BUFLST(AC2)
SKIPE aAC4
S0J6 AC3,BUFAA
SKIPE AC3
HOVE AC1,AC4
;Save ac's
Zero out
I nit index pointer
Get size of buflst
Increment index
Get bufx address
Is this bufx available?
No, keep looking
Have we finished looking?
No, get bufx
;The address of the available bufx is now in ad. If ad = 0 no bufx are avail
003257' 262 17 0 00 000004
00326C' 262 17 0 00 000003
003261' 262 17 0 00 000002
003262' 263 17 0 00 000000
GET
GET
GET
RTN
AC4
AC3
AC2
.-Restore acs
.-Return
•1
] "i'»'"w*«linii*iftpinii w*m
DFCIC
DFC1C1
2479
2A80
2A81
2482
2483
2484
2485
2486
2487
2488
2489
2490
2491
2492
2493
2494
2495
2496
2497
2498
2499
2500
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 63
MAC 27-Aug-85 08:25 Subroutines
SEQ 0126
;This subroutine disconnects all 3rd party connect ions (to a responder) if there
.-aren't any connections open to a controller, ctp states that if there isn t
.-any connections open to a controller all 3rd party connections should oe
.-disconnected. We also make all the rhblk's that were queued up at connect
.-time available by clearing the first word in all the rhblk s.
003263'
003264'
003265'
003266'
003267'
003270'
003271 •
003272'
003273'
003274 '
003275'
003276'
003277*
003300'
003301 '
261
261
261
261
261
17
17
17
17
17
476 00
201 00
350 00
200 04
336 00
254 00
200 01
607 01
254 00
367 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
03
04
00
04
00
00
00
000000
KIL3RD:
PUT
000001
PUT
000002
PUT
000003
PUT
000004
PUT
000003
SETOM
000040
MOVE I
000003
KIL3RA:
AOS
010556'
MOVE
000000
SKIPN
003301 '
JRST
000001
MOVE
200000
TLNN
00];331 '
JRST
003272'
KIL3RB:
SOJG
ACO
AC1
AC2
AC3
AC4
AC3
ACO^CBLSTE
AC3
AC4.CBLST(AC3)
CID(AC4)
KIL3RB
AC1.CBSTS(AC4)
AC1. (THIRD)
KIL3RX
AC0.KIL3RA
.-Save ac's
Init index pointer
Get size of cblst
Increment index
Get cblk address
Do we hav/e a connection open?
No. keep lookina for one
Get connection Block status
Is this a 3rd party connection?
No. a connection is open to a cntrlr
Yes. this one doesn't count
r
DFCIC
DFC1C1
2501
2502
2503
250A
2505
2506
2507
2508
2509
2510
2511
2512
2513
251A
2515
2516
2517
2518
2519
2520
2521
2522
2523
252A
2525
2526
2527
2528
2529
2530
2531
2532
2533
253A
2535
2536
2537
2538
2539
25A0
25A1
25A2
25A3
Cluster Test Protocoi n
MAC 27-Aug-85 08:25
I Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page
:25 Subroutines
65
SEQ 0127
003302'
003303'
00330A •
003305 •
003306'
003307*
003310'
00331 1 •
003312'
003313'
0033U'
003315'
003316'
003317'
003320'
402 00
515 02
332 00
A02 00
271 03
253 02
476 00
201 00
350 00
200 04
336 00
254 00
200 01
607 01
254 00
0 00 000003
0 00 777400
0 03 010616'
0 03 010616'
0 00 000004
0 00 003304'
0
0
0
0
0
0
0
0
0
00
00
00
03
04
00
04
00
00
000003
000040
000003
010556'
000000
003330'
000001
200000
003330'
00332 • ' 200 01 0 04 000000
003322' 201 02 0 00 000001
003323' 260 17 0 00 005314'
003324' 201 01 0 00 000012
003325' 402 00 1 00 000004
003326' 350 00 0 00 000004
003327' 367 01 0 00 003325'
003330'
003331 '
003332'
003333'
003334 •
003335'
003336'
367 00 0
262 17 0
262 17
262 17
262 17
262 17
263 17
00 003312'
00 000004
00 000003
00 000002
00 000001
00 000000
00 000000
;If we ^all through to here, U means there are no connections open to a
.•controller.
;First make bU the rhbU's available that were queued at connect time.
SETiM
HRLZI
KIL3RC: SKIPE
SETZM
ADD!
AOBJN
SETOH
MOVE I
KIL3RF: AOS
MOVE
SKIPN
JRST
MOVE
TLNN
JRST
AC3
AC2,-<C0UNT*RH8PER>
RH1(AC3)
RH1(AC3)
AC3,RH6LEN
AC2,KIL3RC
AC3
ACO,CBLSTE
AC3
AC4,C8LST(AC3)
CID(AC4)
KIL3RE
AC1,C8STS(AC4)
ACI.(THIRD)
ICIL3RE
;Clr ac
.•Negative count in left half
;This req hdr bU available?
:Ho, make it available
.'Increment to next req hdr blk
.•Check all the req. Blk's
;Init index pointer
;6et size of cblst
; Increment index
;Get cblk address
;Is this cblk already available?
;Yes, look for another
;6et connection block status
;Is this a 3rd party connection?
;No« keep looking
;Do a ctp "DISCONNECT" to this 3rd party responder.
MOVE AC1,CID(AC4)
POVEI AC2,MATCH
(j. DISCON
.•Clear the cblk. making it available.
MOVE I
KIL3RH: SETZM
AOS
SO J 6
KIL3RE: S0J6
KIL3RX: GET
GET
GET
GET
GET
RTN
ACKCBKLEN
aAC4
AC4
AC1,KIL3RH
AC0,KIL3RF
AC4
AC3
AC2
AC1
ACO
;6et cid in acl
;Get disconnect reason in ac2
;Do the disconnect
.•Get lenqth of cblk
.•Clear tFiis location
;lnc to next location
;Do it all
;Keep looking for unwanted cblks
.-Return
15
DFCIC
DFCIC1
25AA
25A5
25A6
25A7
25A8
25A9
2550
2551
2552
2553
255A
2555
2556
2557
2558
2559
2560
2561
2562
2563
256A
2565
2566
2567
2568
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 65
MAC 27-Aug-85 08:25 Subroutines
SEQ 0128
I.
003337*
0033A0'
003341 •
0033A2'
0033A3*
0033AA •
0033A5'
0033A6'
0033A7*
003350'
003351 •
003352 •
003353'
00335A •
003355*
003356*
003357*
003360*
003361 *
003362 *
003363*
261 17 0
261 17 0
261 17 0
200 02 0
201 01 0
135 00
202 00
271 00
137 00
201 00
260 17
260 17
255 00
661
621
16
16
200 01 0
202 16 0
0
0
0
0
0
0
0
0
0
0
262 17
262 17
262 17
263 17
00 000000
00 000001
00 000002
00 000276*
02 000003
00 000313*
00 000231 *
00 000100
00 000313*
00 000377
00 003A50*
CO 00A750*
00 000000
00 000002
00 000001
00 000276*
01 000002
00 000002
00 000001
00 000000
00 000000
;This subroutine sends back a status of "NOT IMPLEMENTED" .to the controller.
•We get here if an opcode is one that is "NOT IMPLEMENTED* by the responder.
c'Save the acs
;Get rblk address
;Get start of ctp address in ad
;Get opcode
; Store the original value
.•Change opcode from a req. To a res.
.-Store it
;255 = Ctp function not implemented
:Load status byte
.-Send not implemented
;Error return
.-Set the done bit
.•Clear the gobit
;Get the rhbU
; Store the status
; Return
NOT IMP: PUT
ACO
P'lT
AC1
PUT
AC2
MOVE
AC2.CUREXE
MOVE I
AC1.CTPPICT(AC2)
LDB
ACO.OPCO
MOVEM
ACO. OPCODE
ADD I
ACO.RESOFS
DPB
ACO.OPCO
MOVE I
ACO.NTnPL
GO
LDSTUS
GO
SENIMP
JFCL
TLO
CURSTS.(DONE)
T "»
CURSTS. (GOBIT)
f •
AC1.CUREXE
' '-A
CURSTS. STATUS(ACI)
Gci
AC2
GET
ACl
GET
ACO
RTN
f
16
DFCIC
DFCIC1
2569
2570
2571
2572
2573
257A
2575
2576
2577
2578
2579
2580
2581
2582
2583
258A
2585
2586
2587
2588
2589
2590
2591
2592
2593
2594
2595
2596
2597
2598
2599
2600
2601
2602
2603
2604
2605
2606
2607
2608
2609
2610
2611
2612
2613
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 66
MAC 27-Aug-85 08:25 Subroutines
SEO 0129
003364 •
003364 •
003365 •
003366'
003367'
003370'
003371 '
003372'
003373'
003374 '
003375 '
003376'
003377*
003400'
003401 '
261
17
261
17
400 00
200 01
200 02
201
01
135
01
200 02
137 01
242
01
136
01
262
17
262
17
263
17
0 00 000001
0 00 000002
0 00 000000
0 00 000276'
0 01 000003
0 02 000001
0 00 000321 '
0 00 261275
0 00 000002
0 00 777770
0 00 000002
0 00 000002
0 00 000001
0 00 000000
003402 '
003402 '
003403'
003404 '
003405 '
003406'
003407'
003410'
003411'
003412'
003413'
003414'
003415'
261 17 0
261 17 0
200 01 0
200 02 0
201 01 0
200 02 0
137 00 0
242 00
136 00
262 17
262 17
263 17
00 000001
00 000002
00 000276'
01 000003
02 000001
00 261276
00 000002
00 777770
00 000002
00 000002
00 000001
00 000000
;This routine is used to get either the repcount or actcount in its
; format. Get bytes 6 8 7 of the ctp packet, swap the 2 bytes around
;it right justified in acO.
intended
and place
;Call
6ETREP:
6ETACT:
Go getrep
♦1
PUT AC1
PUT AC2
SET2 ACO
MOVE AC1,CUREXE
MOVE AC2,CTPPICT(AC1)
MOVEI AC1J(AC2)
LDB ACKREPC
MOVE AC2. [POINT 8, ACO, 27]
DPB AC1,AC2
LSH AC1,-*D8
IDPB AC1,AC2
GET AC2
GET AC1
RTN
;call this routine
;AcO has the corrected
;Save ac's
.-Clear it
;Get rhblk
;Get rblk
;Get address to
;Get repount in
;Set up pointer
; Deposit 1st byte
;Shift right 1 byte
; Deposit 2nd byte
repcount or actcount
repcount
ad
word
; Store
;Call:
the repcount or actcount back in the ctp packet
•
Move
Go
♦ 1
STRREP:
STRACT: PUT
PUT
MOVE
MOVE
MOVE I
MOVE
DPB
LSH
IDPB
GET
GET
RTN
acO,Cn]
strrep
AC1
AC2
AC1,CUREXE
AC2,CTPPICT(AC1)
AC1J(AC2)
AC2, [POINT 8,(AC1),23]
AC0,AC2
AC0,-*D8
AC0,AC2
AC2
AC1
;n = repcount or actcount
;call this routine
.'Always
.-Save ac's
;Get rhblk
;Get rblk
;Get the repcount address
;Set up pointer
; Deposit 1st byte
;Get the 2nd byte in position
; Deposit 2nd byte
117
OFCIC
DFCIC1
2614
2615
2616
2617
2618
2619
2620
2621
2622
2623
2624
2625
2626
2627
2628
2629
2630
2631
2632
2633
2634
2635
2636
2637
2638
2639
2640
2641
2642
2643
2644
2645
2646
2647
2648
2649
2650
2651
2652
2653
2654
2655
2656
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 67
MAC 27-Aug-85 08:25 Subroutines
SEQ 0130
003416'
003417'
003420*
003421 •
003422*
003423'
003424'
'>03425'
J03426'
003427'
003430'
003431 '
003432 •
003433'
261 17 0
261 17 0
400 00 0
200 01 0
200 02 0
201 01 0
135 01 0
200 02 0
137 01 0
242 01
136 01
262 17
262 17
263 17
0
0
0
0
0
00 000001
00 000002
00 000000
00 000276'
01 000003
02 000003
00 000336'
00 261275
00 000002
00 77777^
00 000002
00 000002
00 000001
00 000000
003434 '
003435 '
003436'
003437'
003440'
003441'
003442'
003443'
00344^ •
003445'
003446'
003447'
261 17 0
261 17 0
200 01 0
200 02 0
201 01 0
200 02 0
137 00 0
242 00
136 00
262 17
262 17
263 17
0
0
0
0
0
00 000001
00 000002
00 000276'
01 000003
02 000003
00 261277
00 000002
00 77777^
00 000002
00 000002
00 00000'
00 000000
;This routine is used to get the genlength in its intended format.. Get bytes
;12 & 13 of the ctp packet, swap the 2 Bytes around and place it right
.•justified in acO.
;Call
•
*
Go
+1
GETGLN: PUT
PUT
SETZ
MOVE
MOVE
MOVE!
LD6
MOVE
DPB
LSH
I DPB
GET
GET
RTN
getgln
AC1
AC2
ACO
ACKCUREXE
AC2,CTPPICT(AC1)
AC1.3(AC2)
AC1,6ENL
AC2. [POINT 8. ACO, 27]
AC1,AC2
AC1,-'^D8
AC1,AC2
AC2
AC1
;call this routine
;AcO now has the corrected genlength
:Save ac's
.•Clear it
;Get rhblk
;Get rblk
;Get addresi to genlength word
;Get genlength in ad
;Set up pointer
; Deposit 1st byte
.•Shift right 1 byte
; Deposit 2nd byte
.•Store the genlength back in the ctp packet
; Move acO.Cn] ;n = genlength
; Go strgln ;call this routine
; "♦'I ;Always
STRGLN: PUT
PUT
MOVE
MOVE
MOVE I
MOVE
DPB
LSH
IDPB
:t
ofT
RTN
AC1
AC2
AC1,CUREXE
AC2,CTPPICT(AC1)
AC1.3(AC2)
AC2, [POINT 8.(AC^\7]
ArO,AC2
AC0.-*D8
ACC.AC2
AC2
ACl
.'Save ac's
;Get rhblk
;Get rblk
;Get the genlength address
;Set up pointer
; Deposit 1st byte
;Get th£ 2nd byte in position
.•Deposit 2nd byte
J
OFCIC
DFCIC1
2657
2658
2659
2660
2661
2662
2663
266A
2665
2666
2667
2668
2669
2670
2671
2672
2673
267A
2675
2676
Cluster Test Protocol Responder MACRO 3:538(1242) 11:18 27-Aug-85 Page 68
MAC 27-Aug-85 08:25 Subroutines
SEQ 0131
;This routine loads the value that is in acO into the ctp packet
Status byte field contained in the rblk.
;Call:
003450' 261 17 0 00 000000
003451' 261 17 0 00 000001
003452' 261 17 0 00 000002
003453' 200 01 0 00 000276'
003454' 200 02 0 01 000003
003455' 201 01 0 02 000001
003456' 137 00 0 00 000317'
003457' 262 17 0 00 000002
003460' 262 17 0 00 000001
003461' 262 17 0 00 000000
003462' 263 17 0 00 000000
LDSTUS:
Movei
acO,Cn]
Go
Idstus
♦1
PUT
ACO
PUT
AC1
PUT
AC2
MOVE
ACUCUREXE
MOVE
AC2,CTPPKT(AC1)
MOVEI
AC1J(AC2)
DPB
ACO, STAT
GET
AC2
GET
AC1
GET
ACO
RTN
;n = status value
;call this routine
; Always
.-Save ac's
;6et rhblk
;Get rblk
;6et status word address
;Load status byte
;Restore the ac's
"1
OFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 69
0FC1C1 MAC 27-Aug-85 08:25 Subroutines
1
SEQ 0132
2677
2678
2679
2680
2681
2682
2683
268A
2685
2686
2687
2688
2689
2690
2691
2692
2693
269A
2695
2696
2697
2698
2699
2700
2701
2702
2703
270A
2705
2706
2707
?708
2709
2710
2711
2712
2713
27U
rre
c.'17
2718
2719
2720
2721
2722
2121
272k
2725
272t
2727
272^
2729
2730
2731
003A63'
003A6A •
003A65 •
003A66'
003A67'
003A70'
003A71 •
003A72'
003A73'
003A7A •
003A75 •
003A76'
003A77'
003500*
003501 •
003502'
003503*
003504 *
003505 •
003506'
003507'
003510'
003511'
003512'
003513'
00351 A'
003515'
003516'
003517'
003520'
261
261
A02
200
137
2A2
136
2A2
136
2A2
136
202
262
262
263
17
17
00
03
00
00
00
00
00
00
00
??
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000002
000003
000002
261300
000003
777770
000003
777770
000003
777770
000003
000000
000003
000002
000000
;This routine changes a A 8 bit byte pdpll right justified word to a A 8 bit
•byte pdplO right justified word. ,.^ ,.^ ,.^ _,
ie'g. iByte 0 1 Byte II byte 2 1 byte 31 => ibyte 3 1 byte 2 1 byte II byte 01.
•
•This routine is entered with the word to be changed in acO.
;And exited with the changed word in acO right justified.
;Call:
9
Movei acO^Cn]
Go plltlO
+1
261 17 0 00 000002
PiUlO: PUT
261 17 0 00 000003
PUT
A02 00 0 00 000002
SETZM
200 03 0 00 261300
MOVE
137 00 0 00 000003
DPB
2A2 00 0 00 777770
LSH
136 00 0 00 00C003
I DPB
2A2 00 0 00 777770
LSH
136 00 0 00 000003
I DPB
2A2 00 0 00 777770
LSH
1316 00 0 00 000003
IDPB
202 02 0 00 000000
MOVEM
262 17 0 00 000003
GET
262 17 0 00 000002
GET
263 17 0 00 000000
RTN
AC2
AC3
AC2 ^ ^
AC3, [POINT 8,AC2jn
AC0,AC3
ACO, -10
AC0,AC3
ACO, -10
AC0,AC3
ACO, -10
AC0,AC3
AC2,AC0
AC3
AC2
n = pdpll word
call this routine
AcO has changed word
Save ac
Save ac
Set up pointer
Deposit 1st byte
Shift right 1 byte
Deposit 2nd byte
Shift right 1 byte
Deposit 3rd byte
Shift right 1 byte
Ath byte
number back to acO
Depos i t
Get new
Restore
Restore
Return
ac
ac
;This routine chariges a A 8 bit byte pdpIO right justified
•word to a A 8 bit byte pdpll right justified word.
ie.g. iByte 3lbyte 2lbyte 1 Ibyte 0! => Ibyte Olbyte.1 Ibyte 2lbyt
;This routine is entered with the word to be changed in acO.
;And exited with the changed word in acO right justified.
/Call:
e 31
•
P10T11
Movei acO,Cn]
Go plOtll
+1
PUT AC2
PUT AC3
SETZM AC2 ^ ,
MOVE AC3, [POINT 8,AC2J1]
DPB AC0,AC3
LSH ACO, -10
IDPB AC0,AC3
LSH AC0,~10
IDPB AC0,AC3
LSH ACO, -10
IDPB AC0,AC3
MOVEM AC2,AC0
GET AC3
GET AC2
RTN
n = pdpIO word
call this routine
AcO has changed word
Save
Sdve
ac
ac
Set up pointer
Deposit 1st byte
Shift right 1 byte
Deposit 2nd byte
Shift right 1 byte
Deposit 3rd byte
Shift right 1 byte
Deposit Ath byte
Get new number back to acO
Restore ac
Restore ac
Return
■^T
"1
)
DFCIC
DFC1C1
2732
2733
273A
2735
2736
2737
2738
2739
27A0
27A1
27A2
2743
27AA
27A5
2746
2747
2748
2749
2750
2751
2752
2753
2754
2755
2756
2757
2758
2759
2760
2761
2762
2763
2764
2765
2766
2767
luster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page
AC 27-Aug-85 08: 2 j Subroutines
C
MAC
70
SEQ 0133
003521 •
003522'
003523*
003524'
Ov'"S25'
005526'
003527'
003530'
003531 •
003532'
003533'
003534'
003535'
261
261
200
200
135
302
306
275
303
201
262
262
263
17
17
03
01
02
02
02
02
02
02
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
03
00
00
00
00
00
00
00
00
00
000001
000003
000276'
000003
000313'
000104
000105
000100
000020
000021
000003
000001
000000
003536' 200 01 0 00 000246'
003537' 350 00 0 00 000001
0035A0' 405 01 0 00 000077
003541' 202 01 0 CO 000246'
003542' 263 17 r 00 000000
.•Check if the request received in the rblk has a valid opcode (between 0-16)
;or an opcode of 68(message) or 69(datagram).
•Catl:
; Go opchk ;call this routine .
t +1 ;Ac2 has the opcode or index number
I ; 16 For a not implemented opcode.
OPCHK: PUT ACI
PUT AC3
MOVE AC3,CUREXE
MOVE AC1,CTPPICT(AC3)
LDB AC2,0PC0
CAIE AC2.*D68
CAIN AC2.*D69
SUBI AC2,RES0FS
CAILE AC2.MAX0PC
MOVEI AC2,MAX0PC+1
GET AC3
GET ACI
RTN
;Save ac's
.•Return
;This routine fetches a unique connect id. We don't have a problfn with
;retreiving the same number twice from this routine because these 6 bits are
.-only used as the high order bits in the cid that the monitor returns to us.
;Call:
GETCID:
Go
*1
MOVE
AOS
AND]
MOVEM
RTN
getcid
ACI.CIDLOC
ACI
ACI. 77
AC1.CIDL0C
;call this routine
;Ac1 has the new cid
;Get connect id location
.•Increment it
;6 Bits only I
.•Store it
r
DFCIC
DFCIC1
2768
2769
2770
2771
2772
2773
277A
2775
2776
2777
2778
2779
2780
2781
2782
2783
278A
2785
2786
2787
2788
2789
2790
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 71
MAC 27-Aug-85 08:25 Subroutines
SEQ 01 3A
;This routine changes the opcode field
; response.
;Call:
Go
♦1
0035A3*
00354A •
003545*
003546*
003547'
003550'
003551 •
003552'
003553'
003554'
003555'
003556'
003557'
003560'
003561 '
261
261
261
200
200
135
303
254
202
271
137
262
262
262
263
17
17
17
02
01
00
00
00
00
00
00
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
02
00
00
00
00
00
00
00
00
00
00
000000
000001
000002
000276'
000003
000313'
000020
003556'
000231 '
000100
000313'
000002
000001
000000
000000
CH60PC: PUT
PUT
PUT
HOVE
HOVE
LDB
CAILE
JRST
HOVEH
ADD!
DPB
CHGOPX: GET
GET
GET
RTN
chgopc
ACO
AC1
AC2
AC2,CUREXE
AC1,CTPPKT(AC2:)
AC0,OPCa
ACO^MAXOPC
CHGOPX
ACO, OPCODE
AC0,*D64
AC0,0PC0
AC2
AC1
ACO
in the ctp packet from a request to a
;caU this routine
;Always
:Save acs
;Get rblk address
.-Offset to the start of the ctp packet
;6et opcode
;lf this opcode is a
: Response get out
; Store it
.•Change opcode from a req. To a res.
; Store it
.•Restore acs
; Return
r
DFCIC
DFCIC1
2791
2792
2793
279A
2795
2796
2797
2798
2799
2800
2801
2802
2803
280A
2805
2806
2807
2808
2809
2810
2811
2812
2813
28U
2815
2816
Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 11
MAC 27-Aug-85 08:25 Subroutines
SEQ 0155
;6et the return path status for a node. Call this subroutine with the node
.•number of the node in acO. Call via "GO GPRS . The return path status wi
;be returned in acO.
II
003562'
003563'
00356A'
003565'
003566'
003567'
003570'
003571 '
003572'
003573'
00357A '
003575'
003576'
003577'
003600'
261
261
17
17
202
00
402
00
201
01
202
01
201
01
201
02
260
17
254 00
200 00
350 00
262
17
262
17
263
17
0 00 000002
0 00 000001
0 00 003602'
0 00 003603'
0 00 000003
0 00 003601 '
0 00 000036
0 OC 003601 '
0 00 004605'
0 00 003576'
0 00 003603'
0 17 lllllii
0 00 000001
0 00 000002
0 00 000000
003601' 000000 000003
003602' 000 00 0 00 000000
003603' 000 00 0 00 000000
GPRS: PUT AC2
PUT AC1
MOVEM ACO.GPRSB^.SQRPN
SETZM GPRSB^.SQRPS
MOVEI AC1..LBRPS
MOVEM AC\.SQLEN*GPRSB
MOVEI AC1..SSRPS
MOVEI AC2.6PRSB
GO DOSCS
JRST GPRS1
MOVE ACO.GPRSB+.SQRPS
AOS -li?)
GPRS1: GET ACI
GET AC2
RTN
;.SSRPS argument block
GPRSB: .LBRPS
Z
2
Save some acs
Put the node number in argument block
Zero the last returned path status
Load lenoth of block
Save it there
Function code
Argument block address
Do the SCS JSYS or UUO
If SCS fails
Get returned path status
Bump for good return
Restore acs
Return to the code that called this
Length of block
Node number
Path status
'1
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 73
DFC1C1 MAC 27-Aug-85 08:25 Subroutines
SEQ 0136
2817
2818
2819
2820
2821
2822
2823
2824
2825
2826
2827
2828
2829
2830
2831
2832
2833
2834
2835
2836
2837
2838
2839
2840
2841
2842
2843
2844
2845
2846
2847
2848
2849
2850
2851
2852
2853
2854
2855
2856
2857
2858
2859
003604' 261 17 0 00 000001
003605' 261 17 0 00 000002
003606' 261 17 0 00 000003
003607* 261 17 0 00 000004
003610' 336 00 0 00 000001
003611' 260 17 0 00 003056'
003612' 476 00 0 01 000000
003613' 202 02 0 01 000002
003614'
003615'
003616'
003617'
003620'
003621 '
003622'
2uJ 02 0
200 01 0
402 00 1
336 00
260 17
332 00
260 17
01 000003
00 000003
00 0000C2
00 000004
00 005370'
00 000004
00 005342'
003623' 262 17 0 00 000004
003624' 262 17 0 00 000003
003625' 262 17 0 00 000002
003626' 262 17 0 00 000001
003627' 263 17 0 00 000000
;This subroutine uses the supplied rhblk or finds an available rhbU.
;Then queues it for message reception or datagram reception and sets
;up the following in the rhblk.
;InterruDts are
Rhblk:
icall:
Move
Move
Move
$■
Move
1
Go
•
♦1
QUEUE :
PUT
PUT
PUT
PUT
;(12)
GO
SKIPN
GO
SETOM
MOVEM
;6et CI
d in ad
MOVE
MOVE
SETZM
SKIPN
GO
SKIPE
GO
;(12)
GO
GET
GET
GET
GET
RTN
off in this routine.
shut
-1
9
6,,Cblk
R6[k
acUCn]
ac2,Cm]
ac3«[v]
ac4«Cx]
queue
AC1
AC2
AC3
AC4
DISINT
AC1
RH8LKV
FLINK(ACI)
AC2,STATUS(AC1)
and rblk in ac2
AC2,CTPPKT(AC1)
AC1.AC3
aAC2
AC4
QBDGM
AC4
QBMSG
ENAINT
AC4
AC3
AC2
AC1
;make this block unavailable
;Leave the blink alone
;zero the status & store the
;this rblk was always here
cblk
;if n=address use this rhblk, if n=0 find an rhblk
;m = cblk
;v = cid
;x = to = queue dgm, -1 = queue msgJ
;call this routine
;Always
;Disable the interrupt system
;Did we get passed an rhblk to queue?
;No, get a request header block(rhblk)
;Make this rhblk not available
.-Store the cblk & clear the status in the rhblk
this one buffer,
;Get rblk address
.-Need the cid in ad
;0 to Rblk, just queue
; Queue a message?
.-Queue buffer for dgrm reception
.'Queue a message?
.-Queue buffer Tor message reception
.-Enable the interrupt system
DFCIC Cluster Test Protocol Responder MACRO 2538(1242) 11:18 27-Aug-85 Page 74
DFCIC1 MAC 27-Aug-85 08:25 Subroutines
SEQ 0137
2860
2861
2862
2863
2864
2865
2866
2867
2868
2869
2870
2871
2872
2873
2874
2875
2876
2877
2878
2879
2880
2881
2882
2883
2884
2885
;This subroutine requeues the rblk that has just completed its ctp function.
;It is requeued for either datagram or message reception.
;This routine is called during interrupt time only.
acLCn] ;n = finished rhblk
ac2,Cm] ;m = status. ,cblk
ac3,[x] ;x = cid
quebuf ;call this routine
;Always
Move
Move
Move
003630'
003631 •
003632'
003633'
003634*
003635'
003636'
003637'
003640'
003641 '
003642'
003643'
003644'
003645'
003646'
003647'
261
261
261
261
261
402
607
476
550
260
262
262
262
262
26?
263
17
17
17
17
17
00
02
00
02
17
17
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000000
000001
000002
000003
000004
000004
000020
000004
000002
003604 '
000004
000003
000002
000001
000000
000000
QUEBUF: PUT
PUT
PUT
PUT
PUT
SETZM
TLNN
SETOM
HRRZ
60
QUEBUX: GET
GET
GET
GET
GET
RTN
ACO
AC1
AC2
AC3
AC4
AC4
AC2,(DGM)
AC4
AC2,AC2
QUEUE
AC4
AC3
AC2
AC1
ACO
.-Clear datagram-message flag
:Uas this ctp packet received as a dgm?
;No. set flaa to gueue a msg buffer
.•Status. ,cblk to 0.,cblk
.'Requeue this buffer
5
!
DFCIC Cluster Test Protocol Responder MACRO 2538(1242) 11:18 27-Aug-85 Page 75
DFC1C1 MAC 27-Aug-85 08:25 Subroutines
SEQ 0138
2886
2887
2888
2889
2890
2891
2892
2893
289A
2895
2896
2897
2898
2899
2900
2901
2902
2903
2904
2905
2906
2907
2908
2909
2910
2911
2912
2913
2914
2915
2916
2917
2918
2919
2920
2921
2922
2923
2924
2925
2926
003650'
003651 •
003652'
003653'
003654'
003655'
003656'
003657'
003660'
003661 '
003662'
003663'
003664'
003665 •
003666'
261
261
261
261
261
402
476
201
350
200
200
60''
36 r
336
254
17
17
17
17
17
00
00
03
00
04
05
05
03
00
00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
02
04
00
00
00
00
000001
000002
000003
000004
000005
000001
000002
000040
000002
010556'
000001
200000
003660'
000003
003677'
003667'
003670'
003671 •
003672 '
003673'
003674 '
003675 '
003676'
003677'
003700'
003701 '
003702 •
003703'
003704 •
003705'
550 05
312 05
254
00
550 00
5:>J 05
312 00
254
254
350 00
262 17
262
262
262 17
262 17
263 "
0
0
0
0
0
0
0
0
0
0
0
0
0
0
17 0
00
00
17
17
04 000004
00 000232'
00 003664'
04 000005
00 000016
05 000005
00 003664'
00 003700'
17 iinii
00 000005
00 000004
00 000003
00 000002
00 000001
00 000000
;See if we have a 3rd party virtual
;Call:
Go chkvcs
+2
circuit open to this node already.
CHKVCS: PUT
PUT
PUT
PUT
PUT
SETZM
SETOM
MOVE I
CHKVCA: AOS
MOVE
MOVE
TLNN
CHKVCB: SOJG
SKlPN
JRST
AC1
AC2
AC3
AC4
AC5
ACl
AC2
AC3,CBLSTE
AC2
AC4,CBLST(AC2)
AC5,CBSTS(AC4)
AC5, (THIRD)
AC3, CHKVCA
AC3
CHKVCT
;call this routine ^. , ,, ^ ^ ,
;A vc already exists to this node(3rd party)
;No vc exits
;Save ac's
Zero out
Init index pointer
Get size of cblst
Increment index
Get cblk address
Get the cblk status word
Is this cblk a 3rd party connection?
No« keep looking
Have we checked the whole table?
Yes, no connection exists yet - +2 rtn
;This is
.•number.
a 3rd party connection. Now see if it is the same port and node
HRRZ
CAME
jnsT
HRRZ
HRRZ
CAME
JRST
JRST
CHKVCT: AOS
CHKVCX: GET
GET
GET
GET
GET
RTN
AC5,N0DE(AC4)
AC5,0THERN
CHKVCB
AC0A0CPRT(AC4)
AC5.CURSTS
AC0A0CPRT(AC5)
CHKVCB
CHKVCX
-5(P)
AC5
AC4
AC3
AC2
ACl
Node number to ac5
Is it the same node?
No, keep looking
Now get the port number
Get the "CONTROLLERS" port number
Is it on the same ci?
No, keep looking
Yes, a connection already exists
Take +2 rtn ~ no connection yet
Restore ac's
;Error return
DFCIC
DFCIC1
2927
2928
2929
2930
2931
2932
2933
293A
2935
2936
2937
2938
2939
29A0
29A1
29A2
29A3
29AA
29A5
29A6
2947
29A8
29A9
2950
2951
2952
2953
2954
2955
2956
2957
2958
2959
2960
2961
2962
2963
2964
2965
2966
2967
2968
2969
2970
2971
2972
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 76
MAC 27-Aug-85 08:25 Subroutines
SEQ 0139
003706'
003707'
003710'
00371 1 •
003712'
003713'
003714'
00371 5 •
003716'
003717'
003720'
003721 •
003722'
003723'
003724 '
003725'
003726'
261
261
261
261
261
261
261
261
476
201
350
200
336
254
200
607
254
17
17
17
17
17
17
17
17
00
03
00
04
00
00
01
01
00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
05
04
00
04
00
00
000000
000001
000002
000003
000004
000005
000006
000007
000005
000040
000005
010556'
000000
003773'
000001
100000
003773'
003727' 200 01 0 04 000000
003730' 260 17 0 00 005555'
003731' 201 01 0 00 005626'
003732' 200 00 0 01 000005
003733' 202 00 0 04 000004
003734 •
003735'
003736'
003737'
003740'
003741 '
003742'
200 01
402 00
260 17
255 00
201 01
200 00
202 00
0
0
0
0
0
0
0
04
00
00
00
00
01
04
000000
000002
005737'
000000
005767'
000023
000005
k* •
.-Whenever a connection is made, including 3rd .party connections, the ^QTINFO
;bit is set in the corresponding cblk by the interrupt routine. This bit being
;set causes this subroutine to store information in the cblk. increment an
.•entry in the spear table and do 3rd party set up. If third party, set the
;"C0NT" Bit in the rhblk that initiated the connection.
.-Call:
Go
^1
GETINF: PUT
PUT
GETINA:
PUT
PUT
PUT
PUT
PUT
PUT
SETOM
MOVE I
AOS
MOVE
SKIPN
JRST
MOVE
TLNN
JRST
getinf
ACO
AC1
AC2
AC3
AC4
AC5
AC6
AC7
AC5
AC3.CBLSTE
AC5
AC4.CBLST(AC5)
CID(AC4)
GETINB
AC1.CBSTS(AC4)
ACI.(GTINFO)
GETINB
.-call this
.-Always
;Sa\ie ac's
routine
;Init index pointer
;Get size of cblst
.•Increment index
.-Get cblk address
:Is this cblk available?
;Yes. look for another
;Get connection block rtatus
;Get information for this cblk?
;No. keep looking
;Get the remote node number and store it in the cblk.
MOVE AC1.CID(AC4)
GO STPCLL
MOVEI AC1.STPARG
MOVE AC0..SQSBI(AC1)
MOVEM ACO. NODE (AC4)
;Now get our port number.
MOVE
SETZM
GO
JFCL
MOVEI
MOVE
MOVEM
AC1.CID(AC4)
AC2
CONFIG
AC1.CNFARG
AC0..SQLPN(AC1)
AC0.L0CPRT(AC4)
;Get the cid in ad
.-Find the remote node # for this
.•Get address of argument block
.'Get it
;Node..O to cblk
Get the cid in ad
Don't use the node #
Find the port # for this cblk
Error - unlikely
Get add*^ss of argument block
Get it
;Port* to cblk
cblk
!
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 11
DFC1C1 MAC 27-Aug-85 08:25 Subroutines
SEQ ^y^^
2973
297A
2975
2976
2977
2978
2979
2980
2981
2982
2983
298A
2985
2986
2987
2988
2989
2990
2991
2992
2993
299A
2995
2996
2997
2998
2999
3000
3001
3002
3003
300A
3005
3006
3007
3008
3009
3010
3011
3012
3013
30U
3015
3016
3017
3018
3019
3020
3021
3022
003743' ll\ 00 0 00 000020
0037A4' 270 01 0 00 000000
0037A5' 200 00 0 00 261301
003746' 272 00 0 01 007341*
003747' 200 01 0 04 000001
003750' 621 01 0 00 100000
003751 ' 202 01 0 04 000001
003752' 607 01 0 00 200000
003753' 254 00 0 00 003773'
003754' 554 07 0 04 000000
003755' 242 07 0 00 777764
003756'
003757'
003760'
003761 '
003762'
003763'
003764 •
003765 '
003766'
003767'
003770'
003771 '
003772 •
003773'
003774 '
003775 '
003776'
003777'
004000'
004001 '
004002 '
004003'
004004 •
402 00 0
515 02 0
201 06 0
53 • 00 0
312 00 0
254 00 0
200 01 0
661 01 0
202 01 0
260 17 0
254 00 0
271 01 0
253 02 0
367 03 0
262 17 0
262 17 0
262 17 0
262 17 0
262 17 0
262 17 0
262 17 0
262 17 0
263 17 0
00 000001
00 777400
01 010616'
06 000000
00 000007
00 003771 '
06 000002
00 000200
06 000002
00 004301 '
00 003773'
00 000004
00 003760'
00 003720'
00 000007
00 000006
00 000005
00 000004
00 000003
00 000002
00 000001
00 000000
00 000000
; Increment the spear table for this connection.
IMULI ACO^SPOFST
ADD AC1,AC0
MOVE AC0,C1,J]
ADDM AC0,SPEART(AC1)
.-Clear the get information flag.
MOVE AC1,CBSTS(AC4)
TLZ AC1,(GTINF0)
MOVEM AC1,CBSTS(AC4)
;If this cbllc is 3rd party go on, if not look for another cblk that needs info,
; Create an index number
; For the spear table
.-Increment both halves
.-Increment * of connections on this node
.-Get connection block status
.-Reset the get information bit
;Set connection block status
TLNN AC1, (THIRD)
JRST GETINB
;3Rd party?
.-No. look for another cblk
.-Get the 6 left most bits of the cblk's cid so we can find the rhblk.
HLRZ AC7.CID(AC4)
LSH AC7.-*D12
.-Get the left half of the cid
.-Right justify the 6 bit cid
.-Now find the rhblk that was responsible for making this connection
.-And set its (cont) bit to flag that the connection was successful.
SETZM
HRL2I
GETIND: MOVE I
HLRZ
CAME
JRST
MOVE
TLO
MOVEM
GO
JRST
6ETINE: ADDI
A06JN
GETINB: SOJG
GETINX: GET
GET
GET
GET
GET
GET
GET
GET
RTN
AC1
AC2,-<C0UNT*RHBPER>
AC6,RH1(AC1)
AC0,FLINIC(AC6)
AC0,AC7
GETINE
AC1,STATUS(AC6)
AC1,(C0NT)
AC1,STATUS(AC6)
CANTIM
GETINB
AC1,RHBLEN
AC2, GETIND
AC3.GETINA
AC7
AC6
AC5
AC4
AC3
AC2
AC1
ACO
Clr ac
Negative count in left half
Get rhblk address
Get the 6 bit cid
Are the cid's equal?
No. keep looking
Get the status word
3Rd party connection was successful
Restore the status word
Cancel any timer interrupt
See if anymore cblks want info.
Increment to next req hdr blk
Have we checked all the reg. Blk's?
See if other cblks need info
Restore ac's
.-Return
L
r
128
DFCIC
DFCIC1
3023
302A
3025
3026
3027
3028
3029
3030
3031
3032
3033
303;
303^
3036
30^ r'
303o
3039
30AO
3041
3042
3043
3044
3045
3046
3047
3048
3049
3050
3051
3052
3053
3054
3055
3056
3057
3058
3059
3060
3061
Cluster ,est Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 78
MAC 27-Aug-85 08:25 Subroutines
SEO 0141
004005 •
004006'
004007'
004010'
00401 1 '
004012'
004013'
004014'
00401 5 '
004016'
004017*
004020'
004021 '
004022'
004023'
004024 '
004025'
004026'
004027'
004030'
004031'
004032'
336
263
261
261
261
261
?60
231
200
271
336
254
315
254
202
476
260
262
262
262
262
263
00
17
17
17
17
17
17
01
02
02
00
00
01
00
02
00
17
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000234 '
000000
000001
000002
000003
000004
004507'
135600
000254 '
000074
000217'
004023'
000002
004026'
00 000254'
00 000217'
00 004033'
00 000004
00 000003
00 000002
00 000001
00 000000
.-This
; Check
;nake
#
;Call
subroutine checks to see if we should make a spear entry
to see if we have waited the allotted time. If we have,
an entry into spear with the following information:
••TIME OF THIS ENTRY"
••PROGRAM NAME(DFCIC)^^
•VERSION NUMBER"
•7IME OF LAST ENTRV
••PORT NUMBER"
"NODE NUMBER"
•70TAL NUMBER OF CONNECTIONS"
"NUMBER OF CONNECTIONS SINCE LAST ENTRV
SPEAR:
SPEARA:
SPEARX
Go
♦ 1
SKIPN
RTN
PUT
PUT
PUT
PUT
GO
IDIVI
MOVE
ADD I
SKIPN
JRST
CAMGE
JRST
MOVEM
SETOM
GO
GET
GET
GET
GET
RTN
spear
MONTYP
AC1
AC2
AC3
AC4
UTIME
AC1,*D1000»60
AC2,TIMESP
AC2JIMELN
SPEARF
SPEARA
AC1,AC2
SPEARX
AC2/fIMESP
SPEARF
ENTER
AC4
AC3
AC2
AC1
;call this
.-Always
routine
;Skip if TOPS-orange
;TOPS-blue, return now
.Save some acs
;Get time in milliseconds
; Change ms to minutes
;Get the last time we did a spear entry
;Add time length (min)
.-Made any spear entries ?
; No, make the initial one at start up
.-Time to do another spear entry?
;No, don't do any spear entries this time
; Store the minutes for the next time
.-Mark that initial spear entry made
;Make a spear entry
.•Restore the acs
►129
DfCIC
DFCIC1
3062
3063
306A
3065
3066
3067
3068
3069
3070
3071
3072
3073
3074
3075
3076
3077
3078
3079
3080
3081
3082
3083
308A
3085
3086
3087
3088
3089
3090
3091
3092
3093
3094
Cluster Test Protocol Responder MACRO X53B(1242) 11:16 ^7-Aug-85 Page 79
MAC 27-Aug-85 08:25 Subroutines
SEQ 0142
004033* 261
004034' 261
004035* 261
004036' 261
004037' 261
004040' 261
004041' 261
17 0 00 000001
17 0 00 000002
17 0 00 000003
17 0 00 000004
17 0 00 000005
17 0 00 000006
1 /^ 0 00 000007
004042' 402 00 0 00 000002
004043' 515 03 0 00 777600
004044' 336 07 0 03 007341'
004045' 254 00 0 00 004060'
004046' 550 04 0 00 000003
004047' 231 04 0 00 000020
004050' 250 04 0 00 000005
004051' 201 01 0 02 007556'
004052' 137 05 0 00 000360'
004053' 201 01 0 02 007556'
004054' 137 04 0 00 000361'
004055' 350 00 0 00 000002
004056' 2v^ 07 0 0? 007556'
004057' 350 00 0 00 000002
004060' 253 03 0 00 004044'
;This is where we set up the syerr
ENTER:
PUT
PUT
PUT
PUT
PUT
PUT
PUT
AC1
AC2
AC3
AC4
AC5
AC6
AC7
jsys information.
;Sa^e some acs
;Get the number of entries made in
;Syerr table(sysert). Also get any
SETZM
HRLZI
ENTERC: SKIPN
JRST
ENTERD: HRRZ
IDIVI
EXCH
ENTERE: MOVE I
DPB
ENTER6: MOVE I
DPB
ENTREN: AOS
MOVEM
AOS
ENTERO: AOBJN
AC2
AC3,-SPEARE
AC7,SPEART(AC3)
ENTERO
AC4.AC3
AC4,SP0FST
AC4,AC5
AChSySE12*2(AC2)
AC5,SPRCIN
AC1,SYSE12*2(AC2)
AC4,SPRN0D
AC2
AC7,SYSE12^2(AC2)
AC2
AC3, ENTERC
the spear tableCspeart) and store it in the
other information required.
;]rit counter
;6et length of table
;Is this entry empty?
;Yes, keep looking
;6et the index register count
.•Calculate the node and port number
;Port# to ac5, node* to ac4
;Get the address for storage
.'Store the port # away
;6et the address for storage
.-Store the node # away
; Increment the count
.-Put this entry in the sys error table
.-Keep looking
1.
)130
DFCIC Cluster Test Protocol Responder MACRO );53B(1242) 11:18 27-Aug-85 Page 80
DFC1C1 MAC 27-Aug-85 08:25 Subroutines
SEQ 01A3
3095
3096
3097
3098
3099
3100
3101
3102
3103
3104
3105
3106
3107
3108
3109
3110
3111
3112
3113
3114
3115
3116
3117
3118
3119
3120
3121
3122
3123
3124
3125
3126
3127
3128
3129
3130
3131
3132
3133
3134
3135
3136
3137
3138
3139
3140
3141
3142
3143
3144
3145
3146
3147
004061 •
004062'
004063'
004064 •
004065 •
004066'
004067'
336 00
254 00
271
201
02
01
137 02
271 02
202 02
0
0
0
0
0
0
0
00
00
00
00
00
00
00
000002
004066
000002
007554'
000357'
00001 3
000255'
004070' 200 01 0 00 007546'
004071' 202 01 0 00 007555'
004072' 260 17 0 00 004537'
004073' 202 01 0 00 007546'
004074' 260 17 0 00 004111'
004075 '
00407*^'
004077'
004100'
004101'
004102'
004103'
0^^4104'
00^^05'
00410S*
004 10>'
004110'
C04ir'
004112'
004113'
004114'
004115'
004116'
004117'
004120'
004121'
00^.122'
00412^'
515
200
51?
2o<
262
262
262
262
262
262
262
263
336
263
261
261
201
200
104
320
262
262
263
02
01
01
02
17
17
17
17
17
17
17
17
00
17
17
17
CI
02
00
16
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
02
02
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
777600
007341 '
007341 •
004076'
000007
000006
000005
000004
000003
000002
00000)
000000
000234'
000000
000001
000002
007541 •
000255'
000527
004:21'
000002
000001
000000
;Ac2 has the number of entries made in the "SPEART" table.
SKJPN
JRST
ADD!
MOVE I
DPB
ENTERS: ADDI
MOVEM
AC2
ENTERS
AC2,2
AC1,SYSE12
AC2,SPRBLN
AC2,SYSHLF
AC2,SYSAC2
Skip if at least one entry exists
No entries exist
Add 2 for block type 12 ^
Get start of block type 12
Deposit the block length!
Add blocks 2 R 10 plus 4 header words.
Store it for when we use the "SYERR jsys
;Get the "DATE/TIME" of the last spear encry(block 2) and store it in block 12.
MOVE AC1,SYSE02^1
MOVEM AC1,SYSE12*1
;Get date/ time
; And store it
;Now store the "DATE/TIME" in block type 2(syse02^1).
GO DATETM
MOVEM ACnSYSE02^1
;Get the date/ time
; In ad and store it
;This is where we call the jsys "SYERR".
W SYSJYS ;Syerr jsys
.•Clear the "NUMBER OF CONNECTIONS SINCE LAST TIME"(right naif of table).
HRLZI
ENTERP: MOVE
HLLZM
A06JN
GET
GET
GET
GET
GET
GET
GET
RTN
AC2.-SPEARE
AC1,SPEART(AC2)
AC1.SPEART(AC2)
AC2, ENTERP
AC7
AC6
AC5
AC4
AC3
AC2
ACl
;Get length of table
;Get a spear table entry
;Clear the # of conn since last entry
.-Clear the right half of the table
.•Restore the acs
;This routine executes the
MONTVP
SYSJYS: SKIPN
RTN
PUT
PUT
MOVE I
MOVE
SYERRX
ERJMP
GET
GET
RTN
ACl
AC2
ACl.SYSERT
AC2.SY3AC2
.M
AC2
ACl
"SYERR" jsys for spear entries.
;Skip if orange
.-Blue system, do nothing
.-Save acs
.•Address of argument block
; Current length of th? argument block
.-Execute the jsys
.•Ignore error if any
.•Return
DFCIC
DFCIC2
3U8
31A9
3150
3151
3152
3153
31 5A
3155
3156
3157
3158
3159
3160
3161
3162
3163
31 6A
3165
Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 1
MAC 27-Aug-85 11:17 Subroutines
SEQ OKA
2:<GSC0TT. DFCIODFCIC2. MAC. U7 11
Add SSCBFX error code^ ..^^•,
2:<6SC0TT.DFCIC>DFCIC2.MAC.U2 21
Add output of arg block address^;
Z:<GSCOTT.DFC1C>DFCIC2.MAC.UO 23
Add the latest SCSUUO error codes
Z:<6SC0TT.DFCIC>DFCIC2.MAC.139 23
Try to catch those rare bad CPT
2:<GSCOTT.DFCIC>DFCIC2.MAC.138
Correct DIAG UUO call to use -n,,
Z:<GSC0TT.DFCIC>DFCIC2.MAC.137 2
Don't turn on ints until waiting
Z:<GSC0TT.DFCIC>DFC1C2.MAC.135 2
Turn off interrupts when processi
Z:<GSC0TT.DFC1C>DFCIC2.MAC.134 2
Output calling PC in DIAG UUO fai
Z:<6SC0TT.DFCIC>DFCIC2.MAC.129 2
Correct output of error number on
-Aug-85 11:17:39, Edit by GSCOTT
•Aug-85 08:24:19, Ed
n ERRSCS output rout
-Aug-85 15:13:58, Ed
-Aug-85 08:50
acket pointer
-Aug-85 18:53
loc in the AC
-Aug-85 18:23
for an int to
-AuQ-85 16:06
ng things to
-Aug-85 15:55
lures
-Aug-85 15:15
diag uuo fai
:11, Ed
by doi
:37, Ed
il1, Ed
happen
:43, Ed
do at I
:29, Ed
it by GSCOTT
ine
it by GSCOTT
it by GSCOTT
ng HRRZMs
it by GSCOTT
it by GSCOTT
it by GSCOTT
ower level
it by GSCOTT
:02, Edit by GSCOTT
lures.
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 2
DFC1C2 MAC 27-Aug-85 11:17 Subroutines
SEQ 0145
3166
3167
3168
3169
3170
3171
3172
3173
3174
3175
3176
3177
3178
3179
3180
3181
3182
3183
3184
3185
3186
3187
3188
3189
3190
3191
3192
3193
3194
004124*
004125'
004126'
004127'
004130'
004131'
004132'
004133'
004134'
004135'
004136'
004137'
004140'
004141'
004142'
004143'
004144'
004145'
004146'
261
17
261
17
261
17
261
17
200 01
200 03
200 02
200 04
303 04
275 04
200 03
260
17
334 00
350 00
262
17
262
17
262
17
262
17
263
17
0
0
0
0
0
0
0
0
00
00
00
00
16
00
03
00
0 00
0
0
0
0
0
0
0
0
0
0
00
04
00
00
17
00
00
00
00
00
000001
000002
000003
000004
000000
000276'
000003
000231 '
000020
000100
007317'
005506'
000000
7777H,
000004
000003
000002
000001
000000
SUBTTL Send CTP Response
;Send the ctp response
;This routine sets up the argument
;Call:
Go send
I ^2
SEND: PUT ACl
PUT AC2
PUT AC3
PUT AC4
MOVE AC1,(CURSTS)
MOVE AC3,CUREXE
MOVE AC2,CVPPICT(AC3)
MOVE AC4, OPCODE
CAILE AC4,MAX0PC
SUBI AC4,RES0FS
MOVE AC3,NMBYTS(AC4)
60 SENDMD
SKIPA
AOS -4(P)
SENDA: GET AC4
GET AC3
GET AC2
GET ACl
RTN
block for the scsX jsys monitor call.
;call this routine
;Error return
;Sucessful return
;Save the ac's
Get the "CID" of this connection S
Start of ctp
Request in
Get the opcode
Opcode a response opcode
Yes, make it a request opcode
Store length
Send a dgm or msg
Error, take +1 return
Make it a +2 return
Restore the ac's
;Thats it
.^
— .
1 f
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 3
DFCIC2 MAC 27-Aug-85 11:17 Send CTP Response
SEQ 0U6
3195
3196
3197
3198
3199
3200
3201
3202
3203
3204
3205
3206
3207
3208
3209
3210
3211
3212
3213
3214
3215
3216
3217
3218
3219
;Send the "GENERATE MESSAGE" or "GENERATE DATAGRAM" ctp response .
;This routine sets up the argument block for the scsX jsys monitor call.
•'Call- ^, ,, ^..
; Go sen04 ;call this routine
* -fl ; Error return
• 4-2 ;Sucessful return
004147*
004150'
004151'
004152'
004153'
004154'
004155'
004156'
004157'
004160'
004161'
004162'
004163'
004164'
004165'
004166'
004167'
261
17
261
17
261
17
261
17
200 01
200 03
200 02
200 03
271
03
260
17
334
00
350 00
262
17
262
!7
262
17
262
17
263
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
16
00
03
00
00
00
00
17
00
00
00
00
00
000001
000002
000003
000004
000000
000276'
000003
000226'
000016
005506'
000000
iiiim
000004
000003
000002
000001
000000
SEN04: PUT
PUT
PUT
PUT
MOVE
MOVE
MOVE
MOVE
ADD!
GO
SKIPA
AOS
SEN04C: GET
GET
GET
GET
RTN
AC1
AC2
AC3
AC4
AC1,(CURSTS)
AC3,CUREXE
AC2,CTPPKT(AC3)
AC3,GENLEN
AC3/D14
SENDMD
-4(P)
AC4
AC3
AC2
AC1
;Save the ac's
;Get the "CID" of this connection
.-Start of ctp
; Request in ac2
;Get the length of the message ^ ^. ,^
;Add # of bytes in packet up to image data field
;Send the response back
i^rroT , take ♦I return
.-Make it a ^l return
.•Restore the ac's
.-Thats it
OFCIC
DFCIC2
3220
3221
3222
3223
322A
3225
3226
3227
3228
3229
3230
3231
3232
3233
3234
3235
3236
3d37
3238
3239
3240
3241
3242
3243
3244
3245
3246
3247
3248
3249
3250
3251
3252
3253
3254
3255
3256
3257
3258
3259
3260
3261
3262
3263
3264
3265
3266
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 4
MAC 27-Aug-85 11:17 Timerut Routines
SUBTTL Timeout Routines
SEO 0147
004170'
004171*
004172'
004173*
004174*
004175*
004176*
004177*
004200*
004201 *
004202 *
004203*
261
261
261
261
261
200
200
201
135
202
322
621
17
17
17
17
17
01
02
01
00
00
00
16
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
01
02
00
00
00
00
000000
000001
000002
000003
000004
000276'
000003
000001
000316*
000242'
00421 5 '
000001
004204' 201 01 0 00 004352'
004205' 260 17 0 00 004250'
004206' 254 00 0 00 004212'
004207' 20^
004210' 2oJ
004211' 254
00 0 00 000000
17 0 00 003450'
00 0 00 004217'
004212' 201 00 0 00 000375
004213' 260 17 0 00 003450'
004214' 254 00 0 00 004216'
004215'
004216'
004217'
004220'
004221 '
004222 '
004223'
004224'
350
350
262
262
262
262
262
263
;This routine waits the amount of time stated in the deiay field of a ctp
.•request. This is done because we want to delay only the ctp request that has
;asked to be delayed and not any other outstanding ctp request.
;Call
9
•
•
EXDLY:
Go
♦1
exdly
♦2
♦3
PUT
ACO
PUT
AC1
PUT
AC2
PUT
AC3
PUT
AC4
MOVE
ACUCUREXE
MOVE
AC2,CTPPKT(AC1)
MOVE I
AC1J(AC2)
LDB
ACCDELA
MOVEM
ACO.DLYTIM
JUMPE
AC0,EXDLY2
TLZ
CURSTS.(G08IT)
MOVE I
ACUDLYGO
GO
SETTJM
JRST
EXDLV1
MOVE I
ACO,SUCCES
GO
LDSTUS
JRST
EXDLY4
;Here for errors
EXDLYI: MOVE! ACO.NORESO
GO LDSTUS
JRST EXDLY3
00 0 17 777771
EXDLY2:
AOS
-5(P)
00 0 17 777771
EXDLY3:
AOS
-5(P)
17 0 00 000004
EXDLY4:
GET
AC4
17 0 00 000003
GET
AC3
17 0 00 000002
GET
AC2
17 0 00 000001
GET
AC1
17 0 00 000000
GET
ACO
17 0 00 000000
RTN
call this routine
The delay has been started
Jsys failure
The delay byte was = 0(no delay)
;Save ac's
;6et rhbU
;Get rblk
;6et the delay byte word address
;Delay byte in acO
; Store the delay for dlytmr routine
;Delay = 0? Yes, take the -^3 return
;No, clear the go bit
;Load address of routine to call
;Set a timer interrupt from time ^T^ ACO
;6ive error status
;Zero the
; Status byte in the ctp packet
.-Take the "t-l return
;Send back "RESOURCE
;Load status byte in
;Take the ^2 return
,•'♦•3 Return
1^2 Return
.•Restore ac's
FAILURE*
the ctp
packet
c
DFCIC
DFC1C2
3267
3268
3269
3270
3271
3272
3273
327A
3275
3276
3277
3278
3279
3280
3281
3282
3283
3284
3285
3286
3287
3288
3289
3290
3291
3292
3293
3294
3295
3296
3297
3298
3299
3300
3301
3302
Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 5
MAC 27-Aug-85 11:17 Timeout Routines
SEQ 01A8
;This routine is used to wait for a connection response from a responder.^ This
.•routine waits a predetermined amount of time before setting the DVRDUt bit
;in the status word of the cblk.
;CdU:
004225'
004226'
004227'
004230'
004231 '
004232 '
004233'
004234'
261 17 0
261 17 0
261 17 0
201 00 0
201 01 0
621 16 0
260 17 0
254 00 0
60
♦1
♦2
00 000000
EXWAIf:
PUT
00 000001
PUT
00 000002
PUT
00 000170
MOVE I
00 004355'
MOVE I
00 000200
TLZ
00 004250'
GO
00 OOA240'
JRST
004235' 201 00 0 00 000000
004236' 260 17 0 00 003450'
004237' 254 00 0 00 004244'
004240' 201 00 0 00 000375
004241' 260 17 0 00 003450'
004242' 254 00 0 00 004243'
004243' 350 00 0 17 lllll'i
004244' 262 17 0 00 000002
004245' 262 17 0 00 000001
004246' 262 17 0 00 000000
004247' 263 17 0 00 000000
exwait
ACO
AC1
AC2
AC0,*D120
ACUWATOVR
CURSTS,(CONT)
SETTIM
EXUAil
;caU this routine
;The dela)< has been started
;Cfork failure
.•Save ac's
;yait 60 sec. (Each count = 500ms)
.'Load routine to call later
;Now clear the continue bit
;Set timer for that
.-Loser
;Load tha status byte with a successful code.
MOVE! AC0,SUCCES
GO LDSTUS
JRST EXWAI4
;This is the error routine
EXWAll: MOVEI
GO
JRST
EXWAI3: AOS
EXWAI4: GET
GET
GET
RTN
AC0,NORESO
LDSTUS
EXWAI3
-3(P)
AC2
AC1
ACO
.-Zero the
; Status byte in the ctp packet
;Take the +1 return
.-Send back "RESOURCE FAILURE"
;Load status byte in the ctp packet
.•"''ake the +2 return
1^2 Return
.•Restore ac's
"•"!
-^
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 6
DFCIC2 MAC 27-Aug-85 11:17 Timeout Routines
SEQ 0U9
3303
3304
3305
3306
3307
3308
3309
3310
3311
3312
3313
3314
3315
3316
3317
3318
3319
3320
3321
3322
3323
3324
3325
3326
3327
3328
3329
3330
3331
3332
3333
3334
3335
3336
3337
3338
3339
3340
3341
004250' 205 04 0 00 777740
004251* 336 GO 0 04 012616'
004252' 254 00 0 00 004255'
004253' 253 04 0 00 004251'
004254' 254 GO 0 00 261312
004255'
004256'
004257'
004260'
004261 '
004262'
004263'
004264'
004265'
004266'
004267'
004270'
004271 •
004272'
004273'
004274 '
200 02
202 02
202 01
260 17
221 00
270 01
202 01
0
0
0
0
0
0
0
336 00
254 00
200 02
200 01
201 03
ju'- 00
320 16
350 GO
263 17
0
0
0
0
0
0
0
0
0
00
04
04
00
00
00
04
00
00
00
00
00
00
00
17
00
000276'
012616'
012716'
004507'
000764
000000
012656'
000234 •
004275'
000000
261315
000000
000522
004274 '
000000
000000
004275' 661 GO 0 00 400000
004276' 047 GO 0 00 000203
004277' 263 17 0 00 000000
004300' 254 00 0 GO 004273'
.-Routine to cause a timer interrupt.
•Call:
MOVE
MOVE!
60
ACO,milliseconds to timer^interrupt
AC1, routine to call
SETTIM " '
SETTIM: MOVSI
SETTI7: SKIPN
JRST
AOBJN
CRASH
AC4, -COUNT
DLYADR(AC4)
SETTI6
AC4,SETTI7
(DBF, Delay block full)
Load -count,, 0
This slot in use?
Nope, use it
Loop for more
Oops
.-Found an entry. Store rhblk addr and time to wake up, then set timer
SETTI6: MOVE AC2,CUREXE
MOVEM AC2,DLYADR(AC4)
MOVEM AC1,DLYRTN(AC4)
60 UTIME
IMULI ACG,*D500
ADD AC1,AC0
MOVEM AC1,DLYUPT(AC4)
Load the current rhblk addr
Save it here
Save routine to call later
6et current uptime in milliseconds
Convert ctp counts to millisecs
6et time to wake this request
Save the delay time
;Now set the timer to interrupt us later and return
SETTI2:
SETT11:
SKIPN
JRST
MOVE
MOVE
MOVE I
TIMERX
ERJMP
AOS
RTN
TLO
PITMR.
RTN
JRST
MONTYP
SETTIl
AC2,AC0
AC1,C.FHSLF.,.TIMEL]
AC3,TIMCHN
.+2
(P)
ACG,(PS.TMS)
ACG,
SETTI2
;Skip if TOPS-orange
;TOPS-blue
;Copy time to AC2
;Load elapsed time till int in
.-Load channel to interrupt on
;Set the timer
;Non skip return
,-Skip return
.-Return to caller
.-Set milliseconds flag
;or CALLI AC, 203
.-Error return
.-Normal return
AC1
1
DFCIC Cluster Test Protocol Responder MACRO 5:53B(1?42) 11:18 27-Aug-85 Page 7
DFC1C2 MAC 27-Aug-85 11:17 Timeout Routines
SEQ 0150
3342
3343
3344
3345
3346
3347
3348
3349
3350
3351
3352
3353
3354
3355
3356
3357
3358
3359
3360
3361
3362
3363
3364
3365
3366
3367
3368
3369
3370
3371
3372
3373
3374
3375
3376
3377
3378
3379
3380
3381
3382
3383
3384
3385
3386
3387
3388
004301' 261 17 0 00 000001
004302' 261 17 0 00 000002
004303' 205 01 0 00 777740
004304' 200 02 0 00 000276'
004305' 316 02 0 01 012616'
004306' 402 00 0 01 012616'
004307' 253 01 0 00 004305'
004310' 262 17 0 00 000002
004311' 262 17 0 00 000001
004312' 263 17 0 00 000000
004313' 261 17 0 00 000001
004314' 261 17 0 00 000002
004315' 261 17 0 00 000003
004316' 261 17 0 00 000004
004317' 260 17 0 00 004337'
004320' 262 17 0 00 000004
004321' 262 17 0 00 000003
004322' 26? 17 0 00 000002
004323' 2oi 17 0 00 000001
004324' 047 00 0 00 000137
004325' 261 17 0 00 000001
004326' 261 17 0 00 000002
004327' 261 17 0 00 000003
004330' 261 17 0 00 000004
004331' 260 17 0 00 004337'
004332' 262 17
004333' 262 17
004334' 262 17
004335' 262 17
004336' 104 00
0 00 000004
0 00 000003
0 00 000002
0 00 000001
0 00 000136
.•Routine to cancel timer interrupt.
;Call: 60
CANTIM: PUT
PUT
CANTI1
MOVSI
MOVE
CAMN
SETZM
AOBJN
CANTIM
AC1
AC2
AC1, -COUNT
AC2,CUREXE
AC2,DLYADR(AC1)
DLYADR(ACI)
ACUCANTII
;Save some acs
;Load -count to look through table
;Load currently executing
.-Match?
;Yep cancel the request
;Loop for entire table
GET
GET
RTN
AC2
AC1
.•Restore the acs
.•Return with request cancelled
.•Routine to handle timer interrupts on TOPS-10
;Save AC1-AC4
TIMR10: PUT
PUT
PUT
PUT
GO
GET
GET
GET
GET
DEBRK.
AC1
AC2
AC3
AC4
TIMJNT
AC4
AC3
AC2
AC1
.•Routine to handle timer interrupt
TIMR20: PUT
PUT
PUT
PUT
GO
GET
GET
GET
GET
DEBRKX
AC1
AC2
AC3
AC4
TIMINT
AC4
AC3
AC2
AC1
;Look for timer interrupt service
.•Restore ac1-4
.•Dismiss interrupt
on TOPS-20
.•Save AC1-AC4
.-Look for timer interrupt service
.•Restore ac1-ac4
.•Dismiss interrupt
DFCIC
DFCIC2
3389
3390
7391
3392
3393
339A
3395
3396
3397
3398
3399
3400
3401
3402
3403
3404
3405
3406
3407
3408
3409
3410
3411
3412
3413
3414
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 8
MAC 27-Aug-85 11:17 Timeout Routines
SEQ 0151
.-Routine called at timer interrupt to set appropriate bits.
004337'
004340'
004341 •
004342'
004343'
004344'
004345'
004346'
004347'
004350'
004351 •
205 02
260 17
336 04
254 00
315 01
254 00
260 17
402 00
253 02
201 01
254 00
0
0
0
0
0
0
1
0
0
0
0
00
00
02
00
02
00
02
02
00
00
00
777740
004507'
012616'
004347'
012656'
004347'
012716'
012616'
004341 '
000004
004460'
TIMINT: MOVSI
60
TIMIN1: SKIPN
JRST
CAMGE
JRST
GO
SETZM
T1MIN7: AOBJN
MOVE I
JRST
;Set the go bit.
AC2, -COUNT
UTIME
AC4.DLYADR(AC2)
TIMIN7
AC1,DLYUPT(AC2)
TIMIN7
aDLYRTN(AC2)
DLYADR(AC2)
AC2.TIMIN1
ACI.TIOFFS
CWAT1
004352' 205 03 0 00 000001
004353' 436 03 0 04 000002
004354' 263 17 0 00 000000
004355' 205 03 0 00 000040
004356' 436 03 0 04 000002
004357' 263 17 0 00 000000
DLY60: MOVSI AC3.(G0BIT)
lORM AC3,STATUS(AC4)
RTN
;Set the overdue bit.
WATOVR: MOVSI AC3,(0VRDUE)
lORM AC3,STATUS(AC4)
RTN
Prepare to look through the table
Get uptime in AC1
Skip if somethina there
Notnina there, cFieck next one
Does tnis one need service?
Nope, not yet
Check this status
Clear that this one needs service
Loop for all of them
Load timer offset
Wakeup if needed and return
;Set the go bit
; In the rhblk status word
;Set the overdue bit
; In the rhblk status word
.-Retu'-n
139
DFCIC Cluster Test Protocol Responder MACRO Z53B(12A2) 11:18 27-Aug-85 Page 9
DFC1C2 MAC 27-Aug-85 11:17 Interrupt System
SEQ 0152
' \
3415
3416
3417
3418
3419
3420
3421
3422
3423
3424
3425
3426
3427
3428
3429
3430
3431
3432
3433
3434
3435
3436
3437
3438
3439
3440
3441
3442
3443
3444
3445
3446
3447
3448
3449
3450
3451
3452
3453
3454
3455
3456
3457
3458
3459
004360'
004361 •
004362'
004363'
004364'
004365'
004366'
004367'
004370'
004371 '
004372'
004373'
004374'
004375 •
004376'
004377'
004400'
004401 •
004402'
004403'
004404 •
004405 •
004406'
004407'
004410'
004411'
004412'
261
17
261
17
261
17
261
17
336 00
254 00
201
01
200 02
104 00
205 02
104 00
201
01
202 01
201
01
201
02
260 17
26C
17
254
00
201 01
047 01
254 00
200 01
047 01
254 00
200 01
254
01
00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
000004
000234 •
004402'
400000
261316
000125
760000
000131
000005
004420'
000020
004420'
004605 •
004633'
004413'
007307'
000135
261331
261337
000136
261355
261363
000136
261377
004413' 262 17 0 00 000004
004414' 262 17 0 00 000003
004415' 262 17 0 00 000002
004416' 262 17 0 00 000001
004417' 263 17 0 00 000000
004420' 000000 000005
004421' 000000 000001
004422' 000001 000002
004423' 000002 000003
004424' 000003 000004
000005
SUBTTL Interrupt System
;Set up the interrupt system.
IFPINT:
IFPINl
IFPIN5:
PUT
PUT
PUT
PUT
SKIPN
JRST
MOVE I
MOVE
SIRZ
MOVSI
AICX
MOVE I
MOVEM
MOVE I
MOVE I
GO
GO
JRST
MOVE I
PIINI.
CRASH
MOVE
PISYS.
CRASH
MOVE
PISYS.
CRASH
GET
GET
GET
GET
RTN
ACl
AC2
AC3
AC4
MONTYP
IFPINl
ACU.FHSLF
AC2,[LEVTAB,,CHNTABD
AC2,(0NCHNS)
ACUAICLEN
AC1,.SQLEN*AICAR6
ACU.SSAIC
AC2.AICARG
DOSCS
ERRSCS
IFPIN5
;Save the acs
Tops-20?
No, Tops-10
Current process
Interrupt tables
Set It up
Load channels to activate
Activate channels
Set up length of
the argument block
Function code
Address of argument block
Execute the isys
If error go here
Exit
Point to TOPS-10 Prog Int Vector
.Init that
system vector)
ACKPIVECT
ACl.
(CII. Can't set PI sysiem vetiur/
ACl,tPS.FAC!CEXP .PCSCS,<SCOFFS,,0>,03:
ACl, .'Enable the channel
(CAI-<Can't activate interrupts for SCS events>)
ACl.tPS.FAClCEXP .PCTMR,<TIOFFS..0>,0]]
ACl. .-Enable the channel
(CST.<Can't set interrupts for PITMR»
AC4
AC3
AC2
ACl
AICAR6: O..AICLEN
.SIDGA..D6MCHN
.SIMSA..MSGCHN
.SIDMA..DMACHN
.SIPAN..OTHCHN
AICLEN=.-AICAR6
.•Restore the acs
.•Return
.•Words processed., length of block
.-Channel for datagram available
.'Channel for message available
.-Channel for dma xfer complete
.'Channel for connection & error events
.-Length of "AICARG" block
^^o
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page
DFCIC2 MAC 27-Aug-85 11:17 Interrupt System
10
SEQ 0153
3A60
3A61
3462
3463
3464
3465
3466
3467
3468
3469
3470
3471
3472
3473
347A
3475
3476
3477
3478
3479
3480
3481
3482
3483
348A
3485
3486
3487
3488
3489
3490
3491
3492
3493
004425' 261 17 0 00 000001
004426' 336 00 0 00 00023V
004427' 254 00 0 00 004433'
004430' 201 01 0 00 400000
004431' 104 00 0 00 000130
004432' 254 00 0 00 004436'
004433' 205 01 0 00 200000
004434' 047 01 0 00 000136
004435' 254 00 0 00 261414
004436' 262 17 0 00 000001
004437' 263 17 0 00 000000
004440'
004441 '
004442'
004443'
004444 '
004445'
261 17
336 00
254 00
201 01
104 00
254 00
0 00 000001
0 00 000234'
0 00 004446'
0 00 400000
0 00 000126
0 00 004451'
004446' 205 01 0 00 100000
004447' 047 01 0 00 000136
004450' 23 00 0 00 261430
004451' 262 17 0 00 000001
004452' 263 17 0 00 000000
.-Disable the interrupt system. The interrupts are remembered and will take
.•effect when the interrupt system is reenabled.
DISINT: PUT
SKIPN
JRST
MOVE I
DIRX
JRST
D1SIN1: MOVSI
PISYS.
CRASH
DISIN2: GET
RTN
ACl
MONTYP
DISINl
AC1..FHSLF
DISIN2
.-Save ACl
;Skip if TOPS-orange
;TOPS-blue
.•Current process
.•Disable the interrupt system
.•Restore AC and return
ACl.(PS.FOF) ;Turn off the interrupt system
ACl. .-Click
(POF. Can't turn off PI system)
ACl
.•Restore the AC
.•And return
;Reenable the interrupt system.
ENAINT: PUT
SKIPN
JRST
MOVE I
EIRX
JRST
ENAIN1: MOVSI
PISYS.
CRASH
ENAIN2: GET
RTN
ACl
MONTYP
ENAINl
AC1..FHSLF
ENAIN2
ACl.(PS.FON)
ACl. . ^
(EON. Can't turn on PI system)
ACl
.•Save ACl
;Skip if TOPS-20
;T0PS-blue
.•Current process
.•Enable the interrupt system
.-Exit
;Load bit to enable the interrupts
;Turn on the PI system
.•Restore ACl
.•Return
)U1
DFCIC
DFC1C2
3A9A
3A95
3A96
3A97
3498
3499
3500
3501
3502
3503
3504
3505
3506
3507
3508
3509
3510
3511
3512
3513
3514
3515
3516
3517
3518
3519
3520
3521
3522
3523
3524
3525
3526
3527
3528
3529
3530
3531
3532
3533
3534
3535
Cluster Test Protocol Responder MACRO Z53B(1242) 11:18 27-Aug-85 Page 11
WAG 27-Aug-85 11:17 Interrupt System
SEO 0154
004453* 261 17 0 00 000001
004454' 201 01 0 00 000000
004455' 260 17 0 00 004460'
004456' 262 17 0 00 000001
004457' 263 17 0 00 000000
004460'
004461 •
004462'
004463'
004464 '
004465'
004466'
004467'
004470'
004471 '
004472'
004473'
004474'
004475'
004476'
004477'
004500'
004501 '
004502'
261 17
336 00
254 00
200 00
202 00
202 00
402 00
350 00
262 17
263 17
0
0
0
0
1
0
0
0
0
0
336 00
254 00
2u' 01
104 00
320 16
200 03
104 00
320 16
263 17
0
0
0
0
0
0
0
0
0
00
00
00
00
00
01
00
00
00
00
00
00
00
00
00
00
00
00
00
000000
000221 '
004467'
261433
007301 '
007310'
000221 '
000220'
000000
000000
000234 '
004503'
400000
000150
004477'
000002
000151
004502'
000000
004503' 201 01 0 00 000017
004504' 047 01 0 00 000060
004505' 254 00 0 00 261444
004506' 263 17 0 00 000000
.•Check to see if we are doing the yait in MAINLN. If so force a^return
) to WAINLN code by changing LEVTAB (TOPS-20) or PIVECT (TOPS-10). If not
.-doing a wait AOS INTFLG.
;Cwat for SCA traffic (TOPS-10 offset SCOFFS. TOPS-20 level 1)
CyATSC: PUT AC1
NOVEI AC1. SCOFFS
60 CWAT1
GET AC1
RTN
.'Save an AC
.-Load offset for SCS stuff
;Do the work
.•Restore the AC
.•Return
.•CWAT for level 1 (TOPS-20) or for PI vector offset in AC1 (TOPS-10).
CWAT1:
CWAT11
PUT <AC0>
SKIPN WAITF
JRST CWATll
MOVE AC0,C1B5^MAINLN3
MOVEM ACO.iLEVTAB
MOVEM AC0,PIVECT^.PSV0P(AC1)
SETZM WAITF
AOS INTFLG
GET <ACO>
RTN
jsys
Save an ac
Are we in the "UMV
No
Load user mode bit * new PC
Store it (oranoe)
Store it (blue)
Clear the wait jsys flag
Increment the interrupt count
Restore ac
Return to code that called this code
.•Enable capabilities for this job, only called at startup
ENABLE: SKIPN
JRST
MOVE I
RPCAPX
ERJMP
MOVE
EPCAPX
ERJMP
RTN
MONTYP
ENABLI
AC1..FHSLF
.♦1
AC3,AC2
.+1
Is this an orange monitor?
Nope, blue monitor
Process handle
Read capabilities
Ignore errors
Get capabilities to ac3
Now enable
Ignore errors
Return
ENABLI
MOVE I
LOCK
CRASH
RTN
ACI.LK.LLCILK.LNP.'LK.LNEILK.LLS ;Lock low segment cached
AC1, ;0r CALLI AC. 60
(CLJ, Cannot lock job) ;Punt
.•Return locked
r
o^^2
DFCIC
DFC1C2
3536
3537
3538
3539
3540
35A1
35A2
3543
3544
3545
3546
3547
3548
3549
3550
3551
3552
3553
3554
3555
3556
3557
3558
3559
3560
3561
3562
3563
3564
3565
3566
3567
3568
3569
3570
3571
3572
3573
3574
3575
3576
3577
3578
3579
Cluster Test Protocol Responder MACRO 5;53B(1242) 11:18 27-Aug-85 Page 12
MAC 27-Aug-85 11:17 Return Uptime/Time Of Day
SEQ 0155
004507'
004510*
00451 r
004512'
004513'
004514*
004515*
004516*
004517*
004520*
004521 *
004522*
004523*
004524*
004525*
004526*
004527*
004 53C*
004531 *
004532*
004533*
004534*
004535*
004536*
336 00 0 00 000234*
254 00 0 00 004515*
261 17 0 00 000002
104 00 0 00 000014
262 17 0 00 000002
263 17 0 00 000000
261 17 0
336 00 0
260 17 0
200 01 0
047 01 0
400 01 0
221 01 0
230 01 0
262 17 0
263 17 0
00 000002
00 000235*
00 004527*
00 261447
00 000041
00 000000
00 001750
00 000235*
00 000002
00 000000
200 01
047 01
400 01
603 01
334 01
201 01
2ui 01
263 17
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
261450
000041
000000
004000
261451
000074
000235*
000000
004537* 336 00 0 00 000234*
004540* 254 00 0 00 004543*
004541* 104 00 0 00 000227
004542* 263 17 0 00 000000
004543* 200 01 0 00 261452
004544* 047 01 0 00 000041
004543* 400 01 0 00 000000
004546* 263 17 0 00 000000
SUBTTL Return Uptime/Time Of Day
.-Routine to return the number of milliseconds of uptime in AC1.
;Call: 60 UTIME
UTIME: SKIPN MONTYP
JRST UTIM1
PUT AC2
TIMEX
GET AC2
RTN
UTIM1: PUT AC2
SKIPN CYCL60
60 6ETTI2
MOVE ACUXCNSUP]
6ETTA8 ACK
SETZ AC1,
ACI.'^DIOOO
AC1,CYCL60
AC2
IMULI
IDIV
6ET
RTN
6ETTI2: MOVE ACUCXCNSTSD
6ETTAB AC1.
SETZ AC1,
TLNE
SKI PA
MOVE I
MOVEM
RTN
AC1,(1B6)
AC1.C*D50]
AC1.*D60
AC1,CYCL60
Skip if TOPS-20
TOPS-10
Save AC2
6et the uptime in ms
Restore AC2
Return
Save AC2
Computed 60HZ flag yet?
No, get it now
System uptime in jiffies XCNSUP
or CALLI AC1,41
not likely it will fail
convert to milli-jiff ies
Convert to milli-seconds
Restore the AC
Return
Load XCNSTS system flags
or CALLI AC1,41
should not execute this, assume 60
Is STICYC set for 50Hz?
Yes, this must be Europe mon ami
No, this is anywhere else
Set divisor
and return
;This routine gets the date/time and returns it in ad.
DATETM: SKIPN MONTYP
JRST DATET1
6TADZ
RTN
DATET1: MOVE AC1,[XCNDTM]
6ETTAB AC1,
SETZ AC I,
RTN
.•Skip if TOPS-20
.•TOPS- 10
;6et Time And Day
.•Return
.-Load gettab universal date-time
;0r CALLI AC, 41
;ErrorI
.•Return with date/time in AC1
0U3
DFCIC
DFCIC2
3580
3581
3582
3583
358A
3585
3586
3587
3588
3589
3590
3591
3592
3593
3594
3595
3596
3597
3598
3599
3600
3601
3602
3603
3604
3605
3606
3607
3608
3609
3610
3611
3612
3613
3614
3615
3616
3617
3618
3619
3620
3621
3622
3623
3624
3625
3626
3627
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 13
MAC 27-Aug-85 11:17 Print Message Subroutines
SUBTTL Print Message Subroutines
.-Here to print a CRLF on terminal, smashed AC1
SEQ 0156
004547*
004547' 561 01 0 00 261051
004550' 332 00 0 00 000234'
004551* 104 00 0 00 000076
004552' 336 00 0 00 000234'
004553' 051 03 0 01 000000
004554' 263 17 0 00 000000
004555'
004556'
004557'
004560'
004561 '
004562'
004563'
004564'
004565'
004566'
004567'
004570'
004571 '
004572'
004573'
004574'
004575'
004576'
004577'
004600'
004601 '
004602'
004603'
004604 •
336 00
254 00
201
201
01
03
104 00
320 16
263 17
33: 00
254 00
201 01
201 03
104 00
320 16
263 17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
334 01
201 01
231 02
0
0
0
0
0
0
0
0
0
263 17 0
271
261
03
17
332 00
260 17
262 17
051 01
00 000234'
00 004573'
00 000101
00 000010
CO 000224
00 004563'
00 000000
00 000234'
00 004574'
00 000101
00 000012
00 000224
00 004572'
00 000000
00 261453
00 000012
01 OOCOOO
00 ^00060
00 000003
00 000002
00 004575'
00 000002
00 000002
00 000000
PRINTC: HRROl
ACUCASCIZ/
.-Here to print a message from AC1
;Call: HRROI
GO
PRINTT: SKIPE
PSOUTX
SKIPN
OUTSTR
RTN
ACUCASCIZ/text/]
PRINTT
MONTYP
MONTYP
(AC1)
;Here to print octal number in AC2
PRINTO: SKIPN
JRST
MOVE I
MOVE!
NOUTX
ERJMP
RTN
MONTYP
PRINT1
ACK.PRIOU
AC3,*D8
;Here to print decimal number in AC2,
PRINTD: SKIPN
JRST
MOVEl
MOVE I
NOUTX
ERJMP
RTN
PRINT1: SKIPA
PRINT2: MOVEl
PRINT3: IDIVI
ADD!
PUT
SKIPE
60
GET
OUTCHR
RTN
MONTYP
PRINT2
ACK.PRIOU
AC3,*D10
ACKCDEC 8]
ACUDEC 10
AC2.(AC1)
AC3/'0"
AC3
AC2
PRINT3
AC2
AC2
;Load crlf and fall thru
; Print message
;Skip if TOPS-10
; TOPS-20
;Skip if TOPS-20
; TOPS-10
; Return
;Skip if orange system
;Blue system
.-Output designator
; Print in octal
; Print function
; Ignore error
.•Return
Skip if orange system
Blue system
Output designator
Print in decimal
Print function
Ignore error
Return
Here for octal output
Here for decimal output
Get a diait
Convert to ASCII
Saje the remainder
skip if all done
Not done, loop for all digits
Get the remainder
Print a digit
Return
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page U
DFCIC2 MAC 27-Aug-85 11:17 Perform SCS JSYS/UUO
SEQ 0157
3628
3629
3630
3631
3632
3633
363A
3635
3636
3637
3638
3639
3640
36 A 1
3642
3643
3644
3645
3646
3647
3648
3649
3650
3651
3652
3653
3654
3655
3656
3657
3658
3659
3660
3661
3662
3663
3664
3665
3666
3667
3668
3669
3670
004605' 124
004606' 250
004607' 552
004610' 250
004611' 336
004612' 254
01 0 00 000240'
01 0 17 000000
01 0 00 000236'
01 0 17 000000
00 0 00 000234'
00 0 00 004623'
004613' 104 00 0 00 000622
004614' 320 16 0 00 00461:^'
004615' 350 00 0 17 000000
004616' 263 17 0 00 000000
004617' 201 01 0 00 400000
004620' 104 00 0 00 000012
004621' 552 02 0 00 000237'
004622' 263 17 0 00 000000
004623'
004624 '
004625'
004626'
004627'
004630'
004631 '
004632'
504 01 0
202 01 0
200 01 0
047 01 0
304 00 0
350 00 0
202 01 0
263 17 0
02 000000
02 000000
00 000002
00 000213
00 000000
17 000000
00 000237'
00 000000
SUBTTL Perform SCS JSYS/UUO
Here to do the appropriate SCS JSYS or UUO.
Call: MOVEI AC1, function
MOVEI AC2,argblk
GO DOSCS
error return
normal return
;argblk: argument.block, length
DOSCS:
DMOVEM
EXCH
HRRZM
EXCH
SKIPN
JRST
ACI.SCSFCN
AC1,(P)
AC1,SCSCAL
ACK(P)
MONTYP
D0SCS1
;Sa\/e SCS function code,
;6et return PC, save S2
;Save calling PC
;Save return PC, get S2
;Skip if orange
;T0PS-10 SCS JSYS
arg block adr
;Here for TOPS-20. Everything is setup properly, just do the JSYS.
SCSZ
ERJMP
AOS
RTN
D0SCS2
(P)
D0SCS2: MOVEI AC1,.FHSLF
GETERZ
HRRZM AC2,SCSERC
RTN
;The JSYS
;Error, non skip return
;Skip return
;Return+2
;Load this fork handle
;Get last error code
; Store error code
;Return+1
;Here for TOPS-10. The SCS UUO wants length,, functiocode in the first word
; of the block were the SCS JSYS wants 0,, length. Swap the arguments around,
; Returns with error code in AC1 for decodeing by the ERRSCS routine.
D0SCS1:
HRL
AC1,(AC2)
MOVEM
AC1,(AC2)
MOVE
AC1,AC2
SCS.
AC1,
CAIA
AOS
(P)
MOVEM
AC1,SCSERC
RTN
;Get length,. ^unctioncode
;Save it back in the argument block
;Copy the address of the block
;The UUO
;Error return
;6ive skip return
;Save SCS error code
.•Return
5
DFCIC Cluster Test Protocol Responder MACRO Z53B(1242) 11 :18 27-Aug-85 Page 15
DFCIC2 MAC 27-Aug-85 11:17 Perform SCS JSYS/UUO
SEQ 0158
3671
3672
3673
3674
3675
3676
3677
3678
3679
3680
3681
3682
3683
3684
3685
3686
3687
3688
3689
3690
3691
3692
3693
3694
3695
3696
3697
3698
3699
3700
3701
3702
3703
3704
3705
3706
3707
3703
3709
3710
3711
3712
3713
3714
3715
004633'
004634'
004635 •
004636'
004637'
004640'
004641 '
004642'
004643'
004644'
004645'
004646'
004647'
004650'
004651 '
004652'
004653'
004654'
004654 '
004655'
004656'
004657'
004660'
004661 '
004662'
004663'
004664'
004665 '
004666'
004667'
004670'
336 00
254 00
561 01
104 00
260 17
254 00
051 03
200 02
260 17
051 03
200 01
205 02
554 03
302 01
253 02
550 02
051 03
0 00 000234'
0 00 004641 '
0 00 261454
0 00 000076
0 00 004676'
0 00 004654'
561
260
200
260
561
260
2uJ
260
561
260
370
260
260
01
17
02
17
01
17
02
17
01
17
02
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
02
03
00
02
02
00
00
00
00
00
00
00
00
00
00
00
00
00
261460
000237'
004555'
261464
000237'
777743
004712'
000000
004647'
004712'
000000
261465
004550'
000240'
004555'
261470
004550'
000241 •
004555'
261475
004550'
000236'
004555'
004547'
004671 • 332 00 0 00 000234 '
004672' 104 00 0 00 000170
004673' 336 00 0 00 000234'
004674' 047 01 0 00 000012
004675' 254 00 0 00 000362'
;SCS error routine. This routine
;SCSERC contains the error code.
ERRSCS: SKIPN' MONTYP
JRST ERRSCl
HRROI ACKCASCIZ/? SCS
PSOUTX
60 ERSTRT
JRST ERRSC4
is called to tell us what error happened.
;Skip if TOPS-20
;TOPS-10
JSYS error: /] ;Load initial label
; Print it
;Print the error code
; Continue below
ERRSCl: OUTSTR
MOVE
GO
OUTSTR
MOVE
MOVSI
ERRSC2: HLRZ
CAIE
A06JN
HRRZ
OUTSTR
ERRSC4: HRROI
Function /D
60
MOVE
60
HRROI
60
MOVE
60
HRROI
60
SOS
60
60
CASCIZ/? SCS UUO
AC2,SCSERC
PRINTO
CASCIZ/) /]
ACl.SCSERC
AC2, -ERRSCL
AC3,ERRSCT(AC2)
AC1,(AC3)
AC2,ERRSC2
AC2.ERRSCT(AC2)
(AC2)
error: (/] ;Print initial label
;Copy error number
.•Print that in octal
;End the error number
.•Restore error number
.-Load -ive length of table,. 0
.-Load error code
.•Match?
;Nope, loop
.-Load address of ASCIZ text
.-Print that and fall thru
AC1, CASCIZ/
;Load more text
PRINTT ;Print that function code
AC2,SCSFCN ;Load the function code
PRINTO .-Print that in octal please
ACl, CASCIZ/, argument block at /D
PRINTT .-Print label ...
AC2,SCSBLK ;Load addr of error block
PRIN'O .-Print addr ir, Octal
AC1. CASCIZ/. called from PC /] .-Print a label for the next bit
PRINTT .-Print that
AC2,SCSCAL ;6et pc-1 ,
PRINTO .-Print octal number
PRINTC .-Print CRLF
.-Here to halt the program
HALTP: SKIPE MONTYP
HALTFX
' SKIPN MONTYP
EXIT 1.
JRST START
.-Skip if T0PS-10
.-Stop orange
.-Skip if TCPS-20
.-Stop blue
;In case of a continue restart
DFCIC Cluster Test Protocol Responder MACRO 2538(1242) 11 :18 27-Aug-85 Page 16
DFCIC2 MAC 27-Aug-85 11:17 Perform SCS JSYS/UUO
SEQ 0159
3716
3717
3718
3719
3720
3721
3722
3723
372A
3725
3726
3727
3728
3729
3730
3731
3732
3733
373A
3735
3756
3737
3738
3739
3740
3741
3742
3743
3744
3745
3746
3747
3748
3749
3750
3751
3752
3753
3754
3755
3756
3757
3758
3759
3760
3761
3762
3763
3764
3765
3766
.-Here to print the last JSYS error
004676'
004677'
004700'
004701 •
004702 •
004703'
004704'
004705 '
201 01
200 02
505 02
402 00
104 00
320 17
320 17
263 17
00
00
00
00
00
00
00
00
000101
000237'
400000
000003
000011
004706'
004710'
000000
ERSTRT: MOVEI
HOVE
HRLI
SETZM
ERSTRX
ERCAL
ERCAL
RTN
AC1,.PRI0U
AC2,SCSERC
AC2,.KHSLF
AC3
PRINTA
PRINTS
.-Destination designator
;Load error code
;Get process handle
;Clr ac3
;Tell about error
.-Undefined error number return
;Erstr error
.-Return
004706' 561 01 0 00 261501
004707' 254 00 0 00 004550'
004710' 561 01 0 00 261506
004711' 254 00 0 00 004550'
004712'
004713'
004714'
00471 5 •
004716'
004717'
004720'
004721 •
004722'
004723'
004724'
004725'
004726'
004727'
004730'
004731 •
004732'
004733'
004734'
004735'
004736'
004737'
004740'
004741 '
004742'
004743'
004744'
004745'
004746'
004747'
OOCOOO
000001
000002
000003
000004
000005
000006
000007
000010
00O01 1
0u.>012
00001 3
000014
00001 5
000016
00001 7
U00020
000021
000022
000023
000024
000025
000026
000027
000030
000031
000032
000033
000034
mill
261511
261514
261521
261526
261535
261543
261550
261556
261564
261571
261574
261601
261605
261611
261621
261626
261634
261643
261650
261655
261661
261666
261672
261701
261705
261711
261721
261725
261733
261743
000035
PRINTA: HRROI ACl .CASCIZ/Undef ined error number/] .-Undefined number
JRST PRINTT .-Print that
PRINTBr HRROI ACl.CASCIZ/ERSTR error/J .-Other error type
JRST PRINTT .-Print that
.-Table of SCS UUO error codes
ERRSCT: XWD SSNPVX.CASCIZ/Not privileged/J
XUD SSIFCX.CASCIZ/Illegal function code/] ^
XUD SSARGX.CASCIZ/Bad argument list length/3
XUD SSACRX.CASCIZ/Address check reading arguments/]
XWD SSACSX.CASCIZ/Address check storing data/]
XUD SSCPNX.CASCIZ/CPU number out of range/] ^
XUD SSNPCX.CASCIZ/No CI port on specified CPU/]
XUD SSNNKX. CASCIZ/CPU's node number not known/]
XUD SSINNX. CASCIZ/Invalid CI node number/]
XUD SSr'^CX^CASCIZ/No free core/]
XUD SS/,\JX,CASCIZ/Virtual circuit not open/]
XUD SSICIX.CASCIZ/Invalid connect id/],
XUD SSRQEX.CASCIZ/Receive queue empty/] . ^^
XUD SSNBQX.CASCIZ/No buffer queued for packet reception/]
XUD SSRCFX.CASCIZ/Reject connection failed/] ,
XUD SSDCFX.CASCIZ/Disconnect connection failed/] ,
XUD SSNFBX.CASCIZ/No free buffers to send packet/]
XUD SSQBFX.CASCIZ/Queue buffers failed/],
XUD SSCBFX.CASCIZ/Cancel buffers failed/]
XUD SSPSFX. CASCIZ/Packet send failed/]
XUD SSDQEX.CASCIZ/Data entry queue empty/]
XUD SSEQEX.CASCIZ/Event queue empty/] , , , ,^
XUD SSCRBX.TASCIZ/Can't remove buffer from database/]
XUD SSCUBX.LASCIZ/Can't unmap buffer/],
XUD SSNSBX.CASCIZ/No such buffer name/]
XUD SSTMSX.CASCIZ/Too many buffer segment descriptors/]
XUD SSIDMX.CASCIZ/Illegal data mode/]
XUD SSSCPX.CASCIZ/Segment crosses page boundry/]
XUD SSSTLX.^ASCIZ/Segment too long (greater than 1 page)/]
XUD 777777. cASCIZ/Unknown error code/]
ERRSCL==.-ERRSCT-1 .-Number of erro.'s-l
J
DFCIC Cluster Test Protocol Responder MACRO 1538(1242) 11:18 27-Aug-85 Page 17
DFC1C2 MAC 27-Aug-85 11:17 Send Unimplemented Opcode
SEQ 0160
3767
3768
3769
3770
3771
3772
3773
377A
3775
3776
3777
3778
3779
3780
3781
3782
3783
3784
3785
3786
3787
3788
3789
3790
3791
3792
3793
3794
3795
3796
3797
3798
3799
3800
3801
3802
3803
3804
3805
3806
3807
3808
3809
3810
3811
3812
3813
3814
3815
3816
004750*
004751 •
004752'
004753'
004754'
004755'
004756'
004757'
004760'
004761 '
004762'
004763'
004764'
004765'
004766'
004767'
004770'
004771 '
004772'
004773'
004774'
004775'
004776'
004777'
005000'
005001 •
005002'
005003'
005004 '
005005 •
005006'
005007'
261
261
261
261
201
202
200
202
200
200
552
200
303
201
200
202
402
201
603
201
2u'
603
254
260
260
332
260
262
262
262
262
263
17
17
17
17
02
02
02
02
03
02
02
03
03
03
02
02
00
01
16
01
02
16
00
17
17
00
17
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
16
00
00
03
00
00
00
00
03
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
000004
000005
005010'
000000
00501 1 '
000276'
000003
005012'
000231 '
000020
000021
007317'
005013'
005014'
000006
000020
000004
005010'
000010
005001 '
004605 '
004633'
000216'
261761
000004
000003
000002
000001
000000
005010' 000000 000005
00501 1 • 000 00 0 00 000000
005012' 000 00 0 00 OOOuOO
005013' 000 00 0 00 000000
005014' 000 00 0 00 000000
SUBTTL Send Unimplemented Opcode
;We come here if we qet an unimplemented opcode. ^J^^is, routine sets .up the
.-argument block for the scsX jsys monitor call. The.flaa VCGONE is checked
;just before the jsys to see if the virtual circuit is still alive.
;Call
•
Go
♦ 1
SENIMP: PUT
PUT
PUT
PUT
MOVE I
MOVEM
MOVE
MOVEM
MOVE
MOVE
HRRZM
MOVE
CAILE
MOVE I
MOVE
MOVEM
SET2M
MOVE I
TLNE
MOVE I
MOVE I
TLNE
JRST
GO
GO
SENIMA: TRMSG
GET
GET
GET
GET
RTN
senimp
AC1
AC2
AC3
AC4
AC2,.LBSMG
AC2,.SQLEN^N0TMSG
AC2,(CURSTS)
AC2,.SQCID+N0TMS6
AC3,CUREXE
AC2,CTPP)CT(AC3)
AC2,.SQAPT*N0TMS6
AC3, OPCODE
AC3,MAX0PC
AC3,MAX0PC*1
AC2,NMBYTS(AC3)
AC2,.SQLPTiN0TMSG
.SOFLG+NOTMSG
ACU.SSSMG
CURSTS,(DGM)
ACK.SSSDG
AC2,N0TMSG
CURSTS, (VCGONE)
SENIMA
DOSCS
ERRSCS
(Send message or
AC4
AC3
AC2
AC1
;call this
; Always
routine
I
;Save the ac's
Length of argument block
Store length of argument block
Get the "CID" of tnis connection
Store it in the argument block.
Start of ctp
Request in
Argument block+2
Use opcode for indexing
If a valid request - skip
If not make value one more that max
Get the number of
Bytes in the argument block
Clear the flag word
Send a message
Did we receive this packet as
Yes, send a datagram
Address of argument block to ac2
Is this virtual circuit still around?
No, take the +1 return
Do the SCS JSYS
,If error go here
datagram - unimplemented opcode)
.-Restore the ac's
a dgm'
.-Send a message or datagram argument block
NOTMSG: 0...L8SMG
.-Processed words,, length of block
.-Connect id
.-Address of message(rblk)
.-Length of msg in 8 bit bytes
.•Flags., optional path spec
<*s
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 18
DFCIC2 MAC 27-Aug-85 11:17 Send No Resource
SEQ 0161
3817
3818
3819
3820
3821
3822
3823
3824
3825
3826
3827
3828
3829
3830
3831
3832
3833
383A
3835
3836
3837
3838
3839
3840
3841
3842
3843
3844
3845
3846
3847
3848
38^*>
3850
3851
3852
3853
3854
3855
3856
3857
3858
3859
3860
3861
3862
3863
3864
005015'
005016'
005017'
005020'
005021 '
005022'
005023'
005024'
005025'
005026'
005027'
005030'
005031 '
005032'
005033'
005034 '
005035'
005036'
005037'
005040'
261 17 0 00 000001
261 17 0 00 000002
261 17 0 00 000003
261 17 0 00 000004
201 04 0 00 000005
202 04 0 00 005050'
202 01 0 00 005051 '
552 02 0 00 005052'
200 04 0 00 000231 '
303 04 0 00 000020
201 04 0 00 000021
200 02 0 04 007317'
202 02 0 00 005053'
402 00 0 00 005054'
201 01 0 00 000006
332 00 0 00 000003
201 01 0 00 000004
201 02 0 00 005050'
260 17 0 00 004605'
2o.M7 0 00 004633'
00*^041' 332 00 0 00 000216'
0j5O/,2' 260 17 0 00 261777
005043' 262 17 0 00 000004
005044' 262 17 0 00 000003
005045' 262 17 0 00 000002
005046' 262 17 0 00 000001
005047' 263 17 0 00 000000
005C50' 000000 000005
005051' 000 00 0 00 000000
005052' 000 00 0 00 000000
005053' 000 00 0 00 000000
005054' 000 00 0 00 000000
SUBTTL Send No Resource
;This routine sends a "NO RESOURCE" status back to the controller.
;Ue come here only during interrupt time.
; ' Move ac1,[n] ;n=connect id
Move ac2,Cm] ;m=buffer name(rblk)
Move ac3,rv] ;v=variable(-1=dgm 0=msg)
Go sennrs ;caU this routine
♦I .-Always
SENNRS: PUT AC1
PUT AC2
PUT AC3
PUT AC4
MOVE! AC4..LBSMG
MOVEM AC4,.SQLEN+NRSARG
MOVEM ACU.SQCID+NRSARG
HRRZM AC2,.SQAPT^NRSARG
MOVE AC4, OPCODE
CAILE AC4.MAX0PC
MOVEI AC4,MAX0PC*1
MOVE AC2,NMBYTS(AC4)
MOVEM AC2,.SQLPT^NRSARG
SETZM .SQFLG+NRSARG
MOVEI ACn.SSSMG
SKIPE AC3
MOVEI AC1..SSSDG
MOVEI AC2,NRSARG
GO DOSCS
GO ERRSCS
;Save the ac's
Length of argument block
Store length of argument block
Svore the cid
Store the rblk address
Use opcode for indexing
If a valid request - sRip
If not make value one more that max
Get the number of
Bytes in the argument block
Clear the flag word
Send a message function code
Was this received as a datagram?
Yes. then send back as a datagram
Address of argument block to ac2
Do the SCS JSYS
If error go here
SENNRA: TRMSG (Send message or datagram - no resource)
GET
GET
GET
GET
RTN
AC4
AC3
AC2
AC1
;Send a message argument block (.SSSM6)
NRSARG:
0...L8SMG
Z
.•Processed words,, length of block
.•Connect id
.•Address of message(rblk)
.•Length of msg in 8 bit bytes
.•Flags,, optional path spec
r
49
DFCIC
DFC1C2
3865
3866
3867
3868
3869
3870
3871
3872
3873
387A
3875
3876
3877
3878
3879
3880
3881
3882
3883
388A
3885
3886
3887
3888
3889
3890
3891
3892
3893
389A
3895
3896
3897
3898
3899
3900
3901
3902
3903
390A
3905
3906
3907
Cluster Test Protocol Responder
MAC 27-Aug-85 11:17
005055'
005056'
005057'
005060'
005061 '
005062'
005063'
00506A'
005065'
005066'
005067'
005070'
005071 '
261
261
261
201
202
200
202
202
516
260
542
201
202
17
17
17
02
02
02
02
02
01
17
01
02
02
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
000002
000003
OOOOOA
000010
005126'
000300 '
005127'
005130'
005131'
003536'
005131'
00031 1 •
005132'
005072'
005073'
005074'
005075'
005076'
005077'
005100'
005101'
005102'
005103'
005104'
005105'
005106'
005107'
005110'
260 17 0
476 00 0
2uJ 02 0
202 02 0
202 02 0
260 17 0
476 00 0
200 02 0
202 02 0
202 02 0
260 17 0
476 00 0
200 02 0
202 02 0
402 00 0
00 003056'
01 000000
01 000003
00 005133'
00 000003
00 003056'
01 000000
01 000003
03 000000
00 000003
00 003056'
01 000000
01 000003
03 000000
02 000000
MACRO X53B(1242) 11:18 27-Aug-85 Page 19
Request Connection
SUBTIL Request Connection
;This routine requests a connection with another node on the ci
.-First we set up the argument block then execute the.scs jsys.
;3 Message buffers are queued with the connect function.
• * Move ac1,Cn] ;n=remote node#.
; Go conect ;call this routine
t ♦! ;Ac1 has the 6 bit cid
SEQ 0162
CONECT: PUT AC2
PUT AC3
PUT AC4
MOVEI AC2,.L8C0N
MOVEM AC2,.SQLEN+C0NARG
MOVE AC2,RSPNDR
MOVEM AC2,.SQSPN^'C0NARG
MOVEM AC2,.SQDPN^C0NARG
HRLZM AC1,.SQSYS+C0NARG
GO GETCID
HRRM ACU.SQSYS+CONARG
MOVEI AC2,C0NDAT
MOVEM AC2,.SQCDT^C0NARG
;Save the ac's
Length of argument block
Store length of argument block
Get the byte pointer of "CTPSRESPONDER"
Source process name
Destination process name
0,, Remote node* to remote node*,,0
Get a connect id
Store it
Get connection data word address
Store it in the argument block.
;Queue up 3 buffers for this connect function. , ^ ^^
;ln each buffer the 1st word is the address od the next buffer.
;The last buffer has 0 to signify the end of the link.
GO RHBLKV
SETOM FLINK(ACI)
MOVE AC2,CTPPKT(AC1)
MOVEM AC2,.SQAMC+C0NARG
MOVEM AC2,AC3
GO RHBLKV
SETOM FLINK(ACI)
MOVE AC2,CTPPKT(AC1)
MOVEM AC2,(AC3)
MOVEM AC2,AC3
GO RHBLKV
SETOM FLINK(ACI)
MOVE AC2,CTPPKT(AC1)
MOVEM AC2-(AC3)
SETZM (AC2)
Get an available rhblk
Make it "NOT AVAILABLE"
Get the corresponding rbx
Insert into the arq Block
1st rbx to ac3
Get an available rhblk
Make it 'TJOT AVAILABLE"
Get the corresponding rbx
Link this buffer
2Nt' rbx to ac3
Get an available rhblk
Make it "NOT AVAILABLE"
Get the corresponding rbx
Link this buffer
Now stop the linking
150
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 20
DFCIC2 MAC 27-Aug-85 11:17 Request Connection
SEQ 0163
3908
3909
3910
3911
3912
3913
3914
3915
3916
3917
3918
3919
3920
3921
3922
3923
392A
3925
3926
3927
3928
3929
3930
3931
3932
005111'
005112'
005113'
0051U'
005115'
005116'
005117'
005120'
005121'
005122'
005123'
005124'
005125'
005126'
005127'
005130'
005131'
005132'
005133'
005134'
005135'
402
402
201
201
260
260
550
332
260
262
262
262
263
00
00
01
02
17
17
01
00
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
005134'
005135'
000000
005126'
004605 '
004633'
005131'
000216'
262006
000004
000003
000002
000000
000000
000 00
000 00
000000
000000
000 00
000 00
000 00
000010
0 00 000000
0 00 000000
000000
000311'
0 00 000000
0 00 000000
0 00 000000
SETZM .SQADC+CONARG
SETZM .SQRCI+C0NAR6
MOVEI ACK.SSCON
MOVEI AC2,C0NARG
GO DOSCS
GO ERRSCS
HRRZ AC1,.SQSYS^C0NARG
TRMSG (Connect)
GET AC4
GET AC3
GET AC2
RTN
.-Connect (.SSCON) argument block
CONARG: 0,,.L8C0N
f
0,,0
CONDAT
Clear datagram buffer address
Clear previous returned cid
Connect function code
Address of argument block to ac2
Do the jsy*
If error go here
Get the 6 bit cid in ad
Trace message
Restore the ac's
;Thats it
.-Processed words,. length of block
;Byte ptr to source process name
.-Byte ptr to destination process name
.-Node* of dest..cid(6 bits)
.-Address to connection data
.-Address of message buffer chain(rbx)
.-Address of datagram buffer chain(rbx)
.-Returned connect id(cid)
151
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 21
DFC1C2 MAC 27-Aug-85 11:17 Listen for Controller
SEQ 01 6A
3933
393A
3935
3936
3937
3938
3939
39A0
39A1
3942
39A3
39AA
39A5
39A6
39A7
39A8
39A9
3950
3951
3952
3953
395A
3955
3956
3957
3958
3959
3960
3961
3962
3963
396A
3965
3966
3967
3968
3969
3970
3971
3972
3973
397A
3975
3976
3977
005136'
005137'
0051A0'
0051Ar
0051 A2'
0051A3*
0051 AA'
0051 A5'
005 1A6'
005 1A7'
005150'
005151'
005152'
005153'
0051 5A'
005155'
005156'
005157'
005160'
005161'
005162'
005163'
005 16A'
005165'
005166'
005167'
005170'
005171'
261
261
261
261
201
17 0
17 0
17 0
17 0
01 0
202 01 0
200 02 0
202 02 0
200 02 0
202 02 0
515 02 0
202 02 0
260 17 0
5A2 01
A02 00
201
201
01
02
260 17
260 17
0
0
0
0
0
0
200 01 0
20? 01 0
^^^ 00
260 17
262 17
262 17
262 17
262 17
263 17
00 000001
00 000002
00 000003
00 OOOOOA
00 000005
00 005172'
00 000300'
00 005173'
00 000277'
00 005 17A'
00 777777
00 005175'
00 003536'
00 005175'
00 005176'
00 000001
00 005172'
00 00A605'
00 00A633'
00 005176'
00 0002AA'
00 000216'
00 262020
00 OOOOOA
00 000003
00 000002
00 000001
00 000000
005172' 000000 000005
005173' 000 00 0 00 000000
0051 ^-t' 000 00 0 00 000000
005175' 000 00 0 00 000000
005176' 000 00 0 00 000000
SUBTIL Listen for Controller
.-This routine will listen for a controller in any system..
;First we set up the argument block then execute the.scsjsys.
;After the initialization code we come here only during interrupt time.
; Go listnc ;cdll this routine
• +1 .-Return here always
LISTNC:
PUT AC1
PUT AC2
PUT AC3
PUT ACA
MOVEI ACK.LBLIS
MOVEM AC1,.SQLEN*LICARG
MOVE AC2,RSPNDR
MOVEM AC2,.SQSPNHICARG
MOVE AC2,CNTRLR
MOVEM AC2,.SQDPNHICARG
HRLZl AC2.-1
MOVEM AC2,.SQSYS*LICARG
GO GETCID
HRRM AC1,.SQSYS*LICARG
SET2M .SQLCI^LICARG
MOVEI ACK.SSLIS
MOVEI AC2.LICARG
GO DOSCS
GO ERRSCS
MOVE ACU.SQLCHLICARG
MOVEM AC1.C0NIDC
TRMS6 (Listen for Controller)
.-Save the ac's
Get length of arg block
Store length of argument block
Get the addr of •'CTPSRESPONDER"
Store it in the araument block.
Listen for a controller
Store it in the argument block.
Listen for any system
Store it in the argument block.
Get a connect id
Store it
Clear previous returned cid
Listen function code
Address of argument block to ac2
Do the jsys
If error go here
Get the returned cid
Store it
GET ACA
GET AC3
GET AC2
GET AC1
RTN
.-Restore the ac's
.-Thats it
.-Listen (.SSLIS) for a controller argument block
LICARG: O...LBLIS
Z
.-Processed words,, length of block
.-Byte ptr to source process name
.-Byte ptr to destination process name
.-Node # of dest,.sysap field for cio
.-Returned connect id(cid)
1152
DFCIC
DFCIC2
3978
3979
3980
3981
398?
3983
398A
3985
3986
3987
3988
3989
3990
3991
3992
3993
3994
3995
3996
3997
3998
3999
4000
4001
4002
4003
4004
s005
4006
4007
4008
4009
4010
4011
4012
4013
4014
4015
4016
4017
4018
4019
4020
4021
4022
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 22
MAC 27-Aug-85 11:17 Listen for Responder
SUBTIL Listen for Responder
SEQ 0165
005177'
005200*
005201 •
005202'
005203*
005204'
005205'
005206'
005207'
005210'
005211'
005212'
005213'
005214'
005215'
005216'
005217'
005220'
005221 '
005222'
005223'
005224'
261
261
261
261
17
17
17
17
201 01
202 01
200 02
202 02
202 02
515 02
202 02
260 17
542 01
402 00
201 01
201 02
260 17
260 17
200 01
202 01
33? 00
2oJ 17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
000004
000005
005232'
000300'
005233'
005234 '
777777
005235'
003536'
005235'
005236'
000001
005232'
004605 '
004633'
005236'
000245'
000216'
262032
005225' 262 17 0 00 000004
005226' 262 17 0 00 000003
005227' 262 17 0 00 000002
005230' 262 17 0 00 000001
005231' 263 17 0 00 000000
005232* 000000 000005
005233' 000 00 0 00 000000
00523^' 000 00 0 00 000000
005235' 000 00 0 00 000000
005236' 000 00 0 00 000000
;This routine will listen for a responder in any system. .
.-First we set up the argument block then execute the.scsjsys.
.-After the initialization code we come here only during interrupt time.
• Call-* . . , . .c-
; Go listnr .-call this routine
I fl .-Return here always
LISTNR: PUT ACl
PUT AC2
PUT AC3
PUT AC4
MOVEI ACK.LBLIS
MOVEM ACK.SQLENHIRARG
MOVE AC2,RSPNDR
MOVEM AC2,.SQSPNUIRARG
MOVEM AC2,.SQDPN+LIRARG
HRL2I AC2,-1
MOVEM AC2..SQSYS*LIRARG
GO GETCID
HRRM AC1..SQSYS+L1RARG
SETZM .SQLCI^LIRARG
MOVEI AC1..SSLIS
MOVEI AC2,LIRARG
GO DOSCS
GO ERRSCS
MOVE AC1..SQLCI+LIRARG
MOVEM ACUCONIDR
TRMSG (Listen for Responder)
GET AC4
GET AC3
GET AC2
GET ACl
RTN
.-Save the ac's
Get length ^, ,
Store length of argument block
Get the byte ptr of •'CTPSRESPONDER"
Store it for src process name
Store it for dst process name
Listen for any system
Store it in the argument block.
Get a connect id
Store it in the argument block.
Clear previous returned cid
Listen function code
Address of argument block to ac2
Do the jsys
If error go here
Get the returned cid
Store it
.-Restore the ac's
.-Thats it
;Listen(.Sslis) for a responder argument block
LIRARG: O...LBLIS
I
I
2
2
.-Processed words,, length of block
;Byte ptr to source process name
.-Byte ptr to destination process name
.-Node # of dest,,S)fsap field for cio
.-Returned connect id(cid)
r
}153
DFCIC
DFC1C2
A023
4024
4025
4026
4027
4028
4029
4030
4031
4032
4033
4034
4035
4036
4037
4038
4039
4040
4041
4042
4043
4044
4045
4046
4047
4048
4049
4050
4051
4052
4053
4054
4055
4056
4057
4058
4059
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 23
MAC 27-Aug-85 11:17 Accept Connection
SUBTTL Accept Connection
SEQ 0166
005237'
005240'
005241 •
005242'
005243'
005244'
005245'
005246'
005247'
005250'
005251 '
005252'
005253'
005254'
005255'
261
261
261
261
201
202
202
201
202
201
201
260
260
332
260
17 0 00
17 0 00
17 0 00
17 0 00
02 0 00
02 0 00
01 0 00
02 0 00
02 0 00
01 0 00
02 0 00
17 0 00
17 0 00
00 0 00
17 0 00
000001
000002
000003
000004
000003
005263'
005264'
00031 1 '
005265'
000023
005263'
004605 '
004633'
000216'
262043
005256' 262 17 0 00 000004
005257' 262 17 0 00 000003
005260' 262 17 0 00 000002
005261' 26? 17 0 00 000001
005262' 2oi 17 0 00 000000
005263' 000000 000003
005264' 000 00 0 00 000000
005265' 000000 000311'
;This routine tells a remote node that we accept his request for a connection
.-First we set up the argument block then execute the scs jsys.
;We come here only during interrupt time.
•Call:
; Move ac1.Cn] ;n=connect id
I 6o accept ;call this routine
I -fl .-Return here always
ACCEPT: PUT ACI
PUT AC2
PUT AC3
PUT AC4
MOVE! AC2,.L8ACC
MOVEM AC2..SQLEN*ACCAR6
HOVEM ACK.SQCID+ACCARG
MOVE I AC2.C0NDAT
MOVEM AC2,.SQCDAtACCAR6
MOVEI ACK.SSACC
MOVEI AC2,ACCAR6
GO DOSCS
GO ERRSCS
TRMS6 (Accept Connection)
GET AC4
GET AC3
GET AC2
GET ACI
RTN
.•AcceptC.Ssac"^ argument block
ACCARG: O...LBACC
2
CONDAT
.-Save the ac's
Load length
Store length of argument block
Store the connect id
Get connection data word address
Store it in the argument block.
Accept function code
Address of argument block to ac2
Do the jsys
If error go here
.-Restore the ac's
;Thats it
.-Processed words., length of block
.'Connect id
;Ptr to connection data
01 5A
DFCIC
DFCIC2
4060
4061
4062
4063
4064
4065
4066
4067
4068
4069
4070
4071
4072
4073
4074
4075
4076
4077
4078
4079
4080
4081
4082
4083
4084
4085
4086
4087
4088
4089
4090
4091
4092
4093
4094
4095
4096
4097
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 24
MAC 27-Aug-85 11:17 Reject Connection
SUBTTL Reject Connection
SEO 0167
005266* 261 17 0 00 000001
005267' 261 17 0 00 000002
005270* 261 17 0 00 000003
005271' 261 17 0 00 000004
005272' 201 04 0 00 000003
005273' 202 04 0 00 005311'
005274' 202 01 0 00 005312'
005275' 202 02 0 00 005313'
005276' 201 01 0 00 000002
005277' 201 02 0 00 005311'
005300' 260 17 0 00 004605'
005301' 260 17 0 00 004633'
005302' 332 00 0 00 000216'
00530:' 260 17 0 00 262054
005304' 262
005305' 262
005306' 26?
005307' 2c J
005310' 263
17 0 00 000004
17 0 00 000003
17 0 00 000002
17 0 00 000001
17 0 00 000000
005311* 000000 000003
0053^2* 000 00 0 00 000000
005313* 000 00 0 00 000000
.-This routine tells a remote node that we reject his request for a connection
;First we set up the argument block then execute the scs jsys.
;ye come here only during interrupt time.
•Call:
Move ac1.Cn] ;n=connect id
Move ac2,Cm] ;m=reject reason
Go reject ;call this routine
♦t ; Return here always
REJECT: PUT
PUT
PUT
PUT
novEi
NOVEM
MOVEM
novEM
MOVE]
NOVEI
GO
GO
AC)
AC2
AC3
AC4
AC4..LBREJ
AC4,.S0LEN^REJARG
AC1,.S0CID*REJAR6
AC2..S0REJ*REJAR6
ACn.SSREJ
AC2.REJARG
OOSCS
ERRSCS
TRMS6 (Reject Connection)
GET
GET
GET
GET
RTN
AC4
AC3
AC2
AC1
.•Reject (.SSREJ) argument block
REJARG: 0,,.LBREJ
I
;Say/e the ac's
;Load length
.-Store length jf argument block
.•Store the connect id
.•Store the reject reason
.•Reject function code
.•Address or argunent block to
;The jsys
;If error go here
ac2
.•Restore the ac's
.•Thats U
.•Processed words,, length of block
.•Connect id
.•Reject reason
0155
DFCIC
DFCIC2
4098
A099
A100
4101
4102
4103
4104
4105
4106
4107
4108
4109
4110
4111
4112
4113
4114
4115
4116
4117
4118
4119
4120
4121
4122
4123
4124
4125
4126
4127
4128
4129
4130
4131
4132
4133
4134
Cluster Test Protocol Responder NACRO X53B(1242) 11:18 27-Aug-85 Page 25
MAC 27-Aug-85 11:17 Close Connection
SEQ 0168
005314'
005315*
005316'
005317*
005320'
005321 •
005322'
005323'
005324 •
005325'
005326'
005327'
261
261
261
261
201
202
202
202
201
201
260
260
17
17
17
17
04
04
01
02
01
02
17
17
0
0
0
0
0
0
0
0
0
0
0
0
;This routine
.-First we set
;Call:
1 Move
Move
; 6o
t ^
00 000001
DISCON: PUT
00 000002
PUT
00 000003
PUT
00 000004
PUT
00 000003
HOVE I
00 005337'
NOVEn
00 005340'
novEM
00 005341 '
NOVEM
00 000003
MOVE I
00 005337'
MOVEI
00 004605'
GO
00 004633'
GO
005330' 332 00 0 00 000216'
005331' 260 17 0 00 262064
005332' 262 17 0 00 000004
005333' 262 17 0 00 000003
005334' 262 17 0 00 000002
005335' 26? 17 0 00 000001
005336' 2oi 17 0 00 000000
005337' 000000 000003
005340' 000 00 0 00 000000
005341' 000 00 0 00 000000
SUBTTL Close Connection
closes a connection,
up the argument block
acl,[n]
ac2,[ni]
discon
ACl
AC2
AC3
AC4
AC4..LBDIS
AC4..SQLEN^DISARG
ACK.SQCID^DISARG
AC2..SQDIS+D1SARG
AC1..SSDIS
AC2«DISARG
DOSCS
ERRSCS
TRMSG (Disconnect)
then execute the scs jsys
;n= connect id
;m=disconnect reason
;call this routine
.-Return here always
.-Save the ac's
:Load length
.-Store length of argument block
; Store the connect id
.-Store the disconnect reason
.-Disconnect function code
.-Address of argunent block to ac2
.-The isys
;If error go here
GET
GET
GET
GET
RTN
AC4
AC3
AC2
ACl
.-Disconnect (.SSDIS) argument block
DISARG: 0...LBD1S
.-Restore the ac's
.-Thats it
I
.-Processed words,. length of block
.-Connect id
;Disconnect reason
J
DFCIC
DFCIC2
A135
4136
4137
4138
4139
4140
4141
4142
4143
4144
4145
4146
4147
4148
4149
4150
4151
4152
4153
4154
4155
4156
4157
4158
4159
4160
4161
4162
4163
4164
4165
4166
4167
4168
4169
4170
4171
4172
4173
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 26
MAC 27-Aug-85 11:17 Queue Message Buffer
SUBTTL Queue M'^Sbdge Buffer
SEQ 0169
005342'
005343*
005344 •
005345'
005346'
005347'
005350'
005351 '
005352"
005353'
005354'
005355'
005356'
005357'
005360'
005361 '
005362'
005363'
005364*
261
261
261
261
201
17
17
17
17
04
202 04
202 01
0
0
0
0
0
0
0
202 02 0
201 01 0
201 02 0
260 17 0
260 17 0
00 000001
00 000002
00 000003
00 000004
00 000003
00 005365'
00 005366'
00 005367'
00 000007
00 005365'
00 004605'
00 004633'
332
260
262
26?
2oi
262
26'.
00
17
17
17
17
17
17
0
0
0
0
0
0
0
00
00
00
00
00
00
00
000216'
262076
000004
000003
000002
000001
000000
005365' 000000 000003
005366' 000 00 0 00 JOOOOO
005367' 000 00 0 00 OOOCoO
;This routine first sets up the argument block then executes an scs
; "QUEUE A BUFFER FOR MESSAGE RECEPTION". ... ^ ,
;The interrupt system must be shut of before entering this routine and must
.•Enabled after execution of this subroutine.
;CALL
QBMSG :
Move ad.Cn]
Move ac2«Cm]
Go qbmsg
^1
PUT AC1
PUT AC2
PUT AC3
PUT AC4
MOVE] AC4..LBQRM
MOVEM AC4..SQLEN^QBMARG
MOVEM ACI^.SQCID^QBMARG
MOVEM AC2..SQAFBtQBMARG
MOVEI AC1,.SSQRM
MOVE! AC2.QBMARG
GO DOSCS
GO ERRSCS
TRMSG (Queue Message Buffer)
GET
GET
GET
GET
RTN
AC4
AC3
AC2
AC1
;n=connect id
;m=buffer name (rb Ik)
;call this routine
;Return here always
;Save the ac's
;Load length _ ,
;Store length of argument block
; Store connect id
; Store the buffer name
: Queue a buffer for datagrams func
.•Address of argument block to ac2
.•Execute the isys
;If error go here
.•Restore the ac's
code
;Thats it
.•queue a buffer for message reception(.Ssqrm) argument block
QBMARG: O...LBQRM
I
.•Processed words.. length of block
.•Connect id
.•Address of 1st buffer ^n chain
DfCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page
DFC1C2 MAC 27-Aug-85 11:17 Queue Datagram Buffer
21
SEQ 0170
41 7A
4175
4176
4177
4178
4179
4180
4181
4182
4183
4184
4185
4186
4187
4188
4189
4190
4191
4192
4193
4194
4195
4196
4197
4198
4199
4200
4201
4202
4203
4204
4205
4206
4207
4208
4209
4210
4211
4212
SUBTIL Queue Datagrai. Buffer
This routine first sets up the argument block then executes an scs
"QUEUE A BUFFER FOR DATAGRAM RECEPTION". ... ^ .
The interrupt system must be shut of before entering this routine and must
Enabled after execution of this subroutine.
Move ac1,[n] ;n=connect id
Move ac2,Cm] ;m=buffer name(rblk)
Go qbdgm ;call this routine
•fl ;Return here always
005370' 261 17 0 00 000001
00537V 261 17 0 00 000002
005372' 261 17 0 00 000003
005373' 261 17 0 00 000004
005374' 201 04 0 00 000003
005375' 202 04 0 00 005413'
005376' 202 01 0 00 005414'
005377' 202 02 0 00 005415'
005400' 201 01 0 00 000005
005^01' 201 02 0 00 005413'
005402' 260 17 0 00 004605'
005403' 260 17 0 00 004633'
005404' 332 00 0 00 000216'
005405' 260 17 0 00 262110
005406' 262 17 0 00 000004
0054C7' 26? 17 0 00 000003
005410' 2oi 17 0 00 000002
005411' 262 17 0 00 000001
005412' 263 17 0 00 000000
005413' 000000 000003
005414' 000 00 0 00 000000
005415' 000 00 0 00 000000
QBDGM:
PUT AC1
PUT AC2
PUT AC3
PUT AC4
MOVEI AC4,.LBQRD
MOVEM AC4,.SQLEN^QBDARG
MOVEM ACU.SQCID+QBDARG
MOVEM AC2,.SQAFB+QBDARG
MOVEI ACU.SSQRD
MOVEI AC2,QBDARG
GO DOSCS
GO ERRSCS
TRMSG (Queue Datagram Buffer)
;Save the ac's
•Load length
;Store length of argument block
; Store connect id
; Store the buffer name
;Queue a buffer for datagrams func code
.•Address of argument block to ac2
;Execute the isys
;if error go t\^t^
GET
GET
GET
GET
RTN
AC4
AC3
AC2
AC1
;Restore the ac's
;Thats it
.Queue a buffer for datagram reception(.Ssqrd) argument block
QBDARG: 0,..LBQRD
2
2
.•Processed words,. length of block
.•Connect id
.•Address of 1st buffer in chain
1
DFCIC Cluster Test Protocol Responder MACRO 2538(1242) 11:18 27-Aug-85 Page 28
DFC1C2 MAC 27-Aug-85 11:17 Recieve Message
SEQ 0171
A213
A2U
4215
4216
4217
4218
4219
4220
4221
4222
4223
4224
4225
4226
4227
4228
4229
4230
4231
4232
4233
4234
4235
4236
4237
4238
4239
4240
4241
4242
4243
4244
4245
4246
4247
4248
4249
4250
4251
4252
4253
4254
005416'
005417*
005420'
005421 •
005422'
005423'
005424 '
005425'
005426'
005427'
005430'
005431 '
005432'
005433'
005434'
005435'
261
261
261
261
201
17
17
17
17
01
202 01
476 00
402 00
402 00
402 00
201 01
201 02
260 17
254 00
334 00
402 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
000004
000005
005445'
005446'
005447'
005450'
005451 '
000013
005445'
004605 •
005435'
000000
005447'
005436' 332 00 0 00 000216'
005437' 260 17 0 00 262121
005440' 26? 17 0 00 000004
005441' 2oi 17 0 00 000003
005442' 262 17 0 00 000002
005443' 262 17 0 00 000001
005444' 263 17 0 00 000000
005445' 000000 000005
005446' 000 00 0 00 000000
005447' 000 00 0 00 000000
005450' 000 00 0 00 000000
005451 • 000 00 0 00 000000
SUBTIL Recieve Message
;Th1s routine returns message text taken off the wire for. your connection.
;First we set up the argument block then execute the scs jsys.
;We come here only during interrupt time.
s Qa rcvmsg ;call this routine
• If ; Return here always
RCVMSG: PUT
PUT
PUT
PUT
MOVEI
MOVEM
SETOM
SETZM
SET2M
SETZM
MOVEI
MOVEI
GO
JRST
SKI PA
RCVMSE: SETZM
AC1
AC2
AC3
AC4
ACU.LBRMG
ACU.SQLEN+RCMARG
.SQCID+RCMARG
.SQARB^RCMARG
.SQDFL+RCMARG
.SQLRP+RCMARG
ACU.SSRMG
AC2,RCMARG
DOSCS
RCVMSE
.SQARB+RCMARG
;Save the ac's
Store length of argument block
-1 = Get any msg found for this fork
Clear previous address buffer
Clear previous flags
Clear previous length of rtnd msg
Receive msg function code
Address of argument block to ac2
Execute the isys
If error go hereCno more messages)
Flag the error
TRMSG (Recieve Message)
GET
GET
GET
GET
RTN
AC4
AC3
AC2
AC1
.-Restore the ac's
;Thats it
.-Receive a message(.Ssrmg) argument block
RCMAR6: 0...LBRM6
.•Processed words.. length of block
; Returned - cid
.•Returned - address of buffer
.•Returned - flags.. remote node*
.•Length of returned message
r
r
DFCIC
DFC1C2
A255
A256
A257
A258
A259
4260
A261
A262
4263
4264
4265
4266
4267
4268
4269
4270
4271
4272
4273
4274
4275
4276
4277
4278
4279
4280
4281
4282
4283
4284
4285
4286
4287
4288
4289
4290
4291
4292
4293
4294
4295
4296
Cluster
MAC
St Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85
-Aug-85 11:17 Recieve Datagram
Test
27-Aug
Page 29
SEQ 0172
005452'
005453'
005454*
005455'
005456'
005457'
005460'
005461 '
005462'
005463*
005464'
005465 '
005466'
005467'
005470'
005471 '
261
261
261
261
201
17
17
17
17
01
202 01
476 00
402 00
402 00
402 00
201
201
01
02
260 17
254 00
334 00
402 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
000004
000005
005501 •
005502'
005503'
005504'
005505'
000022
005501 '
004605 '
005471 •
000000
005503'
005472' 332 00 0 00 000216'
005473' 260 17 0 00 262132
005474' 26? 17 0 00 000004
005475' 2oi 17 0 00 000003
005476' 262 17 0 00 000002
005477* 262 17 0 00 000001
005500' 263 17 0 00 000000
005501' 000000 000005
005502' 000 00 0 00 000000
005503' 000 00 0 00 000000
005504* 000 00 0 00 000000
005505' 000 00 0 00 000000
SUBTIL Recieve Datagram
;This routine returns datagram data
;First we set up the argument block
;We come here only during interrupt
;Call:
rcvdgm
*
RCVDGM: PUT
PUT
PUT
PUT
MOVE I
MOVEM
SETOM
SETZM
SETZM
SETZM
MOVE I
MOVE I
60
JRST
SKIPA
RCVDGE: SETZM
ACl
AC2
AC3
AC4
ACU.LBRDG
ACK.SQLEN^RCDARG
.SQCIDiRCDARG
.SQARB^RCDARG
.SODFL+RCDARG
.SQLRP+RCDARG
ACK.SSRDG
AC2,RCDARG
DOSCS
RCVDGE
.SQARB^RCDARG
taken off the wire for your
then execute the scs jsys.
time.
;call this routine
;Return here always
;Save the ac's
connection,
Load length ^ , ,
Store length of argument block
-1 = Get any msg found for this fork
Clear previous address buffer
Clear previous flags
Clear previous length of rtnd msg
Receive dgm function code
Address or argument block to ac2
Execute the isys
If error go hereCno more datagrams)
;Flag the error
TRMSG (Recieve Datagram)
GET
GET
GET
GET
RTN
AC4
AC3
AC2
ACl
.•Restore the ac's
;Thats it
.•Receive a message(.Ssrdg) argument block
RCDARG: 0...LBRD6
.•Processed words... length of block
.•Returned - cid
.•Returned - ec^dress of buffer
.•Returned - flags,. remote node*
.•Length of returned message
OFCIC Cluster Test Protocol Responder MACRO 3:538(1242) 11:18 27-Aug-85 Page 30
DFCIC2 MAC 27-Aug-85 11:17 Send Message or Datagram
SEQ 0173
4297
4298
4299
4300
4301
4302
4303
4304
4305
4306
4307
4308
4309
4310
4311
4312
4313
4314
4315
4316
4317
4318
4319
4320
4321
h322
4323
4324
4325
4326
4327
4328
4329
4330
4331
4332
4333
005506'
005507'
005510'
005511*
005512'
005513'
005514'
005515'
005516'
005517'
261
261
261
261
201
17
17
17
17
00
202 00
202 01
552 02
202 03
402 00
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
000004
000005
005550'
005551'
005552'
005553'
005554'
00552C' 201 01 0 00 000006
005521' 603 16 0 00 000020
005522' 201 01 0 00 000004
005523'
005524'
005525'
005526'
005527'
005530'
005531 '
0055^2'
201 02
6u< 16
254 00
200 03
302 03
306 03
336 00
254 00
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
005550'
000010
005543'
000231 •
000005
000004
000222'
005536'
*
#
»
SUBTTL Send Message or Datagram
This routine sends either a 'DATAGRAM" or 'MESSAGE". ,,
Set up the argunent block for the scsl jsys monitor call.
The flag 'VCGONE" is checked just before the jsys to see
If the virtual circuit is still alive.
Call:
Move
Move
Move
Go
♦ i
♦2
SENDMD: PUT
PUT
PUT
PUT
MOVE I
MOVEM
MOVEM
HRR2M
MOVEM
SET2M
MOVE I
TLNE
MOVE I
MOVE I
TLNE
JRST
MOVE
CAIE
CAIN
SKIPN
JRST
1,[nJ
2, Cm J
3,[x3
sendmd
AC1
AC2
AC3
AC4
AC0..LBSHG
AC0,.SQLEN^MSGD6M
ACU.SQCID^MSGDGM
AC2,.SQAPT^MSGDGM
AC3,.SQLPT^MSGDGM
.SOFLG^MSGDGM
ACU.SSSMG
CURSTS,(DGM)
ACK.SSSDG
AC2,MSGDGM
CURSTS,(VCGONE)
SENDMC
AC3, OPCODE
AC3,5
AC3,4
LASTF
SENDMA
;n=connect id ^, ^
;m=address of ctp packet(rblk)
;x=length in 8 bit bytes
;call this routine
;Error return
.-Successful return
;Save the ac's
Length
Store length of argument block
Store the cid in the argument block.
Store the start address
Store length of datagram
Clear the flags
Send a message
Did we receive this packet as a dgm?
Yes. send a datagram
Address of argument block to ac2
Is this virtual circuit still around?
No. take the ♦I return
Get the opcode
Are we doing the msg
Or dgm test?
Yes. IS this the last xfer?
No
._.. _ J
r—
r
ji
DFCIC
DFC1C2
433A
4335
4336
4337
4338
4339
4340
4341
4342
4343
4344
4345
4346
4347
4348
4349
4350
4351
4352
4353
4354
4355
4356
4357
4358
4359
4360
4361
4362
4363
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 31
MAC 27-Aug-85 11:17 Send Message or Datagram
SEQ 0174
repeat
0,<
TLN
MOVFI
MOVE
TD2
005533' 661 16 0 00 000002
005534* 200 03 0 00 000276*
005535* 202 16 0 03 000002
005536* 260 17 0 00 004605'
005537* 260 17 0 00 004633*
005540* 332 00 0 00 000216*
005541* 260 17 0 00 262145
005542* 350 00 0 17 VUm
005543* 262 17 0 00 000004
005544* 262 17 0 00 000003
005545* 262 17 0 00 000002
005546* 262 17 0 00 000001
005547* 263 17 0 00 000000
00555C* 000000 000005
005551* 000 00 0 00 000000
005552* 000 00 0 00 000000
005553* 000 00 0 00 000000
005554* 000 00 0 00 000000
>;end of repeat 0
CURSTS,(DGMSG)
AC13,CD6M^D6MS6]
AC3.CUREXE
AC13,STATUS(AC3)
TLO
MOVE
MOVEM
SENDMA: 60
GO
CURSTS,(D0NE)
AC3,CUREXE
CURSTS,STATUS(AC3)
DOSCS
ERRSCS
;C0.33 Confused..
;Did we receive this as a msg?
;Get the dgm and dgmsg bits
;Get the rhblk
;Yes, clr dgm and dgmsg bits
;Yes, set the done bit
;Get the rhblk
.•Store the status word
.-Execute the isys
;If error go here
TRMSG (Send Datagram or Message)
SENDMC :
AOS
GET
GET
GET
GET
RTN
-4(P)
AC4
AC 3
AC2
AC1
;Make it a -^2 return
.-Restore the ac*s
.-Thats it
.'Send a message or datagram argument block
MSGDGM:
0.,.LBSMG
Z
2
Z
Z
.-Processed words., length of block
.-Connect id
.-Address of message(rblk)
.-Length of msg in 8 bit bytes
.-Flags.. optional path spec
"\
62
DFCIC
DFC1C2
A364
A365
A366
4367
A368
4369
4370
4371
4372
4373
4374
4375
4376
4377
4378
4379
4380
4381
4382
4383
4384
4385
4386
4387
4388
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 32
MAC 27-Aug-85 11:17 Connection State Poll
SUBTTL Connection State Poll
SEQ 0175
005555'
005556'
005557'
005560'
005561 •
005562'
005563'
005564'
005565'
005566'
005567'
005570'
005571 '
261 17 0
261 17 0
261 17 0
261 17 0
201 04 0
202 04 0
202 01 0
200 02 0
202 02 0
201 01 0
201 02 0
260 17 0
260 17 0
0 1 IW V b
; Go
; +1
00 000001
STPOLL: PUT
00 000002
PUT
00 000003
PUT
00 000004
PUT
00 000007
MOVE I
00 005626'
MOVEM
00 005627'
MOVEM
00 262152
MOVE
00 005632'
MOVEM
00 000010
MOVE I
00 005626'
MOVE I
00 004605'
60
00 004633'
60
;This routine returns detailed information about a connection.
;First we set up the argument block then execute the scs jsys.
Mnwo ac1,Cn] ;n=connect id
stpoll ;call this routine
.•Return here always
005572' 332 00 0 00 000216'
005573' 260 17 0 00 262160
AC1
AC2
AC3
AC4
AC4..LBCSP
AC4..SQLEN+STPAR6
AC1..SQCID^STPAR6
AC2. [POINT 7.DUM1]
AC2..SQBDN+STPAR6
AC1..SSCSP
AC2.STPARG
DOSCS
ERRSCS
TRMS6 (Connection State Poll)
;Save the ac's
; Store length of argument block
.-Store the connect id
:Free space block
.•Store the destination process name
.•Connect state poll function code
.•Address of argument block to ac2
.•Execute the is]
nei
;If error go
isys
»re
1- r
63
OFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 33
DFC1C2 MAC 27-Aug-85 11:17 Connection State Poll
SEQ 0176
A389
4390
A391
A392
A393
A39A
4395
4396
4397
4398
4399
4400
4401
4402
4403
4404
4405
4406
4407
4408
4409
4410
4411
4412
4413
4414
4415
4416
4417
4418
4419
4420
4421
4422
4423
4424
4425
005574'
005575 •
005576*
005577*
005600*
005601 •
005602*
005603*
005604*
005605 *
200 01
312 01
254 00
200 01
312 01
254 00
200 01
312 01
254 00
254 00
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
000301 •
005620*
005606'
000302 *
005621 *
005606*
000303*
005622*
005606*
005613*
005606* 561 01 0 00 262165
005607' 260 17 0 00 004550*
005610* 561 01 0 00 005620*
005611* 260 17 0 00 004550*
005612* 260 17 0 00 004547*
005613* 262 17 0 00 000004
005614* 262 17 0 00 000003
005615* 262 17 0 00 000002
005616* 262 17 0 00 000001
005617* 263 17 0 00 000000
005620'
005626'
005627'
005630'
005631 '
005632'
005633'
005634'
GuJOOO
000 00
000 00
000 00
000 00
000 00
000 00
000007
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
;Test that the returned destination process name is correct ctpScontroller
MOVE
CAME
JRST
MOVE
CAME
JRST
MOVE
CAME
JRST
JRST
STP0L1: HRROI
GO
HRROI
GO
GO
STP0L2: GET
GET
GET
GET
RTN
DUM1 : BLOCK
ACUCNTLR
ACUDUM1
STP0L1
AC1,CNTLR+1
ACUDUMUI
STP0L1
AC1,CNTLR*2
AC1,DUMU2
STP0L1
STP0L2
Get correct
Is returned process name the same ?
No, error
Get correct
Is returned process name the same ?
No, error
Get correct
Is returned process name the same ?
NOj error
It s correct
AC1,CASCIZ/? STPOLL - incorrect process name /l
PRINTT .-Print that
AC1,DUM1
PRINTT ;Print that
PRINTC .-Print CRLF
AC4
AC3
AC2
AC1
.-Restore the ac's
;Thats it
.-Storage for destination process name
.-Connect state polK.Sscsp) argument block
STPARG: 0,,.LBCSP
Z
.-Processed words,, length of block
.-Connect id
.-Connection state
.-Destination connect id
.-Pointer to destination process name
.-Remote node* of destination
.-Source connect reasons., dest disconnect reasons
r
DFCIC
DFC1C2
4A26
AA27
4A28
AA29
AA30
AA31
AA32
AA33
AA3A
AA35
AA36
AA37
AA38
AA39
AAAO
AAA1
AAA2
AAA3
AAAA
AAA 5
AAA6
AAA?
AAA8
AAA9
AA50
AA51
AA52
AA53
AA5A
AA55
AA56
AA57
AA58
Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 3A
MAC 27-Aug-85 11:17 Return Local Node Number
SUBTTL Return Local Node Number
SEQ 0177
;This routine
;F1rst we set
;Call:
returns the local node number.
up the argument block then execute the scs jsys.
005635'
005636*
005637'
0056A0'
0056A1 •
0056A2'
0056A3'
0056AA •
0056A5'
0056A6*
0056A7'
261
261
261
261
201
202
A02
201
201
260
260
17
17
17
17
OA
OA
00
01
02
17
17
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
OOOOOA
000002
005657'
005660'
000030
005657'
00A605 '
00A633 '
005650' 332 00 0 00 000216'
005651' 260 17 0 00 262202
005652' 262 17 0 00 OOOOOA
005653' 262 17 0 00 000003
00565A' 262 17 0 00 000002
005655' 262 17 0 00 000001
005656' 263 17 0 00 000000
005657' 000000 000002
005660' 000 00 0 00 000000
#
I
LOCALN: PUT
PUT
PUT
PUT
MOVEI
MOVEM
SETZM
MOVEI
MOVEI
GO
GO
localn
AC1
AC2
AC3
ACA
ACA^.LBGLN
ACA,.SQLEN^L0CAR6
.SQLNN+LOCARG
ACK.SSGLN
AC2A0CARG
DOSCS
ERRSCS
;call this routine
.•Return here always
;Save the ac's
;6et the length of arg block
.'Store lengtn of argument block
.•Clear the node* word
.•Return local node* function code
.•Address of argument block to ac2
.•Execute the isys
;if error go here
TRMSG (Return Local Node Number)
GET
GET
GET
GET
RTN
ACA
AC3
AC2
AC1
.•Restore the ac's
;Thats it
.•Return local node number(.Ssgln) argument block
L0CAR6: 0...LB6LN
Z
;Processed words,, length of block
; Local ci node number
r
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 35
DFCIC2 MAC 27-Aug-85 11:17 Return Buffer Sizes
SEQ 0178
AA59
4A60
4A61
4462
4463
4464
4465
4466
4467
4468
4469
4470
4471
4472
4473
4474
4475
4476
4477
4478
4479
4480
4481
4482
4483
4484
4485
4486
4487
4488
4489
4490
4491
4492
4493
4494
005661 •
005662 •
005663'
005664 •
005665 •
005666'
005667*
005670'
005671 •
005672*
005673*
005674*
261
261
261
261
201
202
402
402
201
201
260
26C
17 0
17 0
17 0
17 0
04 0
04 0
00 0
00 0
01 0
02 0
17 0
17 0
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000003
000004
000003
005704*
005705*
005706*
000035
005704*
004605*
004633*
005675* 332 00 0 00 000216*
005676* 260 17 0 00 262214
005677* 262 17 0 00 000004
005700* 262 17 0 00 000003
005701* 262 17 0 00 000002
005702* 262 17 0 00 000001
005703* 263 17 0 00 000000
005704* 000000 000003
005705* 000 00 0 00 000000
005706* 000 00 0 00 000000
SU8TTL Return Buffer Sizes
;This routine returns the largest 'DATAGRAM" & 'TIESSAGE"
.-That can be sent on this node. , ^ ^ .
.-First we set up the argument block then execute the scs jsys.
Go buffsz ;call this routine
♦1 .-Return here always
BUFFSZ:
PUT AC1
PUT AC2
PUT AC3
PUT AC4
MOVE! AC4..LBR6S
MOVEM AC4..SQLEN+BUFARG
SETZM .SQLMG^BUFARG
SETZM .SQLDG^BUFARG
MOVEI ACU.SSRBS
MOVEI AC2,BUFARG
GO DOSCS
60 ERRSCS
TRMSG (Return Buffer Sizes)
.-Save the ac*s
;6et the length of arg block
.•Store lengtn of argument block
.•Clear the length or '>1SG" word
.•Clear the length of "DGM" word
.•Return max buffer sizes function code
.•Address of argument block to ac2
.•Execute the isys
;If error go here
GET
GET
GET
GET
RTN
AC4
AC3
AC2
ACl
.•Restore the ac*s
.-Thats it
.•Return maximum dataGam & message transfer sizes (.Ssrbs) argument block
BUFARG: O...LBRBS
i
.•Processed words,. length of block
;Size (words) of max *>SG" buffer
.•Size (words) of max "DGM" buffer
r
DfClC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 36
DFCIC2 MAC 27-Aug-85 11:17 Return Status
SEQ 0179
A495
AA96
4497
4498
4499
4500
4501
4502
4503
4504
4505
4506
4507
4508
4509
4510
4511
4512
4513
4514
4515
4516
4517
4518
4519
4520
4521
4522
4523
4524
4525
4526
4527
4528
4529
4530
4531
4532
005707' 261 17 0 00 000001
005710' 261 17 0 00 000002
005711' 261 17 0 00 000003
005712' 261 17 0 00 000004
005713' 201 04 0 00 000004
005714' 202 04 0 00 005733'
005715' 202 01 0 00 005734'
005716' 402 00 0 00 005735'
005717' 402 00 0 00 005736'
005720' 201 01 0 00 000012
005721' 201 02 0 00 005733'
005722' 260 17 0 00 004605'
005723' 260 17 0 00 004633'
005724' 332 00 0 00 000216'
005725' 260 17 0 00 262225
005726' 262 17 0 00 000004
005727' 262 17 0 00 000003
005730' 262 17 0 00 000002
005731' 26? 17 0 00 000001
005732' 2o< 17 0 00 000000
005733' 000000 000004
005734' 000 00 0 00 000000
005735' 000 00 0 00 000000
005736* 000 00 0 00 000000
SUBTTL Return Status
;This routine returns some information about a connection.
;First we set up the argument block then execute the scs jsys.
•Call*
; ' Move acl,Cnj ;n=connect id .
; Go statsi ;call this routine
♦ 1 .-Return here always
STATSI
PUT AC1
PUT AC2
PUT AC3
PUT AC4
MOVEI AC4..LBSTS
HOVEM AC4..SQLEN*STAAR6
nOVEH AC1,.SQCID*STAAR6
SETZM .S0FST+STAAR6
SETZM .SQS8R+STAAR6
MOVEI ACK.SSSTS
MOVEI AC2.STAAR6
GO DOSCS
60 ERRSCS
TRMS6 (Return Status)
.•Save the ac's
;Load length
.•Store length of argument block
.Store the connect id
.•Clear the flag word
.•Clear the node# word
.•Return status info function code
.•Address of argunent block to ac2
.•Execute the isys
;If error go here
GET
GET
GET
GET
RTN
AC4
AC3
AC2
AC1
.•Restore the ac's
;Thats it
.•Return status information(.Sssts) argument block
STAAR6: O...LBSTS
Z
.•Processed words,, length of block
.•Connect id
.•Flags,, connect state
;Node# of remote
_t
D167
DFCIC
DFCIC2
4533
453A
4535
4536
4537
4538
4539
4540
4541
4542
4543
4544
4545
4546
4547
4548
4549
4550
4551
4552
4553
4554
4555
4556
4557
4558
4559
4560
4561
4562
4563
4564
4565
4566
4567
4568
4569
Cluster Test Protocol Resoonder NACRQ :53B(1242) 11:18 27-Aug':85 Page 37
WAC 27-Aug-85 11:17 Return Configuration Information
SUeiTL Return Configuration Information
SEO 0180
005737'
005740*
005741 •
005742*
005743*
005744*
005745*
005746'
005747*
005750*
005751 *
005752*
005753*
005754*
00575S*
005756*
005757*
505
541
251
201 01
201 02
260 17
254 00
350 00
17 0 00 000001
17 0 00 000002
17 0 00 000003
17 0 00 000004
00 000024
00 005767*
00 005770*
00 005771 *
00 005772*
0 00 005772*
0 00 005773*
0 00 006012*
0 00 000011
0 00 005767*
0 00 004605*
0 00 005760*
0 17 iiiim
261
261
261
261
201 04 0
202 04 0
202 01 0
202 02 0
402 00 0
01
01
01
005760* 33? 00 0 00 000216*
005761* 2c.' 17 0 00 262236
005762' 262 17 0 00 000004
005763* 262 17 0 00 000003
005764* 262 17 0 00 000002
005765* 262 17 0 00 000001
005766' 263 17 0 00 000000
;This routine
; First we set
.-Call:
returns information about another system.
up the argument block then execute the scs jsys.
«
*
Move
Nowe
Go
♦1
♦2
CONFIG: PUT
PUT
PUT
PUT
NOVEI
«OVE«
NOVEM
novEn
SET2«
HRLI
HRRl
BLT
NOVEI
HOVE I
GO
JRST
AOS
ad.Cn]
ac2.[m]
config
ACl
AC2
AC3
AC4
AC4,.LBRCD
AC4«.SQLEN^CNFARG
ACK.SQCID^CNFARG
AC2..SQ0SB^CNFARG
.SOVCS^CNFARG
AC1..S0VCS*CNFARG
ACK.SOSAD^CNFARG
AC1,CNFARG^<.LBRCD-1>
AC1..SSRCD
AC2,CNFARG
DOSCS
CONFIX
-4(P)
CONFIX: TRHSG (Configuration)
GET
GET
GET
GET
RTN
AC4
AC3
AC2
ACl
;n=connect id
;m= remote node#
.-call this routine
;Error return
;Good return
;Say/e the ac's
Load length
Store length of argument block
Store the connect id
Store the remote node*
Clear previous
Information.
; Configuration function code
.'Address of argtment block to ac2
.-Execute the isys
;If error go nere(*1 rtn)
.•♦2 Good return
.•Restore the ac *s
.-Thats it
0168
DFCIC
DfCIC2
4570
4571
4572
4573
4574
4575
4576
4577
4578
4579
4580
4581
4582
4583
! 4584
I 4585
4586
4587
4588
4589
4590
4591
4592
4593
4594
4595
4596
Cluster Test Protocol Responder MACRO X53B(1242) 11:
liAC 27-AUQ-85 11:17 Return Configuration
18 27-Aug-85 Page 38
Information
SEO 0181
005767'
005770'
005771 •
005772*
005773'
005774'
005775'
005776'
005777*
006000'
006001'
006002'
006003'
000000
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000024
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
006004' 000 00 0 00 000000
006005' 000 00 0 00 000000
006006' 000 00 0 00 000000
006007' 000 00 0 00 000000
006010' 000 00 0 00 000000
006011' 000 00 0 00 000000
006012' 000 00 0 00 000000
;Conf iguration data(.Ssrcd) argument tlock
CNFAR6: 0,..LBRCD
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Processed words,, length of block
Optional connect id
Optional remote node#
Virtual circuit state,, node number
System address
(6 8-8it bytes)
Max dest datagram size
Max dest message size
Dest software type
Dest software version
Dest software edit lev/el
Dest hardware type (2 words)
;Dest hardware version
;Dest port name (3 words)
I ■^-
* ;
;Port characteristics (2 words)
; (8-Bit bytes)
.-Local port number (ci#)
,..._.. J
0169
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 39
DFC1C2 MAC 27-Aug-85 11:17 Map Buffer
SEQ 0182
4597
4598
4599
4600
4601
4602
4603
4604
4605
4606
4607
4608
4609
4610
4611
4612
4613
4614
4615
4616
4617
4618
4619
4620
4621
4622
4623
4624
4625
4626
4627
4628
4629
4630
4631
4632
;This
;Firs
;Call
006013'
00601 \ •
00601 5 •
006016'
006017'
006020'
006021 •
006022'
006023'
006024 '
0060^5'
006026'
006027'
00603C' 332 00 0 00 000216'
261
17
201
00
202 00
202 02
202 01
402
00
201
01
201
02
260
17
254
00
200 01
350 00
262
17
SUBTTL Map Buffer
routine gets a buffer name from sea to be used in dma transfers,
t we set up the argument block then execute the scs jsys.
;n=memory address (e.G. Bufi)
;m=lengtn of memory block
;call this routine
;Error return
;Ac1 = returned 32 bit buffer name
;Sa\/e ac
.Default block length
; Store length of argument block
; Store the length or memory block
.-Store the memory address
; Clear the last buffer name
;Map a buffer function code
.'Address of argument block to ac2
.-Execute the jsys
.-If error do ♦I return
.-Get the buffer name in ad
;^2 Good return
.-Restore ac
•
Move
ac1..nJ
1
Move
ac2-Cm]
getbuf
Go
t
^
0 00 000000
GETBUF:
PUT
ACO
0 00 000005
MOVE I
ACO, 5
0 00 006033'
MOVEM
AC0..SQLEN^GETAR6
0 00 006036'
MOVEM
AC2,.SQBNAiUGETARG
0 00 006037'
MOVEM
AC1,.SQBNA*2^GETARG
0 00 006035'
SETZM
.SQBNA+GETARG
0 00 000014
MOVEi
AC1..SSMAP
0 00 006033'
MOVE I
AC2.GETARG
0 00 004605'
GO
DOSCS
0 00 006027'
JRST
GETBUA
0 00 006035'
MOVE
AC1..SQBNA*GETARG
0 17 777777
AOS
-1(P)
0 00 000000
GETBUA:
GET
ACO
006031' 260 17 0 00
006032' 263 17 0 00
262246
000000
TRMSG
RTN
(Map Buffer)
006033' 000000 000005
006034' 000000 0000 :o
006035' 000 00 0 00 000000
006036' 000 00 0 00 000000
006037' 000 00 0 00 000000
.-Map a buffer (.Ssmap) argument block
GFTAR6: 0.,5
SQXCVD
.-Thats it
.-Processed words.. length of block
.-Flags-Do not clr valid bit.
.-Returned 32 bit buffer name
.-Length of memory block
.-Memory address(e.G. Bufi)
DFCIC
DFC1C2
A633
A634
A635
4636
4637
4638
4639
4640
4641
4642
4643
4644
46A5
4646
4647
4648
4649
4650
4651
4652
4653
4654
4655
4656
4657
4658
4659
4660
4661
4662
4663
4664
4665
4666
4667
4668
4669
Cluster Test Protocol Responder MACRO Z53B(1242) 11:18 27-Aug-85 Page 40
MAC 27-Aug-8f 11:17 Unmap Buffer
SEO 0183
;This routine
;First we set
;Call:
SUBTIL Unmap Buffer
removes (unmaps) a buffer from sea, used in dma transfers,
up the argument block then execute the scs jsys.
006040'
006041 '
006042'
006043'
006044 '
006045'
006046'
006047'
006050'
006051 '
006052'
006053'
006054'
006055'
006056'
006057'
006060'
261
261
261
261
201
202
202
201
201
260
254
334
350
262
262
262
262
17
17
17
17
02
02
01
01
02
17
00
00
00
17
17
17
17
0 00
0 00
0 00
00
00
00
00
00
00
00
00
00
17
00
00
00
00
000001
000002
000003
000004
000002
006064 '
006065'
00001 5
006064 '
004605 '
006054 •
000000
000004
000003
000002
000001
RMVBUF
RMVBUA :
Move
Go
+1
+2
PUT
PUT
PUT
PUT
MOVE I
MOVEM
MOVEM
MOVEI
MOVcI
60
JRST
SKI PA
AOS
GET
GET
GET
GET
ac1,Cn]
rmvDuf
AC1
AC2
AC3
AC4
AC2,.LBUMP
AC2,.SQLEN^RMVARG
AC1 , . SQNAM+RMVARG
AC1,.SSUMP
AC2,RMVAR6
DOSCS
RMVBUA
-4(P)
AC4
AC3
AC2
AC1
;n=32 bit buffer name
;call this routine
;6ood return
;Error return
;Save the ac's
;Load length ' , ,
; Store length of argument h'ock
.-Store the memory address
; Unmap a buffer function code
;Address of argument block to ac2
.-Execute the jsys
.-Error go here
.-Take -♦■T good return
.-Take +2 error return
.•Restore the ac's
006061' 332 00 0 00 000216'
006062' 260 17 0 00 262256
006063' 263 17 0 00 000000
006064' 000000 000002
006065' 000 00 0 00 000000
TRMSG (Unmap Buffer)
RTN
;Unmap a buffer(.Ssump) argument block
RMVARG: 0...L8UMP
Z
.-Thats it
.•Processed words.. length of block
;32 Bit buffer name to be unmapped
^_j
DFCIC Cluster Test Protocol Responder MACRO Z53B(1242) 11:18 27-Aug-85 Page 41
DFCIC2 MAC 27-Aug-85 11:17 Send Data
SEQ 0184
4670
4671
4672
4673
4674
4675
4676
4677
4678
4679
4680
4681
4682
4683
4684
4685
4686
4687
4688
4689
4690
4691
4692
4693
4694
4695
4696
4697
4698
4699
4700
4701
4702
4703
4704
4705
4706
4707
4708
4709
4710
;Th1s routine
; First we set
;Call:
; Move
; Move
; Move
; Move
Go
♦1
261 17 0 00 000005
SEDATA: PUT
261 17 0 00 000006
PUT
201 06 0 00 000005
MOVE I
202 06 0 00 006110'
MOVEM
202 01 0 00 006111 •
MOVEM
202 02 0 00 006112'
MOVEM
202 03 0 00 006113'
MOVEM
202 04 0 00 006114'
MOVEM
201 01 0 00 000016
MOVEI
201 02 0 00 006110'
MOVEI
260 17 0 00 004605'
GO
260 17 0 00 004633'
GO
350 00 0 00 000261 '
AOS
006066'
006067'
006070'
006071 •
006072'
006073'
006074'
006075 '
006076'
006077'
006100'
006101'
006102'
006103' 332 00 0 00 000216'
006104' 260 17 0 00 262266
006105' 26? 17 0 00 000006
006106' 2oi 17 0 00 000005
006107' 263 17 0 00 000000
006110' 000000 000005
0061 1 1 ' 000 00 0 00 000000
006112' 000 00 0 00 000000
006113' 000 00 0 00 000000
006114' 000 00 0 00 000000
SUBTTL Send Dat^
transfers data
up the argumen'
ac1,Cn]
ac2«Cffl]
ac3,Cy]
ac4«Cz]
sedata
AC5
AC6
AC6..LBSND
AC6,.SQLEN^SEDARG
ACn.SQCID+SEDARG
AC2,.SQSNM+SEDARG
AC3,.SQRNM+SEDARG
AC4,.SQ0FS^-SEDARG
AC1,.SSSND
AC2,SEDARG
DOSCS
ERRSCS
DMAWRT
TRMSG (Send Data)
to a remote
block then
node,
execute
the scs jsys,
GET
GET
RTN
AC6
AC5
;Send data (.Sssnd) argument block
SEDARG: 0,,.LBSND
Z
;n=cid
;m=32 bit send buffer name
;y=32 bit receive buffer name
;2=xmit off set,, receive offset
;call this routine
;Return here always
;Save the ac's
;Load length ...
;Store length of argument block
; Store the cid
; Store the send buffer name
; Store the receive buffer name
; Store the offsets
;Send data function code
.•Address of argument block to ac2
.•Execute the isys
;If error go here
.•Count of dma writes
.•Restore the ac's
;Thats it
.•Processed words,. length of block
;Cid
;32 Bit buffer name of send buffer
;32 Bit buffer name of receive buffer
;Xmit offset,, receive offset
~L r
IL
DFCIC
DFC1C2
4711
4712
4715
4714
4715
4716
4717
4718
4719
4720
4721
4722
4723
4724
4725
4726
4727
4728
4729
4730
4731
4732
4733
4734
4735
4736
4737
4738
4739
4740
4741
4742
4743
4744
4745
4746
4747
4748
4749
4750
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 42
MAC 27-Aug-85 11:17 Read Data
SUBTIL Read Data
SEQ 0185
;This routine tells sea that data is to be expected for the given buffer name
;First we set up the argument block then execute the scs jsys.
;Call:
I
t
Move
Move
Move
Move
006115'
006116'
006117'
006120*
006121'
006122'
006123'
006124'
006125'
006126'
006127'
006130'
006131'
261 17
261 17
201 06
202 06
202 01
202 02
202 03
202 04
201 01
201 02
260 17
260 17
350 00
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
000005
000006
000005
006137'
006140'
006141'
006142'
006143'
000017
006137'
004605 '
004633'
000262'
006132' 332 00 0 00 000216'
006133' 260 17 0 00 262276
006134' 26? 17 0 00 000006
006135' 2oi 17 0 00 000005
006136' 263 17 0 00 000000
006137' OOgOCO 000005
006140' 000 00 0 00 000000
006141' 000 00 0 00 000000
006142' 000 00 0 00 000000
006143' 000 00 0 00 000000
REDATA: PUT
PUT
MOVE I
MOVEN
MOVEM
MOVEM
MOVEM
MOVEM
MOVE I
MOVE I
60
GO
AOS
acl^Cn]
ac2«Cm]
ac3,[y]
ac4,[z]
redata
AC5
AC6
AC6,.LBREQ
AC6,.SQLEN+REDAR6
AC1,.SQCID+REDAR6
AC2..SQSNMiREDAR6
AC3,.SQRNM+REDARG
AC4,.SQ0FS+REDARG
AC1,.SSREQ
AC2,REDARG
DOSCS
ERRSCS
DMARD
TRMSG (Read Data)
GET
GET
RTN
AC6
AC5
.•Request data(.Ssreq) argument block
REDARG: 0,,.LBREQ
;n=cid . ,,
;m=32 bit send buffer name
;y=32 bit receive buffer name
;z=xmit offset.. receive offset
.-call this routine
.-Return here always
;Save the ac's
;Load length ^ \. .
.•Store length of argument block
.•Store the cid
.•Store the send buffer name
.•Store the receive buffer name
.-Store the offsets
.•Request data function code
.•Address of argument block to ac2
.•Execute the isys
;If error go here
.•Count of dma reads
.•Restore the ac's
;Thats it
.•Processed words,. length of block
.-Cid
;32 Bit buffer name of send buffer
;32 Bit buffer name of receive buffer
.•Xmit offset.. receive offset
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 43
DFCIC2 MAC 27-Aug-85 11:17 Get Data Queue Entry
SEQ 0186
4751
4752
4753
4754
4755
4756
4757
4758
4759
4760
4761
4762
4763
4764
4765
4766
4767
4768
4769
4770
4771
4772
4773
4774
4775
4776
4777
4778
4779
4780
4781
4782
4783
4784
■ SUBTIL Get Data Queue Entry
;Get entry from the data queue(dma). .
;We come here only during interrupt time.
;Call:
dataq
n
006144*
006145'
006146'
006147'
006150'
006151'
006152'
006153'
0061 54 '
006155'
006156'
006157'
006160'
006161'
006162'
006163'
006164'
261 17
261 17
261 17
201 01
202 01
476 00
402 00
201 01
201 02
260 17
254 00
200 03
334 00
402 00
262 17
262 17
262 17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000004
000003
006170'
006171'
006172'
000024
006170'
004605 '
006161'
006172'
000000
000003
000004
000002
000001
DATAQ: PUT
PUT
PUT
MOVE I
MOVEM
SETOM
SETZM
MOVE I
MOVE I
GO
JRST
MOVE
SKI PA
DATATE: SETZM
GET
GET
GET
AC1
AC2
AC4
AC1,.LBGDE
ACU.SQLEN+DATARG
.SQCID^DATARG
.SQBID^-DATARG
ACU.SSGDE
AC2,DATARG
DOSCS
DATATE
AC3,.SQBID+DATARG
AC3
AC4
AC2
AC1
;call this routine
;Ac3=buffer name
;lf no more events ac3
;Save the ac's
= 0
;Set up length of
; The argument block
;Use any CID
; Clear the buffer id location
.•Function code
.•Address of argument block
.•Execute the isys
;If error go here(no more events)
;Get the buffer id
.-Flag the error
.-Restore the ac's
006165' 332 00 0 00 000216'
006166' 260 17 0 00 262310
006167' 263 17 0 00 000000
006170' 000000 000003
006171' 000 00 0 00 000000
006172' 000 00 0 00 000000
TRMSG (Get Data Queue Entry)
RTN
DATARG: 0...LBGDE
;Thats it
.-Words processed., length of block
.-Connect id
.-Buffer id whos xfer completed
'1
c
1
DFCIC
DFC1C2
4785
4786
4787
4788
4789
4790
4791
4792
4793
4795
4796
4797
4798
4799
4800
4801
4802
4803
4804
4805
4806
4807
4808
4809
4810
4811
4812
4813
4814
Cluste
MAC
r Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page
27-Aug-85 11:17 Get Event Queue Entry
SUBTTL Get Event Queue Entry
44
SEQ 0187
;Get entry from the event queue.
;We come here only during interrupt time.
;Call:
§
Go
+1
006173'
006174'
006175'
006176*
006177'
006200'
006201 '
006202'
006203'
006204'
006205'
006206'
006207'
006210'
00621 1 '
006212'
006213'
006214'
00621 5 '
006216'
006217'
261
261
261
201
?02
476
402
505
541
251
201
201
260
254
200
200
334
402
262
262
26?
17
17
17
01
01
00
00
01
01
01
01
02
17
00
03
04
00
00
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000001
000002
000005
000010
006237'
006240'
006241 '
006241 '
006242 '
006246'
000025
006237'
004605 '
006214'
006240'
006242'
000000
000004
000005
000002
000001
EVENTQ: PUT
PUT
PUT
MOVE I
MOVEM
SETOM
SETZM
HRLI
HRRI
BLT
MOVEI
MOVEI
60
JRST
MOVE
MOVE
SKI PA
EVENTE: SETZM
GET
GET
GET
eventq
AC1
AC2
AC5
ACU.LBEVT
ACK.SQLEN+EVTARG
.SQCID+EVTARG
.SQESB+EVTARG
ACK.SQESB+EVTARG
AC1,.SQEVT+EVTARG
ACKEVTARG+<.LBEVT-1>
ACU.SSEVT
AC2,EVTARG
DOSCS
EVENTE
AC3,.SQCIDtEVTAR6
AC4,.SQEVT+EVTAR6
AC4
AC5
AC2
AC1
;call this routine
;Ac3 = cid & ac4 = event
;Ac4 = 0 if no more events
;Save the ac's
code
Set up length of
The argument block
-1 = Get any msg for this fork
Clear the 1st location for the bit
Zero out
The argument block
For incoming data
Function code
Address of argument block
Execute the isys
If error go here(no more events)
Get the cid
Get the event code
Flag the error
Restore the ac's
C
'5
OFCIC Cluster Test Protocol Responder MACRO 2538(1242) 11 :18 27-Aug-85 Page 45
DFC1C2 MAC 27-Aug-85 11:17 Get Event Queue Entry
SEQ 0188
4815
4816
4817
4818
4819
4820
4821
4822
4823
4824
4825
4826
4827
4828
4829
4830
4831
4832
4833
4834
4835
4836
4837
4838
4839
4840
4841
4842
.-Output trace message if needed
006220'
006221 •
006222 •
006223'
006224'
006225'
006226'
006227'
006230'
006231 '
006232'
006233'
006234'
006235'
332
336
254
261
261
261
561
260
200
260
260
262
262
262
00
00
00
17
17
17
01
17
02
17
17
17
17
17
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000004
000216'
006236'
000001
000002
000003
26231 5
004550'
000004
004564'
004547'
000003
000002
000001
006236' 263 17 0 00 000000
SKIPE
SKIPN
JRST
PUT
PUT
PUT
HRROI
60
MOVE
GO
GO
GET
GET
GET
EVENTX: RTN
AC4
TRACE
EVENTX
AC1
AC2
AC3
AC1.CASCI2/Get
PRINTT
AC2.AC4
PRINTD
PRINTC
AC3
AC2
AC1
;If no more events don't type
;Are we in trace mode?
;No, don't type anything
event /]
;Print that
;Get the event code
; Print it in decimal
;Print CRLF
006237'
006240'
006241 •
006242'
006243'
006244 •
006245'
006246'
000000
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000010
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
0 00 000000
EVTARG: 0,,.LBEVT
I
;Thats it
;Words processed,, length of block
;Cid
;UodeM of remote node
; Event code
; Event data
;Event data
; Event data
;Event data
)
7t
DFCIC
DFCIC2
4843
4844
4845
4846
4847
4848
4849
4850
4851
4852
4853
4854
4855
4856
4857
4858
4859
4860
4861
4862
4863
4864
4865
4866
4867
4868
4869
4870
4871
4872
4873
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 46
MAC 27-A«ug-85 11:17 Perform DIAG JSYS or UUO
SUBTTL Perform DIAG JSYS or UUO
SEQ 0189
This routine executes the 'DIAG" isys which is used to send either a "START"
Or "STOP" packet on the ci or to ''START" or "STOP" the poller.
Call:
♦■•■
#
*
I
Set up the "DIAGAG" argument block before calling this routine. ^
Move ac1,Cn] ;n = -length,, address of argument block
Go diagj ;call this routine
i1 ;Error return
+2 ;Goocl return
006247'
006250'
006251 •
006252'
006253'
006254'
006255'
006256'
006257'
006260'
261
261
261
261
201
336
254
104
320
254
17 0
17 0
17 0
17 0
04 0
00 0
00 0
00 0
16 0
00 0
00
00
00
00
01
00
00
00
00
00
000001
000002
000003
000004
000000
000234 •
006261 •
000530
006271 '
006263'
DIAGJ:
006261' 047 01 0 00 000163
006262' 254 00 0 00 006275'
006263' 350 00
006264' 262 17
006265' 262 17
006266' 262 17
006267' 26? 17
006270' 2oi 17
0 17 77777 i*
0 00 000004
0 00 000003
0 00 000002
0 00 000001
0 00 000000
DIAGU:
DIAGS:
DIAGF:
PUT
PUT
PUT
PUT
MOVE I
SKIPN
JRST
DIAGX
ERJMP
JRST
DIAG.
JRST
AOS
GET
GET
GET
GET
RTN
AC1
AC2
AC3
AC4
AC4,(AC1)
MONTYP
DIAGU
ERRDI2
DIAGS
AC1,
ERRDI1
-4(P)
AC4
AC3
AC2
AC1
;Sa\/e acs
;Load the address of the argument blk
;Skip if TOPS-20
;T0PS-10, DIAG UUO
;The DIAG JSYS
.-Error calKfor trace only)
.'Success
;The UUO
; Report error
;Good return
.-Restore the acs
.-Return
i~
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11 :1j5, 27-Aug-85 Page 47
DFC1C2 MAC 27-Aug-85 11:17 Perform DIAG JSYS or UUO
SEQ 0190
A874
4875
4876
4877
4878
4879
4880
4881
4882
4883
4884
4885
4886
4887
4888
4889
4890
4891
4892
4893
4894
4895
4896
4897
4898
4899
4900
4901
4902
4903
4904
4905
4906
4907
4908
4909
4910
4911
006271 • 561 01 0 00 262320
006272' 260 17 0 00 004550'
006273' 260 17 0 00 004676'
006274' 254 00 0 00 006313'
006275 '
006276'
006277'
006300'
006301 '
006302'
006303'
006304'
006305 '
006306'
006307'
006310'
00631 1 '
006312'
006313'
006313'
006314'
00631 5 '
006316'
006317'
006320'
006321 '
006322'
006323'
006324 '
006325'
261 17 0 00 000001
561 01 0 00 262324
260 17 0 00 004550'
200 02 0 17 000000
260 17 0 00 004555'
561 01 0 00 261464
260 17 0 00 004550'
262 17 0 00 000002
205 01 0 00 777765
554 03 0 01 006326'
302 02 0 03 000000
253 01 0 00 006306'
560 01 0 01 006326'
260 17 0 00 004550'
561 01 0
550 02 0
260 17 0
2oJ 17 0
561 01 0
260 17 0
550 02 0
275 02 0
260 17 0
260 17 0
254 00 0
00 262330
04 000000
00 004550'
00 004555'
00 261475
00 004550'
17 niiit,
00 000001
00 004555'
00 004547'
00 006264'
;Here of error on the -20
ERRDI2: HRROI
60
GO
JRST
;Here if error
ERRDI1: PUT
HRROI
GO
MOVE
GO
HRROI
GO
GET
MOVSI
ERRDI3: HLRZ
CAIE
AOBJN
HRRO
ERRDI4: HRROI
Function /D
HRRZ
i
HRROI
GO
HRRZ
SU6I
GO
GO
JRST
AC1,CASCIZ/? DIAG JSYS
PRINTT
ERSTRT
ERRDI4
error: /] ;Load error text
; Print it
;Print error string
;Print PC, etc
to terminal
on the -10
AC1
AC1,CASCIZ/? DIAG
PRINTT
AC2,(P)
PRINTO
AC1,CASCIZ/) /]
PRINTT
AC2
AC1,-ERRDIL
AC3,ERRDIT(AC1)
AC2,(AC3)
AC1,ERRDI3
AC1,ERRDIT(AC1)
PRINTT
;Sa\/e error code
UUO error: (/] :Load error text
.-Output that
;Load error code
;Print in octal
;Load finish text
;Print that
;Get error code back in AC2
;Load length of table
;Load an error code
;Skip if match
;Loop for more looking
;Point to asciz text
.•Output that please
AC1.CASCIZ/ ...
;Load string to print
AC2.(AC4) ;Load the function code
PRINTT .-Print that .
PRINTO .-Print that in octal please
AC1.CASCIZ/. called from PC /] .-Print a label for the next bit
PRINTT .-Print that
AC2.-4(P) .-Get pc^l . ' ,
AC2.1 .-Point to right location
PRINTO .-Print octal number
PRINTC .-Print CRLF
DIAGF .-Failed, return
L
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 48
DFC1C2 MAC 27-Aug-85 11:17 Perform DIA6 JSYS or UUO
SEQ 0191
A912
4913
4914
4915
4916
4917
4918
4919
4920
4921
4922
4923
4924
4925
4926
4927
4928
4929
4930
4931
4932
4933
4934
4935
4936
4937
4938
4939
4940
4941
4942
4943
4944
4945
4946
4947
4948
4949
4950
4951
4952
4953
4954
4955
4956
4957
006326' 000001 262333
006327' 000002 262340
006330' 000007 262346
006331' 000010 262354
006332 '
006333'
006334 '
006335 '
006336'
006337'
006340'
00001 3
000014
00001 5
000016
000017
000020
000021
262361
262365
262372
262375
262401
261550
262405
006341' mill 262415
000013
006342 '
006343'
006344 '
006345'
006346'
006347'
006350'
006351 '
006352'
006353'
006354 '
006355'
006356'
006357'
006360'
006361 •
006362'
006363'
006364 '
006365 '
006366'
000 00
000 00
000 00
000 00
000 00
Ou.» 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
000 00
OOC 00
000 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
00
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
;TOPS-10 error table
ERRDIT: XUD DIANPX.
XUD DIAIAZ.
:XUD DIAICX.
:XUD DIAIUX.
:XUD DIAAAX,
:XUD DIADMX,
XUD DIAAJX.
XUD DIAFCZ.
:XUD DIAAUZ.
;XUD DIACPZ.
XUD DIAIFZ,
XUD DIAVCZ.
XUD DIANCZ.
XUD DIANRZ.
XUD DIABAZ.
XUD DIACIZ,
XUD DIATOZ.
;XUD DIANKZ,
:XUD DIARFZ.
XUD mill.
ERRDIL==.-ERRD1
DIAGAG: Z
Z
^ .;:
■ ■ r
Block 4
CASCIZ/Not enough privileges/]
CASCIZ/Illegal number of arguments/J
CASCIZ/Illegal controller number/]
CASCIZ/Illegal unit number/] .
CASCIZ/Some units already assigned/]
CASCIZ/Unit not in diagnostic mode/]^
CASCIZ/Unit assigned to another job/]
CASCIZ/Not enough free core/]
CASCIZ/No assigned units/]
CASCIZ/IOUD crosses page boundry/]
CASCIZ/Illegal function/]
CASCIZ/Job must not be virtual/]
CASCIZ/No such CPU/]
CASCIZ/CPU not running/]
CASCIZ/Bad argument list/] . ^ ,^
CASCIZ/No CI port on specified CPU/]. ^
CASCIZ/Read port counters function timed out/]
CASCIZ/No NI port on specified CPU/]
CASCIZ/Microcode reload failed/]
CASCIZ/Unknown DIA6 error code/]
T-1
Diag function code
Argument channel,, counter function
Argument counter,, fork number
Microcode version
Path a ack count
Path a nak count
Path a no response count
Path b ack count
Path b nak count
Path b no response count
Number of dropped datagrams
# Of packets transmitted
/If Of packets received
Designated port for counters
Monitor stuff
Monitor stuff
Monitor stuff
Monitor stuff
Monitor stuff
Monitor stuff
Some extra nothings
r
f
179
OFCIC
DFCIC2
A958
A959
A960
A961
A962
A963
496A
4965
4%6
4967
4968
4969
4970
4971
4972
4973
4974
4975
4976
4977
4978
4979
4980
4981
4982
4983
4984
4985
4986
4987
4988
Cluster
MAC
Test Protocol Responder MACRO 1538(1242) 11:18 27-Aug-85 Page 49
27-Aug-85 11:17 TOPS-10 Interrupt Dispatch
006372' 261
006373' 261
006374' 261
006375' 261
006376' 261
006377' 261
006400' 261
17 0 00 000000
17 0 00 000001
17 0 00 000002
17 0 00 000003
17 0 00 000004
17 0 00 000005
17 0 00 000006
006401 '
006402 '
006403'
006404'
006405 '
006406'
006407'
006410'
00641 1 •
006412'
006413'
006414'
006415'
006416'
006417'
006420'
006421 '
006422 •
006423'
201 02 0
200 01 0
603 01 0
201 02 0
603 01 0
201 02 0
603 01 0
201 02 0
603 01
201 02
260 17
262 17
262 17
262 17
262 17
262 17
262 17
26? 17
Oh' 00
0
0
0
0
0
0
0
0
0
0
0
00 262435
00 007312'
00 400000
00 006574'
00 200000
00 006477*
00 100000
00 006720'
00 040000
00 006761 '
02 000000
00 000006
00 000005
00 000004
00 000003
00 000002
00 000001
00 000000
00 000137
upt Dispa^
SUBTTL TOPS-10 Interrupt Dispatch
;Here on a SCS event interrupt for TOPS-10
SEQ 0192
INTTEN: PUT
PUT
PUT
PUT
PUT
PUT
PUT
HOVEI
MOVE
TLNE
HOVE I
TLNE
MOVEI
TLNE
HOVE I
TLNE
HOVEI
60
GET
GET
GET
GET
GET
GET
GET
DEBRK,
ACQ
ACl
AC2
AC3
AC4
AC5
AC6
AC2,C TRHSG (Unknown
RTN]
AC1,PIVECT*SC0FFS*.PSVI
ACl.(SCZHSA)
AC2JNPHSG
AC1,(SCXD6A)
AC2 JNPDGH
ACnCSCXDTA)
AC2.DnAXFR
ACl.(SCXEVA)
AC2-0THREV
(AC5)
AC6
AC5
AC4
AC3
AC2
ACl
ACO
;Save the ACs
interrupt cause)
;Load default routine
S ;Get interrupt status word
.'Message available?
;Yes
.'Datagram available?
; Yep
;DHA transfer complete
;Yep
.'Other event pending?
;Yep
.'Dispatch to proper routine
.'Restore the acs
.'Dismiss the interrupt
1180
DFCIC
DFC1C2
A989
4990
4991
4992
4993
4994
4995
4996
4997
4998
4999
5000
5001
5002
5003
5004
I 5005
5006
5007
5008
5009
5010
5011
5012
5013
5014
5015
5016
5017
5018
5019
5020
5021
Cluster Test Protocol Responder MACRO 1538(1242) 11:18 27-Aug-85 Page 50
MAC 27-Aug-85 11:17 TOPS-20 Interrupt Dispatch
SUBTTL TOPS-20 Interrupt Dispatch
SEO 0193
006424 •
006425*
006426*
006427*
006430*
006431 *
006432 *
006433*
006434 *
006435*
006436*
006437*
006440*
006441 *
006442*
006443*
006444 *
006445*
006446*
006447*
006450*
006451 *
006452*
006453*
006454*
006455*
006456*
261
261
261
261
261
261
261
260
254
261
261
261
261
261
261
261
260
254
261
261
261
261
261
26^
CO'
260
25'.
17
17
17
17
17
17
17
17
00
17
17
17
17
17
17
17
17
00
17
17
17
17
17
17
17
17
00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00 000000
00 000001
00 000002
00 000003
00 000004
00 000005
00 000006
00 006477*
00 006467*
00
00
00
00
00
00
00
00
00
000000
000001
000002
000003
000004
000005
000006
006574 *
006467*
00 000000
00 000001
00 000002
00 000003
00 000004
00 000005
00 000006
00 006720*
00 006467'
;Here for TOPS-20 interrupt system dispatch
INPD60:
INPMSO:
PUT
PUT
PUT
PUT
PUT
PUT
PUT
GO
JRST
PUT
PUT
PUT
PUT
PUT
PUT
PUT
GO
JRST
DMAXFO: PUT
PUT
PUT
PUT
PUT
PUT
PUT
GO
JRST
ACO
AC1
AC2
AC3
AC4
ACS
AC6
INPDGM
INTDMS
ACO
AC1
AC2
AC3
AC4
ACS
AC6
INPMSG
INTDMS
ACO
AC1
AC2
AC 3
AC4
ACS
AC 6
DMAXFR
INTDMS
.•Save the ACs
.'Channel 23 datagram ay/ailable
; Dismiss interrupt
;Sd\/e the ACs
.'Channel 24 message available
.'Dismiss interrupt
;Save the ACs
.'Channel 25 - dma xfer complete
.'Dismiss interrupt
}181
DKIC Cluster Test Protocol Responder WACRO X53B(12A2) 11:18 27-Aug-85 Page 51
DFCIC2 MAC 27-Aug-85 11:17 TOPS-20 Interrupt Dispatch
SEQ 0194
5(
5032
5033
503A
5035
5036
5037
5038
5039
50A0
50A1
006457'
006460'
006461 •
006462 •
006463'
006464 •
006465 •
006466'
006467'
006470'
006471 '
006472'
006473'
006474'
006475'
006476'
261 17 0 00 000000
261 17 0 00 000001
^] Vr § §§ m\
261 17 0 00 000004
261 17 0 00 000005
261 17 0 00 000006
260 17 0 00 006761'
262 17 0 00 000006
262 17 0 00 000005
262 17 0 00 000004
262 17 0 00 000003
262 17 0 00 000002
262 17 0 00 000001
262 17 0 00 000000
104 00 0 00 000136
OTHREO: PUT
PUT
PUT
PUT
PUT
PUT
PUT
GO
ACO
AC1
AC2
AC3
AC4
ACS
AC6
OThREV
;Say/e the ACs
;Here to dismiss interupts
INTDMS:
GET
GET
GET
GET
GET
GET
GET
DEBRKI
AC6
AC5
AC4
AC3
AC2
AC1
ACO
; Channel 26 for connections £ errors
.-Restore the acs
.'Dismiss interrupt
0182
DFCIC
DFC1C2
50A2
50A3
5044
50A5
50A6
50A7
50A8
50A9
5050
5051
5052
5053
505A
5055
5056
5057
5058
5059
5060
5061
5062
5063
506A
5065
5066
5067
5068
5069
5070
5071
5072
5073
507A
5075
5076
5077
5078
5079
Cluster Test
Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 52
27-Aug-85 11:17 Interrupt Routine For Inputting Datagrams
SEQ 0195
006A77'
006500'
006501 •
006502'
006503'
00650A '
006505 '
006506'
006507'
006510'
006511'
006512'
006513'
00651 A'
006515'
332 00
260 17
260 17
336 00
25A 00
350 00
200 03
A76 00
201 01
350 00
200 05
312 03
367 01
336 00
25A 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
02
05
00
00
00
000216'
262AA7
005A52'
005503'
006570'
000257'
005502'
00C002
OOOOAO
000002
010556'
000000
006510'
000001
262A67
006516' 332 00 0 05 000002
006517' 336 00 0 05 000003
006520' 25A 00 0 00 006527'
006521 '
006522'
006523'
00652A'
006525'
006526'
200 01
200 02
A 76 00
260 17
260 17
25A 00
SUBTTL Interrupt Routine For Inputting Datagrams
;Here on a message available datagram
INPD6M: TRMSG (Interrupt for Input Datagram)
INPDGH: GO
SKIPN
JRST
AOS
MOVE
RCVD6M
.SQARB^RCDARG
INPDGX
D6MSRV
AC3,.SQCID^RCDARG
.'Receive a datagram
;Any more dataarams?
;No, dismiss tne interrupt
; Count of recieved dgms
;Get the cid
;Find the cblk that is connected to this incoming datagram.
SETOM
MOVE I
INPDGA: AOS
MOVE
CAME
SOJG
SKIPN
CRASH
AC2
ACKCBLSTE
AC2
AC5,CBLST(AC2)
AC3,CID(AC5)
ACUNPDGA
AC1
;Init index pointer
;6et size of cblst
; Increment index
;Get cblk address
;Are the cids equal?
;No, keep looking
;Have we looked in the
whole table?
(NCI. No cblk for dgm input interrupt) ;No cblk for this dgm
;The address of the received datagram cblk is now in ac5.
.-Check to see if this cblk is full(2 rhblk address).
SKIPE REQ1(AC5)
SKIPN RE02(AC5)
JRST INPDGB
•
f
Cblk is full.
Send back no resources
0 00 005502'
MOVE
AC1..SQCID+RCDARG
0 00 005503'
MOVE
AC2..SQARB*RCDARG
0 00 000003
SETOM
AC3
0 00 005015'
GO
S'^NNRS
0 00 005370'
GO
»UDGM
0 00 006501'
JRST
INPDGH
;Is this location empty?
;No. is this location empty?
;Yes. we have room for this datagram
;Get the cid
.-Get the rblk address
;Uas received as a datagram
;Send back no resources
; Queue up th'fs same rblk
;See if any more datagrams are available
DFCIC
DFCIf2
5080
5081
5082
5083
508A
5085
5086
5087
5088
5089
5090
5091
5092
5093
5094
5095
5096
5097
5098
5099
5100
i 5101
5102
5103
51 OA
5105
5106
5107
5108
5109
5110
5111
5112
5113
5114
5115
5116
5117
5118
5119
5120
Cluster Test P
MAC 27-Aug
rotocol Responder MACRO 5;53B(1242) 11:18 27-Aug-85 Page
-85 11:17 Interrupt Routine For Inputting Datagr
53
ams
SEQ 0196
006527'
006530'
006531 '
006532'
006533'
006534'
006535'
006536'
200 03
402 00
515 02
316 03
254 00
271 01
253 02
254 00
0 00
0 00
0 00
0 01
0 00
0 00
0 00
0 00
005503'
000001
777400
010621'
006537'
000004
006532'
262507
006537'
006540'
006541 '
006542'
006543'
006544'
006545'
006546'
006547'
006550'
006551 '
201 03
332 00
254 00
202 03
336 00
254 00
200 01
661 01
661 01
2C2 01
254 00
0 01
0 05
00
05
05
00
0 03
0 00
0 00
0 03
0 00
010616'
000002
006552'
000002
000003
006561 •
000002
000001
000020
000002
006501 •
006552' 336 00 0 05 000003
006553' 202 03 0 05 000003
006554' 200 01 0 03 000002
006555' 661 01 0 00 000001
006556' 661 01 0 00 000020
006557' 202 01 0 03 000002
006560' 254 00 0 00 006501'
;Find the rhblk from the rblk address
INPDGB: MOVt
SETZ.^
HRLZI
INPDGC: CAMN
JRST
ADDI
AOBJN
CRASH
AC3,.SQARB+RCDAR6
AC1
AC2,-<C0UNT*RHBPER>
AC3,RH1+CTPPKT(AC1)
INPD6D
ACI.RHBLEN
AC2JNPDGC
;Get the rblk address
• CI'" ac . . X .-ui.
.-Negative count of the no of rhblks
;Does this rblk match?
; Yes
;Incr to next rhblk
;Have we checked all the rhblk's?
(CFD, Can't find rhblk for dgm input interrupt)
; Found the rhblk that is connected to this datagram.
;Set up the cblk as follows:
Cblk: cid
; Status
;• Rhblk
Rhblk
INPDGD: MOVEI
SKIPE
JRST
MOVEM
SKIPN
JRST
MOVE
TLO
TLO
MOVEM
JRST
AC3,RH1(AC1)
REQ1(AC5)
INPDGE
AC3-REQ1(AC5)
REQ2(AC5)
INPDGF
AC1,STATUS(AC3)
AC1,(G0BIT)
AC1,(DGM)
AC1,STATUS(AC3)
INPDGH
INPDGE: SKIPN REQ2(AC5)
MOVEM AC3,REQ2(AC5)
;Set the gobit & dgm in he rhblk,
MOVE AC1,STATUS(AC3)
TLO AC1, (GOBIT)
TLO AC1,(DGM)
MOVEM AC1,STATUS(AC3)
JRST INPDGH
;was here already .^ .. .
;set the ••GOBIT"^and DGM" in the status
;if this was 0 add the rhblk address
;or if this was 0 add the rhblk address
Get the rhblk address
Is this location empty?
No, go ahead
Yes, store it in the cblk
Is this location empty?
Go ahead
Get the status word
Set the gobit
Set the agm bit
And store it
Don't put on linked list
;Is this location empty?
;Yes, store it in the cblk
;Get the status word
;Set the gobit
;Set the dgm bit
; And store it
;See if any more datagrams are available
DFCIC
DFCIC2
5121
5122
5127
51 24
5125
5126
5127
5128
5129
5130
5131
5132
5133
51 3A
5135
5136
5137
5138
5139
51A0
Cluster Test P
MAC 27-Aug
TotocoL Responder MACRO 5:538(1242) 11:18 27-Aug-85 Page 54
1-85 11:17 Interrupt Routine For Inputting Datagrams
SEQ 0197
006561 •
006562 •
006563'
006564*
006565*
006566'
006567'
200 01
661 0)
661 01
202 01
200 01
260 17
254 00
0 03 000002
INPD6F: MOVE
0 00 000001
TLO
0 00 000020
TLO
0 03 000002
MOVEM
0 00 000003
MOVE
0 00 003073'
GO
0 00 006501 •
JRST
;Set the gobit & dgm in the rhblk and
;Set up tne rhblk as follows:
Rhblk: flink
; Blink
; Dgm.gobit,,cblk
Rblk
AC1,STATUS(AC3)
ACK(60BIT)
ACi,(DGM)
AC1,SrA.TUS(AC3)
AC1,AC3
ADH6LK
INPD6H
add this rhblk to the linked list.
;set the flink up
;set the blink up . , .. . ^ ^
;set the dgm & gobit. Cblk was already here.
;rblk was already here
;Get the status word
;Set the gobit
;Set the dgm bit
; And store it
;Rhblk in ad ......
;Add this rhblk to the linked list.
;See if any more datagrams are available
006570* 260 17 0 00 004453'
006571' 332 00 0 00 000216'
006572' 260 17 0 00 262522
006573' 263 17 0 00 000000
INPDGX: GO CWATSC ;Go check wait state
TRMSG (Exit from Input Datagram Interrupt)
RTN
.•Return to dismiss interrupt
DFCIC
0FC1C2
5141
51A2
51A3
51AA
5H5
5U6
51A7
5148
5149
5150
5151
5152
5153
5154
5155
5156
5157
5158
5159
5160
5161
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 55
MAC 27-Aug-85 11:17 Interrupt Routine For Inputting Messages
SUBTTL Interrupt Routine For Inputting Mes:>ages
SEQ 0198
006574'
006575 •
006576'
006577'
006600'
006601 '
006602'
006603'
006604 '
006605 '
006606'
006607'
006610'
00661 1 •
00661 2 '
006613'
332 00
260 17
260 17
336 00
254 00
350 00
200 03
402 00
476 00
201 01
350 00
200 05
312 03
367 01
336 00
254 00
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
00
00
02
05
00
00
00
000216'
262536
005416'
005447'
006714'
000260'
005446'
000273'
000002
000040
000002
010556'
000000
006606 '
000001
262557
INPMSG: TRMS6 (Interrupt for Input of Message)
INPMSH: GO
SKIPN
JRST
AOS
MOVE
RCVMSG
.SQARB^RCMARG
INPMSX
MSGSRV
AC3,.SQCID+RCMAR6
.•Receive a message
;Any more messages?
;No, dismiss the interrupt
.-Count of recieved msgs
;Get the cid
;Find the cblk that is connected to this incoming message.
SETZM
SETOM
MOVE I
INPMSA: AOS
MOVE
CAME
S0J6
SKIPN
CRASH
DGMMSG
AC2
ACUCBLSTE
AC2
AC5.CBLST(AC2)
AC3.CID(AC5)
AC1JNPMSA
AC1
;Clr the flag
;Init index pointer
;Get size of cblst
.•Increment in^ex
.-Get cblk address
.-Are the cids equal?
;No. keep looking , ^ , ^, ^
;Have we looked in the whole table?
(CFM. Can't find cblk for message interrupt) ;No cblk for msg
._J
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11;18 27-Aug-85 Page 56
DFC1C2 MAC 27-Aug-85 11:17 Interrupt Routine For Inputting Messages
SEQ 0199
5162
5163
5164
5165
5166
5167
5168
5169
5170
5171
5172
5173
5174
5175
5176
5177
5178
5179
5180
5181
5182
5183
5184
5185
5186
5187
5188
5189
5190
5191
5192
5193
5194
5195
5196
5197
5198
5199
5200
5201
006614' 332 00 0 05 000002
006615' 336 00 0 05 000003.
006616' 254 00 0 00 006636'
006617'
006620'
006621 '
006622'
006623'
006624 '
006625 '
006626'
006627'
200 01
607 01
254 00
661 01
202 01
200 01
200 02
260 17
254 00
05
00
00
00
05
00
00
00
00
000001
200000
006630'
010000
000001
005446'
005447'
005342'
006576'
006630' 200 01 0
006631 • 200 02 0
006632' 402 00 0
006633' 260 17 0
006634' 260 17 0
006635' 254 00 0
00 005446'
00 005447'
00 000003
00 005015'
00 005342'
00 006576'
006636'
006637'
006640'
006641 '
006642 •
006643 '
006644 '
006645'
200 03
402 00
515 02
316 03
254 00
271 01
253 02
254 00
00
00
00
01
00
00
00
00
005447'
000001
777400
010621'
006646'
000004
006641'
262576
. he address of the received message cblk is now in ac5.
.-Check to see if this cblk is fullT2 rhblk address).
SKIPE REQ1(AC5)
SKIPN REQ2(AC5)
JRST INPMSB
;Is this location empty?
;No, is this location empty?
;Yes, we have room for this message
;We don't have any room for this incoming message.
;If this is a 3rd party response message set the no resource flag.
MOVE AC1,CBSTS(AC5)
TLNN ACU (THIRD)
JRST INPMSJ
TLO ACI.(GANRES)
MOVEM AC1.CBSTS(AC5)
MOVE AC1,.SQCID+RCMAR6
MOVE AC2..SQARB+RCMAR6
GO QBMSG
JRST INPMSH
;Cblk is full. Send back no resources.
INPMSJ: MOVE
MOVE
SETZM
60
GO
JRST
AC1..SQCIDiRCMARG
AC2,.SQARB+RCMAR6
AC3
SENNRS
QBMSG
INPMSH
;Find the rhblk from the rblk address
INPMSB: MOVE
SETZM
HRLZI
INPMSC: CAMN
JRST
ADDI
AOBJN
CRASH
AC3..SQARB+RCMARG
AC1
AC2,-<C0UNT*RHBPER>
AC3.RHUCTPPKT(AC1)
INPMSD
AC1.RHBLEN
AC2JNPMSC
;Get the cblk status word
;Is this a 3rd party cblk?
•Set the "GEN ACT NO RESOURCE" flag
.-Store it
.-Get the cid
.-Get the rblk address
.-Queue up this same rblk
.-See if any more messages are available
.-Get the cid
.-Get the rblk address
;Uas received as a message
.-No. send back no resources
; Queue up this same rblk
.-See if any more messages are available
.-Get the rblk address
•Clr ac , LL..
.-Negative count of the no of rhblks
.-Does this rblk match?
;Yes
;Incr to next rhblk ...... ^
.-Have we checked all the rhblk's?
(NRM, Can't find rhblk for message interrupt) ;No match
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 57
DFC1C2 MAC 27-Aug-85 11:17 Interrupt Routine For Inputting Messages
SEQ 0200
5202
5203
5204
5205
5206
5207
5208
5209
5210
5211
5212
5213
52U
5215
5216
5217
5218
5219
5220
5221
5222
5223
5224
5225
5226
5227
5228
5229
5230
5231
5232
5233
5234
5235
5236
5237
5238
5239
5240
5241
5242
5243
5244
5245
5246
5247
5248
5249
5250
006646'
006647'
006650'
006651 •
006652 '
006653'
006654 '
006655'
201 03
200 00
135 00
306 00
476 00
332 00
254 00
202 03
0
0
0
0
0
0
0
0
01
03
00
00
00
05
00
05
006656' 200 01 0 05
006657' 607 01 0 00
006660' 254 00 0 00
006661 ' 661 01 0 00
006662' 202 01 0 05
006663' 254 00 0 00
010616'
000003
262601
000005
000273'
000002
006674 '
000002
000001
200000
006664 '
004000
000001
006576'
006664 '
006665 '
006666'
006667'
006670'
006671 '
006672'
006673'
3}>2 00
254 00
200 01
661 01
332 00
661 01
202 01
254 00
0
0
0
0
0
0
0
0
05
00
03
00
00
00
03
00
000003
006703'
000002
000001
000273'
000420
000002
006576'
006674' 202 03 0 05 000003
006675' 607 01
006676' 254 00
006677' 200 01
006700' 661 01
006701 • 202 01
006702' 254 00
0 00 200000
0 00 006666'
0 05 000001
0 00 002000
0 05 000001
0 00 006576'
;Found the rhblk that is connected to this message.
;Set up the cblk as follows:
I
Cblk:
INPMSD: MOVE!
MOVE
LDB
CAIn
SETOrt
SKIPE
JRST
MOVEM
cid
Status
Rhblk
Rhblk
AC3,RH1(AC1)
AC0,CTPPKT(AC3)
ACO, [POINT 8,aAC0,73
AC0,5
0GMMS6
REQ1(AC5)
INPMSE
AC3,REQi(AC5)
;was here. already.
;set the ••60BIT"^in the status ^
;if this was 0 add the rhblk address
;or if this was 0 add the rhblk address
Get the rhblk address
Get the address of ctpkt
Get the opcode
Check if opcode=5
Yes, set the flag
Is this location empty?
No, go ahead
Yes, store it in the cblk
;If a 3rd party connection set one of the generate activity continue flags.
MOVE AC1,CBSTS(AC5)
TLNN ACl, (THIRD)
JRST INPMSL
TLO AC1,(6A1C0N)
MOVEM AC1,CBSTS(AC5)
JRST INPMSH
Get the cblk status word
Is this a 3rd party cblk?
No, continiie
Set the gen act continue flag
Store it ., ^,
See if any more messages are available
;Now check to see if we have another requestCrhblk connected to this cblk.
;If we do, do not add this requestCrhblk) to the linked list yet. It will
;Be added later when the 1st request in through via the TIDSNDC subroutine.
INPMSL: SKIPN
JRST
INPMSM: MOVE
TLO
SKIPE
TLO
MOVEM
JRST
REQ2(AC5)
INPMSF
AC1,STATUS(AC3)
AC1,(G0BIT)
DGMMSG
AC1,(D6M!DGMSG)
AC1,STATUS(AC3)
INPMSH
INPMSE: MOVEM AC3,REQ2(AC5)
Is this location empty?
Yes, Qo ahead
Get tne status word
Set the gobit
Skip if set
Set the dgm bit
And store it
Don' . put on linked list
;Store rhblk address in the cblk
;If a 3rd party connection set one of the generate activity continue flags.
TLNN ACl, (THIRD)
JRST INPMSM
MOVE AC1,CBSTS(AC5)
TLO AC1,(GA2C0N)
MOVEM AC1,CBSTS(AC5)
JRST INPMSH
;Is this a 3rd party cblk?
;No, continue
;Yes, get the cblk status word
;Set the gen act continue flag
;Yes, then store it
;See if any more messages are available
DFCIC
DFCIC2
5251
5252
5253
525A
5255
5256
5257
5258
5259
5260
5261
5262
5263
526A
5265
5266
5267
5268
5269
5270
5271
5272
Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-85 Page 58
MAC 27-Aug-85 11:17 Interrupt Routine For Inputting Messages
SEQ 0201
006703'
006704*
006705 •
006706*
006707'
006710'
00671 1 •
006712'
006713'
200 01
661 01
332 00
661 01
202 01
200 01
402 00
260 17
254 00
0 03 000002
INPMSF:
MOVE
0 00 000001
TLO
0 00 000273'
SKIPE
0 00 000420
TLO
0 03 000002
MOVEM
0 00 000003
MOVE
0 00 000273'
SETZM
0 00 003073'
GO
0 00 006576'
JRST
0 00 004453'
INPMSX:
GO
0 00 000216'
TRMSG
;Set the gobit in the rhblk and add
;Set up tne rhblk as follows:
Rhblk: flink
;• Blink
Gobit,, cblk
Rblk
AC1,STATUS(AC3)
AC1, (GOBIT)
D6MMSG
AC1,(DGMIDGMSG)
AC1,STATUS(AC3)
AC1,AC3
DGMMSG
ADH8LK
INPMSH
this rhblk to the linked list.
;set the flink up
;set the blink up
;set the gobit. Cblk was
;rblk was already here
word
already here.
Get the status
Set the gobit
Skip if set
Set the dgm and dgmsg bit
And store it
Rhblk in ad
Clr the flag .....
Add this rhblk to the linked list.
See if any more messages are available
006716' 260 17 0 00 262612
006717' 263 17 0 00 000000
RTN
CWATSC ;Go check wait state
(Exit Interrupt for Input of Message)
;Return to dismiss interrupt
DFCIC
DFCIC2
5273
5274
5275
5276
5277
5278
5279
5280
5281
5282
5283
528A
5285
5286
5287
5288
5289
5290
5291
5292
5293
5294
5295
5296
5297
5298
5299
5300
5501
5302
5303
5304
5305
5306
5307
5308
5309
5310
5311
5312
5313
5314
5315
5316
5317
5318
5319
Cluster
MAC
Test Protocol Responder MACRO 5:538(1242) 1J--18 27-Aug-85 Page 59
27-Aug-85 11:17 Interrupt Routine For DMA Transfer Complete
SEQ 0202
SUBTTL Interrupt Routine For DMA Transfer Complete
006720' 332 00 0 00 000216'
006721' 260 17 0 00 262625
006722' 260 17 0 00 006144'
006723' 337 00 0 00 000003
006724* 254 00 0 00 006755'
006725' 350 00 0 00 000263'
006726'
006727'
006^30'
006731 '
006732 '
006733'
006734 '
006735 '
006736'
006737'
006740'
006741'
006742'
006743'
006744 •
006745'
006746'
006747'
006750'
476 00
201 01
350 00
200 04
316 03
254 00
312 03
254 00
200 05
661 05
202 05
200 05
336 00
200 05
336 00
254 04
200 02
6o! 02
202 02
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
00
00
00
02
04
00
04
00
04
00
04
04
00
04
00
00
05
00
05
000002
000040
000002
010556'
000006
006736'
000010
006752'
000001
040000
000001
000002
000005
00' ."3
Q^iV^. 3
OtOu )0
000002
000001
000002
006751' 254 00 0 00 006754'
006752' 367 01 0 00 006730'
006753' 254 00 0 00 262651
006754' 254 00 0 00 006722'
006755' 332 00 0 00 000216'
006756' 260 17 0 00 262662
006757' 260 17 0 00 004453'
006760' 263 17 0 00 000000
DMAXFR: TRMSG (Interrupt for Input DMA)
DMAXFA: GO DATAQ
;Ac3 = buffer id whos xfer has completed
SKIPG AC3
JRST DMAXFX
AOS DMACMP
SETOM AC2
MOVEI ACUCBLSTE
DMAXFB: AOS AC2
MOVE AC4,CBLST(AC2)
CAMN AC3,8FSCA1(AC4)
JRST DMAXFC
CAME AC3,BFSCA2(AC4)
JRST DMAXFD
DMAXFC: MOVE AC5,CBSTS(AC4)
TLO AC5,(DMA)
MOVEM AC5,CBSTS(AC4)
MOVE AC5,REQ1(AC4)
SKIPN AC5
MOVE AC5,REQ2(AC4)
SKJO-N AC5
HAL ^
MOVE AC2,STATUS(AC5)
TLO AC2,(G0BIT)
MOVEM AC2,STATUS(AC5)
JRST DMAXFS
SOJG AC1, DMAXFB
;Get entry off data queue
Any more data in queue?
No, dismiss interupt
Count of dma xfers completed
Init index pointer
Get size of cblst
Increment index
Get cblk address
Is this sea buffer the same?
Yes, set the dma xfer done bit
Is this sea buffer the same?
No, continue
Get the cblk status
Set dma completed flag
Store the cblk status
Get 1st RH header block address
Skip if this one isn't used
Get 2nd RH header block address
Skip if this one isn't used
Fatal error, no RH block in use
Get the status word
Set the GO bit
Update the status word
Get another event
Look in all the cblks for a match
DMAXFD:
;Could not find a cblk with this buffer name in any of the cblks.
CRASH (NCD, Can't find cblk for DMA transfer complete interrupt)
DMAXFS: JRST DMAXFA ;Get another event from queue
DMAXFX: TRMSG (Exit Input DMA Interrupt)
GO CWATSC ;Go check wait state
RTN .-Return to dismiss interrupt
>0
DFCIC
DFC1C2
5320
5321
5322
5323
5324
5325
5326
5327
5328
5329
5330
5331
5332
5333
533h
5335
5336
5337
5338
5339
53AO
53A1
53A2
5343
5344
5345
5346
5347
5348
5349
5350
Cluster Test Protoc
MAC
27-Aug-85 1
ol Responder MACRO X53B(1242) 11:18 27-Aug-:85 Page
1:17 Interrupt Routine For Connections & Er
60
rors
SEQ 0203
006761' 332 00 0 00 000216'
006762' 260 17 0 00 262676
006763' 260 17 0 00 006173'
006764' 337 00 0 00 000004
006765' 254 00 0 00 006770'
006766' 260 17 1 04 006773'
006767' 254 00 0 00 006763'
006770' 332 00 0 00 000216'
006771' 260 17 0 00 262713
006772' 263 17 0 00 000000
006773'
006774 '
006775'
006776'
006777'
007000'
007001 '
007002'
007003'
007004'
007005 '
007006'
007007'
SUBTTL Interrupt Routine For Connections & Errors
OTHREV: TRMSG (Connections and Errors Interrupt)
OTHREA: GO EVENTQ
;Ac3=connect id & ac4=event code
SKIPG AC4
JRST OTHREX
GO aEVTTBL(AC4)
JRST OTHREA
;Get entry off event queue
;Any more events in queue?
;No, dismiss interupt
;Do the appropriate event
;Get anotner event from queue
OTHREX: TRMSG
RTN
000 00 0 00 000000
EVTTBL: Z
000000
007010'
VCBRKN
000000
007045'
CNTOLS
000000
007121'
CONACC
000000
007131'
CONREJ
000000
007134'
MDSNDC
000000
007175'
LTLCRD
000000
007200'
OFLINE
000000
007203'
ONLINE
000000
007206'
OKSEND
000000
007224 '
RMDISC
000000
007227'
PRTBRK
000000
007232'
CAVAIL
(Exit Connection and Errors Interrupt)
Return to dismiss interrupt
Indexing for this table starts at 1
1 - Virtual circuit broken
2 - Connect to listen
3 - Connection was accepted
4 - Connection was rejected
5 - Msg/dgm send complete
6 - Little credit left
7 - Node went offline
8 - Node went online
9 - Ck to send data
10 - Remote initiated disconnect
11 - Port broke connection
12 - Credit available
1
?1
DFCIC
DFC1C2
5351
5352
5353
5354
5355
5356
5357
5358
5359
5360
5361
5362
5363
536A
5365
5366
5367
5368
5369
5370
5371
5372
5373
5374
5375
5376
5377
5378
5379
5380
5381
5382
5383
5384
5385
5386
5387
5388
5389
5390
5391
5392
5393
5394
5395
5396
5397
5398
5399
5400
5401
5402
Cluster Test Protocol Responder
MAC 27-Aug-85 11:17
007010'
00701 1 •
007012'
007013'
007014'
00701 5 '
007016'
007017'
007020'
007021 '
332 00
260 17
476 00
201 01
350 00
200 06
312 03
367 01
336 00
254 00
00
00
00
00
00
02
06
00
00
00
000216'
262727
000002
000040
000002
010556'
000000
007014'
000001
007044 '
007022' 550 01 0 00 000016
007023' 316 06 0 00 000001
007024' 661 16 0 00 000010
007025' 200 01 0 06 000001
007026' 661 01 0 00 000010
007027' 20? 01 0 06 000001
007030'
007031 '
007032'
007033'
007034 '
007035 '
007036'
007037'
007040'
007041 '
007042'
007043'
550 05
336 00
254 00
200 01
661 01
202 01
550 05
336 00
254 00
200 01
661 01
202 01
0 06 000002
0 00 000005
0 00 007036'
0 05 000002
0 00 000010
0 05 000002
0 06 000003
0 00 000005
0 00 007044'
0 05 000002
0 00 000010
0 05 000002
007044' 254 00 0 00 004453'
MACRO X53B(1242) 11:18 27--uQ:85 Page 61
Interrupt Routine For Connect";ons & Errors
;****«•***« Virtual circuit broken **********
;Look for the cblk that has lost its virtual circuit.
VCBRKN: TRMS6 (< Virtual circuit broken (1)>)
SEQ 0204
SETOM
MOVE I
VCBRKA: AOS
MOVE
CAME
S0J6
SKIPN
JRST
AC2
ACUCBLSTE
AC2
AC6,CBLST(AC2)
AC3,CID(AC6)
AC1, VCBRKA
AC1
VCBRKC
Init index pointer
Get size of cblst
Increment index
Get cblk address
Are the cids equal?
No, keep looking ^ , .. «
Have we looked in the whole table?
Yes, we don't have a cblk for this
V.C. it must be another node gone away
;The address of the lost virtual circuits cblk is now in ac6
HRRZ ACUCURSTS
CAMN AC6,AC1
;Get the cblk address of current rhblk
;Has the current cblks v. C. Gone?
;Set the v. C. Gone bit in the current status ac(cursts).
TLO
CURSTS,(VCGONE)
;Set the v. C. Gone bit in the cblk.
MOVE AC1,CBSTS(AC6)
TLO AC1,(VCG0NE)
MOVEM AC1,CBSTS(AC6)
;Set the v. C. Gone bit in both of the rhblks.
;Yes, set v. C. Gone status bit
;Get cblks status
;Set virtual circuit gone status bit
;Now store it
HRRZ
SKIPN
JRST
MOVE
TLO
MOVEM
VCBRK8: HRRZ
SKIPN
JRST
MOVE
TLO
MOVEM
AC5,REQ1(AC6)
AC5
VCBRKB
AC1,STATUS(AC5)
AC1,(VCG0NE)
AC1,STATUS(AC5)
AC5,REQ2(AC6)
AC5
VCBRKC
AC1,STATUS(AC5)
AC1,(VCG0NE)
AC1,STATUS(AC5)
Get the 1st rhblk
Do we have a rhblk entry?
No, go ahead
Get rhblks status
Set virtual circuit gone status bit
Store rhblks status
Get the 2nd rhblk
Do we have a rhblk entry?
No, go ahead
Get rhblks status
Set virtual circuit gone status bit
Store rhblks status
;A V.C. Has been closed, now go back to the mainline code instead of the
;"WAIT" Jsys because if there aren't any more connections opened we want
;To go to the routine "KILSRD".
VCBRKC: JRST CWATSC
;Go check wait state and return
DFCIC Cluster Test P
DFC1C2 MAC 27-Aug
rotocol Responder MACRO X53B(124?) 11:18 27-Aug-:85 Pa
-85 11:17 Interrupt Routine For Connections &
Page 62
Errors
SEQ 0205
5A03
5A0A
5A05
5406
5A07
5408
5409
5410
5411
5412
5413
5414
5415
5416
5417
508
5419
5420
5421
5422
5423
5424
5425
5426
5427
5428
5429
5430
5431
5432
5433
5434
5435
5436
5437
5438
5439
5440
5441
5442
5443
5444
5445
5446
5447
5448
5449
5450
5451
5452
5453
5454
007045' 332 00 0
007046' 260 17 0
007047'
007050'
007051 '
007052'
007053'
007054'
007055'
007056'
312 03
254 00
260 17
254 00
312 03
254 00
260 17
476 00
00
00
00
00
00
00
00
00
00
00
OOOi
262
!16'
%2
000244'
007053'
005136'
007057'
000245'
0071 1 1 '
005177'
000223'
007057' 260 17 0 00 003144'
007060' 200 06 0 00 000001
007061 ' 201 02 0 00 000002
007062' 336 00 0 00 000006
007063' 254 00 0 00 007112'
007064' 202 03 0 06 000000
007065' 402 00 0 00 000005
007066' 661 05 0 00 100000
007067' 202 05 0 06 000001
007070'
007071 '
007072'
007073'
007074'
007075'
007076'
007077'
007100'
007101'
007102'
007103'
007104'
007105'
007106'
007107'
007110'
402 00
200 02
201 04
260 17
260 17
260 17
260 17
332 00
254 00
0
0
0
0
0
0
0
0
0
00
00
00
00
00
00
00
00
00
000001
000006
777777
003604 '
003604 •
003604 '
003604 '
000223'
0071 1 5 •
402 00
2() 02
201 04
260 17
260 17
260 17
260 17
254 00
00
00
00
00
00
00
00
00
000001
000006
000000
003604 '
003604 '
003604 '
003604 '
007115'
;«**•**••** Connect to a listen **********
CNTOLS: TRMS6 (< Connect to Listen (2)»
:1s
;No
CAME
AC3,C0NIDC
JRST
CNTOLA
60
LISTNC
JRST
CNTOLB
CNTOLA: CAME
AC3,C0NIDR
JRST
CNTOLC
60
LISTNR
SETOM
RESPF6
this a connect from a cntrLr?
;Yes, listen for another controller
;6o to common code
:1s this a connect from a responder?
;No, must be garbage. Do a reject.
;Yes, listen for another responder
;Set responder flag
•Ue aet here only if we were connected to by either a controller or a
iresponder. Here we store the "CID" in the cblk and set the "GET INFORMATION*
;bit.
CNTOLB: GO
MOVE
MOVE I
SKIPN
JRST
MOVEM
SETZM
TLO
MOVEM
CBLKAV
AC6.AC1
AC2,NRESRC
AC6
CNTOLD
AC3,CID(AC6)
AC5
AC5,(GTINF0)
AC5,CBSTS(AC6)
;Get a connection block
.•Store the cblk in ac6
;Reject reason=no resources
;Any cblks available?
;No, reject the connection
;Store the cid in the cblk
•Set "GET INFORMATION" bits
;Store the cblk status
;Queue 4 buffers for message reception,
SETZM
MOVE
MOVE I
60
GO
60
60
SKIPE
JRST
ACl
AC2.AC6
AC4,-1
QUEUE
QUEUE
QUEUE
QUEUE
RESPFG
CNTOLE
Tell the queue routine to find a rhblk
Get cblk address, cid already in ac3
0 = Queue dgrm, -1 = queue msg
Queue a message buffer
Queue a message buffer
Queue a message buffer
Queue a message buffer
Was this a connect from a responder?
Yes, don't queue dgm buffers
;Queue 4 buffers for datagram reception.
SETZM
MOVE
MOVE I
GO
GO
60
60
JRST
ACl
AC2,AC6
AC4,0
QUEUE
QUEUE
QUEUE
QUEUE
CNTOLE
;Tell the queue routine to find a rhblk
;6et cblk address, cid already in ac
;0 = Queue dgrm, -1 = queue msg
;Queue a datagram buffer
; Queue a datagram buffer
;Queue a datagram buffer
.-Queue a datagram buffer
.•Return
L
n n »»
r
DFCIC Cluster Test Protocol Responder MACRO X53B(12A2) 11:18 27-Aug-:85 Page 63
DFC1C2 MAC 27-Aug-85 11:17 Interrupt Routine For Connections & Errors
SEQ 0206
5A55
5A56
5A57
5458
5A59
5A60
5A61
5A62
5A63
546A
5465
5466
5467
5468
5469
5470
5471
5472
5473
5474
5475
5476
5477
5478
5479
5480
5481
5482
5483
5484
5485
5486
5487
5488
0071 ir 201 02 0 00 000000
007112' 200 01 0 00 000003
007113' 260 17 0 00 005266*
007114* 254 00 0 00 007117'
007115' 200 01 0 06 000000
007116' 260 17 0 00 005237'
007117' 402 00 0 00 000223'
007120' 263 17 0 00 000000
007121' 332 00 0 00 000216'
007122' 260 17 0 00 262756
007123' 260 17
007124' 202 03
007125' 402 00
007126' 661 05
007127' 202 05
007130' 263 17
007131' 332 00 0 00 000216'
007132' 260 17 0 00 Itllll
007133' 263 17 0 00 000000
CNTOLC: MOVEI
CNTOLD: MOVE
GO
JRST
CNTOLE: MOVE
60
CNTOLX: SETZM
RTN
AC2,NMATCH
AC1,AC3
REJECT
CNTOLX
AC1,CID(AC6)
ACCEPT
;Reject reason=not a respdr or cntrlr
;Need the cid in ad
.•Reject this connection
;Skip next code
;Need the cid in ad
.-Accept the connection
RESPF6 ;Clear responder flag
.•Return
;**♦♦•*•**• Connection was accepted(for 3rd party) ********••
CONACC: TRMS6 (< Connection was accepted (3)>)
0 00 003144'
60
CBLKAV
0 01 000000
MOVEM
AC3.CID(AC1)
0 00 000005
SETZM
AC5
0 00 300000
TLO
AC5.(THIRD!GTINF0)
0 01 000001
MOVEM
AC5.CBSTS(AC1)
0 00 000000
RTN
;6et a connection block
.-Store the cid in the cblk
• C lear ac
'•Set 3rd party % get information bits
.-Store the cblk status
;****•*•*** Connection was rejectedCfor 3rd party) *•*****•**
.•Nothing to do here. There wasn't any cblks or rhblks assigned to this
.•Virtual circuit yet so there isn't any to deallocate. We Basically just
.•Wait for the "EXWAIT" routine to time out. which will cause the test
;To send back a ctp response with "FUNCTION FAILURE in the status byte.
CONREJ: TRMS6 (< Connection was rejected (4)>)
RTN
r
mull II iijiii -
DFCIC
DFCIC2
5489
5490
5491
5492
5493
5494
5495
5496
5497
5498
5499
5500
5501
5502
5503
5504
5505
5506
5507
5508
5509
5510
5511
5512
5513
5514
5515
5516
5517
5518
5519
5520
5521
5522
5523
5524
5525
5526
5527
5528
5529
5530
5531
5532
5533
5534
Cluster Test Proto
MAC 27-Aug-85
col Responder MACRO );53B(1242) 11:18 27-Aijq:85 Page 64
11:17 Interrupt Routine For Connections & Erro
rors
SEQ 02C7
007134' 332 00 0 00 000216'
007135' 260 17 0 00 263007
007136*
007137*
007140'
007141*
007142'
007143*
007144*
007145*
007146*
007147*
007150*
007151*
007152*
007153*
476 00
201 01
350 00
200 04
312 03
367 01
336 00
254 00
336 01
254 00
200 05
607 05
254 00
260 17
0
0
0
0
0
0
0
0
00
00
00
02
04
00
00
00
000002
000040
000002
010556*
000000
007140*
000001
263030
0 04 000002
0 00 007161*
0 01 000002
0 00 000002
0 00 007161*
0 00 003112'
007154' 2uJ 02 0 00 000005
007155' 260 17 0 00 003630'
007156' 336 01 0 04 000003
007157* 254 00 0 00 007161'
007160' 260 17 0 00 003073'
007161' 336 01 0
007162' 254 00 0
007163' 200 05 0
007164* 607 05 0
007165* 254 00 0
007166* 260 17 0
04 000003
00 007174*
01 000002
00 000002
00 007174*
00 003112'
;********** Message or datagram send complete ♦*•*♦***•*
;Ue get interrupted here when a dgm or msg was sent across the ci by the
.-monitor.
MDSNDC: TRMS6 (< Message datagram sent complete (5)>)
SETOM
MOVE!
MDSNDl: AOS
MOVE
CAME
S0J6
SKIPN
CRASH
AC2
ACKCBLSTE
AC2
AC4.CBLST(AC2)
AC3,CID(AC4)
ACl, MDSNDl
AC1
;Init index pointer
;6et size of cblst
.•Increment index
;6et cblk address
;Is this cid the same?
;No, look in all the cblks for a match
;Did we find a match?
(CFC. Can't find cblk after send complete) ;No
;We found the cblk that sent the msg or dgm.
SKIPN AC1.REQ1(AC4)
JRST MDSND2
MOVE AC5.STATUS(AC1)
TLNN AC5.(D0NE)
JRST MDSND2
GO RMHBLK
;Is there an entry?
;No
;Get its status word
;Is "DONE" set in this rhblk?
:No
.•Remove this rhbU from the linked list
.•Now requeue this buffer.
;in ac3.
The rhblk is already in ad and the cid is already
MOVE
GO
AC2.AC5
QUE6UF
SKIPN AC1.REQ2(AC4)
JRST MDSND2
;M = status, .cblk
; Go queue
;Is there another entry in the cblk?
;No
.-This is were we add the pending rhblk to the linked list.
GO
MDSND2: SKIPN
JRST
MOVE
TLNN
JRST
GO
ADHBLK
AC1.REQ2(AC4)
MDSIMD3
AC5.STATUS(AC1)
AC5.(D0NE)
MDSND3
RMHBLK
;Add this rhblk to the linked list
;Is th?re an entry?
;No
.-Get its status word
;Is "DONE" set in this rhblk?
;No
.•Remove this rhblk from the linked list
195
DFCIC
DFC1C2
5535
5536
5537
5538
5539
5540
5541
5542
5543
5544
5545
5546
5547
5548
5549
5550
5551
5552
5553
5554
5555
5556
5557
5558
5559
5560
5561
5562
5563
5564
5565
5566
5567
5568
5569
5570
5571
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-:85 Page 65
MAC 27-Aug-85 11:17 Interrupt Routi.ie For Connections & Errors
SEQ 0208
007167' 200 02 0 00 000005
007170' 260 17 0 00 003630*
007171' 336 01 0 04 000002
007172' 254 00 0 00 007174'
007173' 260 17 0 00 003073'
007174' 254 00 0 00 004453'
007175' 332 00 0 00 000216'
007176' ?60 17 0 00 263041
007177' 263 17 0 00 000000
007200' 332 00 0 00 000216'
007201 ' 260 1 7 0 00 263054
007202' 23- 00 0 00 007010'
007203' 332 00 0 00 000216'
007204' 260 17 0 00 263066
007205' 263 17 0 00 000000
;Now requeue this buffer. The rhblk "is al'-eady in ac1 and the cid is already
;in dc3.
MOVE
60
AC2,AC5
QUEBUF
SKIPN AC1,REQ1(AC4)
JRST MDSND3
;Status,,cblk to ac2
;6o queue
;Is there another entry in the cblk?
;No
;This is were we add the pending rhblk to the linked list.
GP ADHBLK ;Add this rhblk to the linked list
MDSND3: JRST CWATSC ;6o check wait state and return
;***««t**t* Little credit left **********
.•According to the ctp specification we only queue. 6 buffers. for each virtual
;Circuit. 2 for datagram and 4 for message reception. The cie s are only
.-Going to send 1 request and then wait for a response before another is sent.
LTLCRD: TRMSG (< Little credit left (6)>)
RTN
;♦*•*••**♦• Node went offline **********
OFLINE: TRMSG « Node went offline (7)»
JRST VCBRKN
;**♦******* Node went online **********
ONLINE: TRMSG (< Node went online (8)>)
RTN
DFCIC
DFC1C2
5572
5573
5574
5575
5576
5577
5578
5579
5580
5581
5582
5583
558A
5585
5586
5587
5588
5589
5590
5591
5592
5593
559A
5595
5596
5597
5598
5599
5600
5601
5602
5603
560A
5605
5606
5607
5608
5609
5610
Cluster Test Protocol Responder MACRO Z53B(1242) 11:18 27-Auq-85 Page 66
MAC 27-Aug-85 11:17 Interrupt Routine For Connections S Erro
rors
SEQ 0209
007206* 332 00 0 00 000216*
007207' 260 17 0 00 263101
007210'
00721 1 •
007212'
007213'
007214'
007215'
007216'
007217'
476 00
201 01
350 00
200 04
312 03
367 01
336 00
254 00
0 00 000002
0 00 000040
0 00 000002
0 02 010556'
0 04 000000
0 00 007212'
0 00 000001
0 00 263124
007220' 200 05 0 04 000001
007221 ' 661 05 0 00 020000
007222' 202 05 0 04 000001
007223' 263 17 0 00 000000
007224' 332 00 0 00 000216'
007225' 260 17 0 00 263137
007226' 254 00 0 00 0C7010'
007227' 3':>^ 00 0 00 000216'
007230' 260 17 0 00 263153
007231' 254 00 0 00 007010'
00721-' 332 00 0 00 000216'
007233' 260 17 0 00 263166
00^234' 263 17 0 00 000000
;*«*******• Ok to send messages *••***••••
OKiEND: TRMSG « OK to send messages (9)»
SETOM AC2
MOVEI AC1,CBLSTE
0KSEN1: AOS AC2
HOVE AC4,CBLSr(AC2)
CAME AC3,C1D(AC4)
S0J6 ACI^OKSENI
SKIPN AC1
;Im*t index pointer
;6et size of cblct
.•Increment i.idex
;6et cblk address
;Is this cid the same?
;No. look in all the cblks for a match
;Did we find a match?
CRASH (CCO, Can't find cblk on OK to send messages interrupt) ;No
;We found the cblk that is ready to receive messages.
MOVE AC5.CBSTS(AC4)
TLO AC5,(0KT0SD)
MOVEM AC5,CBSTS(AC4)
RTN
;Yes. get the cblk status
;Set "OK TO SEND" messages flag
.•Store the cblk status
;******«*** Remote initiated disconnect ****♦•****
'•.MDISC: TRMSG « Remote initiated disconnect (10)»
JRST VCBRKN
;******•*** Port b'"oke connection **********
PRTPRK: TRMSG « Port broke connection (11)»
JRST VL8RKN
;♦♦♦»*♦*♦*♦ Credit is available **********
CAVAIL. TRMSG (< Credit available (12)>)
RTN
1
DFCIC Cluster Test Protocol Responder MACRO 1538(1242) 11:18 27-Aug-85 Page 67
DFC1C2 MAC 27-Aug-85 11:17 Interrupt System Tables
SEQ 0210
5611
5612
5613
56U
5615
5616
5617
5618
5619
5620
5621
5622
5623
5624
5625
5626
5627
5628
5629
5630
5631
5632
5633
5634
5635
5636
5637
5638
5639
5640
5641
5642
5643
5644
5645
5646
5647
5648
5649
5650
5651
5652
5653
5654
5655
5656
5657
SUBTTL Interrupt System Tables
;TOPS-20 priority level and channel tables for the software interrupt system
.-Channel table - one word entry for each channel
;All channels currently at priority level one.
000000
000000
ONCHNS==0
CHNCNT==0
DEFINE ASSINT(CHAN.mDDR},<
XUD 1 ,ADDR
CHAN==CHNCNT
CHNCNT=.-CHNCNT^1
O^THNS==ONCHNS ! 1 B<CHAN>
>;end of -»EFINE ASSINT
007235 •
007236'
007237'
007240'
007241 •
007242'
000001
000001
000001
000001
00C001
004325'
0064:;'
006435'
006446'
006457'
CHNTAB: ASSINT
ASSINT
ASSINT
ASSINT
ASSINT
BLOCK
(TIMCHN,TI«R20)
(DGMCHN.INPD60)
(MSGCHN.INPMSO)
(D^ACHN.DMAXFO)
(OTHCHN.OTHREO)
*D36-CHNCNT
007301' 000000 007304'
007302' 000000 007305'
007303' 000000 007306'
007304' 000 00 0 00 000000
007305' 000 00 0 00 000000
007306' 000 O'^ 0 00 000000
007307' 000000
007310' 000000
007311' 000000
007312' OOOOOC
007313' 000000
007314* 000000
007315' 000000
007316' OOC'OO
000000
006372 *
000000
777743
OCOOOO
000004
004313'
000000
777776
000000
.•Priority level table
LEVTAB: PCLEVl
PCLEV2
PCLEV3
.•Storage for flags and pc
PCLEVl: I
PC'.EV2: Z
PCLEV3: I
;TOPS-10 Interrupt system '^dbles
PIVECT: SCOFFS==.-PIVECT
EXP INTTEN
EXP 0
XWO O..PCSCS
IX? 0
TI0FFS==. -PIVECT
. EXP TIMRIO
EXP 0
XyD O..PCTMR
U? 0
.•Activated channels
.•Channel count
.•Channel for timer interrupts
.•Channel for datagram available
.'Channel for messaae available
.'Channel for dma xrer comolete
.'Channel for connections % errors
.'Fill rest of table
.'Addr for pc stored for pll
.'Addr for pc stored for pl2
;Addr for pc stored for pl3
;Pc interrupted for priority level 1
;Pc interrupted for pr'-'ority level 2
;Pc interrupted for priority level 3
jOffset
for SCS events
.'New p:
or SCS
events
.-Old PC
.•Interrupt
type
.•Interrupt
status
.-Offset
for
^ PITMR
;New PC
;Old PC
.•Timer ^
Interrupts
.•Interrupt
status
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Al2-85 Page 1
DFCIC3 MAC 26-Jul-85 16:23 Tables
"1
SEQ 0211
5658
5659
5660
5661
5662
5663
566A
5665
5666
5667
5668
5669
5670
5671
5672
5673
567A
5675
5676
5677
5678
5679
5680
5681
SUBTTL Tables
;This table contains the number of bytes/response packet
007317'
007320'
007321 •
007322'
007323'
007324'
007325'
007326'
007327'
007330'
007331 '
007332'
007333'
007334'
007335'
007336'
007337'
007340'
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
000000
oocooo
000000
000000
000000
000046
000024
000024
000040
000200
001000
000013
000020
000006
000015
000050
000006
000006
000024
000024
000034
000006
001000
NMBrTS:
•D38
•D20
•D20
•D32
•D128
•D512
•D11
-^016
•D6
•D13
•D40
^^06
\6
^4>20
•D20
•D28
•D6
•:«512
Op - name - # of bytes
64 - Function rsp - 38
65 - Buff map rsp - 20
66 - Buf unmp rsp - 20
67 - Move buf rsp - 32
68 - Gen msg rsp - 128
69 - Gen dtgm rsp - 512
70 - Gen rest rsp - 11
71 - Gen strt rsp - 16
72 - S/s unso rsp - 06
73 - Con data rsp - 13
74 - Cntr rd rsp - 40
75 - Connect rsp - 06
76 - Lstr dis rsp - 13
77 - Mbuf map rsp - 20
78 - Mbf umap rsp - 20
79 - Nov mbuf rsp - 28
80 - Hn state rsp - 06
Not implemented opcode
mandatory
mandatory
mandatory
mandatory
mandatory
mandatory
mandatory
mmmi0mm
DFCIC Cluster lest Protocol Responder HACRO X53B(1242) 11:18 27-Aug-85 Page 2
DFCIC3 MAC 26-Jul-85 16:23 Tables
SEQ 0212
5682
5683
5684
5685
5686
5687
5688
5689
5690
5691
5692
5693
5694
5695
5696
5697
5698
5699
5700
5701
5702
5703
5704
5705
5706
5707
5708
5709
5710
5711
5712
5713
5714
5715
007341' 000001 000001
007342' 000002 000002
007343'
000200
007541 '
007542'
007545'
007546'
007547'
007550'
007551 '
007552'
007553'
00755< '
007555'
007556'
250000 000000
OOCOOO 020002
000000 100005
44 46 43 51 43 00
000000 000003
null mill
nun 250000
000000 120000
000315
00001 3
;This spear table contains: Lh - total nunber of connections since the
: responder was started. Rh = number of connections started since the last
:spear entry. Port #0 is the 1st 16 entries of this table, port #1 is the next
;16« and so on. Ue can have a maximun of 6 ci's on a system and 16 nodes per
:ci. 16X6 = 96 Since we can have a maximum of 8(0-7) ports en our system we
:don't know what ports the 6 different ci's will be connected to^ so we must
:make room for all 8 ports. 16X8 = 128
SPEART: 1,J
2. .2
BLOCK
'D126
SPEARE=. -SPEART ;Length of this block
;This block is used for input to the '•SYERR" jsys.
SYSERT: 250000,, C
BLOCK 3
SYSE02: 20002
BLOCK 1
SYSE10: 100005
SIXBIT/DFCIC/
DECVER
-1
-1,-250000
SYSE12: 126600
BLOCK 1
BLOCK ^0192
SYSERE=. -SYSERT
SYSHLF=SYSE12-SYSERT
Event type
3 Words of header info for syerr
Time of occurence block
Internal date/time
Diagnostic info block
Diagnostic name
Version number
User proj,pgrm #(not used here)
Unit#, ,dev#,port#fmb2,node#
Responder statistics block
Time of last spear entry
2 Entries/node. 96X2 = 192
.'Length of this block
:Used for the header block length
! IT iij'ri »rt-i
"1
OFCIC Cluster Test Protocol Responder HACRO ;53B(12A2) 11:18 27-Aug-85 Page 3
DFC1C3 MAC 26-Jul-85 16:23 Tables
SEQ 0213
5716
5717
5718
5719
5720
5721
5722
5723
5724
5725
5726
5727
5728
5729
5730
5731
5732
5733
5734
5735
5736
5737
5738
5739
5740
5741
5742 010544*
000001
The 10 words in the cbU are:
Cblkn: eld
Status
1st req blk addr
2Nd req blk addr
Node #
Local port #
1st sea buffer
1st bufx
2Nd sea buffer
2Nd bufx
DEFINE C8LK (N).<
XLIST
C6LK*N: BLOCK CBKLEN
LIST
>
N=1
REPEAT COUNT, V
C6LK \N
N=N*1
>
connection id of the ctp packet,
1b1(3rd party) Jb2(get info) Jb3(dBia xfer),
1B4(ok to send)Jb5(ga nores) Jb6(revd resp) ,
1B7(rcvd resp) Jb12Toverdue) Jb14(vcgone)
address of rblk
address of rblk
node #
references 1 of 6 possible ci's
32 bit buffer name sea oiv/es us
our buffer address of aDove(— *) word
32 bit buffer name sea gives us
our buffer address of aBov/e(— *) word
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 4
DFCIC3 MAC 26-Jul-85 16:23 Tables
SEQ 02U
574:>
57A4
57A5
57A6
57A7
57A8
57A9
5750
5751
5752
5753
575A
5755
5756
5757
000001
OOOOAO
DEFINE CBLS (N),<
XLIST
CBLK'N
LIST
N=1
CBLST: REPEAT COUNT, <
CBLS \N
N=N+1
CBLSTE=. -CBLST
iXWitirtiiMillgiiiiilWItiliKii. I1 1; Hill "111117 111 liliriTjirp
OFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 5
DFC1C3- MAC - 26-Jul-85 16:23 Tables
SEQ 0215
5758
5759
5760
5761
5762
5763
5764
5765
5766
5767
5768
5769
5770
^771
5772
5773
5774
5775
5776
:777
5778
5779
5780
5781
5782
5783
5784 012616'
5785 012656*
5786 012716'
;The request header block
; 6 Bit cid,,fh'nk
; Repcount*. blink
: Status««cblk
•
; Ctppkt
;points to the req hdr blk to be executed next
; points to the req hdr blk that was just executed
;lb10(cont)Jb11(waitt)Jb12(overdue pkt)-1b13(dgm)/
; 1B14(vcgone).1b15(onetim) Jb16(doneTjbl7(gobit),,cblkx add
;the address (rbx) of the ctp packet
ress
000001
DEFINE RHBLK (N).<
XLIST
RH'N: BLOCK <RH8LEN-1>
RB'N
LIST
>
N=1
REPEAT <COUNT*RHBPER> , <
RHBLK \N
N=N^1
.-Storage for timer routines.
DLYADR: BLOCK COUNT
DLYUPT: BLOCK COUNT
DLYRTN: BLOCK COUNT
;Address of rhblk for this timer request
;Uptime at which to process this request
.'Routine to call when this alarm goes off
iiii»iini.ii i
***■
mm'M mir .iniiiiHiiiai ttmn
DFCIC Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 6
DFCIC3 MAC 26-Jul-85 16:23 Tables
SEQ 0216
5787
5788
5789
5790
5791
5792
5793
5794
5795
5796
5797 033000
5798
57^9
58' )
58U.
5802
5803
5804
5805
5806
5807
5808
5809
5310
5811
5812
5813
5814
5815
5816
5817
5818
5819
5820
5821
5822 160460
000003
000001
;Th1s is the storage area for ctp packets. Ue use the following buffers for
;queueing messages ft datagrams. When we execute an scsZ receive message or
; datagram the contents go here.
;This next "LOC" statement forces the assembler to an even address page
;boundary. The 140 octal makes up for the "JOB DATA area 'le link loader* adds
;to the front of this program.
;LOC <.'H40+777>8777000
LOC <.+20000+777>ft777000
;Room for DDT
;The scsX jsys will not transfer data across paae boundries. Therefore the
•'following macro was created to insure that no Duffer (rbx) will cross a page
; boundary even if the size of some of the parameters change.
:m = the tt of req blocks that can fit on a page
Rbl)
;M=*d512/mxdgm
:N=1 ;number to start the request blocks (eg.
•'Repeat «<count*rhbper>*m-1>/m>*< ; round out the # of repeats
;Loc <.'»-777>8777000 ; Start at an even page boundary
•'Repeat <m>,< ; generate n buffers/page
;RbIk \n .-macro to generate request block buffers
•'N^n-t-l ;bump number
DEFINE RBLK iH) .<
RB'N: BLOCK <rXD6«>
>
M=*D512/MXD6«
N=1
REPEAT «<C0yNT*RHBPER>'»-M"1>/M>,<
LOC <.*777>g777000
REPEAT <M>,<
RBLK \N
N=N*1
»
»lilg.l!i»'*yWiiii'>i W!W»\i»T)ii'
mmmiii^mii»im^tmmMmui^t»m*k'Mii .nirirfirjri r>iMw>iiriiiii^i<*t^
DFCIC
DFCIC3
5823
5824
5825
5826
5827
5828
329
:>830
5831
5832
5833
5834
5835
5836
5837
5838
5839
5840
5841
5842
5843
5844
5845
5846
5847
5848
5849
5850
5851
5852
5853
5854
5855
5856
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page 7
MAC
161000
26-JUI-85 16:23
260000
000001
000001
000040
Tables
;This loc statement gets us to an ev/en addross boundary.
LOC <.f777>i777000
;1000 Octal is the maximum number of wordsd page) allowed.
DEFINE BUF (N),<
BUF'N: BLOCK ^05 12
>
N=1
REPEAL <C0UNT*2>,<
BUF \N
N=N'H
;nake pointers to buffer addresses
DEFINE BUFLS (N).<
XLIST
BUF'N
LIST
>
N=1
BUFLST: REPEAT COUNT, <
BUFLS \N
N=N+1
>
BUFSTE=. -BUFLST
SEQ 0217
I'lifin iiin iii'ii 'iiiiwirmnr
DFCIC Cluster lest Protocol Responder MACRO 3;53B(1242) 11:18 27-Aug-85 Page 8 .r« no.o
-' • - Tables SEQ 0218
.'Literals
LIT..; XLIST .-Literal label
LIST
END START
MO ERRORS DETECTED
PROGRAM BREAK IS 012756
ABSOLUTE BREAK IS 263201
CPU TIME USED 00:26.168
121P CORE USED
DFCIC3
MAC 26-JUI-85 16:23
5857
5858
5859
5860
261040
5861
5862
5863
000362'
OFCIC Cluster Test Protocol Responder MACRO X538(1242) 11:18 27-Aug-85 Page S-1
DFCIC3 MAC 26-JUI-85 16:23 SYMBOL TABLE
SEQ 0219
ACQ
AC1
AC10
:ii
AC12
AC13
AC16
AC2
AC3
AC4
ACS
AC6
AC7
ACCARG
ACCEPT
AC TOO
ACT01
ACT01A
ACT01B
ACT01C
AC TGI H
ACT01L
ACT01M
ACT01N
ACT01S
ACT01X
ACT02
ACT02A
ACT02B
ACT02C
ACT02E
ACT02S
ACT02X
ACT03
ACT03A
ACT03B
ACT03C
ACT03D
ACT03E
ACT03F
ACT036
ACT03I
ACT03J
ACT03S
ACT03T
ACT03X
ACT032
ACT04
ACT04S
ACT04X
ACT06
ACTQ6A
ACT06B
ACT06C
ACT06D
000000 spd
000001 spd
000010 spd
00001 1 spd
000012 spd
000013 spd
000016 spd
000002 spd
000003 spd
OOOOOA spd
000005 spd
000006 spd
000007 spd
005263'
005237'
000560'
000701 •
000715'
000775'
001011'
001003'
000732'
000740'
000742'
001024'
001022'
001111'
001126'
001136'
001146'
0u!l51'
001157'
001160'
001322'
001335'
001355'
001365'
001367'
001401'
001404'
001415'
)01417'
)01455'
)01467'
001470'
001464'
001466'
)01700'
11712'
11713'
f006'
W'
1033'
1045'
ACT06E
002050'
ACT06F
002070'
ACT06H
002072'
ACT06J
002076'
002104'
ACT06S
ACT06X
002102*
ACT07
002203'
ACT07A
002221 '
ACT07B
002231 '
ACT07C
002233'
ACT07D
002245'
ACT07E
002250'
ACT07F
002274'
ACT076
ACT07H
002276 '
ACT07J
002302'
ACT07S
002310'
ACT07X
002306'
ACT08
002342'
ACT08A
002376'
002367'
ACT08C
ACT08S
002401 '
ACT08X
002377'
ACT09
002447'
ACT09A
002505'
ACT09S
002507'
ACTIO
002554'
ACT10A
002704'
ACT10B
002706'
ACTIOS
002710'
ACT10X
002707'
ACT11
ACT11B
003022'
ACTUS
ACT11X
Acri2
8o305^'
ACT12X
ACT3B1
001363'
000325'
ACTB
ACTC
000320'
ACTN
Q0Q343'
Q031Q6'
003073'
ADHBLA
ADHBLK
AICX
104000 000131
AlCARG
004420'
AICLEN
ANNOUN
OOQ006
uuC 10
BFSCA1
BFSCA2
BLINK
BOTEXE
BUDO
5oq353'
BUF1
BUFIO
26000C
BUF100
int
spd
spd
spd
BUF11
BUF12
BUF13
BUF14
BUF15
BUF16
BUF17
BUF2
BUF20
BUF21
BUF22
BUF23
BUF24
BUF25
BUF26
BUF27
BUF3
BUF30
BUF31
BUF32
BUF33
BUF34
BUF35
BUF36
BUF37
BUF4
BUF40
BUF41
BUF42
BUF43
BUF44
BUF45
BUF46
BUF47
BUF5
BUF50
BUF51
6UF52
BUF53
BUF54
BUF55
BUF56
BUF57
BUF6
BUF60
BUF61
BUF62
BUF63
BU^64
6UF65
RUF66
BUF67
BUF7
BUF70
BUF71
171000
172000
173000
174000
175000
176000
177000
162000
200000
201000
202000
203000
204000
205000
206000
207000
163000
210000
211000
212000
213000
214000
21 5000
216000
217000
164000
220000
221000
222000
223000
224000
225000
226000
227000
165000
230000
231000
]000
iooo
_j4000
235000
236000
237000
166000
240000
H1000
42000
43000
^44000
!45000
;4600C
J47f
167L,
250000
251000
BUF72
BUF73
BUF74
BUF75
BUF76
BUF77
BUFAA
BUFAR6
BUFAV
BUFD
BUFFI
BUFF2
BUFFS2
BUFL
BUFLEN
BUFLIM
BUFLST
BUFNAM
BUFO
BUFS
BUFSTE
BUFT
CONR
C1NR
CANT II
CANTIM
CAVAIL
CBKLEN
CBLK1
CBLK10
CBLK11
CBLK12
CBLK13
CBLK14
CBLK15
CBLK16
CBLK17
CBLK2
CBLK20
CBLK21
CBLK22
CBLK23
CBLK24
CBLK25
CBLK26
CBLK27
CBLK3
CBLK30
CBLK31
CBLK32
cblk53
CBLK34
CBLK35
CBLK36
CBLK37
252000
253000
254000
^55000
56000
ci7000
003251 '
005704'
003243'
000351 •
000007
00001 1
005661 '
000340'
000227'
000372
261000
000230'
000347'
000345'
000040
0003 1 5'
000350'
000355'
004305'
004301 '
007232'
000012
010056'
010164'
010176'
010210'
010222'
010234'
010246'
010260'
010272'
010070'
010304'
010316'
010330'
010342'
010354'
010566'
010400'
010412'
010102'
010424*
010436'
010450'
010462'
01 0474'
010506'
010520*
010532*
spd
spd
spd
spd
D^UC
Cluster Test Protocol ResDonder
0FCIC3
MAC 26- Ju 1-85 16:23
9
1
CBLKA
01011A'
CTPCOX
CBLKAO
010544'
CTPPKT
CBLK5
010126'
CUREXE
CBLK6
010140'
CURSTS
CBLK7
010152'
CWATl
CBLKAA
003152'
CWAT11
CBLKAV
003144'
CUATSC
CBLST
010556'
CYCL60
CBLSTE
000040
OATAQ
CBSTS
000001 spd
DATARG
CH60PC
003543'
DATATE
CHGOPX
003556'
OATETI
CHKVCA
003660'
DATETM
CHKVCB
003664'
DEBRKZ
CHKVCS
003650'
DEPf'K.
CHKVCT
003677'
DEl.^R
CHKVCX
003700'
DELA
CHNCNT
000005 spd
DGn
CHNTAB
007235'
DGMCHN
CID
000000 spd
DGMNSG
CIDLOC
000246'
DGMSG
CI PORT
000256'
DGMSRV
CNOA
000341'
DIAAJZ
CNON
000346'
DIA6AX
CN1A
000352'
DIACIZ
CN1N
000354 •
DIAFCX
CNF ARC
005767'
DIAGX
CNFDA1
002422'
DIA6.
CNFDAT
002410'
DIA6AG
CNTLR
000301 '
DIA6F
CNTOLA
Gu'053'
DIAGJ
CNT0L6
007057'
DIA6S
CNTOIC
007111'
DIA6U
CNTOLD
007112'
DIAIAX
CNTOLE
007115'
DIAIFZ
CNTOLS
007045'
DIANCX
CNTOLX
007117'
DIANPX
CNTRLR
000277'
DIANRZ
CNTRR1
002523'
DIATOX
CNTRRD
002515'
DIAVCZ
CONACC
007121'
DIRZ
CONARG
99im'
DISARG
CONDAT
000311'
DISCON
CONECT
005055'
DISIN1
CCNFIG
005737'
DISIN2
CONFIX
005760'
DISINT
CON^DC
000244 '
DLYADR
CONIDR
000245'
DLY60
CONREJ
007131'
DLYRBK
CONT
000200 000000 spd
DLYRTN
COUNT
000040, spd
DLYTId
CTPCOA
OLYUPT
CTPCOB
DMA
CTPCCC
002746'
DHACHN
CTPCON
002714'
DMACMP
SYMBOL TABLE
SEQ 0220
spd
spd
104000
047000
000020
000400
002750'
000003
000276'
000016
004460'
004467'
004453'
000235'
006144'
006170'
006161 '
004543'
004537'
000136
000137
000003
000316'
000000
000001
000273'
000000
000257'
000007 spd
int
spd
spd
spd
spd
104000
047000
104000
040000
000017
000020
000010
000530
000163
006342'
006264'
006247'
006263'
006261 '
000002
000013
QQ0015
000001
000016
000021
000014
000130
005337'
005314'
104433'
104436'
)04425'
112616'
104352'
)0Q243'
112716'
)0Q242'
)1265(
)0000!
OOQOO:
000263'
spd
spd
spd
int
spd
spd
spd
spd
spd
spd
spd
int
spd
spd
DNARD
DMAURT
DMAXFO
DNAXFA
DNAXFB
DMAXFC
DMAXFD
DMAXFR
DMAXFS
DNAXFX
DONE
DOSCS
D0SCS1
D0SCS2
DSDG
Duni
EIRX
ENABL1
ENABLE
ENAIN1
ENAIN2
ENAINT
ENDF
ENTER
ENTER
ENTERC
ENTERD
ENTERE
ENTERG
ENTERO
ENTERP
ENTERS
ENTREN
EPCAPr
ERCAL
ERJMP
ERRDI1
ERRDI2
ERRDI3
ERRDI4
ERRDIL
ERRDIT
ERRSC1
ERRSC2
ERRSC4
ERRSCL
ERRSCS
ERRSCT
ERSTR2
ERSTRT
EVENTE
FVENTQ
EVENTX
EVTAR6
EVTTBL
000002
104000
077000
104000
320740
320700
000262'
000261 '
006446'
006722'
006730'
006736'
006752'
006720'
006754 •
006755'
000000 spd
004605'
004623'
004617'
000356'
005620'
000126 int
004503'
004472'
004446-
004451 '
004440'
000276' spd
004033'
000000
004044 '
004046'
004051 '
004053'
004060'
004076 '
004066'
004055'
000151
000000
104000
006271 '
006306'
006313'
000013
006326'
004641 '
004647'
004654'
000035
004633'
004712'
00001 1
14676'
16214'
)6173'
16236'
)6237'
)06773'
int
int
int
spd
spd
int
EXDLY
EXDLYl
EXDLY2
EXDLY3
EXDLY4
EXECT
EXIT
EXTE
EXUAI1
EXUAI3
EXW«!'
EXWA. ^
FAKEL.
FCMD
FLINK
FSTS
FUNCFL
FUNCST
GA1C0N
GA2C0N
GAFLAG
GANRES
GENC
GENCON
GENDGM
GENF
GENFUN
GENL
GENLEN
GENMS1
GENnS2
GENnS4
GENnS5
GENnS6
GENMSG
GENRS1
GENRS2
GENRS3
GENRST
GENST1
GENST2
GENST3
GENSTR
GET
GETACT
GETARG
GETBUA
GETBUF
GETCID
GETERX
GET6LN
GETINA
GETINB
GETIND
GETINE
047000
004000
002000
010000
262740
104000
004170'
004212'
004215'
004216'
004217'
000502'
000012
000322'
004240'
004243'
004244'
004225 '
000002
000326'
000000
000344 '
000373
000537'
000000
000000
000264 '
000000
000327'
000225'
001477'
000323'
000224 '
000336'
000226'
001514'
001540'
001543'
001545'
001523'
001477'
001734'
001750'
001752'
001717'
002131'
002145'
002147'
002114'
000000
003364'
006033'
006027*
106013'
)03536'
100012
003416'
8^:
003760'
003771 '
spd
spd
spd
spd
spd
spd
int
DFCIC
DFC1C3
6ETINF
GETINX
GETREP
GETTAB
GETTI2
GO
GOBI!
GPRS
GPRS1
GPRSB
GTADZ
GTINFO
HALT
HALTFX
HALTP
HIBER
IFPIN1
IFPIN5
IFPINT
INPDGO
INPDGA
INPDGB
INPDGC
INPDGD
INPD6E
INPDGF
INPDGH
INPDGM
INPDGX
INPMSO
INPMSA
INPMSe
INPnSC
INPnSD
IJ^PHSC
iNPnsr
INPNSG
INPMSH
INPNSJ
INPMSL
INPMSn
INPMSX
INTDMS
INTriG
INTTEN
KIL3RA
ICIL3RB
KIL C
KIL 0
»CIL:'^E
KIL3RF
K1L3RH
KIL3RX
LASTF
LBUFOF
Cluster Test Protocol Responder MACRO X53B(1242) 11:18 27-Aug-85 Page S-3
MAC 26- Ju 1-85 16:23 SYMBOL TABLE
SEQ 0221
047000
260740
000001
104000
100000
254200
104000
047000
003706'
003774'
003364'
000041
004527'
000000
000000 spd
003562'
003576'
003601 '
000227 int
000000 spd
000000
00C''70 int
004671 '
000072
004402'
004413'
004360'
006424'
006510'
006527'
006532'
006537'
006552'
006561 '
006501 '
006477'
006570'
006435'
0uo606'
006636'
006641 '
006646'
006674'
Q067Q3'
006574'
006576'
006630'
006664'
)06666'
)06714'
)06467'
0002|0'
0063?2'
)03272'
)0330.'
)03304 '
)03263'
000222'
000271 '
LDSTUS
LEVTAB
LICAR6
LIRARG
LISDI1
LISDIS
LISTNC
LISTNR
LIT..
LK.LLC
LK.LLS
LK.LNE
LK.LNP
LOCALN
L0CAR6
LOCK
LOCPRT
LTLCRD
M
MAINA
MAINC
MAINC1
MAINLN
MAP6U1
MAPBUF
MATCH
MAXD6M
?fAXMS6
iAXOPC
<DSND1
r?DSN02
Mi)SND3
MDSNOC
10NTYP
mvE
?:0VEB1
M0VE62
M0VEB4
=^i'yEB5
*!OVEBA
nOVEBF
MOVETY
MSGCHN
MS6D6M
MS6SRV
MXDGM
N
NMATCH
NMBYTS
NOAC
N06UFM
NOCONN
NODE
NODEUN
NONSEN
003450'
007301 •
005172'
005232'
003044'
003027'
005136'
005177'
261040
000010
000001
spd
spd
000002 spd
000004 spd
005635'
005657'
047000 000060
000005 spd
007175'
000003
000447'
000463'
000472'
000437'
000622'
000607'
000001 spd
000266'
000263'
000020 S7d
007140'
007161'
0071 74'
007134'
000234'
000324'
001230'
001231
01?06'
101165'
)0023V
)OQOQ^
105550 •
)00260'
JQ0041
W
^Q366
)0QQ4
10370
10376
s>d
spd
spd
spd
spd
spd
spd
NOP
NORESO
NOT IMP
N0TMS6
NOUTZ
NRESRC
NRSARG
NTIMPL
OFLINE
OKSENl
OKSEND
OKTOSD
ONCHNS
ONETIM
ONLINE
OPCARY
OPCHK
OPCO
OPCODE
OTHCHN
OTHE
OTHERN
OTHREO
OTHREA
OTHREV
OTHREX
OURNOD
OUTCHR
OUTSTR
OVRDUE
P
POST
P10T11
P11T10
PI ST
PCLEV1
PCLEV2
PCLEV3
PCLREV
PCLTYP
PCLVER
PIINI.
PISYS.
PITMR.
PIVIrCT
PKTH
PKTSZF
PKTZ
PLIST
PLISTE
PLISTS
PORT
PRINT1
PRINT2
PRiNT3
600000
104000
020000
760000
000004
051040
051140
000040
047000
047000
047000
000000
000375
003337'
005010'
000224
000002
005050'
000377
007200'
007212'
007206'
000000
000000
000000
007203'
000577'
003521 '
000313'
000231 •
000004
000331 '
000232'
006457'
006763^
006761 '
006770'
000247'
000000
000000
000000
000017
000335'
003502'
003463'
000337'
QQ7304'
007305'
07306'
00000
00000
uOO'.Hi
000135
oroi!6
' '0203
U07307'
»*
000333'
000014'
000215'
000013'
04574'
04575'
sin
spd
int
spd
sp'i
spd
spd
spd
spd
spd
spd
sp
'>pd
PRINTA
004706'
PRINTB
004710'
PRINTC
004547'
PRINTD
004564
004555'
PRINTO
PRINTT
004550'
PRTBRK
007227'
PS.FAC
004000 000000
PS. f Of
200000 000000
PS.FON
100000 000000
PS.TMS
40C000 000000
PSOUTX
104000 000076
PUT
261740 000000
QBDAR6
005413'
QBD6M
005370'
QBMAR6
005365'
QBMS6
005342'
QUE3UF
003630'
QUEBUX
003642'
QUEUE
003604 '
RBI
033000
RBIO
035230
RBI 00
060000
RBI 01
060230
RBI 02
060460
Rdl03
061000
RBI 04
061230
RBI 05
C1460
RBI 06
062000
RBI 07
062230
RB11
035460
RBI 10
062460
RB1 11
063000
RB1 12
063230
RB1 13
063460
RB1 14
^^
RB1 15
RBI 16
064460
RB1 17
065000
RBI 2
036000
RBI 20
065230
RBI 21
065460
RBI 22
066000
RBI 23
066230
RBI 24
066460
RBI 25
067000
RBI 26
067230
RBI 27
067460
RBI 3
036230
RBI 30
0700QQ
070230
RBI 31
RBI 32
070460
071000
071230
RBI 33
RBI 34
RBI 35
071460
spd
spd
spd
spd
int
DFCIC
Cluster Test Protocol ResDonder
MACRO X53B(1242)
11:18 27-Aug-85 Page
S-4
DFCIC3
MAC 26-Jul-85
16:23
SYMBOL TABLE
•* •^
RBI 36
072000
RB216
112000
RB277
132230
RB357
RBI 37
072230
RB217
112230
RB3
033460
RB56
RBU
036A60
RB22
040460
RB30
04246C
RB560
RBUO
072460
RB220
112460
RB300
132460
RB561
RBK1
073000
RB221
113000
RB301
133000
RB562
RB142
073230
RB222
113230
RB302
133230
RB365
RBU3
073460
RB223
113^*60
RB303
133460
RB564
RB1AA
074000
RB224
114000
RB304
134000
RB565
RBH5
074230
RB225
114230
RB305
134230
R3566
RB1A6
074460
RB226
114460
R6306
154460
RB567
RBU7
075000
RB227
115000
RBi07
135000
RB57
RBI 5
037000
RB23
041000
RB31
043000
RB570
RBI 50
075230
RB230
115230
RB310
135230
RB571
RBI 51
075460
RB231
115460
RB311
135460
RB572
RBI 52
076000
RB232
116000
RB312
136000
RB575
RB153
076230
RB233
116230
RB313
136230
RB574
RB15A
076460
RB234
116460
RB314
136460
RB575
RBI 55
077000
RB235
117000
R8315
137000
RB576
RB156
077230
RB236
117230
RB316
137230
RB577
RBI 57
077460
RB237
117460
RB317
137460
RB4
RBI 6
037230
RB24
041230
RB32
043230
RB40
RBI 60
100000
RB240
120000
RBb20
140000
RB400
RB161
100230
RB241
120230
RB321
140230
RB401
RBI 62
100460
RB242
120460
RB322
140460
RB402
RBI 63
101000
RB243
121000
RB323
141000
RB41
RB16A
101230
rb:;4
121230
RB324
141250
Rd42
RB165
101460
RB245
121460
RB325
141460
RB45
RBI 66
10200C
RB246
122000
RB326
142000
RB44
RBI 67
102230
RB247
122230
RB327
142230
RB45
RBI 7
037460
RB25
041460
RB33
045460
RB46
RBI 70
iui460
R3250
122460
RB330
142460
RB47
RB171
103000
R8251
123000
RB331
145000
RB5
RBI 72
103230
RB252
123230
RB332
145250
RB50
RB173
103460
RB253
123460
RB333
145460
RB51
RBI 74
1 04000
RB254
124000
RB334
144000
RB52
RB175
104230
RB255
124230
RB335
144250
RB55
RB176
104460
RB256
124460
RB336
144460
RB54
RBI 77
105000
R8257
125000
RB337
145000
RB55
RB2
033230
R626
042000
RB34
044000
RB56
RB20
040000
RB260
125230
RB340
145250
RB57
RB200
105230
RB261
125460
R8341
145460
RB6
RB201
105460
R6262
126000
RB342
146000
RB60
RB202
106000
RB263
126230
rb:43
146250
RB61
RB203
106230
RB264
126460
RB344
146460
RB62
RB204
106460
RB265
127000
RB345
147000
RB65
RB205
107000
R6266
127230
R6346
147250
RB64
RB206
107230
RB267
127460
RB347
147460
RB65
RB207
107460
R827
042230
RB35
044250
RB66
RB21
040230
RB270
130000
RB350
150000
RB67
RB210
110000
R8271
130230
RB351
150230
RB7
RB211
110230
RB272
130460
RB352
150460
RB70
RB212
110460
RB273
131000
131230
RB353
151000
151230
RB71
RB213
111000
RB274
RB354
RB72
RB2U
111230
RB275
131460
RB355
151460
RB75
RB215
111460
RB276
132000
RB356
152000
RB74
SEQ 0222
152230
044460
152460
1 55000
153250
155460
1 54000
154250
1 54460
155000
045000
155250
155460
1 56000
1 56250
1 56460
157000
157250
1 57460
054000
045250
160000
160250
160460
045460
046000
046250
046460
047000
047250
047460
054250
050000
050250
050460
051000
051250
051460
052000
052250
054460
052460
055000
055250
055460
054000
054250
054460
055000
055000
055250
055460
056000
056250
056460
DFCIC
Cluster Test Protocol Responder
MACRO 2538(1242)
11:18 27-Aug-85 Page
S-5
■ y^-
■ .-. ■.--"-:■-■.-
DFCIC3
MAC 26-JUI-85 16:23
SYMBOL TABLE
•* •*
SEQ 0223
RB75
057000 RH134
011372'
RH214
011672'
RH275
012176'
RB76
057230 RH135
011376'
RH215
011676'
RH276
012202'
RB77
^.7460 RH136
011402'
RH216
011702'
RH277
012206'
RBUFOF
000272' RH137
011406'
RH217
011706'
RH3
[)10626'
}10752'
RCDAR6
005501' RH14
010672'
RH22
010722'
RH30 1
RCnARG
005445' RH140
011412'
RH220
011712'
RH300
512212'
RCVDGE
005471' RH141
011416'
RH221
011716'
RH301
012216'
RCVDGn
005452' RH142
011422'
RH222
011722'
RH302
n2222'
RCVHCE
005435' RH143
011426'
RH223
011726'
RH303
)12226'
RCVHSG
005416' RH144
011432'
RH224
011732'
RH304
)12232'
REALBU
000001 spd RH145
011436'
RH225
011736'
RH305
)12236'
REDARG
006137' RH146
011442'
RH226
011742'
RH306
)12242'
REDATA
006115' RH147
011446'
RH227
011746'
RH307
)12246'
REFE
000314* RH15
01C
1676*
RH23
010726'
RH31
)10756'
REJARG
005311' RH150
011
432'
RH230
011752'
RH310
)12252'
REJECT
005266' RH151
011
456'
RH231
011756'
RH311
012256'
REPC
000321' RH152
Oil
462'
RH232
011762'
RH312
)12262'
REQ1
000002 spd RH1 53
Oil
466'
RH233
011766'
011772'
RH313
)12266'
REQ2
000003 spd RH15^»
Oil
472'
RH234
RH314
^2272'
RESETX
104000 000147 int RH155
Oil
476'
RH235
011776'
RH315
)12276'
RESOFS
0001 00 spd RH156
Oil
502'
RH236
012002'
RH316
)12302'
RESPFG
000223' RH157
Oil
506'
RH237
012006'
RH317
)12306'
RH1
010616' RH16
01C
1702'
RH24
010732'
RH32
)10762'
RH10
010652' RH160
Oil
512'
RH240
012012'
RH320
012312'
RHIOO
011212' RH161
Oil
516'
RH241
012016'
RH321
)12316'
RH101
011216' RH162
Oil
522'
RH242
012022'
RH322 1
)12322'
RH102
011222' RH163
Oil
526'
012026'
RH323 (
)12326'
RH103
011226' RH164
5^d'
RH244
012032'
RH324 (
012332'
RH104
011232' RH165
011
536'
RH245
012036'
RH325 (
012336'
RH105
011236' RH166
0i!?42' ^Hl67
oil
542'
RH246
012042'
RH326 \
)12342'
RH106
on
546'
RH247
012046'
RH327 1
)12346'
RH107
0M246' RH17
01C
1^06'
RH25
010736'
RH3
3 (
)10766'
JH11
0(0656' RH170
011
552'
RN250
012052'
RH330 <
)12352'
RH110
011252' RH171
oil
556'
RH251
012056'
RM331 (
)12356;
RH111
011256' JiKl72
oil
562'
RH252
012062'
RH332 1
RH112
011262' RH173
oil
.66'
RH253
012066'
Ol5072'
RH3
53 1
)12372'
RHm3
011^66' RH174
oil
572'
RH254
Rh3
34 1
RH1U
0^'^72' RH175
oil
576'
RH255
0:2076'
• RH335 (
)12376'
RM115
0^276' RH176
r 11302' RH177
oil
602'
RH256
012102'
RH336 1
)12402'
RH116
oil
606'
RH557
012106'
RH337 1
312406'
RH117
J11306' RH2
01C
1622'
RHcO
010742'
RH3^* (
310772'
RH12
010662' RH20
011312' RH200
010
1712'
RH260
rh;6i
RH262
012112'
RH3
40 (
312^12'
RH120
oil
612'
012116'
RH3
41 1
312416'
RH121
011316' RN201
on
616'
01^22;
RM3
42 1
312422'
RH1 22
01.322' RH202
oil
622"
RH263
RH3
43 i
312426'
RH123
011326' RH203
oil
626'
632'
RH264
RH3
44 1
vhi^\
RH124
011332' RH204
on
RH265
Olcl j6'
RH3
45 (
il2442'
RH125
011336' RH205
oil
636'
RH266
RH267
RH27
012142'
RH346 (
RH'i26
011342' RH206
011346' RH207
oil
642'
012146'
RH3
47 (
312446'
RH127
oil
646'
1716'
010746'
RH3
5 (
310776'
RH13
010666' RH21
01C
RH270
012152'
RH3
50 (
312452'
RM130
011352' RH210
011356' RH211
Q11
652'
RH271
012156'
RH3
51 (
)l2456'
RH131
oil
656'
RH272
012162'
RH3
52 <
312462'
RH132
011362' RH212
011366' RH213
911
662'
RH273
012172'
RH3
312466'
312472'
RH133
■i
011666'
RH274
RH3
54 1
DFCIC
Cluster Test ProtocGl Re
DFCIC3
MAC 26-JUL-85 16:23
RH355
012476'
RH356
012502'
RH357
012506'
RH36
011002'
RH360
012512'
RH361
012516'
RH362
012522'
RH363
012526'
RH364
012532'
RH365
012536'
RH366
012542'
RH367
012546'
RH37
011006'
RH370
012552'
RH371
012556'
RH372
012562'
RH373
012566'
RH374
012572'
RH375
012576'
RH376
012602'
RH!i77
012606'
RH4
010632'
RH40
011012'
RN400
012612'
RH41
011016'
RH42
011022'
RH43
011026'
RH44
011032'
RH45
011036'
RH46
011042'
RH47
0i!046'
RH5
010636'
RH50
011052'
RH51
011056'
RH52
011062'
RH53
011066'
RH54
011072'
RH55
011076'
RH56
011102'
RH57
011106'
RH6
010642'
RH60
011112'
RH61
011116'
RH62
011122'
RH63
011126'
RH64
011132'
RH65
011136'
RH66
011142'
RH67
011146'
RH7
010646'
RM70
011152'
RH71
011156'
011162'
RH72
RH73
011166'
011172'
RH74
SYMBOL TABLE
SEQ 0224
RH75
RH76
RH77
RH6LEN
RHBLKA
RHBLKB
RHBI.KV
RHBPER
RMCBLA
RMCBLB
RMCBLC
RMCBLG
RMCBLH
RMCBLK
RMCBLM
RMDISC
RMHBLK
RMRBLA
RMRBLB
RMVAR6
RMVBUA
RMVBUF
RPCAPX
RPCNT
RQREFU
RSPDR
RSPNDR
RTN
S..CAI
S..CC0
S..CFC
S..CFD
S..CFM
S..CII
S..CLJ
S..CST
S..OBF
S..E0N
S..NCD
S..NCI
S..NRH
S..NRn
S..P0F
S..RNO
SCXD6A
SCZDTA
SCZEVA
SC*^SA
SCALBF
SCARBF
SCOFFS
SCSI
SCS.
SCS8LK
SCSCAL
104000
263740
200000
100000
040000
400000
1040
0470
011176'
011202'
011206'
000004
003062'
003067'
003056'
000010
003174'
003230'
003233'
003212'
003221 '
003164'
003?24'
007224 '
003112'
003134'
003137'
006064 '
006054 '
006040'
000150
000001
000374
000305
000300
000000
004407
007217
007145
006536
006613
004404
004505
004412
004254
004450
006753
006515
003066
006645
4435
3077
00000
0
0
000
00267'
70'
spd
spd
lot
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
int
SCSERC
SCSFCN
SEDAR6
SEDATA
SE!y04
SEN04C
SEND
SENDA
SENDMA
SENDMC
SENDMD
SENIMA
SENIMP
SENNRA
SEHKRS
SETTI1
SETTI2
SETTI6
SETTI7
SETTIH
SIRX
SIXCID
SPEAR
SPEARA
SPEARE
SPEARF
SPEART
SPEARX
SPOFST
SPRBLN
SPRCIN
SPRNOD
SQZCVD
SSACRZ
SSACSZ
SSARGZ
SSCBFZ
SSCPNZ
SSCRBZ
SSCUBZ
SSDCFZ
SSDQEZ
SSEQEZ
SSICIZ
SSIDMZ
SSIFCZ
SSINNZ
SSNBQZ
SSNFBZ
SSNFCZ
SSNNKZ
SSNPCZ
SSNPVZ
SSNS6Z
SSPSFZ
104000
000237'
000240'
006110'
006066'
004147'
004163'
004124'
004142'
005536'
005543'
005506'
005001 '
004750'
005041 '
005015'
004275'
004273'
004255'
004251 '
004250'
000125
000000
004005'
004023'
000200
000217'
007341 '
004026'
000020
000357'
000360'
000361 '
000010
000003
000004
mm
000005
000026
)00027
)00017
)00Q24
000032
000001
1001 r
int
spd
spd
sin
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
SSQBFZ
000021
SSRCFZ
000016
SSRQEZ
000014
SSSCPZ
000033
SSSTLZ
000034
SSTMSZ
000031
SSUNSl
002332'
SSUNSO
002320'
SSVNOZ
000012
STAAR6
005733'
STAR
000342'
START
000362'
STAT
000317'
STATSI
005707'
STATUS
000002
STPARG
005626'
STP0L1
005606'
STP0L2
005613'
STPOLL
005555'
S TRACT
003402'
STR6LN
003434'
STRREP
003402'
STRTAD
000252'
STRTF
000217'
SUCCES
000000
SYERRZ
104000 000527
SYSAC2
000255'
SYSE02
007545'
SYSE10
007547'
SYSE12
007554'
SYSERE
000315
SYSERT
007541 '
SYSHLF
000013
SYSJYS
THIRD
200000 000000
TIMCHN
TIHEZ
104000 000014
TIMELN
000074
TIMERZ
104000 000522
TIMESP
004341'
TIMIN1
TIMIN7
004347'
TIHINT
004337'
TIMR10
004313'
TIMR20
TIOFFS
TOPEXE
Oo82?4'
'RACE
TSTTBL
8o8?lt'
UNMAP1
001047'
UNMAPB
QQ1 034 '
UNSACT
q50c53 '
UTim
004515'
UTIME
004507'
000553'
VALOO
spd
spd
spd
spd
spd
spd
spd
spd
spd
int
spd
spd
int
spd
int
spd
DFCIC
DFCIC3
VAL01
VAL01A
VAL01 C
VAL01D
VAL01G
VAL01 S
VAL01 X
VAL02
VAL02A
VAL02G
VAL02S
VAL02X
VAL03
VAL03A
VAL03B
VAL03C
VAL03F
VAL03G
VAL03H
VAL03S
VAL03X
VALOA
VALCKA
VALOAB
VALOAC
VALOAD
VALOAE
VALOAF
VALOAG
VALOAH
VALOAS
VALOAX
VAL06
VAL06A
VAL06S
VAL06X
VAL07
VAL07A
VAL07S
VAL07X
VAL08
VAL09
VAL09S
VAL09X
VAL10
VAL10S
VAL10X
VAL11
VAL11A
VAL11S
VALIIX
VCBRKA
VCBRKB
VCBRKC
VCBRKN
Cluster Test Protocol Responder MACRO I53B(12A2) 11:18 27-Aug-85 Page S-7
MAC 26-JUI-85 16:23 SYMBOL TABLE
SEQ 0225
000625'
0006A5'
00065A'
000662'
0006A1 •
000673'
000671 '
001052'
001072'
001066'
001103'
001101'
001236'
001 25A'
001261'
001265'
001275'
001302'
001 30A'
001 31 A'
001312'
001552'
001570'
001577'
001601 '
001603'
001632'
001 6A0'
001 6A6'
001656'
0u!670'
001666'
001757'
001 112 '
002001 •
001777'
0021 5A'
002167'
002176'
0021 7A'
002335 '
002A25'
002AA2'
002AA0'
002532'
0025A7'
0025A5'
002753'
002767'
002775 •
002773'
Q07Q1A'
007036'
0070AA •
007010'
VCGONE
VEDIT
UAITZ
WAITF
UAITIM
UAITRB
WAITT
UATOVR
ZCNDTM
ZCNMNT
ZCNSTS
ZCNSUP
.D6CTR
.D6ENB
.DGRST
.DGSTR
.FHSLF
.LBACC
.LBCON
.LBCSP
.LBDIS
.LBEVT
.LB6DE
.LBGLN
.LBLIS
.LBQRD
.LBQRM
.LBRBS
.LBRCD
.L6RDG
.LBREJ
.L6REQ
.LBRMG
.LBRPS
.LBSMG
.LBSND
.LBSTS
.LBUMP
.PCSCS
.PCTMR
.PRIOU
.PS VIS
.PSVOP
.SID6A
.SIDMA
.SIMSA
.SQADC
.SOAFB
.SQAMC
.SOAPT
. SOARB
. SOBDN
.SQBID
. SOBNA
000010
10A000
000100
000053
000112
000017
000136
mill
mill
000000
00001 A
000306
000221 '
000250'
000251 •
000000
00A355'
00001 1
00001 1
00001 1
00001 1
000107
000111
000105
000106
AOOOOO
000003
000010
000007
000003
000010
000003
000002
000005
000003
000003
000003
00002A
000005
000003
000005
000005
000003
000005
000005
OOOOOA
mk
milt
000101
000003
000001
000000
000002
000001
000003
00000(
ooooo;
00000!
000002
589592
OOOOOA
000002
000002
spd
spd
int
spd
spd
spd
spd
spd
sin
sin
sin
sin
sin
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
sin
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
spd
.SQCDA
.SQCDT
.SQCID
.SQDFL
.SQDIS
.SQDPN
.SQESB
.SQEVT
.SQFL6
.SQFST
.SQLCI
. SQLDG
.SQLEN
. SQLMG
.SQLNN
. SQLPN
.SQLPT
. SQLRP
•SQNAM
.SQOFS
.SQ0S6
.^QRCI
.SORE J
.SQRNM
. SQRPN
.SQRPS
.SQSAD
.SQSBI
.SQSBR
.SQSNM
.SQSPN
.SQSYS
.SQVCS
.SSACC
.SSAIC
.SSCON
.SSCSP
.SSDIS
.SSEVT
.SS6DE
.SSGLN
.SSLIS
.SSMAP
.SSQRD
. SSQRM
.SSRBS
.SSRCD
.SSRD6
.SSREJ
.SSREQ
.SSRM6
.SSRPS
.SSSDG
.SSSMG
.SSSND
000002 spd
OOOOOA spd
000001 spd
000003 spd
000002 spd
000002 spd
000002 spd
000003 spd
OOOOOA spd
000002 spd
OOOOOA spd
000002 spd
000000 spd
000001 spd
000001 spd
000023 spd
000003 spd
OOOOOA spd
000001 spd
OOOOOA spd
000002 spd
000007 spd
000002 spd
000003 spd
000001 spd
000002 spd
OOOOOA spd
000005 spd
000003 spd
000002 spd
000001 spd
000003 spd
000003 spd
000023 spd
000020 spd
000000 spd
000010 spd
000003 spd
000025 spd
00002A spd
000030 spd
000001 spd
00001 A spd
000005 spd
000007 spd
000035 spd
00001 1 spd
000022 spd
000002 spd
"117 spd
13 spd
36 spd
.JOA spd
J0006 spd
00016 spd
SSSTS
000012
SSUHP
000015
TIMEL
000001
spd
spd
sin
ACO
4A#
362
363
383
384
385
410
411
415
421
422
423
424
426
^35
437
456
457
459
463
464
468
469
470
472
563
566
571
576
577
578
580
582
584
632
639
640
642
644
650
651
653
662
668
670
671
673
681
685
698
728
733
739
746
747
751
752
757
759
765
766
772
774
776
777
786
787
788
791
792
798
800
812
835
842
843
845
847
856
858
860
867
871
881
883
884
892
895
896
899
904
910
919
926
936
962
964
976
981
991
992
994
996
1002
1010
1011
1017
1019
1020
1022
1028
1030
1032
1039
1044
1054
1060
1083
1084
1088
1089
1094
1096
1097
1105
1106
1112
1131
1138
1139
1142
1145
1151
1159
1161
1162
1165
1167
1170
1172
1179
1180
1214
1248
1250
1263
1268
1277
1278
1280
1286
1289
1293
1296
1303
1312
1317
1318
132];
1334
1335
1341
1343
1345
1346
1354
1355
1356
1357
1361
1367
1369
1377
1378
1382
1394
1398
1404
1410
1420
1430
1447
1463
1469
1470
1472
1478
1479
1481
1488
1494
i513
1518
1519
1523
1557
1559
1567
1574
1577
1589
1599
1616
1627
1632
1638
1639
1641
1648
1650
1657
1663
1682
1687
1688
1693
1694
1698
1716
1732
1734
1740
1742
1749
1756
1759
1771
1794
1795
1797
1803
1808
1809
1813;
1815
1838
1846
1869
1875
1876
1877
1879
1886
1890
1898
1910
1917
1934
1940
1963
1969
1970
1971
1973
1980
1985
1991
2020
2022
2023
2028
2029
2031
2034
2035
2037
2040
2041
2043
2046
2047
2049
2052
2055
2057
2058
2105
2107
2112
2122
2127
2132
2150
2154
2160
2161
2164
2169
2176
2181
2194
2196
2201
2209
2211
2220
2270
2287
2288
2306
2318
2320
2324
2326
2346
2387
2447
2486
2492
2500
2515
2537
2548
2553
2554
2555
2556
2557
2567
2582
2587
2608
2609
2610
2625
2651
2652
2653
2665
2671
2674
2695
2696
2697
2698
2699
2700
2701
2721
2722
2723
2724
2725
2726
2727
2728
2776
2781
2782
2784
2785
2789
2798
2806
2870
2884
2915
2917
2938
2961
2962
2971
2972
2976
2978
2979
3003
3004
3021
3232
3240
3241
3242
3249
3255
3265
3277
3288
3294
3301
3322
3323
3330
3338
3339
3509
3512
3513
3514
3517
4316
5213
45#
4608
4609
4610
4620
4962
4987
4993
5003
5013
5023
5040
5211
AC1
278
281
284
285
286
289
290
293
294
295
296
297
301
302
305
306
309
310
313
314
315
316
317
318
319
323
326
327
330
331
334
335
338
341
348
350
352
367
369
370
371
372
374
378
409
410
420
421
424
430
434
!
436
442
443
462
463:
467
468
494
495
508
510
511
514
517
549
555
556
572
573
574
575
577
579
580
581
582
617
625
626
633
636
637
638
649
720
658
659
660
667
680
695
696
703
707
715
716
718
722
724
726
736
737
743
744
745
756
811
819
827
828
836
839
840
841
855
872
878
879
880
916
925
935
937
948
949
958
959
960
^
975
982
985
986
990
1001
1009
1016-
1027
1053
1061
1074
1075
,
1080
1081
1082
1093
1124
1125
1127
1128
1156
1157
1158
1164
1169
1175
1213
1222
1224
1236
1237
1244
1245
1246
1248
1262
1269
1274
'
1276
1309
1310
1311
1374
1375
1376
1393
1399
1419
1429
1431
1444
1447
1451
1452
1457
1464
1466
1467
1468
1477
1487
1495
1503
1504
1517
1534
1535
1537
1538
1546
1547
1548
1549
1550
1554
1555
1556
1588
1598
1600
1613
1614
1616
1620
1621
1626
1633
1635
1636
1637
1656
1664
1672
1673
1674
1686
1744
1692
1709
1710
1712
1713
1721
1722
1724
1725
1729
1730
1731
1770
1779
1786
1787
1804
1811
1812
1821
1823
1830
1831
1833
1845
1854
1861
1862
1870
1872
1873
1874
1891
1901
1906
1907
1921
1931
1939
1948
1957
1958
1964
1966
1967
425
564
646
734
785
849
905
1003
1069
1141
1223
1313
1360
1458
1541
1647
1739
1814
1927
2025
2053
2162
2295
2542
2630
2702
2786
2977
3280
4315
5212
300
322
368
435
515
583
686
738
866
962
1076
1174
1275
1445
1505
1562
1646
1723
1820
1885
1968
SEQ 0226
L
• 1979
1986
1996
1997
1998
2002
2003
2004
2005
2006
2010
2016
2017
2062
. 2063
2064
2065
2066
2067
2068
2071
2077
2078
2079
2080
2081
2085
2091 SEQ (
2092
2093
2094
2095
2096
2097
2098
2099
2100
2111
2145
2146
2155
. 2157
2158
2159
2167
2175
2182
2191
2200
2215
2216
2225
2228
2231
2254
2258
2271
2276
2277
2282
p4^
2292
2294
2307
2313
2318
2319
2324
2325
2330
2331
2333
2339
2345
2361
2436
2388
2399
2400
2405
2410
2411
2412
2417
2418
2424
2425
\m
2431
2439
2446
2563
2462
2470
2487
2497
2498
2520
2521
2526
2532
2541
2549
2552
2564
2566
2580
2583
2584
2585
2586
2588
2589
2590
2592
2602
2604
2605
2606
2607
2612
2623
2626
2627
2628
2629
2631
2632
2633
2635
2751
2645
2647
2648
2649
2650
2655
2666
2668
2669
2670
2673
2740
2743
2763
2764
2765
2766
2777
2780
2788
2797
2800
2801
2802
2808
2835
2840
2842
284] i
2847
2848
2858
2871
2883
2893
2898
2925
2939
2952
2953
2958
2960
2961
2966
2970
2971
2977
2979
2983
2984
2985
2989
looo
3002
3006
3007
3008
3011
3020
3041
3046
3051
3060
3065
3085
3088
:;ioi
3108
3109
3114
3124
3132
3139
3141
3146
3176
3180
3193
:;207
3218
3233
3237
3238
3239
3245
3264
3278
3281
3300
3314
3320
3323
:324
3331
3347
3350
3352
:353
3354
3357
3362
3372
3377
3387
3396
3401
:;4i9
3425
3430
3431
3432
:;438
3439
3440
3441
3442
3443
3444
3445
:446
:;45i
3464
3468
3472
3473
:;474
3476
3481
3484
3488
3489
3490
3492
:501
:502
3504
3514
3524
3532
:;532;
3534
3552
3553
3554
3555
3556
3560
:56i
:562
3563
3564
:;565
3566
: 576
3577
3578
3584
3595
3602
3612
3618
:6i9
3620
3640
3641
:;642
3643
:654
l^l
5664
3665
3666
ii^?
3677
3686
3834
;689
3844
3699
3850
3703
:;719
3728
: 731
1777
3794
3796
3803
3828
!842
3855
:;883
3885
: 894
3895
3899
3900
3904
3905
3911
3915
:9i7
3942
3946
3947
:;955
3957
: 961
3962
3964
5?§§
3987
3991
3992
3999
4001
4005
4006
4008
4013
4033
4039
4042
4047
4052
4071
4077
4079
4085
4090
4108
4114
4116
4122
4127
4148
4154
4156
4162
4166
4186
4192
4194
4200
4205
4317
4222
4226
4227
4232
4240
4245
4264
4268
4269
4274
4282
4287
4311
4322
4324
4348
4354
4373
4379
4382
4388
4392
4393
4395
4396
4398
4399
4403
4405
4412
4434
4441
4447
4452
4468
4476
4482
4487
4504
4510
4513
4519
4524
4544
4550
4553
4554
4555
4556
4563
4568
4612
4614
4618
4763
4623
4643
4649
4776
4650
4659
4662
4686
4690
4697
4727
4731
4738
4760
4764
4767
4779
4794
4797
4798
';801
4802
4803
4804
4814
4821
4824
4831
4854
4858
4865
4872
4877
4884
4885
4889
4893
4894
4896
4897
4900
4905
4963
4969
4971
4972
4974
4976
4978
4986
4994
5004
5014
5024
5039
5047
5057
5061
5062
5063
5074
Mi
5086
5088
5090
5099
5105
5106
5155
5107
5108
5116
5117
5118
5119
5129
5130
5131
5132
5133
5139
5144
5159
5160
5161
5173
5174
5176
5177
5178
5185
5195
5197
5199
5201
5210
5221
5224
5225
5271
5234
5235
5237
5238
5245
5247
5248
5249
5259
5260
526B
5264
5276
5308
5312
5317
5323
5334
5356
5358
54^5
5369
5370
5378
5379
53j 0
5387
5388
5389
5394
5395
5396
5407
5423
5447
5457
5461
5470
5473
5476
5487
5496
5499
ll^l
5504
5505
5509
5511
5522
5529
5531
5542
5558
5564
5570
AC 10 52#
AC 11 53#
5576
5579
5583
5584
5585
5597
5603
5609
AC12 54#
:
, - -
AC 13 55#
AC 16 56*
58
AC2 464f
431
509
513
516
634
873
679
687
704
773
774
784
786
788
799
8Q0
810
SH
865
1039
888
890
891
924
938
947
948
957
958
974
983
1038
1052
1062
1101
1103
1104
1118
1121
1185
1195
1212
1225
*
1235
1236
1243
1244
1261
1270
1275
1276
1302
1303
1310
1311
1331
1332
1342
1343
1353
1355
1357
1368
1486
1369
1375
1376
1392
1 \00
1418
1432
1443
1444
1456
1465
1467
1468
1496
1512
1513
1528
1530
1531
1555
1556
1587
1601
1612
1613
1625
1634
1636
1637
1655
1665
1681
1682
1703
1705
1706
1730
1731
1769
1805
1810
1811
1844
1871
1873
1874
1884
1892
1902
1917
1918
1927
1928
1938
1965
1967
1968
1978
1987
2017
2018
2023
2027
2029
2033
2035
2039
2041
2045
2047
2051
2053
2056
2058
2110
2156
2158
2159
2174
2183
2185
2190
2191
2199
2230
2245
2249
2260
2272
2281
2287
2293
2308
2*30
2331
2332
2333
2334
2338
2341
2344
2358
2362
2364
2365
2375
2389
2393
2395
2396
2445
2459
2463
2465
2466
2476
2488
2508
2512
2527
2540
2550
2551
2552
2565
2581
2584
2585
2587
2588
2590
2591
2603
2605
2606
2607
2608
2610
2611
2624
2627
2628
2630
2631
2633
2634
2646
2702
2648
2649
2650
2651
2653
2654
2667
2669
2670
2672
2691
2693;
2694
2704
2717
2719
2720
2728
2730
2744
2745
2746
2747
2748
2749
2778
2779
2780
2787
2796
2803
2809
2836
2843
2847
2849
2857
2872
2876
2878
2882
2894
2899
2901
2902
2924
2940
2967
3001
3012
3019
3042
3047
3048
3051
3054
3059
3066
3076
3085
3088
3091
3092
3093
3098
3100
3102
3103
3104
3122
3123
3124
3125
3131
3140
3142
3145
3177
3182
3192
3204
3209
3217
3263
3279
3299
3318
3319
3330
3348
3351
3352
3363
3371
3378
3386
3392
3394
3396
3398
3399
3400
3420
3426
3428
3433
3450
3527
3544
3546
3549
3557
3620
3623
3625
3626
3656
3663
3664
3665
3683
3687
3688
3690
3691
3692
3697
3701
3705
3720
3721
3778
3781
3782
3783
3784
3786
:;787
3791
3792
3797
3806
3829
3835
3839
3840
3845
3854
3875
3878
3879
:;880
3881
3882
3886
3887
3895
3896
3897
3900
3901
3902
3905
3906
3907
:;9i2
3920
3943
3948
3949
3950
3951
3952
3953
3958
3967
3988
3993
3994
'995
3996
3997
4002
4012
4034
4037
4038
4040
4041
4043
4051
4072
4078
4080
4089
4109
4115
4117
4126
4149
4155
4157
4165
4187
4193
4195
4204
4223
4233
4244
4265
4275
4286
4312
4318
4326
4353
4374
4380
4381
4383
4411
4435
4442
4451
4469
4477
4486
4505
4514
4523
4545
4551
4557
4567
4611
4615
4644
4647
4648
4651
4658
4687
4691
4728
4732
4761
4768
4775
4795
4805
4813
4822
4826
4830
4855
4871
4887
4891
4895
4902
4907
4908
4964
4969
4973
4975
4977
4979
4980
4985
4995
5005
5015
5025
5038
5056
5058
5059
5075
5085
5089
5154
5156
5157
5179
5186
5196
5200
5285
5287
5288
5302
5303
5304
5357
5581
AC3 47#
5359
5360
5424
5436
5448
5456
5498
5500
5501
5519
5539
5578
5580
635
637
kl%
649
667
678
688
737
738
744
745
756
771
775
782
790
797
801
809
838
840
841
855
864
874
879
880
889
900
901
923
984
986
990
1001
1009
1016
1027
1051
1063
1081
1082
1093
1102
1108
1119
1130
1157
1158
1164
1169
1186
1196
1211
1271
1340
.'44
1351
1359
1366
1370
1391
1477
1497
1517
1529
1540
1646
]§§§
1686
1692
1704
1715
1768
1806
1843
1893
1905
1916
1919
1922
1926
1929
1932
1937
2i^3
2244
2246
2248
2259
2309
2319
2320
2325
2326
2343
2359
2363
2367
2368
2374
2390
2394
2441
2444
2460
2464
2468
2539
2469
2475
2489
2491
2493
2494
2507
2509
2510
2511
2514
2516
2517
2692
2694
2695
Wl
2699
2701
2703
2718
2720
2721
2723
2725
2727
2729
2741
2742
2743
2750
2837
2848
2856
2873
3077
2381
2895
2900
2905
|906
3178
2923
2941
2947
3013
3018
3043
3058
3067
3078
3081
3094
3130
3181
3182
3186
3191
3205
• 3208
:209
3210
3211
P
3235
3262
3332
3364
3370
3379
3385
3406
3407
3412
413
3421
3449
362 1
3688
3689
3722
3779
3785
3786
:788
3789
3790
3791
3843
3853
3876
3897
3901
3902
3906
3919
3944
3966
4243
3989
4011
4050
4073
408S
4330
4110
4125
4150
4164
^l§§
4203
4224
4470
4285
431];
4319
4329
4331
4342
4343
4352
4375
4410
4436
4450
4485
4506
4522
4546
4566
4645
4657
SEQ 022S
4688
4729
4771
5006
5016
5026
5116
5119
5129
5238
5241
5259
5502
5582
ACA
48#
689
719
895
899
903
1187
1188
1197
1531
1532
1534
1907
1921
1931
2410
2412
2417
2494
2495
2497
2874
2875
2877
2958
2962
2966
3089
3129
3179
3313
3319
3320
3804
3831
3832
4010
4036
4049
4163
4189
4190
4409
4437
4438
4548
4549
4565
4858
4869
4902
5295
5297
5299
5582
5589
5591
AC5
49#
690
707
1354
1358
1389
2916
2917
2921
4723
4741
4796
5069
5100
5K"
5221
5225
523^
5304
5384
5385
5476
5511
5512
AC6
50#
2944
3002
4725
'726
4740
5380
5384
5391
AC7
514f
2945
2994
ACCARG
4038
4039
4041
ACCEPT
4033#
5462
AC TOO
552
571#
ACT01
621
685#
ACT01A
697
703#
ACT01B
767
7760
ACT01C
778
791 #
ACT01H
785*
790
ACTOIL
717
722M
ACT01M
706
721
728#
ACTOIN
721
727
7lltt
ACT01S
793
802
806#
ACT01X
699
729
804#
ACT02
823
871#
ACT02A
890#
900
ACT02B
893
899#
ACT02C
902
91 0#
4773
5037
5132
5263
720
904
1198
1537
1936
2424
2517
2880
2972
3183
3324
3833
4074
4191
4439
4646
4966
5328
718
1499
2943
4812
5103
5241
5387
5519
3003
4968
5423
2995
4043
4808
5052
5133
5264
725
1064
1210
1585
2360
2430
2518
2896
2983
3184
3365
3836
4075
4202
4449
4656
4983
5330
724
1584
2946
4967
5111
5247
5389
5531
3006
4981
5425
3004
4057*
4823
5060
5149
5281
726
1104
1272
1667
2365
2437
2520
2902
2985
3185
3369
3837
4076
4225
4471
4689
4997
5437
733
1668
2948
4982
5112
5249
5391
5532
3008
4999
5428
3014
4829
5076
5158
5289
764
1105
1330
1706
2366
2438
2526
2903
2994
3186
3380
3838
4087
4242
4472
4730
5007
5449
783
1766
2949
4998
5157
5293
5392
5539
3015
5009
5431
3071
4856
5083
5187
5291
773
1106
1331
1707
2369
2443
2533
2912
3017
3190
3384
3839
4111
4267
4473
4762
5017
5501
785
2392
3016
5008
5158
5294
5394
5589
3070
5019
5436
3078
4870
5086
5194
5361
784
1121
1332
1709
2373
2461
2534
2915
304<
3206
3394
3852
4112
4284
4484
4774
5027
5502
789
2442
3069
5018
5166
5295
5396
5590
3127
5029
5448
3092
4894
5099
5197
5409
799
1122
1342
1712
2391
2466
2538
2922
3057
3215
3407
3877
4113
4314
4507
4809
5036
5509
807
2897
3083
5028
5167
5297
5429
5591
4683
5034
5461
3126
4895
5102
5210
5413
80P
112/
135
1767
2396
2467
2838
2942
3068
3236
3413
3918
4124
4351
4508
4811
5288
5522
1065
2903
3086
5035
5173
5298
5430
4684
5360
4965
5105
5211
5428
891
1127
1368
1807
2397
2470
2850
2949
3081
3261
3422
3945
4151
4376
4509
4818
5289
5529
1209
2904
3128
5059
5177
5299
5431
4685
5361
4984
5108
5217
5457
892
1138
1390
1842
2399
2474
2852
2950
3082
3310
3448
3965
4152
4377
4521
4826
5291
5542
1273
2912
4682
5060
5215
5300
5474
4699
5370
4996
5112
5234
5473
894
1142
1498
1894
2405
2490
2855
2952
3083
3311
3780
3990
4153
4378
4547
4857
5293
5581
1352
2913
4700
5068
5217
5302
5475
4724
5378
SEQ 0229
ACT02E
ACT02S
ACT02X
ACT03
ACT03A
ACT03B
ACT03C
ACT03D
ACT03E
ACT03F
ACT036
ACT03I
ACT03J
ACT03S
ACT03T
ACT03X
ACT03Z
ACTOA
ACTOAS
ACTOAX
ACT06
ACT06A
ACT06P
ACT06C
ACT06D
ACT06E
ACT06F
ACT06H
ACT06J
ACT063
ACV06X
ACT07
ACT07A
ACT07B
ACT07C
ACT07D
ACT07E
ACT07F
ACT07G
ACT07H
ACT07J
ACT07S
ACT07X
ACT08
ACT08A
ACT08C
Arross
ACT08X
ACT09
ACT09A
ACT09S
ACTIO
ACT10A
897
918
912
952
1080#
1103#
1107
1120#
1123
1129
liAO
1137
1181
1191
120A
1113
11AA
12A1
1A17#
1A16
1A41
1510
1528#
1530#
1533
1539
156A
1565
1573
1579
15A2
1610
1679
1703#
1705#
1708
171A
17A6
1735
17A7
1755
1761
1717
1782
1825
1816
1826
1839#
1858
190A
1933
1952
2105#
906
922#
921
1060#
1108
1118#
1130
1126
1136#
11A5#
1150#
1195#
1201
}209M
1132
1206#
1398#
1A18#
1A9A#
1517#
15A0
1536
15A6#
1567#
1572#
1576#
1583#
1568
1663#
1686#
1715
1711
172U
17A9#
17AA#
175A#
1758#
1765#
1750
18034?
1835
1830#
1836
1890#
1912
1936#
1985*
916/lf
923#
1130*
1207*
11A6
1203*
15A0*
1581*
1715*
1763*
1838*
18A1*
193A*
SEQ 0230
pHWHtn^^wttftw-aiw^iiJiw^ ■
ACTIOS
2012
2073
2087
2102 2107#
ACTIOS
2103
211 0#
ACT10X
2109#
ACT11
2141
2181#
ACT11B
2187
2196#
ACT11S
2198#
ACT11X
2193
2199#
ACT12
2219
2225#
ACT12X
2230#
ACT3B1
1099
1112*
ACTS
296#
ACTC
289#
ACTN
31 8#
ADHBLA
229ZM
ADH6LK
2270#
5134
5266
5527 5547
AICARG
3431
3433
3454*
3459
AICLEN
3430
3454
3459#
ANNOUN
9U
378
BFSCA1
124#
659
716
718 892
BFSCA2
BLINK
126#
111#
722
2318
724 899
2320 2325
BOTEXE
235#
385
2281
r '1.
BUDO
3344f
1170
BUF1
5838#
5854
BUF10
5854
BUF100
5 i3( if
BUF11
5 I3I #
5«54
BUF12
5 l3( #
5654
BUF13
ili
5854
BUF14
5854
BUF15
5854
BUF16
5838^^
5854
BUF17
flip
5854
dUF2
:'854
BUF20
58384^
5854
5854
BUF21
583p
BUF22
5838#
5854
5854
BUF23
5838#
BUF24
58384^
5854
BUF25
5854
BUF26
583^
5854
BUF27
5854
BUF3
:l838#
5854
BUF30
58384^
5854
BUF31
563S0
5854
BUF32
! S3S0
5854
BUF33
5838#
5854
BUF34
5838ir
5854
BUF35
58384^
5854
BUF36
5 ^384^
5854
BUF37
58384^
5854
BUF4
5 )3 \k
5854
BUF40
5838#
5854
SEQ 0231
894
903
1105
1106
?^05
5289
5291
■ 1
BUF41
5838#
BUF42
5838#
BUF43
5838#
BUF44
5838#
BUF45
5838#
BUF46
5838#
BUF47
5838#
BUF5
5838#
5854
BUF50
5838#
BUF51
5838#
BUF52
5838#
BUF53
5838#
BUF54
5838#
BUF55
5838#
BUF56
5838#
BUF57
5838#
BUF6
58384f
5854
BUF60
5838#
BUF61
5838#
BUF62
5838#
BUF63
5838#
6UF64
5838#
6UF65
5838#
BUF66
5838#
BUF67
5838#
BUF7
5838#
5854
BUF70
5838#
BUF71
5838/r
BUF72
5838#
BUF73
5838#
BUF74
5838#
BUF75
5838#
BUF76
58384f
BUF77
5838#
BUFAA
2465*
2468
BUFARG
420
'4473
4474
4475 4477 4492*
BUFAV
694
2459#
BUFD
330#
1159
BUFFI
125#
720
895
2410
BUFF 2
127#
726
904
2417
BUFFS2
419
4468#
BUFL
315/r
668
757
856 1017
BUFLEN
192#
670
704
759 771 782
BUFLIM
253#
662
BUFLST
2466
5849*
5856
BUFNAM
193#
695
711
719 725 764
BUFO
1260
1028
1165
BUFS
Z220
739
881
1094
BUFSTE
2464
5856*
BUFT
284#
639
842
CONR
327#
,
C1NR
338#
CANTI1
3352*
3354
SEQ 0232
797
1019 1030
"1
CANTIM
3009
3347#
CAVAIL
5349
5608#
1
CBKLEN
CBU1
CBLK10
CBLK1 1
CBLK12
CBLK13
CBI.K14
CBLK15
101#
5742#
5742#
5742#
5742#
5742#
5742#
5742#
2436
5756
5756
5756
5756
5756
5756
5756
2532
5742
1
CBLK16
CBLIC17
CBL<2
CBLK20
CBLK21
CBLK22
CBLK23
CBLK24
CBLK25
CBLK26
CBLK27
CBLK3
CBLIC30
CBLK31
CBLK32
CBLIC33
CBLK34
CBLK35
CBLK36
CBLK37
CBLIC4
CBLK40
CBLK5
5742#
5742#
5742#
5742*
5742*
5742#
5742*
5742#
5742*
5742*
5742*
5742#
5742*
5742#
5742#
5742*
5742#
5742#
5742#
5742*
5742#
5742#
5742#
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
5756
;. / ' ',.
:r ■ ■
■■
CBLK6
CBLK7
C6LKAA
CBLKAV
5742#
5742#
2364#
2166
.>756
5756
2367
2358#
5422
5472
CBLST
891
5360
1104
5501
1121
5581
1531
5751/lf
1706
5757
2365
2396
249A
2517
2902
2949
5059
5157
5288
CBLSTE
889
5358
1102
5499
1119
5579
1529
5757*
170A
2363
2394
2492
2515
2900
2947
5057
5155
5286
CBSTS
119#
1138
1142
2399
2497
2520
290?
2952
298];
2985
5173
5177
5221
5225
5247
5249
5293
5295
5378
53ji0
5431
5476
5589
5591
* CHGOPC
550
618
820
967
1228
1435
1604
1780
1855
1949
2136
2210
2776#
1 HGOPX
278:;
27S70
' cHKVCA
290 :#
2905
CHKVCB
2905M
2914
2918
CHKVCS
2139
2893#
CHKVCT
2907
2920#
"'■.-■■''■■•'-
CHKVCX
2919
292 U
CHNCNT
CHNTA6
CID
561 94f
3426
1184f
5628
5627#
1122
5628#
5629
5629M
5630
5630#
5631
5631*
5632
5632#
1175
1532
1707
2366
2397
2495
2518
2526
2950
2958
2966
2994
SEQ 0233
I
,m\[ mn II — -•
||illll<>>i|iW*»wiww»*^iii^ii fcHitiB»jiiM i mm* ■ ^iiWwit .^W.iii' 1 1 HftS^nOQ i W|»ti|i
5060
5158
5361
5428
5461
5473
5502
5582
•
CIDLOC
209#
2763
2766
SI
CIPORT
21 7#
1076
1125
150'>
1535
1548
1674
1710
1723
1808
1998
CNOA
31 6#
CNON
323#
CN1A
CN1N
CNFARG
331#
335#
434
. >-
1905
2970
4549
4550
4551
4552
4553
4554
4555
4557
4573*
CNFDA1
1857
1863*
CNFDAT
533
1853*
CNTLR
263
269#
4392
4395
4398
CNTOLA
5410
541 3#
„ -
CNTOLB
5412
5422#
CNTOLC
5414
5456#
CNTOLD
5426
5457*
■'
CNTOLE
5443
5454
5461*
CNTOLS
5339
5406*
CNTOLX
5459
'^464#
CNTRLR
263#
3950
CNTRR1
1951
1953*
CNTRRD
534
1947*
f-
CONACC
5340
5469*
/
CONARG
3879
3881
3882
3883
3885
3887
3896
3909
3910
3912
3915
3925*
CONDAT
271*
3886
3929
4040
4059
,- - "
CONECT
2189
3875*
''- " - -
CONFIG
432
1903
2186
2968
4544*
CONFIX
4559
4562*
CONIDC
207M
3962
5409
CONIDR
208#
4006
5413
' : -
CONREJ
5341
5486*
CONT
M2M
2130
3007
3282
COUNT
96#
5786
2245
5816
2508
5834
3001
5849
3310
3350
3392
5085
5196
5737
5751
5775
5784
5785
CTPCOA
2126
il30*
CTPCOB
2124
2136*
CTPCOC
2129
2134
2138
2140
2147*
CTPCON
535
2120*
CTPCOX
2131
2142
2149*
CTPPKT
114#
574
637
737
744
840
879
986
1081
1157
1275
1310
1331
1375
1467
1555
1636
1730
1811
1873
1907
1967
2017
2158
2552
2584
2605
2627
2648
5211
2170
2669
2743
2780
2847
3182
3209
3238
3786
3895
3900
3905
5086
5197
CUREXE
459
462
467
472
510
514
555
573
625
636
736
743
827
839
878
947
957
985
1038
1080
1156
1235
1243
1274
1302
1309
1330
1 374
1443
1451
1466
1512
1554
1612
1620
1635
1681
1729
1786
1810
1861
'. ■ "
1872
1906
1957
1966
2016
2145
2157
2190
2215
2551
2563
2583
2604
2626
"_ " ,
2647
2668
2742
2779
3181
3208
3237
3318
3351
3785
4342
CURSTS
58^
511
515
553
554
556
623
624
626
658
715
825
826
828
939
971
972
973
:074
1136
1143;
1174
1190
1200
1226
1503
1238
1239
1252
1253
1257
1258
1260
1287
1433
1449
1450
1452
1455
1509
1572
1602
-
1618
1619
1621
1624
1672
1678
1754
1784
1785
1787
1859
1860
1862
1955
1956
.958
1996
?123
2125
2130
2143
2144
2146
2149
2213
2214
2216
2228
2561
2562
2564
2916
3180
3207
3243
3282
3783
379:,
3798
4323
4327
4341
SEQ 0234
CWAT1
CUAT11
CWATSC
CYCL60
DATAQ
DATARG
DATAT6
DATET1
DATETM
DECVER
DELA
DGM
DGnCHN
DGMMSG
DGMSG
DGMSRV
DIAAJZ
DIABAX
OIA IX
DIA-CX
DIAGAG
DIA6F
DIAGJ
DIAGS
DIAGU
DIAIAX
DIAIFX
DIANCX
DIANPX
OIANRX
DIATOX
DIAVCX
DISARG
OISCON
D1SIN1
DISIN2
DISINT
DLYADR
DLYGO
DLYRBK
DLYRTN
DLYTIM
DLYUPT
DMA
DMACHN
D«AC«P
OWARD
DMAWRT
DMAXFO
4343
5369
5374
3402
3503
3509*
3511
3516#
3501#
5137
5269
198#
3550
3556
4760#
5277
4764
4770
4765
4766
3572
3576*
3113
3571*
20#
23
91
28"^/'
3240
135*
1239
12:3
3455
5629*
5629
230#
5153
5214
13U
1238
1239
21 8#
5051
4921
4929
4930
4922
1547
1550
1558
1831
1832
1833
2055
2063
2066
2099
2100
4937*
4869#
4911
1563
:745
1824
4863
4868*
486C
4865*
4916
4925
4927
4915
4928
4931
4926
4113
4114
4115
2229
2528
4108*
3466
3472*
3470
3476*
454
3464*
3311
3319
3352
];245
3406*
206#
3320
3398
5786*
205*
3241
3324
3396
5785*
145*
1139
1141
3457
5631*
5631
222»
5283
22U
4735
220M
4694
501 3#
5630
SEQ 0235
5318
3566
4768
5706
1287
5236
1252
5402 5549
4771 4782*
2876
526!
12d3
3795 4323
5107
5118 5131 5237 5262
5265
5237
5262
1560
2003
2068
1834
1562
2006
2069
:011
1722
2007
2071
2072
1725
1733
1742
1744
1809
1821
1822
1823
2008
2010
2020
2025
2031
2037
2043
2049
2078
2081
2082
2083
2085
2092
2095
2097
2086 2101
4854*
4117 4132*
3353
3394 3399
5784*
5294
DMAXFA
DMAXFB
DMAXFC
DHAXFD
DMAXFR
OMAXFS
DMAXFX
DONE
DOSCS
D0SCS1
D0SCS2
DSDG
Duni
ENABL1
ENABLE
ENAIN1
ENAIN2
ENAINT
ENDF
ENTER
ENTERC
ENTERD
ENTERE
ENTERG
ENTERO
ENTERP
ENTERS
ENTREN
ERRDI1
ERRDI2
ERRDI3
ERRDK
ERRD?L
ERRDIT
ERRSC1
F'*RSC2
ERRSCL
ERRSCS
ERfiSCT
ERSTRT
EVENTE
EVENTQ
EVENTX
EVTARG
EVTTBL
EXDLY
EXDLY1
EXDLY2
EXDLY3
5277*
5287#
5290
5292
A977
5306
5282
138#
43A1
280A
4276
3645
3650
341 #
4380
3523
389
3483
3486
491
239#
3056
3078#
3081 #
3085#
3088#
3079
31234f
3099
3091*
4866
4862
4894#
4880
4893
4894
3676
3683#
3680
3687
3435
4444
3688
3679
4807
4794#
4820
4798
5330
943
3247
3242
3257
5314
5308
5293#
5308#
5020
531 4#
531 6#
553
5512
3434
4344
36634f
3654*
4393
3532*
3522*
3488*
3492*
3481*
363
3065*
3094
3094*
3125
3103*
4884*
4877*
4896
r900*
4935*
4897
3682*
3690
3694*
3766*
3675*
4479
3691
3719*
4811*
5324
-.833*
4799
5i37*
1231
J255*
3259*
3^60*
SEQ 0236
5275*
623
5532
3640*
4384
825
3800
4443
971 1258
3846
4478
3913
4515
1449
3959
4558
1618
4003
4616
1784 1859 1955 2143 2213
4044
4652
4081
4692
4118
4733
4158
4769
4196
4806
2561
4234
4396 4399 4405 4415*
4915* 4935
3801
4516
3736*
4879
4800
1438
3847
4693
3766
3914
4734
3960 4004
4045 4082 4119 4159 4197 4345
4385
4801
1607
4802
3232*
4803 4805
4808 4809 4835*
EXDLYA
3251
3261 #
EXECT
465
506#
' -
EXTE
293#
1469
1557
1638
1732
EXWAH
3284
3294*
EXUAI3
3296
3298#
EXUAI4
3290
3299#
EXUAIT
2192
3277#
FAKEBU
FCMD
FLINK
245#
297#
109#
468
2287
2288
2292
2319
2324
2326
2842 3003 3894 3899 3904
FSTS
31 9#
FUNCFL
254#
1145
1567
1749
1838
2127
FUNCST
524
548#
GA1 CON
148#
5224
GA2C0N
149#
5248
GAFLAG
223#
GANRES
147#
5176
GENC
300#
751
1317
1378
GENCON
190#
752
772
1318
1341
GENDGM
529
1220i^
GENF
294#
650
746
1277
1312
GENFUN
189#
747
766
111
792
1313
1335
1346
1361
GENL
31 3#
2629
GENLEN
191#
1286
1323
1340
1351
1366
3210
GENMS!
1227
1234#
GENnS2
1230
1233
1242
1254*
GENMSA
1245
1257*
GENnS5
1232
1249
1260*
GENnS6
1237
1241#
GENMSG
528
122U
GENRS1
1434
1441f
GENRS2
1437
1440
1442
1453*
GENRS3
1439
1448
1455*
GENRST
530
!428#
GENST1
1603
1610*
GENST2
1606
1609
1611
\tlin
GENST3
1608
1617
1624*
GENSTR
531
1597*
GETACT
961
1150
1247
1409
1446
1576
1615
1758
2580*
GETARG
4610
4611
4612
4613
4615
4618
4628*
GETBUA
^6V
4620*
GETBUF
1 3
4608*
•
GETCID
2>o3#
3884
3954
3998
GETGLN
1285
1322
2623*
GETINA
2948#
3013
GET1N8
295'
2954
2990
3010
3013*
GETIND
3C02#
3012
GETINE
3005
3011*
GETINF
460
2938*
GETINX
3014*
GETREP
1037
1301
1511
1680
2579*
GETTI2
3551
3560*
G08IT
139*
464
554
624
826
972
1257
1450
1619 1785 1860 1956 2144
SEQ 0237
2214
GPRS
GPRS1
GPRSB
GTINFO
HALTP
IFPIN1
IFPIN5
IFPINT
INPDGO
INPDGA
INPDGB
INPDGC
INPDGD
INPDGE
INPD6F
INPDGH
INPDGM
INPDGX
INPMSO
INPMSA
INPMSB
INPMSC
INPffSD
INPMSE
INPMSF
INPnSG
INPMSH
INPnSJ
INPHSL
iNPnsn
iNPnsx
INTDMS
INTFLG
INTTEN
KIL3RA
KILSRB
KIL3RC
KIL3RD
ICIL3RE
ICIL3RF
ICIL3RH
KIL3RX
LASTF
LBUFOF
LDSTUS
LEVTAB
LICARG
LIRARG
LISDIl
2562
1911
2805
2798
2254
5312
3A24
3436
397
4993#
5058#
5070
50864f
5087
5101
5104
5048Af
4975
5050
5003#
5156#
5168
5197#
5198
5216
5233
4973
5145#
5175
5223
5234#
5147
5001
1854r
4962*
2493#
2496
2509#
476
2519
251 6#
2533#
2499
187#
22Sf
565
1524
2133
3426
3947
3992
2218
J808#
2799
2953
2277
5505
34384f
3448#
341 9/r
5628
5061
5083#
5089
5099#
511U
5129*
5079
5000
5137*
5629
5159
5194*
5200
521 0#
524 1#
5259#
5010
5181
5185#
5232#
5246
5269#
-Oil
478
5649
2500
2500*
2512
2486#
2522
2537
2535
2538#
946
1167
648
1581
2171
3513
3949
3994
2220#
3406
2801
2984
3314
5585
5106 5117
5130 5235 5260 5303
SEQ 0238
2803
5430
3440
2806
5475
3443
2814*
3446
3474 3490
3534 3711* 5063 5090 5161
5201
5109
5046*
5120 5135
5143*
5190
5226 5239 5250 5267
5021
480
5034*
3516
2537*
950
1188
675
1652
2197
5636*
3951
3995
968
1197
804
1699
2212
3953
3997
1234 1240 1254 4332
854
1763
2558
3955
3999
1^
2665*
3956
4000
911
1839
3250
3958
4002
920
1881
3256
3961
4005
1048
1899
3289
3973*
4018*
1070
1935
3295
1203
1975
1386
1992
1405
2109
1483
212P
LISDIS
LISTNC
LISTNR
LIT..
LK.LLC
LK.LLS
LK.LNE
LIC.LNP
LOCALN
LOCARG
LOCPRT
LTLCRD
n
NAINA
MAINC
NAINC1
nAINLN
MAPBUI
HAPBUF
HATCH
MAXDGn
nAXMSG
MAXOPC
NOSNDI
ra)SND2
NDSND3
NDSNDC
MONTYP
MOVE
N0VEB1
nOVEB2
NOVE04
N0VEB5
nOVEBA
NOVEBF
HOVETY
nSGCHN
nsGDGn
MSGSRV
nXDGM
N
NMATCH
NMBYTS
NOAC
NOBUFn
NOCONN
NODE
NODEUN
NONSEN
NORESO
536
403
404
5860#
3532
3532
3532
3532
408
409
123#
5343
581 4#
462#
458
479
453#
620
525
163#
225/r
224#
102#
5500#
5510
5530
5342
197#
3600
295#
940
942
954
944
952#
527
196#
3456
4316
2194f
99#
5736#
5822#
162#
3186
3050
252M
249#
122*
251*
2570
2105
256*
2207*
3942*
3987*
4434*
4439
1075
5557#
5816
473
469
490#
481
627*
616*
2227
426
423
2748
5503
5513
5533
5495*
373
3610
991
946*
945
972*
963
934*
1084
::630*
4317
5148
5814
5741
5833*
5456
3791
1813
910
1131
1127
1934
642
2164
673
5411
5415
SEQ 0239
4440
1124
5822
471
497
2527
1289
1293
2749
5523
5543
492
3644
1083
953
973*
1179
5630
4318
5822
5742
5838
4442
1504
4^5*
3512
4457*
1534
1673 1709 1997 2915 2917 2972
2782 3184 3789 3790 3837 3838
5529*
5549*
3039
3675
959
3137
3711
967*
3328
3713
3423
4859
3465 3482 3522 3542
3571
3592 3594
4319 4320 4326
5742*
5838*
5750*
5848*
5755
5853
4359*
5756
5854
5756*
5854*
5774* 5779
5780
5780* 5815* 5822
3839 5664*
1112
1541
1537
2196
646
698
1716
1712
653
728
2912
845
860
2962
849
919
1032
1022
1280
1296
1472
2107
1481
2169
1641
2194
1650
3255
1879
3294
1973
1
NOT IMP
NOTMSG
NRESRC
NRSARG
NTIMPL
OFLINE
0KSEM1
OKSEND
OKTOSD
lONCHNS
ONETin
ONLINE
OPCARY
OPCHK
OPCO
OPCODE
OTHCHN
OTHE
OTHERN
OTHREO
OTHREA
OTHREV
OTHREX
OURNOD
OVRDUE
P
POST
P10T11
P11T10
PI ST
PCLEV1
PCLEV2
PCLEV3
PCLREV
PCLTYP
PCLVER
PIVECT
PKTM
PKTSZF
PKTZ
PL I ST
PLISTE
PLISTS
PORT
PRINT1
PRINT2
PRINT3
PRINTA
537
3782
164#
3833
258#
53A4
5580#
53A6
H6#
3428
M7M
2149
5345
576
512
278#
194#
3458
302#
1954f
2161
5023#
5324#
4979
5329
210*
134#
60#
1388
3214
4887
31 0#
735
669
31 4#
5636
5637
5638
158#
156#
157*
3438
309*
250*
306*
175*
175
176*
301*
3601
3611
3620*
3724
538
3784
5424
3834
996
5563*
5583
5575*
5590
5618*
939
5569*
578
2740*
2553
2554
5632*
1010
1089
2185
5631
5331
5030
5333*
411
151*
168
1417
3259
4907
1922
2021
758
1932
5642*
5643*
5644*
271
271
271
3514
1002
175
177*
3618*
3619*
3624
3728*
539
3787
3835
2557
540
3792
541
3793
2548*
3797
3840 3841 3845
3812*
3860*
SEQ 0240
5628
973
594*
2556
2784
5632
1088
1128
2913
5322*
798
2125
169
1485
3260
2026
857
5628*
1226
5629
1260
5629* 5630
1433 1455
5630*
1509
5631
1572
5631* 5632
1602 1624
5632*
1678 1754
2123
2744
3183
1478
1519
2781
3788
1518
1538
2786
3836
1647
1549
4329
1687
1688
1875
1713
1969
1724
2160
1876
1902
1910 1970
2098
1367
3412
170
1583
3298
2032
882
171
1654
3335
2038
1018
357
1765
3641
2044
1029
455
1841
3643
2050
1095
677
1883
3651
2717*
1160
806
1977
3668
1166
863
2173
4350
922
2198
4560
1171 1741
1050
2807
4619
2691*
1206
2920
4655
1207
3189
4868
4971
357
5648* 5648 5653
455
PRINTB
PRINTC
PRINTD
PRINTO
PRINT!
PRTBRK
PS.FAC
PS.FOF
PS.FON
PS. IMS
QBDARG
QBDGM
QBMARG
QBMSG
QUEBUF
QUEBUX
QUEUE
RB1
RB10
RB10C
RB101
RB102
RB103
RB10A
RB105
RB106
RBI 07
RB11
RB110
RB111
RB112
RB113
RB1U
RB115
RB1 16
RBI 17
RB12
RBI 20
RB121
RB1 22
RB123
RBI 24
RBI 25
RBI 26
RBI 27
RBI 3
RB130
3725
358A#
361 0#
3600#
379
2277
3803
4404
4890
5312
5585
5348
3441
3472
3488
3338
4191
2851
4153
2853
2870#
2880#
2835#
5780
5780
5780
5780
5780
578C
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
3731 #
3707
4827
3684
549
3314
3850
4406
4898
5317
5597
5602#
3444
4192
4186#
4154
4148#
5520
2879
5822*
5822#
5822#
5822*
5822#
5822#
5822#
5822#
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
5822*
4407 4828 4910
SEQ 0241
3698
617
3440
3917
4447
4903
5323
5603
3702
819
3443
3964
4482
4906
5334
5609
3706
4888
935
1222
3446
3474
4008
4047
4519
4563
4969
5047
5356
5407
4904
1429
3490
4085
4623
5063
5470
4909
1598
3534
4122
4662
5090
5487
1779
3592*
4162
4697
5139
5496
1854
3696
4200
4738
5144
5505
1948
3700
4240
4779
5161
5558
2121
3704
4282
4825
5201
5564
2208
3729
4348
4878
5271
5570
2254
3732
4388
4886
5276
5576
4193
5078
4155
5180
5540
4195
4157
5189
4210*
4171*
5438 5439 5440 5441
5450 5451 5452 5453
RBI 31
5780
5822#
RBI 32
5780
5822#
RBI 33
5780
5822#
RB13A
5780
5822/r
RBI 35
5780
5822#
RBI 36
5780
5822#
RBI 37
5780
5822#
RB1A
5780
5822#
RBUO
5780
5822#
RBU1
5780
5822/r
RBU2
5780
5822#
RBU3
5780
5822#
RBU4
5780
5822#
RB145
5780
5822#
RBU6
5780
5822#
RBU7
5780
5 J22#
RBI 5
5780
5 J22#
RBI 50
57 JO
5 J22#
RBI 51
57 JO
5 J22#
RBI 52
57 JO
5J22#
RBI 53
57 JO
5J22#
RB15A
57 JO
5J22*
RB155
57 JO
5822#
RBI 56
57 JO
5822#
RB157
57 JO
5822#
RB16
57 JO
58224f
RBI 60
57 JO
58224f
RB161
57 JO
5822#
RBI 62
57 JO
5822*
RB163
57J0
5822/r
RBI 64
57 JO
58224f
RB165
57 JO
5J22*
RBI 66
57 JO
5J22#
RB167
57 JO
> J224f
RB17
57 JO
5 122*
RBI 70
57 JO
5 122*
RBI 71
57 JO
5 Min
RBI 72
5780
5\220
RBI 73
5780
RBI 74
5780
RBI 75
5780
5 122*
RB176
5780
5 \220
RBI Tf
5780
5 \22ff
RB2
5780
5 J22*
RB20
5780
5J22*
RB200
5780
5J22*
RB201
57 JO
5 J22*
RB202
57 JO
5 122*
R6203
5710
5 \220
RB204
57 JO
RB205
57 JO
5J22*
RB206
57 JO
5822*
RB207
5780
5822*
SEQ 02^2
RB21
RB210
RB211
RB212
RB213
RB2U
RB215
RB216
RB217
RB22
RB220
RB221
R6222
RB223
RB22A
RB225
RB226
RB227
RB23
RB230
RB231
RB232
RB233
RB234
RB235
RB236
RB237
RB2A
RB2A0
RB2A1
RB2A2
RB2A3
RB2AA
RB245
RB2A6
RB2A7
R625
RB250
RB251
RB252
RB253
RB25A
R6255
R6256
RB257
RB26
R6260
RB261
R6262
RB263
R626A
RB265
RB266
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
*J780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
58224f
<B220
5S220
SS22M
5822#
5822#
5822ir
58|24r
5822#
5822f
SEQ 02A3
RB267
RB27
RB270
RB271
RB272
RB273
RB274
RB275
RB276
RB277
RB3
RB30
RB300
RB301
RB302
RB303
RB304
RB305
RB306
RB307
RB31
RB310
RB311
RB312
RB313
RB3U
RB315
R6316
RB317
RB32
RB320
f1
^u\
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
i?|8
1780
>A
•7
A
\7
\7
\7
\7
\7
)7
\7
\7
7
\7
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822#
5822if
5822#
5822#
5822#
5822#
5822#
5822#
SEQ 0244
RB345
RB346
RB3A7
RB35
RB350
RB351
RB3S2
RB353
RB354
RB355
RB3S6
RB357
RB36
RB360
RB361
RB362
RB363
RB36A
RB365
RB366
RB367
RB37
R6370
RB371
RB372
RB373
RB374
RB375
RB376
RB377
RB4
R6A0
RBAOO
R6401
RB402
RB41
RBA2
RBA3
RB4A
RB45
RB46
RBA7
RB5
R650
RB51
RB52
RB53
R654
R655
RB56
R657
R66
RB60
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
5780
57S0
58224r
5822^
5822^
5822^
5822/
5822^
5822^
582[
582;
582;
582l
5822^
5822^
5822/
5822/
582r
582L
5822/
5822/
582r
582;
58i
58
5BI
582;
582;
582;
5f
58;
5822/
5822/
582;
58J
58
5r
51
5(
51
51
5
51
58
SEQ 0245
RB61
5780
5822*
RB62
5780
5822*
RB63
5780
5822*
RB64
5780
5822*
RB65
5780
5822*
RB66
5780
5822*
RB67
5780
5822*
RB7
5780
5822*
RB70
5780
5822*
RB71
5780
5822*
RB72
5780
5822*
RB73
5780
5822*
RB7A
5780
5822*
RB75
5780
5822*
RB76
5780
5822*
RB77
5780
5822*
RBUFOF
229*
1172
1187
1198
RCDARG
4269
4270
4271
4272
4273
4275
RCMARG
4227
5194
4228
4229
4230
4231
4233
RCVDGE
4277
4279*
RCVDGM
4264#
5048
RcvnsE
4235
4237*
RCVnSG
4222#
5145
REALBU
244#
REDARG
4726
4727
4728
4729
4730
4732
REDATA
1189
4723*
REFE
28U
REJARG
4076
4077
4078
4080
4095*
REJECT
4071*
5458
REPC
290#
2586
REQ1
120#
2331
2332
2424
5068
5100
REQ2
121#
5529
2333
2334
2430
5069
5103
RESOFS
103#
2555
2747
3185
RESPFG
188#
5416
5442
5464
RH1
2246
2258
2509
2510
3002
5086
RH10
5780#
RH100
5780*
RH101
5780#
RH102
5780#
RH103
5780#
RH1(K
5780#
RH105
5780#
'^HWt
5780*
•'107
5780*
KH11
5780#
RH110
5780#
RH111
5780*
RH112
5780*
RH113
5780*
RH1U
5780*
RH115
5780*
-: --: ;
SEO 0246
4279 4292* 5049
4237 4250* 5146
5052
5149
5074
5178
5075
5179
5083
5185
5186
4746*
5102 5166 5215
5111 5112 5167
5099 5197 5210
5217
5232
5^80*
5297
5241
5384
5299
5509
5391
5542
5522
RH116
5780#
RH117
5780#
RH12
5780#
Rm20
5780#
RH121
5780#
RH122
5780#
RH123
5780#
RH124
5780#
RH125
5780#
RH126
5780#
RH127
5780#
RH13
5780#
RH130
5780#
RH131
5780#
RH132
5780#
RH133
5780#
RH13A
5780#
RH135
5780#
RH136
5780#
RH137
5780#
RHU
5780#
RH140
5780#
RH1A1
5780#
RHU2
5780#
RH1h3
5780#
RHU4
57S0M
RHUS
5780#
RHU6
5780#
RHU7
578C#
RH15
5780#
RH150
5780#
RH151
5780#
RH152
5780#
RH153
5780#
RH1SA
5780#
RH155
5780#
RH156
5780#
RH157
5780*
RH16
5780#
RH160
5780#
RH161
5780#
RH162
5780*
RH163
5780#
RH16A
5780*
RH165
5780#
RH166
5780#
RH167
57800
RH17
5780*
nHl70
5780*
RH171
5780*
RH1 72
5780*
RH173
5780*
RH174
5780*
SEQ 02^7
/
RH175
5780#
RH176
5780#
RH177
5780#
RH2
5780#
RH20
5780*
RH200
5780*
RH201
5780*
RH202
5780#
RH203
5780*
RH204
5780#
RH205
5780*
RH206
5780#
RH207
5780#
RH21
5780*
RH210
5780#
RH211
5780#
RH212
5780*
RH213
5780#
RH2U
5780#
RH215
5780#
RH216
5780#
RH217
5780^
RH22
5780#
RH220
5780#
RH221
5780/^
RH222
57804f
RH223
5780#
RH22A
57804f
RH225
578C#
RH226
57804f
RH227
5780#
RH23
5780*
RH230
5780*
RH231
5780#
RH232
5780#
RH233
5780#
RH23A
5780#
RH235
5780*
RH236
5780#
RH237
5780*
RH24
5780#
RH240
5780*
RH241
57S0M
RH2A2
S7S0M
RH243
5780*
RH24A
5780*
RH245
5780*
RH246
5780*
RH247
5780*
RH25
5780*
RH250
5780*
RH251
5780*
RH252
5780*
SEQ 02A8
RH253
5780#
RH25A
5780#
RH255
5780#
RH256
5780#
RH257
5780#
RH26
5780#
RH260
5780/r
RH261
5780#
RH262
5780#
RH263
5780#
RH26A
5780#
RH265
5780#
RH266
5780#
RH267
5780*
RH27
5780#
RH270
5780#
RH271
5780*
RH272
5780#
RH273
5780#
RH27A
5780*
RH275
5780*
RH276
5780*
RH277
5780#
RH3
5780#
RH3;0
5780*
RH300
5780#
RH301
5780#
RH];02
5780#
RH:i03
578C#
rh: oa
5780*
RH]i05
5780#
RH306
5780#
RH307
5780*
RH31
5780#
RH310
5780*
RH? 1 1
5780#
RH312
5780<f
RH313
5780*
Kri3H
5780*
RH315
5780#
RH316
5780#
RH317
5780#
f.H32
5780*
RH320
5780#
RH321
5780#
RH322
5780#
RH323
5780*
RH32A
5780#
RH3;25
5780#
RH326
5780#
RH327
5780*
RH33
5780*
RH330
5780*
SEQ 0249
RH331
5780#
RH332
RH333
5780#
5780#
RH33A
5780#
RH335
5780#
RH336
57&0#
RH337
5780#
RH3A
5780#
RH3A0
5780#
RH3A1
5730#
RH3A2
5780#
RH343
5780#
RH3A4
5780#
RH3A5
5780#
RH3A6
5780#
RH3A7
5780#
RH35
5780#
RH350
5780#
RH351
5780#
RH352
5780#
RH353
5780#
RH35A
5780#
RH355
5780#
RH356
5780#
RH357
5780#
RH36
5780#
RH360
5780#
RH361
5780#
RH362
5780#
RH363
5780#
RH36A
5780#
RH365
5780*
RH366
57J0#
RH367
57 m
RH37
57 m
RH370
57 m
RM371
57 m
RH372
57 m
RH373
57 m
RH37A
57 m
RH375
57 m
RH376
57 m
RH377
57 m
RHA
57 m
RHAO
57 m
RHAOO
57 m
RHA1
57 m
RHA2
57 m
RHA3
57 m
RHAA
57 m
RHA5
57 m
RHA6
57 m
RHA7
57800
SEQ 0250
RH5
RH50
RH51
RH52
RH53
RH54
RH55
RH56
RH57
RH6
RH60
RH61
RH62
RH63
RH6A
RH65
RH66
RH67
RH7
RH70
RH71
RH72
RM73
RH7A
RH75
RH76
RH77
RHBLEN
RHBLKA
RHBLKB
RHBLKV
RHBPER
RMCBLA
RMCBLB
RMCBLC
RMCBLG
RMCBLH
RMCBLK
RNCBLM
RNDISC
RMNBLK
RMRBLA
RNRBLB
RMVARG
RMVBUA
RMV6UF
R^CNT
ROREFU
RSPDR
RSPNDR
S..CAI
S..CCO
S..CFC
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
5780#
57804r
5780#
5780#
5780*
5780#
5780*
5780#
5780#
5780#
100#
2246*
2247
2242#
970
2395#
2437*
2398
2406
2413
466
24304f
5347
2306*
2339#
2314
4648
4653
917
112*
255*
264
264*
3443*
5585*
5505*
SEQ 0251
2248
2249
2258*
2841
2245
2441
i439
2401
2412*
2424*
475
5596*
2426
2341
2343*
4649
4655*
2407
948
270*
3880
2338 2511
3893
2508
2441*
2385*
2432
3898
3001
3011
3903
5085
5088
5199 5780
5196 5775
5816
5514 5534
4651 4668*
2414
958
4643*
1039
1236 1244 1303 1444 1513 1613 1682
3948 3993
HM>MM|MN<MiMiMiUK
S..CFD
5090#
S..CFM
5161#
S..C1I
34A0#
S..CLJ
3534#
S..CST
3AA6#
S..DBF
33U#
S..EON
3A90#
S..NCD
531 2#
S..NCI
5063#
S..NRH
2254#
S..NRM
5201 #
S..POF
3474#
S..RNQ
2277$
SCZDGA
A97A
SCXDTA
A976
SCZEVA
4978
scznsA
4972
SCALBF
226#
884
916
1097
1098
1186 1195
SCARBF
227$
1162
1185
1196
SCOFFS
3441
3502
4971
5648#
SCSBLK
203#
3701
i -
SCSCAL
200#
3642
3705
SCSERC
201 #
3656
3669
3683
3686
3720
SCSFCN
202#
3640
3697
SEOARG
4685
4686
4687
4688
4689
4691 4705#
SEDATA
1199
4682/r
SENOA
1255
1415
3203#
SEN04C
321 5#
SEND
557
627
829
969
1453
1622 1788 1863
SENDA
3190#
. -:-■■ "'
SENDMA
4333
4344#
SENDnC
4328
4351#
SENDMD
3187
3212
4311#
SENINA
3799
<802#
SENIMP
2559
1777$
SENNRA
3849#
SENNRS
3828#
5077
5188
SETTIl
3329
3338#
SETTI2
3335#
3341
SETTI6
3312
331 8#
SETTI7
331 1#
3313
SETTIM
3246
3283
331 0#
,i
SIXCIO
110#
2191
SPEAR
477
3039#
SPEARA
3050
3054#
SPEARE
3077
3122
5696#
SPEARF
184#
3049
3055
SPEART
2979
3078
3123
3124
5692$
5696
SPEARX
3052
3057#
SPOFST
105#
2976
3082
SPRBLN
348#
3102
SPRCIN
350#
437
3086
SPRNOD
552$
3089
SEQ 0252
1953 2147 2217 3176#
SQXCVD
SSACRX
SSACSX
SSARGZ
SSCBFX
SSCPNX
SSCRBX
ssciex
SSDCFX
SSDQEX
SSEQEX
SSICIX
SSIDMX
SSIFCX
SSINNX
SSNBQX
SSNFBX
SSNFCX
SSNNKX
SSNPCX
SSNPVX
SSNSBX
SSPSFX
SSQBFX
SSRCFX
SSRQEX
SSSCPX
SSSTLX
SSTHSX
SSUNS1
SSUNSO
SSVNOX
STAARG
STAR
START
STAT
STATSI
STATUS
STPAR6
STP0L1
STP0L2
STPOLL
STRACT
STRGLN
STRREP
STRTAD
STRTF
SUCCES
SYSAC2
SYSE02
SYSE10
4629
3739
3740
3738
3754
3741
3758
3759
3751
3756
3757
3747
3762
3737
3744
3749
3752
3745
3743
3742
3736
3760
3755
3753
3750
3748
3763
3764
3761
1788#
532
3746
4509
3174f
357#
286#
4504#
113#
2330
5234
2960
4394
4401
2959
965
2645#
260U
21 3#
183#
243#
21 6#
3108
415
SEQ 0253
^77SM
4510
1693
3715
2671
463
2564
5238
4378
4397
4409#
4373*
1045
1694
361
564
3104
3114
436
4511
5863
511
2843
5259
4379
4400
4512 4514 4529/(f
515
m
4381
4403#
556
3008
5302
4383
626
3407
5304
4419/(f
828
3413
5387
1452
4343
5389
1621
5105
5394
1787
5108
5396
1862
5116
5511
1958
5119
5531
2146
5129
2216
5132
1152 1251 1383 1411
1575
1578 1757 1760 2602#
1739
362
1069
3142
57020
5704#
1404
1523 1698 1795 1898 1991
2132
2211 3249
3288
«M»»t!i<«MWM**M«M*>Mi
SYSE12
SYSERE
SYSERT
SYSHLF
SYSJYS
THIRD
TIWCHN
TIHELN
TIMESP
TIM1N1
TIMIN7
TIMINT
TIMR10
TIMR20
TIO«^FS
TCPtXE
TRACE
TSTTBL
UNMAP1
UNMAPB
UNSACT
UTim
UTIME
VALOO
VALOl
VAL01A
VALOl C
VALOl D
VAL01G
VALOl S
VALOl X
VAL02
VAL02A
VAL02G
VAL02S
VAL02X
VAL03
VAL03A
VAL03B
VAL03C
VAL03F
VAL03G
VAL03H
VAL03S
VAL03X
VAL04
VAL04A
VALOAB
VAL04C
3085
571 3#
3141
3103
3118
1A3#
3332
104#
21 5#
339A#
3395
3367
3362#
3377#
3401
234#
179#
3849
4481
5275
5602
513
822
526
214#
3543
441
551
619
645
652
661
641
672
643
821
848
844
859
846
941
995
1004
1016#
1021
993
1031
1046
997
1229
1279
1288
1291
3088
57000
571 5#
3137#
2498
5628#
3048
443
3400
3397
3382
5654
5627
3444
383
548
3916
4518
5316
5608
524#
829#
81 8#
1814
3549#
3045
563#
6320
648#
6584f
667#
644#
677#
647
835#
8544f
847*
863#
850
981 #
1001#
1009#
1027#
1005
1037#
1050*
1023
1268#
1285#
1293*
1296*
3092
5713
2521
5628
3047
3400*
3392*
5653*
384
616
3963
4562
5322
3101
5715
2904
3054
3109
5709* 5715
SEQ 0254
2989
5174 5222 5? 5
5475
456
818
4007
4622
5333
'>57
934
4046
4661
5355
470
1221
4084
4696
5406
1428
4121
4737
5469
1597
4161
4778
5486
1778
4199
4819
5495
1853
4239
4969
5557
1947
4281
5046
5563
2120
4347
5138
5569
2207
4387
5143
5575
3802
4446
5270
5596
3321 3393
3542*
V
654
663
675*
861*
1012
1033
1032*
1048*
VAL04D
1290
1294
130U
VAL04E
1336
1345#
VAL04F
135A#
1359
VAL04G
1347
1360#
VAL04H
1362
1374#
VAL04S
1384
1388#
VAL04X
1281
1297
1386#
VAL06
1436
1463#
VAL06A
1471
1477#
VAL06S
1480
1485#
VAL06X
1473
1483#
VAL07
1605
1632#
VAL07A
1640
1646#
VAL07S
1649
1654#
VAL07X
1642
1652#
VAL08
1781
1794#
VAL09
1856
1869#
VAL09S
1878
1883#
VAL09X
1881#
VAL10
1950
1963#
VAL10S
1972
\977M
VAL10X
1975#
VAL11
2137
2154#
VAL11A
2163
2166#
VAL11S
2168
2173#
VAL11X
2165
2171#
VCBRKA
5359#
5362
VCBRKB
5386
5391 #
VCBRKC
5364
5393
5402*
VCBRKN
5338
5355#
5565
5598 5604
VCGONE
136#
152#
2400
3798 4327
VEDIT
19#
23
91
WAITF
186#
453
490
3510 3515
WAITI«
211#
UAITRB
21 2f
WAITT
133#
1136
1143
1190 1200
UATOVR
3281
341 2#
XCHOm
3576
XCNHNT
367
XCNSTS
3560
%CNSUP
3552
.OGCTR
2002
2062
2077
2091
.DGENB
1820
1830
.DGRST
1546
.DGSTR
1721
.FHSLF
333-
3425
3468
3484 3524
.LBACC
4037
4057
.LBCON
3878
3925
.LBCSP
4377
4419
.LBDIS
4112
4132
.LBEVT
4797
4803
4835
.LB6DE
4763
4782
.LBGLN
4438
4457
SEC 0255
5374 5379 5388 5395
3654 3721
.LBLIS
3946
3973
3991
4018
.LBQRD
4190
4210
.LBQRM
4152
4171
.LBRBS
4472
4492
.LBRCD
4548
4555
4573
.LBRDG
4268
4292
.LBREJ
4075
4095
.LBREQ
4725
4746
.LBRMG
4226
4250
.LBRPS
2800
2814
.LBSN6
3781
3812
3832
3860
4315
4359
.LBSND
4684
4705
.LBSTS
4508
4529
.LBUMP
4647
4668
.PCSCS
3441
5651
.PCTHR
3444
5656
.PRIOU
3602
3612
3719
.PSVIS
4971
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:514
.SIDGA
'455
.SIDMA
,
457
.sinsA
3
456
.SIPAN
3
458
.SQADC
3
909
.SQAFB
4155
4193
•SQAMC
3896
.SQAPT
3787
3835
4318
.SQARB
4229
4381
4237
4271
4279
5049
5075
5083
5146
5179
•SQBDN
.SQBID
4766
4771
.SQ6NA
4611
4612
4613
4618
.SQCDA
.SOCOT
.SQCID
4041
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t?^
4077
4114
4154
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4270
5185
4727
4765
4808
5052
5074
5149
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4230
4115
.SQDIS
. SQDPN
3882
3951
3995
.SQESB
4800
4801
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^oQc
4809
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3793
3841
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4511
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4000
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424
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3879
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421
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410
4440
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zHl
2971
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4319
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4231
4273
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4649
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<
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4730
SEQ 0256
5186 5194
4317 4379 4510 4550 4686
4113 4153 4191 4227 4269
4726 4764 4798
.SQOSB 4551
.SQRCI 3910
.SQREJ 4078
.SQRNM 4688 4729
.SQRPN 2798
.SQRPS 2799 2806
.SQSAD 4554
.SQSBI 2961
.SQSBR 4512
.SQSNM 4687 4728
.SQSPN 3881 3949 3994
.SQSYS 3883 3885 3915 3953 3955 3997 3999
.SQVCS 4552 4553
.SSACC 4042
.SSAIC 3432
.SSCON 3911
.SSCSP 4382
.SSDIS 4116
.SSEVT 4804
.SSGDE 4767
.SSGLN 4441
.SSLIS 3957 4001
.SSHAP 4614
.SSQRD 4194
.SSQRM 4156
.SSRBS 4476
.SSRCD 4556
.SSRD6 4274
.SSREJ 4079
.SSREQ 4731
.SSRNG 4232
.SSRPS 2802
.SSSD6 3796 3844 4324
.SSSMG 3794 <842 4322
.SSSND 4690
.SSSTS 4513
.SSUnP 4650
.TIHEL 3331
SEO 0257
AICX
ASS INT
BUF
BUFLS
CBLK
CBLS
CRASH
DEBRKX
DEBRK.
DIAGZ
DIAG.
DIRX
EIRZ
EPCAPX
ERCAL
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EXIT
GET
GETERX
GET TAB
GO
3429
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5829#
5842#
5731 #
5744#
5312*
3388
3373
4861
4865
3469
3485
3528
1724
1144
1723
3714
171#
809
974
1261
1457
1627
1844
1979
2220
237S
2542
2674
2857
3016
3130
3385
3803
3964
4052
4165
4285
4449
4563
4700
4869
5035
5356
3655
368
\^
619
823
5627
5838
5853
5741
5755
5628 5629 5630 5631
SEQ 0258
5041
4988
3725
3334
3553
379
476
829
5854
5742
5756
5585
4451
4566
4740
4871
5037
5470
3314 3440 3443 3446 3474 3490 3534 5063 5090 5161
3526 3529 3605 3615 3650 4862
549
812
1051
1389
1487
1657
1854
2111
1259
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1
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965
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1935
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3367
3624
3847
4003
4162
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5301
3712
495
3533
955
3604
3626
3595
3439
3442
3339
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3593
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687
936
1223
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1601
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1964
2209
2360
2490
2667
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1189
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1511
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91
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1680
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1949
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2086
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2189
2192
2432
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3113
3118
3393
3398
3684
3696
3884
3893
4008
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4197
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4652
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4878
4879
5010
5020
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5180
5];24
5330
5452
5453
5547
5558
3685
3473
509
689
938
1225
1463
1633
1807
1985
2226
2388
2549
2692
2870
2942
3071
3692
3489
1029
1037
1045
1048
1070
1095
1222
1228
1229
1231
1241
1247
1409
1411
1415
1429
1435
1436
1575
1576
1578
1581
1598
1604
1741
1745
1757
1758
1760
1763
1839
1854
1855
1856
1858
1863
1952
1953
1975
1992
2011
l^ll
2109
2121
2128
2133
2136
2137
2197
2208
2210
2212
2217
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2559
2804
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2851
2853
3187
3212
3246
3250
3256
3283
3434
3435
3440
3443
3446
3474
3698
3700
3702
3704
3706
3707
3898
3903
3913
3914
3917
3954
4045
4047
4081
4082
4085
4118
4234
4240
4276
4282
4344
4345
4444
4447
4478
4479
4482
4515
4692
46931
4697
4733
4734
4738
4886
4888
4890
4898
4903
4904
5030
5047
5048
5063
5077
5078
5188
5189
5201
5266
5269
5271
5];34
5356
5407
5411
5415
5422
5458
5462
5470
5472
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5496
5603
5564
5570
5576
5585
5597
549
563
690
819
982
981
1268
12^-^
1464
U
1634
1^ >
1854
1---^
1986
2242
1987
2243;
2389
2390
2550
2580
2717
2718
2871
2872
2943
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3140
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983
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2391
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3176
572
617
836
837
984
1271
m
1495
1496
1665
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2459
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2741
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3177
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632
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1438
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1779
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1152
1255
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2032
2141
2254
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4122
4384
4519
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4909
5134
5277
5439
5514
1160
1166
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1301
1446
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1610
1781
1615
1782
1903
1911
2038
2044
2147
2166
2277
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