13 Appendix A To I

13_Appendix A to I 13_Appendix A to I

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Appendix A Operator Messages

Appendix A: Operator Messages

JUL '90

A-1

INTERVIEW 7000 Series Advanced Programming: ATLC-107-9S1-10B

A-2

JUL 'SO

Appendix AI

Inleractive Messages

Appendix A1: Interactive Messages
The following messages are displayed on the. second line of the screen, normally during execution of
menu-scr.een functions.
MESSAGE

MEANING

Attempt to transfer source to itself

Source selections in the From and To fields on the
Data Transfer screen are the same. Change one
selection. To use one drive to perform data transfer
involving two disks, change To selection to @W.

Attempted to mount uninitialized
disk

Check disk. It may require formatting.

Attempting to initialize link

Physical link being established prior to transfer.

BNDX message request failed

Message should not normally appear. If it recurs,
contact Customer Service.

Backup complete, no errors

Duplication process is successful.

Bad object file format

Data is not recognized in format of object file. Try
again to save the source file as an object file.

Can't load object file - Incompatible
FEB installed

Current hardware is different from hardware of unit on
which object file was saved. Save the source file as an
object file on the unit on which it will be loaded and
run.

Can't load object file - Incompatible
MPM addressing

Current hardware is different from hardware of unit on
which object file was saved. Save the source file as an
object file on the unit on which it will be loaded and
fun.

JUL '90

A 1-1

INTERVIEW 7000 Series Advanced ProgrammIng: ATLC-107-951-10B

Can't load object file - Incompatible
mux installed

Current hardware is different from hardware of unit on
which object file was saved. Save the source file as an
object file on the unit on which it will be loaded and
run.

Can't load object file - Insufficient
MPMs

Current hardware is different from hardware of unit on
which object file was saved. Save the source file as an
object file on the unit on which it will be loaded and
run.

Can't load object file -'- No mux installed

Current hardware is different from hardware of unit on
which object file was saved. Save the source file as an
object file on the unit on which it will be loaded and
run.

Can't read disk

Make sure disk is correctly inserted. If message
recurs, disk may be bad.

Cannot append to a wrapped OAT

Record Setup menu shows Stop at:W§P@iliqqii. End
of data acquisition tracks was reached, so wrapping
occurred. Then, Data Transfer command attempted
to append data from source to the end of OAT on
destination disk. Select Start At: t!i~llif( on Data
Transfer screen.

Cannot copy a file to itself

Be certain that name of destination file on File
Maintenance screen differs from name of
source file.

Cannot copy directory tree into itself

Attempt to copy a directory into one of its
subdirectories. For example, a command to copy lusr
into lusrlprograms will fail.

Cannot delete a non-empty directory

File named for deletion is directory containing files.
Before deleting directory, delete or move files.

Cannot open file

In attempt to load or save a file, the file could not
be opened. Check the write-protect window. It
should be closed to write to the disk.

Cannot open redirect file

Printer Setup menu shows that output will be
redirected to a file. Check to make sure that the disk
is properly inserted in the correct drive and is not
write-protected.

A1-2

JUL '90

I

AppendIx A 1 Interactive Messages

Cannot move file across disk boundaries

Attempt to rename a file from one disk to another.
Make sure only one drive is specified on File
Maintenance screen.

Cannot remove an open file

Attempt was made to copy a directory into itself.
Files being copied also need to be deleted, but cannot
be since they are open. Copy the directory to another
source. In general, close files before attempting to
delete them.

Cannot unmount disk, files open

Attempt was made to remove disk before operation
was completed.

Cannot write to redirect file

Printer Setup menu shows that output will be
redirected to a file. Error in trying to write to the file.
Check disk.

Change floppy disk 1

During multi-disk recording operation, disk in drive 1
has been filled. Remove old disk and insert
new one.

Change floppy disk 2

During multi-disk recording operation, disk in drive 2
has been filled. Remove old disk and insert
new one.

Character buffer not yet allocated

From field on the Data Transfer screen shows
but unless Run has been executed, there
is no character buffer. Press~, and then try the
transfer operation again.

§\i&WPt!@'!,

Compilation aborted

User has pressed ABORT softkey or E'~3 to arrest the
Compile operation (from the File Maintenance menu).
Destination file may have been partially overwritten if
compile was to an existing file.

Compilation completed

The Compile command (from the File Maintenance
menu) has been executed.

Compilation failed - Errors detected

The Compile command (from the File Maintenance
menu) has been aborted because of errors. Go to the
Protocol Spreadsheet and press ~, 1m to display the
first error message.

Compilation is in progress

The Compile command (from the File Maintenance
menu) is being executed to compile and save a file of
standard C code as object code.

JUL '90

A1-3

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

Copy completed

Selected filets) has (have) been copied successfully.

Copy is in progress

Selected filets) is (are) being copied.

Could not load a layer personality
package

Attempt to load a protocol package from the Layer
Setup screen has failed. Make sure that correct
disk is installed in drive indicated on menu. If
attempt still fails, package may have been corrupted.

Current test invalidated

Changes have been made to the menu screens or
Protocol Spreadsheet which invalidate a loaded object
file.

Data transfer source and destination are

Source selections in the From and To fields on the
Data Transfer screen are the same. Change one
selection. To use one drive to perform data transfer
invplving two disks, change To selection to :!¥W.

the same

Destination disk does not contain
user file system

Check file contents on File Maintenance screen. If
disk is intended for user files, you may need to
allocate disk space to the filing system. Use Disk
Utilities screen to check disk allocation.

Destination file is a directory

Copy or save operation not complete because file
named to receive copy is a directory. Change
destination filename and fe-execute.

Destination file is write protected

Change destination filename or write-enable file.
Then repeat save or copy operation.

Directory file expected

Check directory named in Change Directory
command. Use only names labeled DIR in file
listings.

Directory is empty

Attempted to copy the contents of an empty directory.

Directory is not empty

Directory cannot be deleted until all of the files it
contains have been deleted.

Disk corrupted

Disk is worn out or damaged and should not be used
for rJture operations.

Disk duplication aborted

Operator has aborted disk duplication. Data on
destination disk may have been partially overwritten.

A1-4

JUL '90

AppendIx A 1 Interact/ve Messages

Disk duplication in progress

Disk is being duplicated. Do not remove disks from
active drives.

Disk formatted

Formatting operation is complete.

Disk full

No space left on disk to perform operation. Use a
new disk, or remove unneeded data from disk.

Disk not mounted

Re-insert disk and attempt operation again. Also try
to power-up again. If message recurs, the disk may
be bad.

Disk record error (controller error)
-- Aborted

Disk may be write protected or recording too
fast. Also may be an internal error or bad disk. Try
again with a new disk. Contact Customer Service if it
recurs.

Disk record error (timeout) -- Aborted

May be an internal error or bad disk. Try again with
a new disk. Disk may be write protected or recording
too fast. Try turning off time ticks, leads, and/or
suppress idle in the FEB Setup.

Display screen command failed

Message should not normally appear. Contact
Customer Service if it recurs.

Entering testprep

First status message entering Run mode. Test
preparation mode precedes compilation of program.

Error during load of code file

Check code files. Message indicates code file is not
found, or code file has been modified.

Error trying to print file

Try printing again. If attempt fails, disk file is
probably corrupted.

Error trying to print screen

Try printing again. If problem recurs, contact
Customer Service.

Errors occurred during load

Try loading again. If attempt fails, disk file is
probably corrupted.

Errors occurred during save

Try saving again. If attempt fails, disk is probably
corrupted.

Errors occurred during testprep

Attempt to perform Save command as a object file
before the program had ever been compiled. An error
was detected as compilation was attempted. Go to the
Protocol Spreadsheet and search for errors. The Line
Setup menu, for example, may show Mode:
J:MiiiWf&itt and Source: ::\iMK, but no disk is present
in the selected drive.

JUL '90

Al-5

INTERVIEW 7000 Series Advanced Programming: ATLC-107-951-10B

Fatal Hardware Error

Invalid hardware setup. Contact Customer Service.

Fatal Software Error

Message should not normally appear. If it recurs,
contact Customer Service.

FE buffer overflowed - Incoming data
halted

Data is coming in faster than it can be received.

File access error

File named cannot be accessed. Check disk.

File copy aborted

User has pressed ABORT softkey to arrest copy
operation. Destination file may have been partially
overwritten if copy was to an existing file.

File is a directory

Operation, View for example, could not be performed
on a directory. Select or enter the name of a file.
See listings on File Maintenance screen for entry NOT
labeled DIR.

File is write-protected

File named cannot be deleted or saved. Check name.
To perform operation on named file, write-enable it
from the File Maintenance screen.

File loaded

File has been loaded successfully as a Program, Setup,
or Object file.

File name not found

Filename (or directory) as entered does not appear in
listings. Check spelling of entry. Make sure you are
operating in correct directory.

File name already exists

Attempt to use the Make Directory command, naming
a directory that already exists.

File saved

File has been saved successfully as a Program, Setup,
or Object file.

File size can't be increased,
index block full

File is larger than the file system can handle.

Formatting disk - max floppy disk
DAT allowed = 1422K bytes

Too much space specified for data acquisition
tracks. Maximum space has been allocated.

Formatting disk - max hard disk DAT
allowed = 20774K bytes

Too much space specified for data acquisition
tracks. Maximum space has been allocated.

A1-6

JUL '90

Appendix Al

Forma tting disk

Inleraerive Messages

Formatting in progress. Do not remove disk from
active drive.

Formatting will destroy data
- Depress Fl key to continue.

Message appears when a formatted disk has been
inserted for reformatting. Press ABORT to avoid
overwriting data. Press Fl to format the disk.

Function failed -- Check media

Attempt operation again. If operation still fails, disk
may be bad. Try new disk.

Function(s) not yet implemented

Operation attempted is not available with the software
version installed.

II buffer services error

Error in using aS! variables or routines. May occuc,

for example, if operation is attempted on buffer which
no longer exists. Set maintain bits at each layer that
needs to reserve the buffer for subsequent operations.
Illegal device name

Message should not normally appear. If it recurs,
contact Customer Service.

Illegal expansion unit, not 1-255

Message should not normally appear. If it recurs,
contact Customer Service.

Illegal file number passed to open

Message should not normally appear. If it recurs,
contact Customer Service.

Illegal major device number given

Message should not normally appear. If it recurs,
contact Customer Service.

Illegal parameter to volume init. function

Message should not normally appear. If it recurs,
contact Customer Service.

Illegal pathname

Pathname provided is incomplete or invalid. Check
entry.

Illegal position parameter, not 0-2

Message should not normally appear. If it recurs,
contact Customer Service.

Illegal synchronization mode, not 0-2

Message should not normally appear. If it recurs,
contact Customer Service.

Indirect stat update msg received

Message should not normally appear. If it recurs,
contact Customer Service.

JUL '90

A1-7

INTERVIEW 7000 Series Advanced Programming: ATLC-107-951-10B

Insert next disk -- Depress Fl key
to continue

More than one disk required to perform duplication.

Insert destination disk, depress Fl key to
continue

Operation involving more than one disk being
performed using one drive.

Insert source disk, depress Fl key to
continue

Operation involving more than one disk being
performed using one drive.

Internal disk sub-system error

Message should not normally appear. If it recurs,
contact Customer Service.

Inter-processor communication overrun

Communication from MPM to CPM occurring too fast
for CPM. Available buffer space exceeded.

Invalid contents in field

Entry made in menu field is illegal.

Invalid OAT block version number

Each block in OAT has a version number. If it is
wrong, the disk may be corrupted.

Invalid OAT version number

Header in OAT has a version number. If it is wrong,
the disk may be corrupted.

Invalid data type

During attempted playback, INTERVIEW did not
recognize type of data. Be certain recorded data
rather than program data is being accessed.

Invalid destination

Destination file in a Copy command is a relative
pathname on a drive which is not the current drive.

Invalid disk sub-system function
number

Message should not norma II y appear. If it
recurs, contact Customer Service.

Invalid file identifier, no such
open file

Message should not normally appear. If it
recurs, contact Customer Service.

Invalid file identifier, out of range

Message should not normally appear. If it recurs,
contact Customer Service.

Invalid filetype

Command cannot be used on file type indicated. A
Load command, for example, is not valid for SYS
files.

A1-8

JUL '90

(

Appendix A 1 Interactive Messages

Invalid filetype for viewing

View command cannot be used for data in file
indicated. Files with type SYS, for example, cannot
be viewed.

Invalid layer number

User has entered layer number out of valid range.

Invalid object code version

Object file was saved under a different version than
current software. Save the source file as an object file
using the same software with which is will be loaded
and run.

Invalid section name

Message should not normally appear. If it recurs,
contact Customer Service.

Invalid stat update msg received

Message should not normally appear. If it recurs,
contact Customer Service.

Load aborted

Operator has aborted Load operation. Program
already residing in INTERVIEW may have been
altered.

Load is in progress

Selected Program, Setup, or Object file is being
loaded.

Loaded package and configuration screen
don't match

Message should not normally appear. If it recurs,
contact Customer Service.

Marked entry not copied

Too many items have been marked for single
operation. Not all files marked have been copied.
Check listings on the File Maintenance screen. Files
still marked are not yet copied. Repeat copy
operation on remaining files.

Marked entry not deleted

Too many items have been marked for single
operation. Not all files marked have been deleted.
Check listings on the File Maintenance screen. Files
still marked are not yet deleted. Repeat delete
operation on remaining files.

Marked entry not printed

Too many items have been marked for single
operation. Not all files marked have been printed.
Check listings on the File Maintenance screen. Files
still marked are not yet printed. Repeat print
operation on remaining files.

JUL '90

A1-9

INTERVIEW 7000 Series Advanced Programming: ATLC-/07-9S/-/0B

Maximum number of entries exceeded

Error on Tabular Statistics screen. Maximum number
of entries is 100.

Maximum disks already mounted

Message should not normally appear. If it recurs,
contact Customer Service.

Memory has not been unlocked yet

Message should not normally appear. If it recurs,
contact Customer Service.

Message exchange full

Message should not normally appear. If it recurs,
contact Customer Service.

Message ID too big

Message should not normally appear. If it recurs,
contact Customer Service.

Move would destroy directory tree

Attempt to rename a directory the same as one of its
subdirectories.

structure

MPM -- Bus error

May indicate a hardware problem, but check program
for logic errors relating to storage allocation. May
have attempted to access something that doesn't exist.

MPM -- Divide fault

Program may include an attempt to divide by zero.
Check for other logic errors in program.

MPM -- Processor fault

May indicate a hardware problem, but check program
for logic errors relating to storage allocation. May
have attempted to access something that doesn't exist.

MPM -- Memory fault

Logic error in program, typically relating to storage
allocation. May have attempted to access something
that doesn't exist, accessing an array outside of its
range, for example. May also indicate type
mismatches.

MPM -- Stack fault

Logic error in program, typically relating to storage
allocation. May have attempted to access something
that doesn't exist, accessing an array outside of its
range, for example. May also indicate type
mismatches.

NEWDISK illegal with source of hard disk

When To field for a Copy command is fM'&', it means
that the same drive will be used to perform a copy
involving two disks. Change From field to .I@!} or

.®'#••..

Al-l0

JUL '90

(

Appendix A 1 Interactive Messages

NEWDISK illegal with source of RAM or
hard disk

When To field for a Data Transfer command is @~1&,
it means that the same drive will be used to perform a
transfer involving two disks. Change From field to

:;f§f::

or

:M#.:: .

No DAT RAM currently allocated

Attempt to transfer data from RAM without it having
been recorded previously to RAM.

No default directory set

Message should not normally appear. If it recurs,
contact. Customer Service.

No file name specified

Enter or indicate file on which operation attempted is
to be performed.

No package loaded for this layer

Selection has been made on the Layer Setup screen,
but no protocol package has been loaded. Return to
Layer Setup, check selection, and press ~.

No packages loaded

Selections have been made on the Layer Setup screen,
but no protocol packages have been loaded. Return to
Layer Setup, check selections, and press ~.

No RAM recording memory available

Program is too large to be recorded into available
RAM.

No start of section indicator

Operation on file cannot be performed because (1) file
is not a program or setup, (2) format of the file is
invalid, or (3) file has been corrupted.

No message entered in message
buffer

Check BERT screen. Configured menu indicated a
message would be sent, but none was entered.

Obsolete object program - Source must
be recompiled

Object file is incompatible with current software.

Out of memory

Insufficient memory to perform operation. (Program is
too large to run.)

Operation not allowed on specified file

Selected command cannot be used on file indicated.

Parent directory of file is
write-protected

Parent directory must be write-enabled before you
can modify or delete this file.

Parent directory of target file does not
exist

Check spelling of directory.

JUL '90

A 1-11

INTERVIEW 7000 Series Advanced ProgrammIng: ATLC-l07-951-10B

Pathnames limited to 122 characters

File pathnames, including the drive specifier-HRD,
FD1, or FD2-have a maximum length of 122
characters.

Play underrun

Data could not be output at speed requested.

Premature end of section

Operation on file cannot be performed because (1) file
is not a program or setup, (2) format of the file is
invalid, or (3) file has been corrupted.

Previous lock user has died

Message should not normally appear. If it recurs,
contact Customer Service.

Print queue is full

Maximum number of print jobs has been requested.
Wait for some requests to be completed. Then repeat
print operation.

Printing is done

Print jobs requested are completed.

Record overrun

Data being received too rapidly for capture to RAM.

Remove screen command failed

Message should not normally appear. If it recurs,
contact Customer Service.

Replace screen command failed

Message should not normally appear. If it recurs,
contact Customer Service.

Resetting compiled test

Program being run again without recompiling. Menus
can be viewed and selected changes can be made to
menus without forcing a recompile.

Routine calling saveyroLsetup is

Message should not normally appear. If it recurs,

unknown

contact Customer Service.

Save aborted

Operator has aborted save operation. If save was to
an existing file, the file may have been partially
overwritten.

Save is in progress

Selected Program, Setup, or Object file is being saved.

Seek attempted before beginning of DAT

Data Transfer screen shows transfer from disk with
Start At Block entry that precedes the block number at
which data actually begins. DAT may begin at block
20, for example. If you enter Start At Block: 2, this
error message will be displayed. To guarantee that
data transfer starts from the beginning of DAT, enter
zero in the Start At Block field. Zero is a special
entry. It references the beginning of DAT, regardless
of what the actual block number may be. Any other
entry is interpreted as a literal block number.

Al-12

JUL '90

(

AppendIx AI

InteractIve Messages

Seek attempted past end of DA T

Data Transfer screen shows transfer from disk with
Start At Block entry that exceeds the block number at
which data actually ends. DAT may end at block
100, for example. If you enter Start At Block: 101,
this error message will be displayed. To guarantee that
data transfer starts from the beginning of DAT, enter
zero in the Start At Block field. Zero is a special
entry. It references the beginning of DAT, regardless
of what the actual block number may be. Any other
entry is interpreted as a literal block number.

Seek attempted past end of file

Message should not normally appear. If it recurs,
contact Customer Service.

Source & destination can't be the
same disk

Error in entries made for disk duplication. Check
disks selected.

Source disk does not contain user
file system

Check disk contents on the Disk Utility screen.
If disk is intended for user files, you ma y need
to allocate space to the filing system.

Source file not found

In Interview 10/15/20 file transfer, the source file
which was specified does not exist.

Stopped at end of DAT

During playback, stopped at end of recorded data.
During recording, stopped at end of data acquisition
tracks.

Subdirectory nesting limited to 16 levels

The maximum number of directories and
subdirectories a file can reside in is 16.

TEST PREPARATION Phase 1

Program is being compiled.

TEST PREPARATION Phase 2

Program is being compiled.

TEST PREPARATION Phase 3

Program is being compiled.

TEST PREPARATION Phase 4

Program is being compiled.

TEST PREPARATION Phase 5

Program is being compiled.

TEST PREPARATION Phase 6

Program is being compiled.

TEST PREPARATION Phase 7

Program is being compiled.

There are no free locks left

Message should not normally appear. If it recurs,
contact Customer Service.

JUL '90

A1-13

INTERVIEW 7000 SerIes Advanced Programming: ATLC-107-9S1-10B

Token in load file is invalid

Operation on file cannot be performed because (1)
file is not a program, setup, or object, (2) format of
the file is invalid, or (3) file has been corrupted.

Token is incomplete

Operation on file cannot be performed because (1) file
is not a program, setup, or object, (2) format of the
file is invalid, or (3) file has been corrupted.

Too many files in directory

Maximum number of files that can be displayed is
200. If the current directory contains more than 200
files, this message is displayed.

Too many files on disk, FLIST full

Directory area on disk is full, although there may be
more space available for recording. Delete
unnecessary filenames to gain access to free space
remaining on disk.

Too many open files for process

Each process is limited to a maximum of ten files open
at one time.

Too many open files for system

There is a system-wide limit of 20 files open at one
time.

Too many processes using disk sub-system

There can be no more than twelve processes using file
110 simultaneously.

Too many source files selected

Operator has used B to select multiple source files
for executing the Compile command (from the File
Maintenance menu). Select only one source file to
compile and save as a linkable-object (LOBJ) file.

Transfer aborted

Data transfer operation has been aborted. Partial
transfer of data may have occurred, overwriting storage
medium at destination.

Transfer complete

Data transfer has been completed successfully.

Transfer in progress

Data transfer being executed.

Transmit overrun

Attempt to transmit data faster than unit can transmit.

Unable

No file named in a Data Transfer to a file, disk not in
drive. disk is write-protected, or disk is unformatted.

A1-14

to

access disk

JUL '90

Appendix AI

Interective Messages

Unable to access disk in selected drive.

During multi-disk recording, the next drive in
sequence does not contain a disk, contains a
write-protected disk, or contains an unformatted disk.
During file maintenance operations or disk duplication,
source disk is not present in selected drive, is
write-protected, or is unformatted.

Unable to access m_list

Disk error. Check disk and try operation again. If
message recurs, disk may need reformatting.

Unable to execute XEQ key

Attempt to execute a File Maintenance command
before the current directory is displayed.

Unable to open DAT

There are no data acquisition tracks on the disk being
accessed.

Unable to open file

Disk error. Check disk and try operation again. If
message recurs, disk may need reformatting.

Unable to open next disk

Recording using more than one disk. Next disk may
not be installed.

Unable to read DAT info block

DAT block not where indicated. Disk may be
corrupted.

Unable to read file

Check disk.

Unable to read from DAT

Check disk.

Unable to write to DAT

1) May have attempted to transfer more data to
destination disk than the space allocated for data
during disk formatting. A Summary of the disk may
show no free space remaining for data acquisition. 2)
Disk may be write-protected.

Unhandled CPM interrupt

Message should not normally appear. If it recurs,
contact Customer Service.

Unhand led MPM interrupt

Press ~ to recover from this error. Message should
not normally appear, however. If it recurs, contact
Customer Service.

Unknown DAT type

Data acquisition tracks may have been recorded on a
unit with more recent software than is installed in the
unit being used to playback the data.

JUL '90

A1-15

(

INTERVIEW 7000 SerIes Advanced ProgrammIng: ATLC-l07-951-10B

Unknown filetype

Check entry in file listing. Check disk. Try operation
again. If message recurs, delete and recreate file (if
possible). Some file types may not be known for
certain operations. A Print command on a SYS file,
Cor example, generates this error message.

Unprintable screen

Screen requested cannot be printed. Refer to section
on printing Cor printable screens.

Unrecoverable error during format

Format operation failed. Make sure disk is inserted
properly in selected drive. Check disk type. One
Mbyte disks are not supported. If disk type is correct,
re-attempt formatting. If second attempt fails, disk
may be bad.

Warning -- running in a degraded

This message appears only in TURBO units when your
program's size causes it to be divided between the
processor's local memory and other memory. This can
have a impact on the speed performance of your
program.

condition

WARNING: Unit may need CPM
hardware upgrade. Call AR for info.

A1-16

During power-up, TURBO units check the revision
levels of all boards for compatibility. Even if the
revision levels are not as expected, the general
operation of the unit is unaffected. Contact Customer
Service for further information.

JUL '90

Appendix A2 Easy View Messages

Appendix A2: Easy View Messages
The following messages may appear when you are using the Easy View system (in TURBO units only).
MESSAGE

MEANING

Error occurred while opening the compiled
menu file 

A file system error occurred when the menu system
tried to open the compiled menu file. The most
likely cause is that the disk holding the file has been
corrupted.

Error occurred while preparing to run
program

An error occurred during the testprep process for an
application program which was loaded by the menu
system. Exit from the menu system, enter the
spreadsheet, and use the GOERR softkey to view the
error messages generated for the program.

Error occurred while reading text file


A file system error occurred when the menu system
tried to read a help or information file. The most
likely cause is that the disk holding the file has been
corrupted.

Error occurred while trying to load program
file 

An error occurred when the menu system tried to load
an application program file. The most likely cause is
that the disk holding the file has been corrupted.

Error occurred while trying to open text
file 

A file system error occurred when the menu system
tried to open a help or information file. The most
likely cause is that the disk holding the file has been
corrupted.

Error reading the compiled menu file


A file system error occurred when the menu system
tried to read the compiled menu file. The most
likely cause is that the disk holding the file has been
corrupted.

Error: couldn't find program file


The menu system was unable to locate the specified
application program on the designated disk(s). Either
copy the proper liIe to the hard disk or place the
proper floppy disk in one of the drives.

JUL '90

A2-1

INTERVIEW 7000 Series Advanced Programming: ATLC-107-951-10B

Error: couldn't find text file 

The menu system was unable to locate the specified
text file on the designated disk(s). Either copy the
proper file to the hard disk or place the proper floppy
disk in one of the drives.

Error: couldn't find the compiled menu
file 

The menu system was unable to locate the compiled
menu file on the hard disk. Create a copy of the
compiled menu file on the hard disk.

Error: not enough memory to hold menu
information

Message~ should not normally appear. Contact
Customer Service.

No help is available for this item

The user has pressed the ? key while the selection bar
was over a menu item for which no help file has been
specified in the compiled menu file.

Not enough memory available to load text
file

Message should not normally appear. Contact
Customer Service.

Press the PROGRAM key to abort runI)ing
this program. The menu will reappear
when loading is completed.

Status message displayed while the menu system is
loading an application program from disk.

The compiled menu file has been corrupted
(checksum) 

The checksum computed for the compiled menu file
does not match the checksum stored in that file. The
compiled menu file should be regenerated by the menu
compiler application program.

The compiled menu file has been corrupted
(too short) 

The compiled menu file does not contain the number
of bytes indicated in the header portion of the file.
The compiled menu file should be regenerated by the
menu compiler application program.

(

I,

A2-2

JUL 'SO

Appendix A3 Error Messages Issued by C Translator

Appendix A3: Error Messages Issued by
C Translator
If a spreadsheet program contains any of the following errors, the compilation will be interrupted and

you will be returned to the Protocol Spreadsheet. A diagnostic message about the first error will be
displayed at the top (second line) of the screen. To search for additional error messages, press 1m.
MESSAGE

AR

"e"

conditions text too long

MEANING

A C region in a CONDITIONS block is more than 300
characters.

Bad format in object file

Unsuccessful attempt to access linkable-object file via
the OBJECT block identifier. Use the Compile
command on the File Maintenance screen to recreate
the LOBJ file, and try again.

BIB value out of range

An SS#7 ·condition at Layer 2 specifies a BIB= value
that is not zero or one.

Bit mask exceeds maximum length

A FLAG condition or FLAG name SET action includes a
bit mask that exceeds 16 bits. In other uses, bit mask
is typically eight bits.

Cannot find object file

Attempt to access a linkable-object file via the OBJECT
block identifier. Either the file does not exist, or it
resides in a directory not included in the search path.

Constant reference stack overflow

1) Attempt to nest constants more than eight deep, or
2) constants are defined circularly.

Constant value too long

Context in which constant is used determines what
value is too long. A constant in a Layer 1 receive
string condition, for example, when expanded, cannot
exceed 32 characters.

Duplicate state name

Attempt to use state name twice in the same test.

JUL '90

A3-1

INTERVIEW 7000 Series Advanced Programming: ATLC-I07-951 108

Duplicate test name

Attempt to use test name twice in the same task
(layer) .

Edit buffer full

Spreadsheet program is too large. Use include files.

Empty conditions section

There is no entry for a CONDITIONS block.

FIB value out of range

An SS#7 condition at Layer 2 specifies an FIB= value
that is not zero or one.

Identifier exceeds maximum length

Message should not normally appear. It means,
however, that an identifier is too long for the context
in which it is being used.

Idle string must contain exactly one
character

Layer 1 IDLE action includes a string with more than
one character.

Illegal bit value

Bit has been assigned a value other than zero or one.
In X.2S protocol, for example, the user supplies a
value for the Q, D, or M bit at Layer 3.

Illegal cause value

An X.2S condition at Layer 3 specifies a numeric
value for the CAUSE= selection which is outside the
valid range. Select a value between hexadecimal 0
and FF.

Illegal CIC type for ISDN

An SS#7 condition at Layer 3 specifies a CIC= value
for an ISDN header which is outside the valid range.
Select a value between hexadecimal 0 and FFFF.

Illegal CIC type for TUP

An SS#7 condition at Layer 3 specifies a CIC= value
for a TUP header which is outside the valid range.
Select a value between hexadecimal 0 and FFF.

Illegal control byte

An X.2S, LAPD, SDLC, or SNA condition at Layer 2
 operator must be either a pointer to a structure, or a
pointer to a union.

(

A4-4

JUL 'SO

Appendix A4 Error Messages Issued by C Complier

Table A4-1 (Continued)

076

(Identifier) is an unknown member.

077

Illegal indirection or illegal subscript.

078

Illegal L-value.

079

Operand of prefix (symbol ++ or --) operator must be scalar.

080

Operand of postfix (symbol ++ or --) operator must be scalar.

081

Unary PLUS operator requires scalar operand.

082

Unary minus operator requires arithmetic operand.

083

Bitwise NOT operator requires integral operand.

084

DEFAULT not inside SWITCH.

085

Multiple DEFAULT's in switch.

086

Label '(identifier), multiply defined.

087

BREAK outside of loop or switch.

088

CONTINUE outside of loop.

089

RETURN is invalid inside WAITFOR.

090

Void functions must not return a value.

095

Conflicting tag: (struet, union, enum, or task) (identifier) and (struet, union,
enum, or task) (identifier).

091

Expression must have type 'label'.

092

Controlling expression must be integral.

093

CASE expression must be integral.

094

Duplicate CASE, value = (number).

JUL '90

A4-5

INTERVIEW 7000 Series Advanced Programming: ATLC-107-951-10B

Table A4·1 (Continued)

A4-6

096

WAITFOR is invalid within another WAITFOR.

097

Attempt to wait for non-event variable.

098

Invalid L-value.

099

Attempt

100

Attempt to use an event value in an expression.

101

Attempt to use a label value in an expression.

102

Attempt to use a void value.

103

Arrays of functions or tasks are invalid ..

104

Illegal storage class for function.

105

Illegal storage class for task instance.

106

Invalid storage class.

107

Extern variables may not be initialized within a function.

108

Function (identifier) redeclared.

109

Function (identifier) redefined.

110

(Identifier) redeclared.

111

(Identifier) redefined.

112

Typedef redefined.

113

Label '(identifier), is undefined.

114

(1) Unknown size for (identifier).

115

(2) Unknown size for (identifier).

116

Enum (tag identifier) redeclared.

to

modify CONST L-value.

(

JUL '90

Appendix A4 Error Messages Issued by C Complier

Table A4-1 (Continued)

117

Newline in character constant.

118

Newline in string constant.

119

Unknown character.

120

Unexpected character.

121

Token type missing.

122

Wrong type of declarator for function definition.

123

Parameter # (number) has no identifier.

124

(Named item) is declared in the parameter declarations, but is not listed in the
parameter list of the function.

125

Extra ; in function definition.

126

Syntax error in attribute.

127

Syntax error in declarator or initializer.

128

Syntax error in initializer.

129

Syntax error in parameter definition.

130

Attempt to initialize a formal parameter.

131

Syntax error in parameter.

132

Syntax error in struet/union declaration.

133

Syntax error in type specifier.

134

Syntax error in structure member.

135

Syntax error in enumerator list.

136

Syntax error in enumerator.

JUL '90

A4-7

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

Table A4-1 (Continued)

A4-8

137

Syntax error in task specifier.

138

Syntax error in array subscript.

139

Syntax error in parameter list.

140

Unresolved reference (identifier).

141

Syntax error in statement.

142

Syntax error in conditional expression.

143

Syntax error in DO statement.

144

Syntax error in condition.

145

Syntax error in BREAK statement.

146

Syntax error in CONTINUE statement.

147

Syntax error in RETURN statement.

148

Syntax error in GOTO expression.

149

Syntax error in TASK list.

150

Syntax error in FOR statement.

151

Syntax error in FOR initialization.

152

Syntax error in FOR condition.

153

Syntax error in FOR increment.

154

Syntax error in SWITCH condition.

155

Syntax error in CASE expression.

156

Syntax error in compound statement.

I

JUL '90

Appendix A4 Error Messages Issued by C Compiler

Table A4-l (Continued)

157

Syntax error in size of type name.

158

Syntax error in subscript.

159

Syntax error in function call.

160

Syntax error in expression.

161

Type clash.

162

More than one storage class.

163

Array of unknown size.

164

Cannot take size of function.

165

Structure or union of unknown size.

166

Circular definition of enumerated type.

167

Cannot take size of task.

168

Struct (identifier) redeclared.

169

Functions and tasks may not be structure members.

170

Zero-width bitfields may not be named.

171

Structure member (identifier) multiply defined.

172

Invalid negative bit-field width.

173

(Struct, union, enum, or task) (identifier) mUltiply defined.

174

Task (identifier) redeclared.

175

Union (identifier) redeclared.

176

Functions and tasks may not be union members.

JUL '90

A4-9

INTERVIEW 7000 SerIes Advanced ProgrammIng: ATLC-l07-951-10B

Table A4·1 (Continued)

A4-10

177

Invalid zero-bit member.

178

Union member (identifier) mUltiply defined.

179

No main routine supplied.

180

Arrow operator given structure, not a pointer.

181

DOT operator given a pointer to a structure, not a structure.

182

Address of array.

183

Address of function.

184

Address of register variable.

185

Address of bit-field.

186

Address of non-L-value.

187

Attempt to use a LABEL value in an expression.

188

Attempt

189

Invalid zero or negative array dimension.

190

Only const or volatile allowed.

191

Maximum bit-field width is 16.

192

Illegal storage class for formal parameter.

193

Function parameters may not be functions.

194

Function parameters may not be tasks.

195

Bad parameter storage class.

196

Event expression required in waitfor clause.

197

Scalars must be initialized with a single expression, optionally in braces.

to

(

use an EVENT value in an expression.

JUL '90

Appendix A4 Error Messages Issued by C Complier

Table A4-1 (Continued)

198

Label undeclared.

199

Syntax error in declarator or initializer.

200

Pointers to different objects shouldn't be subtracted.

201

Duplicate formal parameters of a function.

202

External variables may not be initialized inside of a function.

203

Formal parameters of functions may not be initialized.

204

Attempt to use labels outside a function.

205

Variable (identifier) undeclared.

206

Attempt to take the value of a typedef.

207

Function's stack frame is too large.

208

Floating point has not yet been implemented.

209

Invalid conversion of relocatable quantity in constant expression.

210

Attempt to redefine the reserved name '(identifier)'.

211

CASE outside of switch statement.

212

Returned values of this size are not implemented.

213

Unrecoverable syntax error.

214

Parsing stack overflow.

215

Too many errors have been encountered during compilation.

216

Compiler aborted.

217

Register variable '(identifier), declared with non-scalar type.

218

Implicit declaration of function '(identifier),.

JUL '90

A4-11

INTERVIEW 7000 SerIes Advanced ProgrammIng: ATLC-t07 951-108

Table A4-1 (Continued)

219

Out of memory during compilation-program too big.

220

Internal software error in compiler (error number). Compilation aborted.

221

No T1 Mux Installed.

222

A waitfor statement has one or more condition clauses, none of which names an
event variable. This- is often caused by either misspelling an event variable, or by
failing to declare an event variable.

223

The variable '(identifier)' has been declared inside of a task with the "extern"
attribute, but has never been defined within that task. In this context, the
keyword "extern" may only be used to forward-declare an identifier which is fully
defined later in the task body.

226

Invalid or Incompatible Data Acquisition Tracks on selected playback device.

227

No ISDN Mux Installed.

230

Object file (name) is in obsolete format. Fix by recompiling it.

231

Symbol (identifier) multiply defined by object file.

232

The symbol (identifier) has been used as an event variable in one module and as a
function or variable in another.

233

The symbol (identifier) has type event in one module, but has type fast_event in
another.

234

Different modules have used the symbol (identifier) inconsistently as code, data, Dr
read-only data.

235

Bad format in object file (name).

236

Cannot find object file (name).

237

No room: '(segment name)', size (segment size) on CPU (CPU number).

238

Running in degraded condition due to overflow in CPU memory bank(s) (CPU
number and bank name). Attempting to spill segments into less appropriate
memory banks.

239

Attempting to spill segment '(name)'.

(

\

A4-12

JUL 'SO

AppendIx A4 Error Messages Issued by C Complier

Table A4·1 (Continued)

700

Heise inside of Heise clause.

701

Helif inside of HeIse clause.

702

Too many nested Hif's.

703

Extra tokens at end of line.

704

Unexpected end of file.

705

Identifier missing from Hifdef directive.

706

Identifier missing from Hifndef directive.

707

Helif without matching Hif.

708

HeIse without matching Hif.

709

Hendif without matching Hif.

710

Syntax error.

711

Syntax error in constant expression.

712

String constant in constant expression.

713

Invalid character in constant expression.

714

Error in hex number.

715

End of file in char constant.

716

Newline in char constant.

717

End of file in string.

718

Newline inside string.

719

Attempt to divide by zero.

720

Unknown preprocessor command.

JUL '90

A4-13

INTERVIEW 7000 Series Advanced Programming: ATLC-107-9S1-10B

Table A4·1 (Continued)

721

Syntax error in formal parameters of macro.

722

Duplication of formal parameter (identifier) in macro definition.

723

No macro name given.

724

Macro redefined.

725

Syntax error in #line directive.

726

Unterminated string literal.

727

Cannot open include file (identifier).

728

Cannot find include file (identifier).

729

Identifier does not exist.

730

Syntax error in #include directive.

731

Include identifier is not defined.

732

Unterminated character constant.

733

End of file inside char constant.

734

End of file inside string.

735

End of file inside comment.

736

Argument list required.

737

Attempt to close bracket [ or { with).

738

Attempt to close arg list with}.

739

Attempt to close bracket [ or ( with).

740

Attempt to close arg list with ].

\
A4-14

JUL '90

Appendix A4 Error Messages Issued by C Compiler

Table A4·1 (Continued)

JUL '90

741

Attempt to close bracket ( or { with ].

742

Incomplete argument list.

743

No parameter after a # char.

744

(User-generated error message.)

745

File ends with \ \.

746

Number of arguments does not match number of parameters.

749

Identifier missing from #Unde!.

A4-15

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

A4-16

JUL '90

· Appendix B Glossary

Appendix B: Glossary of Acronyms,
Abbreviations and Mnemonics
ACK
ACTLU
ADR
AK
ANSI
ASCII
ASYNC
AUX
BAUDOT
BBI
BCC
BCN
BDLC
BEL
BERT
BIB
BISYNC
BITIM
BL

BLI
B1Vl
BNC
BOP
bps
BS
BSC

JUL '90

Acknowledgment
Activate Logical Unit (SNA)
Address
ACK: Acknowledgment
American National Standards Institute
American Standard Code for Information Interchange, standard code for
digital communications
Asynchronous format (indicates START and STOP bits)
Auxiliary

Five bit code for data transmission using one start and one stop element; used
in some teletypewriter machines
Begin Bracket Indicator (SNA)
Block Check Calculation
Beacon (SDLC)
Burroughs Data Link Control
Bell
Bit Error Rate Testing
Backward Indicator Bit (SS#7 Layer 2)
Binary Synchronous Communications Protocol (IBM); also BSC
Bit image
BEL: Bell
Blink (CRT enhancement)
Bit Mask
A highly reliable twist-lock connector used to carry wide-band video/digital
signals: used with coaxial cable (G.703)
Bit-Oriented Protocol, e.g .. SDLC .
Bits per second
Backspace
BISYNC

8-1

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-9S1 108

C
CAN
CAS
CCnT
CCS
CCSS#7
CD
CDI
CEDI
CF
CHAR
CHDAT
CIC
CLR
CN
CONF
canst
CPM
CR
CRC
CSI
CSN
CTS

Control (X.2l signal)
Cancel
Channel Associated Signaling (G.703)
Consultative Committee, International Telephone and Telegraph
Clear Channel Signaling (G.703)
Common Channel Signaling System #7
Carrier Detect (RS-2321V.24 and V.35 signal); same as RLSD
Change Direction Indicator (SNA)
Conditional End Bracket Indicator (SNA)
Command Format (SNA)
Character
Character data
Circuit Identifier Code (SS#7 Layer 3)
Clear
CAN: Cancel
Confirm
Constant, modifier to a declaration in C language
Ce;}trai Processing Module
Carriage Return
Cyclic Redundancy Check
Code Selection Indicator (SNA)
Command Sequence Number (SNA)
Clear To Send (RS-2321V.24 and V.35 signal)

D
DAF
DAT
DB-25
DCl
DC3
DCE

D bit (Bit 7 in first octet of packet-level X.25)
Destination Address Field (SNA)
Data Acquisition Tracks
25-Pin D connector (standard for RS-2321V.24)
Device Control 1
Device Control 3
Data Circuit-terminating Equipment (or Data Communications
Equipment), typically a modem
Data Count Field (SNA)
Digital Data Communications Message Protocol
Decrement
Destination Element Field (SNA)
Preprocessor directive, C language
Delete
Data Flow Control (SNA)
Diagnostic (X.25 Layer 3)
Directory
Disconnect (SDLC, LAPD, X.25 Layer 2)
DLE: Data Link Escape; also Data Link layer (OSI primitive)
Data Link Control
Data Link Escape (used principally in transparent BISYNC)

DCF
DDCMP
DEC
DEF
#define
DEL
DFC
DIAG
DIR
DISC
DL
DLC
DLE

8-2

(

JUL '90

Appendix B Glossary

DM
DMA
DPC
DRAM
DRI
DSAF
DSK
DSR
DTE
DTR
DUP
EB
EBCD
EBCDIC
EBI
EC
EIA
#elif
EM
#endif
ENQ

Disconnected Mode (SDLC, LAPD, X.25 Layer 2)
Direct Memory Access
Destination Point Code (SS#7 Layer 2)
Dynamic Random Access Memory; one Mbyte of memory space of each
MPM, dedicated to storage or receive data
Direct Response Indicator (SNA)
Destination Subarea Address Field (SNA)
Disk
Data Set Ready (RS-2321V.24 and V.35 control lead)
Data Terminal Equipment
Data Terminal Ready (RS-2321V.24 and V.35 control lead)
Duplicate

ESC
ET
ETB
ETX
evar
EX
extern

ETB, EOB: End of Transmission Block
Extended Binary Coded Decimal
Extended Binary Coded Decimal Interchange Code
End Bracket Indicator (SNA)
ESC: Escape
Electronic Industries Association
Else if, preprocessor directive, C language
EOM: End of Message
Preprocessor directive, C language
Enquiry
Enumeration, set of integer constants, C Janguage
End of Transmission Block
End of Frame
End of Message
End of Transmission
PROM containing power-up software and initialization routines
Equal
ENQ: Enquiry
Exception Response Indicator
Explicit Route Number
Escape
EOT: End of Transmission
End of Transmission Block
End of Text
Event variable, pre-declared identifier, AR extension to C language
ETX: End of Text
External, storage class specifier, C language

FAC
FAS
FCS
FDl

Facilities (X.25 Layer 3)
Frame Alignment Signal (G.703)
Frame Check Sequence (used in BOP)
Floppy-disk Drive 1

enum

EOB
EOF
EOM
EOT
EPROM
EQ
EQ
ERI
ERN

JUL '90

8-3

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-108

FD2
FDX
FEB
fevar
FF
FI
FIB
FID
fifo
FMD
FRMR
FS
FSN

Floppy-disk Drive 2
Full duplex (permits simultaneous data in both directions)
Front End Buffer
Fast event variable. pre-declared identifier. AR extension to C language
Form Feed
Format Indicator (SNA)
Forward Indicator Bit (SSH7 Layer 2)
Format Identifier (SNA)
First in. first out; memory queue on boards
Function Management Data (SNA)
Frame Reject (SDLC. LAPD. X.25 Layer 2)
Field Separator
Forward Sequence Number (SSH7 Layer 2)

GBM
GE
GFI
goto
GS
GT

Global Bus Module
Greater than or equal to
Group Format Indicator (X.2S Layer 3)
Jump statement. C language
Group Separator
Greater than

HDLC
HDX

High Level Data Link Control procedure
Half duplex (data cannot be transmitted in both directions
simultaneously)
Hexadecimal number; also the hex key
Hard disk
Hertz

HEX
HRD
Hz
I
I

iAPX 286
IERN
Hi!

Hifdef
Hifndef
IL
INC
Hinclude
IND
INFO
init
int
INT
110

IPARS

B-4

Indication (X.21 signal)
Information (SDLC. LAPD. X.2S Layer 2)
Part number for Intel 80286 processor
Initial Explicit Route Number (SNA)
Preprocessor directive. C language
If defined .... preprocessor directive. C language
If not defined .... preprocessor directive. C language
Interlayer (message buffer)
Increment
Preprocessor directive. C language
Indication
Information (SDLC. LAPD. X.25 Layer 2)
Initialize
Integer data type. C language
Interrupt (X.25 Layer 3)
Input/Output
International Passenger Airlines Reservation System

JUL '90

Appendix B Glossary

ISDN
ISO
ISOC

Integrated Services Digital Network
International Standards Organization
Isochronous

JIS

Japanese Industrial Standard

kana
Kbits
Kbps
Kbyte

Japanese syllabic alphabet
Kilobits
Kilobits per second
Kilobyte

LAF
LAPD
LCG
LCN
LE
LED
LF
LI
LOBJ
LRC
LSU
LT
LTA
LTM
LU

Local Address Field (SNA)
Link Access Procedure on the D-channel
Logical Channel Group (X.2S Layer 3)
Logical Channel Number (X.2S Layer 3)
Less than or equal to
Light Emitting Diode
Lihe Feed
Length Indicator (SSft? Layer 2)
Linkable-object
Longitudinal Redundancy Check
Link Status Unit (SSft? Layer 2)
Less than
Link Test Acknowledge
Link Test Message
Logical Unit (SNA)

M
macro

M bit (X.2S Layer 3, Bit 4 of first octet)
Macro replacement of text initiated by define preprocessor directive, C
language
Megabyte
Modulus; maximum window size for frames or packets, 8 or 128
Main Processing Module
Millisecond
Message Signal Unit (SSft? Layer 2)
Multiplexer

Mbyte
MOD
MPM
msec
MSU
mux
N

NAK
NC
NE
NETM
NI
NK
NP

JUL '90

Network layer (OSI primitive)
Negative Acknowledgment
Network Control (SNA)
Not equal to
Network Management (SSft? Layer 3)
Network Indicator
NAK: Negative Acknowledgment
Network Priority (SNA)

8-5

INTERVIEW 7000 Series Advanced ProgrammIng: ATLC-l07-951-10B

Nr

Ns
NT
NTR
NTS
NU
NUL

Number (next) receive frame (SDLC, LAPD, X.25 Layer 2); also NR and
N(R)
Non-Return to Zero Inverted (used with SDLC and ASYNC modemssometimes with clocked modems)
Number (frame) sent (SDLC, LAPD, X.25 Layer 2); also NS and N(S)
Network Termination (ISDN)
Network Test Regular (SS#7 Layer 3)
Network Test Special (SS#7 Layer 3)
NUL: Null
Null

OBJ
OEF
OPC
OSAF
OSI
OUTSYNC

Object code
Origin Element Field (SNA)
Originating Point Code (SS#7 Layer 3)
Origin Subarea Address Field (SNA)
Open Systems Interconnection
Out of synchronization

pad
pal
parens
PCM
PDU
P/F
PH
PI
PIU
PLU
pos
Pr
#pragma
PRGM
PROG TR
PROM
Ps
PU

DEL or idle line character
Programmable array logic
Parentheses
Peripheral Control Module
Primitive Data Unit
Poll/Final bit used in control byte at frame level (SDLC, X.25)
Physical layer (OSI primitive)
Pacing Indicator (SNA)
Path Information Unit (SNA)
Primary Logical Unit (SNA)
Position
Packet (next) receive sequence number (X.25 Layer 3); also PR and peR)
Preprocessor directive, C language
Program
Program Trace Run-mode screen
Programmable Read-Only Memory
Packet send sequence number (X.25 Layer 3); also PS and peS)
Physical Unit (SNA)

Q
QRI

Q bit (Bit 8 of first octet in packet-level X.25)
Queued Response Indicator (SNA)

R
RAM
RD
REG
REJ

Receive (X.21 signal)
Random Access Memory
Received Data (RS-2321Y.24 and V.35 signal)
Registration (X.25 Layer 3)
Reject (SDLC, LAPD, X.25 Layer 2)

NRZI

9-6

JUL '90

(

Appendix B Glossary

REO
RESP
Rev
RGB
RH
RJ-llC
RLSD

RNR
ROM
RR
RS
RS-2321V.24
RS-449
RTI
RTS
RU
SABM
SABME
SAPI
SB
SC
SCCP
SCR
SCT
SCTE
SOl

SDLC
SOU
SELECTRIC
SFO
SH
SI

SIO
SI1
SIG
SIO
SLS
SLU
SMP

JUL '90

Request
Response
Reverse
Red Green Blue (connector for color monitor)
Request/Response Header (SNA)
Standard for common telephone jack
Received Line Signal Detect (RS-232/V.24 signal); same as CD: Carrier
Detect
Receive Not-Ready (SDLC, LAPD, X.25 Layer 2, X.25 Layer 3)
Read-Only Memory (firmware/software storage)
Receive Ready (SDLC, LAPD, X.25 Layer 2, X.25 Layer 3)
Record Separator
List of definitions for interchange circuit between data terminal equipment and
data circuit termination equipment established by EIA
EIA standard for 37-pin and 9-pin DTE-DCE interface
Response Type Indicator (SNA)
Request To Send (RS-2321V.24 and V.35 signal)
Request/Response Unit (SNA)
Set Asynchronous Balanced Mode (LAPD, X.25 Layer 2)
Set Asynchronous Balanced Mode Extended (LAPD, X.25 Layer 2)
Service Access Point Identifier (LAPD)
SUB: Substitute
Session Control (SNA)
Signalling Connection Control Part (SS#7 Layer 3)
Signal Clock Receive (RS-232/V.24 and V.35 signal), used when DCE clock
drives DTE
Signal Clock Transmit (RS-2321V.24 and V.35 signal), used when DCE clock
drives DTE
Signal Clock Transmit External (RS-232/V.24 and V.35 signal), used when
DTE clock drives DCE
Sense Data Indicator (SNA)
Synchronous Data Link Control (IBM)
Service Data Unit
IBM typewriter/printer code
Status Field Octet (SS#7 Layer 2)
SOH: Start of Header
Shift In
Sequenced Information Frame 0 (LAPD)
Sequenced Information Frame 1 (LAPD)
Signal
Service Information Octet (SS#7 Layer 3)
Signalling Link Selection (SS#7 Layer 3)
Secondary Logical Unit (SNA)
Sample

9-7

INTERVIEW 7000 Series Advanced Programming: ATLC 107 951 108

SNA
SNAI
SNF
SNRM
SO
SOH
SRC
SREJ
SSCP
SSft?

struct

STR
STX
SUB
SX
SY
SYN
SYS
sys
T

T
TD
TE
TEL

TGNFI
TGSI
TGSNF
TH
TIM
TPF
TS
TTL
TUP
typedel

UA
UI
UL
ftundel
US
usee
USER TR

8-8

System Network Architecture (IBM)
SNA Indicator (SNA)
Sequence Number Field (SNA)
Set Normal Response Mode (SDLC)
Shift Out
Start 01 Header
Source
Selective Reject (SDLC)
System Services Control Point (SNA)
CCSSft?: Common Channel Signaling System ft?
Structure, data type which consists of a group of variables referenced under
the same name, C language
String
Start of Text
Substitute
STX: Start of Text
SYN: Synchronization character
Synchronization character
System file
System directory
Transmit (X.21 signal)
Transport layer (OS I primitive)
Transmitted Data (RS-2321V.24 and V.35 signal)
Terminal Equipment (ISDN)
Terminal Endpoint Identifier (LAPD)
Transmission Group Non-Fifo Indicator (SNA)
Transmission Group Sweep Indicator (SNA)
Transmission Group Sequence Number Field (SNA)
Transmission Header
Test Interlace Module
Transmission Priority Field (SNA)
Transmission Services (SNA)
Transistor-to-Transistor Logic
Telephone User Part (SSft? Layer 3)
Type definition, data type which creates new name for existing data type, C
language
Unnumbered Acknowledgment (SDLC, LAPD, X.25 Layer 2)
Unnumbered Information (SDLC)
Underwriters' Laboratory
Undefine, preprocessor directive, C language
Unit Separator
Microsecond
Run-mode User Trace screen

(

(
JUL '90

Appendix B Glossary

usr

User directory

VRCWI
VRCWRI
VRID
VRN
VRPCI
VRPRQ
VRPRS
VRRWI
VRSI
VRSSN
VRSTI

Virtual Route
Virtual Route
Virtual Route
Virtual Route
Virtual Route
Virtual Route
Virtual Route
Virtual Route
Virtual Route
Virtual Route
Virtual Route
Vertical Tab

VT

X.21
X.25
XDRAM
XEQ
XFER
XID
XMIT

JUL '90

Change Window Indicator (SNA)
Change Window Reply Indicator (SNA)
Identifier (SNA)
Number (SNA)
Pacing Count Indicator (SNA)
Pacing Request (SNA)
Pacing Response (SNA)
Reset Window Indicator (SNA)
Support Indicator (SNA)
Send Sequence Number (SNA)
Sequence and Type Indicator (SNA)

CCITT recommendation governing synchronous DTE-DCE operation on
public data networks
CCITT recommendation governing the packet mode link connecting the user
site with a public data network
Extended Dynamic Random Access Memory
Execute
Transfer
Exchange Identification (SDLC)
Transmit, transmission

8-9

INTERVIEW 7000 SerIes Advanced ProgrammIng: ATLC-l07-95/-10B

8-10

JUL '90

Appendix C Selectable Data Speeds

Appendix C: Selectable Data Speeds
There are four clock crystals installed in the INTERVIEW. These clocks provide the
bits-per-second rates listed on the following pages. (An optional crystal is also available that
may be factory-configured for speeds not listed here.)
These baud rates apply to all clock and data format selections, with one exception. If you
are operating in Emulate DCE mode using internal clock and the data format is anything
other than Async, you may enter clock speeds 16 times higher than those listed. The
following formula allows you to determine whether a higher data speed is selectable in this
special case.
The frequency of each standard clock crystal is first divided by 2 to derive four values of X:
Xl

= 3686400/2

X2 = 4096000/2
X3 = 460800012
X4 = 5376000/2
Divide the desired bps rate into each of the values of X to produce result Y.
Y1 = Xl/bps
Y2 = X2lbps
Y3 = X3lbps
Y4 = X4/bps
Round each of the Y values to the nearest whole number.
Next, divide each Y value into the corresponding X value, to produce four possible speeds:
Xl/Y1 = SPEED1
X2/Y2 = SPEED2
X3/Y3 = SPEED3
X4/Y4

= SPEED4

The values resulting from this calculation are the data speeds which may be selected for the
desired bits-per-second rate. Select the closest speed and use this as your entry on the Line
Setup Screen as the Internal Clock speed.

JUL '90

C-1

INTERVIEW 7000 SerIes Advanced ProgrammIng: ATLC-l07-951-10B
Table C-l
Line Setup Clock Speeds
168000.0

12923.08

6582.9

4421.05

3339.1

2679.07

2215.38

144000.0

12800.0

6545.45

4413.79

3294.12

2666.67

2210.53
2206.810

li8000.0

12126.3

6461. 54

4363.64

3291.43

2648.3

115200.0

12000.0

6400.0

4347.2

3282.05

2625.0

2194.3

84000.0

11636.36

6260.87

4307.69

3272.73

2618.18

2181.82

76800.0

11520.0

6227.0

4266.67

3245.1

2612.24

2173.58

72000.0

11200.0

6222.22

4235.29

3230.77

2588.8

2169.49

64000.0

11076.92

6095.24

4200.0

3200.0

2584.62

2153.85

57600.0

10971.4

6063.16

4189.1

3169.81

2571.43

2149.25

56000.0

10666.67

6000.0

4129.03

3156.2

2560.0

2133.33

48000.0

10500.0

5907.7

4114.29

3130.43

2545.45

2126.58
2117.65

46080.0

10472.73

5818.18

4097.56

3121.95

2526.32

42666.67

10285.71

5793.10

4042.1

3113.51

2509.80

2113.8

42000.0

10017.4

5760.0

4000.0

3111.11

2507.46

2100.0

38400.0

9882.35

5619.5

3972.41

3072.0

2504.35

2098.36
2094.55

36000.0

9846.15

5600.0

3906.98

3063.83

2482.76

33600.0

9600.0

5565.22

3905.1

3054.55

2477.4

2086.96

32914.3

9333.33

5538.46

3891.89

3047.62

2470.59

2075.7

32000.0

9216.0

5485.71

3878.79

3031. 58

2461. 54

2074.07

28800.0

9142.86

5419.3~

3840.0

3000.0

2451.06

2064.52

28000.0

9000.0

5358.1

3818.18

2992.2

2440.68

2057.14

25600.0

8861.54

5333.33

3789.47

2976.74

2434.78

2048.78

24000.0

8842.11

5250.0

3777.0

2953.85

2425.3

2038.9

23040.0

8533.33

5236.36

3764.71

2947.37

2415.09

2031. 75

21333.33

8470.59

5142.86

3733.33

2938.7B

2400.0

2028.17

21000.0

8400.0

5120.0

3716.13

2916.5

2375.3

2024.010

5090.91

3692.31

2909.09

2370.37

2021.05

20945.5

8228.57

20571.43

8000.0

5008.610

3657.14

2896.55

2366.110

2003.5

19200.0

7944.8

4965.52

3652.17

2880.0

2360.66

2000.0

18666.67

7680.0

4941.18

3600.0

2847.46

2351.02

1986.21

18285.71

7636.36

4923.08

3574.47

2844.44

2333.33

1976.47

18000.0

7578.95

4902.1

3555.56

2823.53

2327.27

1972.60

17723.1

7529.41

4800.0

3544.6

2809.76

2322.58

1969.23

16800.0

7432.3

4740.74

3512.110

2800.0

2304.0

1953.49

16457.14

7304.35

4702.0

3500.0

2782.61

2301. 37

1952.54

16000.0

7200.0

4666.67

3490.91

2775.9

2285.71

1945.95

15360.0

7111.11

4645.16

3459.46

2769.23

2281.2

1939.39
1931.03

15272.73

7000.0

4608.0

3438.8

2754.010

2270.27

14400.0

6981.8

4571.43

3428.57

2742.86

2258.82

1920.0

14222.22

6857.14

4540.54

3388.24

2723.40

2250.0

1910.45

3368.42

2716.98

2245.61

1909.09

14000.0

6776.47

4517.6

13552.9

6736.84

4500.0

3360.0

2710.6

2240.0

1904.1

13090.91

6720.0

4430.77

3348.84

2709.68

2236.9

1894.74

C-2

JUL '90

AppendIx C Selec/able Da/a Speeds

Table C-1 (continued)
1888.52

1655.17

1473.68

1331.8

1210.08

1112.58

1028.57

1887.64

1647.06

1471.26

1324.14

1208.63

1107.69

1024.39

1105.26

1024.0

1882.35

1645.71

1469.39

1322.83

1207.55

1873.2

1641.03

1467.5

1321.10

1206.3

1103.45

1021.28

1870.13

1636.36

1460.87

1319.59

1200.0

1102.4

1019.47

1866.67

1634.0

1458.23

1316.6

1196.26

1099.24

1018.18

1858.06

1631.07

1454.55

1312.50

1193.8

1098.04

1015.87

1855.07

1622.54

1449.1

1309.09

1191.49

1097.14

1015.0

1846.15

1620.25

1306.12

1190.08

1094.02

1014.08

1843.2

1617.98

1448.28
1440.0

1302.33

1187.63

1091. 9

1012.05

1828.57

1615.38

1438.20

1301. 7

1185.19

1090.91

1826.09

1611.2

1435.810

1297.210

1183.010

1086.79

1010.53
1007.87

1822.78

1600.0

1814.2

1589.0

1431.1
1425.74

1294.38
1292.93

1181.5
1180.33

1084.75
1083.81

1006.1

1006.99

1806.45

1584.91

1423.7J

1292.31

1175.51

1082.71

1005.99

1802.82

1582.42

1422.22

1287.2

1174.83

1081. 7

1001.74

1800.0

1580.25

1413.5

1285.71

1174.31

1016.92

1787.23

1578.08

1411. 76

1282.44

1170.73

1016.64

1000.0
997.4

1786.0

1570.09

1406.59

1280.0

1169.5

1075.63

994.08

1777.78

1567.3

1404.88

1274.34

1166.61

1074.63

993.10

1772.31

1565.22

1400.0

1163.64

1071.6

992.25

1768.42

1560.98

1398.06

1272.9
1272.73

1161.29

1070.06

988.8
988.24

1758.8

1556.76

1396.0

1267.33

1158.62

1066.67

1756.010

1555.56

1391.30

1265.93

1157.8

1063.29

986.30

1753.42

1548.39

1388.43

1263.16

1153.15

1061.8

984.62

1750.0

1546.3

1388.0

1259.0

1152.0

1058.82

982.46

1745.45

1542.17

1387.95

1254.90

1150.68

1057.85

980.4

1734.94

1541.28

1384.62

1253.73

1146.3

1056.88

979.59

1732.3

1536.0

1379.6

1252.17

1142.86

1056.60

977.010
976.74
976.27

1531. 91

1377 .05

1245.4

1140.59

1052.1

1729.73

1527.27

1376.34

1244.44

1135.14

1051.09

1719.40

1525.8

1371.43

1242.72

1135.0

1050.0

972.97

1714.29

1523.81

1365.85

1241. 38

1133.86

1049.18

972.2

1706.67

1515.79

1363.3

1238.71

1132.74

1047.27

971.010

1696.97

1513.51

1361. 70

1235.29

1129.41

1043.48

969.610

1505.88

1358.49

1232.1

1127.52

1042.5
1040.65

968.07

1731.96

1694.12

966.44

1684.21

1500.0

1355.29

1230.77

1125.0

1681.8

1496.10

1354.84

1226.28

1123.9

1037.84

965.52

1680.0

1488.37

1347.37

1225.53

1122.81

1037.04

964.0

1120.0

1035.97

962.41

1674.42

1486.73

1345.79

1220.34

1669.57

1486.5

1344.0

1219.05

1118.45

1033.2

960.0

1663.37

1484.54

1339.53

1217.39

1116.28

1032.26

956.0

1476.92

1333.33

1212.63

1113.04

1030.67

955.22

1662.34

JUL '90

C-3

INTERVIEW 7000 Series Advanced Programming: ATLC-107-951-10B
Table C-1 (continued)
954.55

893.02

953.64

889.6

834.78

786.3

952.07

888.89

832.37

785.28

949.15

886.15

831.8

948.15

884.21

947.37
944.26

702.93

669.32

742.27

702.44

667.8

740.8

700.3

666.67

785.05

740.09

700.0

665.9

831.68

783.67

739.88

699.45

665.810

883.44

831.17

782.61

738.46

699.03

664.03

882.76

828.78

781.310

736.84

698.18

663.59

943.82

879.58

827.59

781.0

697.010

663.21

941.18

879.39

825.81

78tr.49

736.1
735.63

696.1

662.07

940.4

878.05

823.53

778.38

734.69

695.65

661.42

938.55

876.71

822.86

777.78

733.76

694.21

660.55

936.59

876.0

820.51

775.76

733.62

694.0

660.2

935.06

875.0

819.9

774.19

731.43

693.98

659.79

934.31

872.73

819.51

773.15

730.96

692.31

658.82

933.33

870.75

818.18

771.08

730.43

691.89

658.29

932.8

870.47

817.02

770.64

729.11

691. 36

657.53

929.03
928.18

869.4

815.53

867.47

815.29

770.05
768.0

727.27
726.8

689.82
688.910

656.41
656.25

927.54

866.17

814.1

767.12

724.53

688.52

654.55

925.3

865.98

813.56

766.47

724.14

688.17

653.610

923.08

864.86

765.96

723.62

921.60

862.9

811.59
811.27

765.4

723.16

687.8
685.71

653.06
652.7

920.86

862.28

810.13

763.64

722.3

684.49

651.58

721.03

683.7

651.16
650.85

835.82

786.89

918.03

861.54

808.99

762.91

743.23

~

917.9

859.70

720.0

682.93

859.06

808.4
807.69

761.90

917.110

760.4

719.10

682.46

649.75

914.29

857.14

805.59

760.18

717.95

681.66

649.0

913.04

856.5

805.03

757.89

717.8

680.85

648.65

911. 39
910.7

853.33
852.79

804.47

757.310

716.42

680.16

647.19

803.83

756.76

715.53

679.6

646.46

715.08

679.25

646.15

908.11

852.07

802.8

755.4

907.80
907.09

850.2

800.0

753.93

714.89

677.65

645.74

848.48

797.2

753.36

713.3

677.42

645.4

905.66

847.68

796.21

752.94

712.87

677.25

643.68

903.5

847.06

795.58

750.5

711.86

676.06

643.58

903.23

844.22

795.03

750.0

643.22

844.0

794.48

748.54

711.11
709.36

675.7

901.41

674.610

642.86

792.45

748.05

708.86

673.68

641.8
641.22

900.0

842.11

898.310

840.88

791.8

746.67

707.18

672.810

896.5

840.0

791.21

746.11

706.75

672.0

640.0

895.10

837.8

790.12

745.6

705.88

671. 7

638.78

894.41

837.21

789.04

744.19

704.6

670.16

638.2

893.62

836.60

788.73

743.36

703.210

669.77

637.17

C-4

JUL '90

(

Appendix C Se/ec/able Da/a Speeds

Table C-1 (continued)
636.82
636.46

608.610

581.82

559.22

538.32

517.8

498.52

607.9

581.31

558.95

537.82

516.92

498.27

636.36

607.59

580.65

558.14

537.31

516.59

498.05

634.7

606.64

580.4

557.9

537.1

516.13

497.6

634.36

606.410

579.31

556.52

536.74

515.4

497.04

633.96

606.32

579.19

556.29

535.81

515.34

496.55

633.66

605.04

578.89

555.98

535.56

514.29

496.6

633.0

604.7

578.31

555.2

535.32

514.06

496.12

632.97
631.58

604.32
603.77

577.4

554.46

535.03

513.76

577.32

554.11

534.6

513.1

495.58
495.5

631.2

603.14

576.58

553.85

533.33

512.46

494.85

630.54

602.51

576.0

552.63

532.1

512.110

494.42

629.51

602.15

575.34

552.5

531.65

512.0

494.21

629.21

601.6

574.6

551. 72

531.37

510.9

494.12

628.82

600.94

573.99

551.2

531.12

510.64

493.4

627.8

600.0

573.71

551.110

530.88

509.96

627.45

598.4

573.38

550.82
549.9

529.97
529.7

509.73

493.15
492.67

509.09

492.31
491.47

626.87

598.13

573.13

626.09

597.86

571.7

549.62

529.41

508.83

624.54

597.51

571.43

549.36

528.93

508.6

491.3

624.39

596.89

570.3

528.44

595.74

570.210

528.30

507.94
507.55

491.23

623.38

549.02
548.57 .

622.70

595.35

569.49

547.53

527.47

507.49

490.21

622.22

595.04

569.17

547.3

527.2

507.04

489.710

621.36

593.81

568.89

547.23

526.75

506.4

489.2

621.0

593.64

567.57

547.01

526.65

506.02

488.55

490.42

620.69

592.59

567.49

546.0

526.03

505.93

488.37

619.93

592.3

545.97

525.55

505.26

488.14

619.35
617.7

591. 55

566.93
566.37

545.45

525.0

504.50

486.96

590.77

566.1

544.68

524.8

504.2

618.36

590.16

565.66

543.69

524.59

503.94

486.69
486.49

618.03

564.71
563.88

543.4
543.310

523.64

617.65

589.86
589.47

523.36

503.410
503.1

486.08
485.55

616.04

589.3

563.76

542.37

522.45

503.06

484.85

615.38

587.76

563.3

542.1

521.74

502.99

484.15

614.4

587.41

541.94

587.16

541.35

521.27
520.33

502.0

613.14

562.50
562.0

484.03
483.22

612.77

586.3

561.95

540.85

520.12

501. 96
501. 74

483.02

612.44

585.37

561.87

540.19

519.86

501.49

482.76

611.1

584.77

561.40

540.08

518.92

500.87

482.01

610.91

584.47

560.31

539.6

518.52

481.61

560.6

539.33

518.22

500.0
499.8

517.99

498.70

481.20

610.17
609.52

JUL '90

583.33
582.910

560.0

538.46

481.38

C-5

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B
Table C-l (continued)
481.0

464.09

449.12

480.0

463.77

479.40

463.6

479.0

463.02

478.63

462.81

478.41

462.7

393.85

435.23

422.29

407.93

449.110

435.05

422.11

407.77

393.44

448.510

434.72

422.0

407.64

393.17

448.25

434.11

421.98

407.07

392.64

448.2

433.9

421.2

406.78

392.52

433.810

421.05

406.35

392.37

478.01

462.65

448.0
447.55

433.73

420.44

405.710

391.84

477.61

462.09

447.4

433.08

420.0

405.63

391.61

477.27

461. 7

447.20

432.99

477.0

461.54

446.81

432.43

419.83
419.67

405.06
404.82

391.44
391.30

476.82

460.80

446.51

432.3

418.95

404.49

390.610

476.03

460.43

445.99

431.88

418.91

404.21

390.51

475.92

460.27

445.82

431.46

460.06

445.62

431.14

418.9
418.60

403.85

475.84

403.79

390.24
389.79

475.25

459.9

444.79

430.98

418.30

403.36

389.19

475.1

459.02

444.44

430.77

418.1

402.88

389.06

474.58
474.07

458.96

443.9

430.7

458.78

443.27

429.9

417.91
417 .39

402.710
402.52

388.89
388.14

473.68

458.510

443.08

429.85

416.94

402.23

387.99

473.24

458.1

442.91

429.67

416.87

401.91

387.88

473.1

457.77
457.14

442.2
442.11

429.53
429.1

416.18
415.88

401. 39

472.32

401.25

387.010
386.71

472.13

456.52

441. 72

428.57

415.84

401.11

386.58

471. 91

456.2

441.38

428.3

415.58

400.95

386.21
386.06

471.2

455.610

440.94

428.25

414.99

400.0

470.59

455.52

440.5

428.09

414.81

399.05

385.54

470.20

455.34

440.37

427.48

414.39

398.89

385.32

469.27

455.28

439.86

427.210

414.24

398.75

385.28

469.2

454.4

439.79

398.62

454.26

439.69

426.67
426.310

413.79

469.06

412.90

398.10

385.03
384.44

468.86

454.05

439.02

426.04

412.78

397.79

384.38
384.0

468.29

453.90

438.9

425.9

412.61

397.52

467.97

453.54

438.64

425.32

411. 76

397.24

383.56

467.53

452.83

438.36

425.25

411.58

397.16

383.23

411.43

396.69

382.98

467.15

452.7

438.02

425.09

466.67

452.210

438.0

424.78

410.76

396.28

382.72

466.4

451.76

437.69

424.3

410.26

396.23

382.69

451.61

437.50

424.24

409.96

395.88

382.09
381. 96

466.310
466.02

451.41

437.2

423.84

409.76

395.60

465.5

450.9
450.70

436.86

423.53

395.29

381.82

436.36

423.17

409.09
408.95

395.06

381.46

450.40

435,5

422.8
422.44

408.76

394.52

380.95

408.51

394.37

380.110

465.45
465.37
464.52

C-6

450.0

435.37

JUL '90

AppendIx C Selectable Data SpeedS

Table C-1 (continued)
380.09

367.61

355.93

344.91

334.20

324.32

315.110

379.95

367.35

355.56

344.410

334.11

324.05

315.010

379.82

366.88

355.18

344.26

333.91

323.610

314.75

379.23

366.81

354.68

344.09

333.33

323.510

314.61

378.95

366.76

354.57

343.88

332.95

323.23

314.410

378.610
378.38

366.41

354.46

343.68

332.67

323.08

366.01

354.43

343.56

332.56

322.87

314.02
313.810

377.95

365.71

353.81

343.16

332.47

322.69

313.73

377.70

365.48

353:68

342:86

332.02

322.46

313.43

377.58

365.22

353.59

342.25

331. 99

322.42

313.04

377.53

364.67

353.37

342.16

331. 710

322.15

312.96

376.96

364.56

352.94

342.04

331.61

321.84

312.85

376.68
376.47

364.43

352.62

341.84

331. 36

321. 79

363.64

352.29

341.46

331.03

321.61

312.36
312.27

375.98

363.41

352.20

341. 33

330.75

321.43

312.110

375.84

362.85

352.08

341.23

330.71

321.22

311.69

375.37

362.72
362.61

351.65
351.46

340.83
340.77

330.28

320.89

311. 44

375.24

330.09

320.80

311. 35

375.0

362.26

351.22

340.43

336.06

320.71

311.11

374.27

362.07

350.73

340.08

329.810

320.61

311.02

374.16

361.81

350.68

339.82

329.52

320.0

310.68

374.03

361. 58

350.36

339.62

329.41

319.39

310.54

373.33

361. 29

350.15

339.52

329.14

319.29

310.51

373.18

361. 13

350.0

339.39

329.05

319.20

310.34

373.06

360.90

349.73

338.82

328.77

372.82

360.56

349.51

338.71

328.21

319.11
318.79

309.96
309.93

372.51

360.52

349.27

338.62

328.13

309.68

372.09

360.0

349.09

338.03

328.02

318.58
318.41

371.68

348.77
348.67

337.83
337.73

327.49

371.61

359.74
359.55

327.37

318.23
318.18

309.18
309.01

371.13

359.10

348.55

337.35

327.27

317.88

308.85

371.01

358.97

348.04

337.24

326.85

317.62

370.86

358.88

347.83

336.84

326.53

317 .58

308.82
308.43

370.42

358.54

347.11

336.67

326.35

317.36

308.35

317.18

308.26

309.39

370.18

358.21

346.99

336.45

326.21

370.04

357.76

346.88

336.0

325.79

316.98

308.02

369.94

357.54

346.39

335.96

325.610

316.83

307.69

369.23

357.45

346.15

335.86

325.58

316.48

307.20

316.38

307.13
307.04

368.88

357.32

345.95

335.66

325.42

368.42

356.69

345.68

335.33

325.06

368.29

356.66

345.32

335.08

324.95

316.05
315.79

368.05

356.55

345.01

334.88

324.87

315.62

306.95
306.57

367.82

356.44

344.97

334.66

324.51

315.27

306.38

JUL '90

C-7

INTERVIEW 7000 SerIes Advanced ProgrammIng: ATLC-l07-951-10B

Table C-1 (continued)
306.22

303.710

301.18

150.0

100.0

45.0

306.01

303.32

42.0

15.0

303.25

144.0
140.0

96.0

305.73

301.08
300.0

40.0

14.0

305.57
305.49
305.45

303.16

288.0

134.5

90.0
84.0

36.0

12.0

302.70
302.60

280.0
256.0

128.0
125.0

80.0
75.0

35.0
32.0

305.08

302.52

210.0

120.0

72.0

30.0

304.90
304.76

302.36
302.16

200.0
192.0·

250.0
240.0

70.0
64.0

304.44

301.89

180.0

304.35
304.04

301.62
301.57

60.0
56.0
50.0

303.96

301.26

175.0
168.0
160.0

225.0
224.0
112.0

28.0
25.0
24.0

10.0
9.0
8.0
7.0

105.0

48.0

C-8

16.0

6.0

21.0
20.0

5.0
4.0
3.0

18.0

2.0

JUL 'SO

Appendix D Code Charts

Appendix 0: Code Charts

JUL '90

0-1

INTERVIEW 7000 Series Advanced Programming: ATLC-l07 951-108

D-2

JUL '90

Appendix Dl Code Charts: Keyboard-Io-Hex-Trans/allan

Appendix 01: Keyboard-ta-Hex Translation

JUL '90

D1-1

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

Table 01·1
Keyboard-Io-EBCDIC

UNSHIFTEO

SHIFTED

KEY

CHARI

HEX2

CHAR'

HEX2

A
B
C
0
E
F
G
H
I

a

81
82
83
84
85
86
87
88
89
91
92
93
94
95
96
97
98
99
A2
A3
A4
A5
A6
A7
A8
A9
FO
Fl
F2
F3
F4
F5
F6
F7
F8

A
B
C
D
E
F
G
H
I

Cl
C2
C3
C4
C5
C6
C7
C8
C9
01
02
D3
D4
D5
D6
D7
D8
09
E2
E3
E4
E5
E6
E7
E8
E9
50
5A
7C
7B
5B
6C

J

K
L
M
N

b

c

d

•
f
g
h

I

lI

m

n

0

0

P

P

Q
R
S
T
U
V
W

X
Y

Z

0
1
2
3
4
5
6
7
8

q

r

•

t

u
y

w
x
y

z
0
1

2

3
4
5
6
7
8

9

9

dash

dash

\'
[

\

=

J

Space

Space

F9
60
7E
EO
5E
7D
6B
4B
61
40

J

K
L
M
N

0

P

Q
R
S
T
U
V
W

X
Y

Z

I@
#
$
%

&
,

50
5C

(

4D
6D
4E
6A

u~erllne

+,

,

(
}

<

>
?

Space

co

DO
7A
7F
4C
6E
6F
40

CONTROL
HEX2

CHARI

01
02
03
37
20
2E
2F
16
05
25
OB
OC
OD
OE
OF
10
11
12
13
3C
3D
32
26
18
19
3F

SOH
STX
ETX
EOT
ENQ
ACK
BEL
BS
HT
LF
VT
FF
CR
SO
SI
OLE
DCl
DC2
DC3
DC4
NAK
SYN
ETB
CAN
EM
SUB

(

Same

as
Unshlfted

DEL
ESC
NUL
GS
RS
US
FS
Space

Al
79
07
27
00
10
35
IF
22
40

Untranslatable characters ("-" in the above table) that are entered in transmit strings
will be replaced by NULL (hex 00) during transmission.
'CHAR displayed in Run mode
2HEX byte trapped/transmUted
3Enler the hex value for the \ character.

Dl-2

JUL 'SO

AppendIx DI Code Charts: Kevboard-to-Hex-TranslatIon

Tabla 01-2
Keyboard-la-ASCII

UNSHIFTEO
KEY

A
B
C
0
E
F
G
H
I
J

K
L
M
N

0

P

0
A
S
T
U
V
W

X
Y

CHARI

HEX 2

CHARI

HEX2

a

61
62
63
64
65
66
67
68
69
6A
6B
6C
60
6E
6F
70
71

A
B
C
0
E
F
G
H
I

41
42
43
44
45
46
47
48
49
4A
4B
4C
40
4E
4F
50
51
52
53
54
55
56
57
58
59
SA
29
21
40
23
24
25
5E
26
2A
28
SF
2B
7C
7B
70
3A
22
3C
3E
3F
20

SOH
STX
ETX
EOT
ENO
ACK
BEL
BS
HT
LF
VT
FF
CA
SO
SI
OLE
OCl
OC2
OC3
OC4
NAK
SYN
ETB
CAN
EM
SUB

01
02
03
04
05
06
07
08
09
OA
OB
OC
00
OE
OF
10
11
12
13
14
15
16
17
18
19
lA

b

c

d

e

I
g
h

I

L
m
n
0

P

q

r

•

t

u
y

w

x

V

z
0
1
2
3
4
5
6
7
8
9

dash

dash

\'
[

\

=

I

I[

I
Space

CONTAOL

HEX2

0
1
2
3
4
5
6
7
8
9

Z

SHIFTED

CHAR'

Space

72

73
74
75
76
77

78
79
7A
30
31
32
33
34
35
36
37
38
39
20
3D
5C
5B
50
3B
27
2C
2E
2F
20

J

K
L
M
N

0
P

0
A
S
T
U
V
W

X
Y
Z

I

@

#
$
%

&

•
(

u~erllne

+,

,

{
}

<
>
?
Space

Same
as
Unshilled

DEL
ESC
NUL
GS
AS
US
FS
Space

7E
60
7F
lB
00
10
lE
IF
lC
20

1CHAR displayed In Run mode
2HEX byte trapped/transmitted (space parity)
3Enler the hex value for the \ character.

JUL '90

01-3

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

Table 01-3
Keyboard-Io-EBCO

UNSHIFTED
KEY

LOWER(\)I

a

A
8
C
D

b

UPPEA(-)2

SHIFTED
HEX3

d

A
8
C
D

23
13
73
08

E
F

•t

E
F

H
I

h

I

K

lI

68
58
38
07
67
61
51
31
49
29
19
79
45
25
52
32
4A
2A
lA
7A
46
26
54
20
10
70
08
68
58
38
04
64
01
20
IF

G

J

L

M

N

0
P

Q

R
S
T
U
V

W
X

Y
Z

0

g

G

H
I
J

K

L

m
n

M

0

P

0
P

•
t

R
S
T

q
r

u
y

w
x
Y
z

N

Q

U
V

W
X

Y

Z

0
1
2
3
4
5
6
7
8
9

0
1
2
3
4
5
6
7
8
9

(

dash

dish

dish

\'
(

\

\

J

1

3
6

)

<
%

>

•

=

76
37
?

Space

Space

Space

70
58
76
37
62
40

CONTROL
HEX 3

CHARoji

HEX 3

23
13
73
08

SOH

3E

d

A
8
C
D

EOT

7C

•

E
F

68
58
38
07
67
61
51
31
49
29
19
79
45
25
52
32
4A
2A
lA
7A
46
26
54
75
02
34
75
68
lC
43
04
64

8S
HT
LF

5D
2F
6E

CR

6D

DC2

4C

DC4

4F

SYN
ET8

3D
5E

LOWER(\)I

a

b

c

t

UPPERC") 2

g

G

h

H
I

I

l
m
n

J

K

L

M

N

P

0
P

•
t

R
S
T

0

q
r

u
y

w
x
Y
z

Q

U
V

W
X

Y

Z

0

>

@

.

S
#
$

5
&

8
9

&

I
02
!
%
t

•

t

4
#

2
7

<

I

>
?

Space

Space

Same

as
Unshilled

43
08
34
10
38
62
40

DEL

7F

RS

2C

Untranslatable characters ("_" in the above table) thai are entered n transmit strings
wilJ be replaced by SPACE (hex 40) during transmission.
'CHAR displayed in Run mode if latest case-control character was lower
2CHAR displayed in Run mode if latest case-conlrol character was upper
3HEX byte trapped/transmUted (odd parIty)
4CHAR displayed in Run mode
ClEnler the hex value for the \ character.

D1-4

JUL '90

Appendix DI Code Charts: Keyboard-to-Hex-Translation

Table 01·4
Keyboard-lo-XS-3 (SYN=35; EOM=55)

UNSHIFTEO
KEY

CHAR'

A
B
C
0
E
F

A
B
C
0
E
F

G

H
I

G

H

I

J
K

J
K

M
N
0
p

M
N
0
p

Q

Q

R
S
T

R
S
T

L

L

U
V
W
X

U
V
W
X

Y

Y

Z

Z

0
1
2
3
4
5
6
7
8
9

0
1
2
3
4
5
6
7
8
9

dash

dash

=
\'
I

J

Space

=
\
(

J

Space

HEX'

54
15
16
57
58
19
1A
5B
1C
64
25
26
67
68
29
2A
6B
2C
75
76
37
38
79
7A
3B
7C
43
04
45
46
07
08
49
4A
OB
4C
02
50
OD
4F
01
OE
6E
32
52
34
40

SHIFTED
CHARI

HEX2

A
B
C
0
E
F

54
15
16
67
58'
19
1A
5B
1C
64
25
26
67
68
29
2A
6B
2C
75
76
37
38
79
7A
3B
7C
3D
23
20
1F
62
60
2F
73
61
31
70
10

G

H

I

J
K
L
M
N
0
P
Q

R

S

T

U
V
W
V
Y

Z

I

@

#
$
%
&

•
(

u~erHne

+

<

>
?

Space

51
7F
5E
3E
13
40

CONTROL
CHAR'

HEX'

Same

as
Unshllted

Space

40

Untranslatable characters ("_" in the above tables) that are entered in transmit strings
will be replaced by NULL (hex 00) during transmission.
lCHAR displayed in Run mode
2HEX byte trapped/transmitted (odd parity)
3Enler the hex value (or the \ character.

JUL '90

D1-5

I

INTERVIEW 7000 Series Advanced Programmlna: ATLC-l07-951-108

Table 01·5
Keyboard-to-IPARS

UNSHIFTED
KEY

CHAR'

A
B
C

A
B
C

E
F

E
F

0

G

H
I

0

G

H

I

J
K

J
K

M
N
0

M
N
0

Q

Q

L
P

R

L
P

R

S

S

U
V

U
V

T

W
X

Y

Z
0
1
2
3
4
5
6
7
8
9

dish

,=

T

W
X

Y
Z

0
1
2
3
4

5
6
7

8

9

dish

=

CHAR'

HEX'

31
32
33
34
35
36
37
38
39
21
22
23
24
25
26
27
28
29
12
13
14
15
16
17
18
19
OA
01
02
03
04
05
06
07
08
09
lA
OE

A
B
C

31
32
33
34
35
36
37
38
39
21
22
23
24
25
26
27
28
29
12
13
14
15
16
17
18
19
2E

0

E
F
G

H

I

J
K

L

M
N
0

P

Q

R

S

T

U
V

W
X

Y
Z
)
@

#
$
%

HEX'

CHAR'

CR

DC

I

20
lB
30
3C

Same

OB
2F

Unshllted

+

2C

IF
3B

<

2A
3E
2B

lC

Space

as

IE

I
Space

CONTROL

SHIFTED

HEX'

Space

?

3A
lC

Space

lC

'CHAR displayed In Run mode
2HEX byte trapped/transmitted

01-6

JUL '90

Appendix Dl Code Charts: Keyboard-to-Hex-Translation

Table 01-6
Keyboard-Io-REVERSE EBCD

UNSHIFTED

CONTROL

SHIFTED

KEY

A
B
C
D
E
F
G

a

b

c

d

e
f

g

H
I

I

K

L

J

L

h

I

M
N
0

m
n

P

P
q

Q

R
S
T
U
V

0

A
B
C
0
E
F
G

H
I

J

K

L

M
N
0

P
Q

r

R
S
T

u

U
V

•t

1
2
3
4
5
6
7
8
9

v
w
x
Y
z
0
1
2
3
4
5
6
7
8
9

dash

dish

dish

\'

\

\

!

I

W
X
y
Z

a

I

1

6

W
X
y
Z
)

<
%

>

•

5B
3B
?

Space

Space

Space

31
32
73
34
75
76
37
38
79
61
62
23
64
25
26
67
68
29
52
13
54
15
16
57
58
19
4A
01
02
43
04
45
46
07
08
49
20
01
3E
4C
4C
43
46
5B
3B
51
40

a

b

c

d

e
f

g
h

I

J

k

I

m
n
0

P
q
r

•t
u

v
w
x
Y
z
0
$
@

#
$

A
B
C
0
E
F
G

H
I

J

K

L

M
N
0

P
Q

R
S
T
U
V

W
X
y
Z

I10
I

31
32
73
34
75
76
37
38
79
61
62
23
64
25
26
67
68
29
52
13
54
15
16
57
58
19
4A
6B
10
OB
6B
45
OE
70
08
49

5

%

&

+

&

+

70

<

1C
1C
04
OB
02
07
51
40

8
9

•

!
4
#

2
7

>

Space

Space

I

?

EOT

EOT

4F

BS
HT
LF

BS
HT
LF

6E
3D
50

FF
CR

FF
CR

00
60

ETB

ETB

5E

Same

as
Unshllted

DEL

DEL

7C
7C
7F

Space

Space

40

Untranslatable characters ("-" in Ibe above table) that are entered in transmit strings
will be replaced by SPACE (hex 40) during transmission.
'CHAR displayed in Run mode if latest case-control character was lower
.2CHAR displayed in Run mode if latest case-control character was upper
3HBX byte trapped/transmitted (odd parlly)
"'Enler the hex value fOf the \ character.

JUL '90

D1-7

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-108

Table 01·7
Keyboard-Io-SELECTRIC

UNSHIFTED
KEY

LOWER(\) 1

UPPER(")!

A
8
C
D
E
F

a

G

9
h

G

lI

J
K

H
I

J
K

L

M
N
0
P
Q

A
S
T
U
V

W
X
Y

b
0

d

e
f

I

m
n
0

P
q
r

s
t

u
v

w
x
Y

Z
0
1
2
3
4
5
6
7
8
9

z
0
1
2
3
4
5
6
7
8
9

dish

dish

\'

\

I

Space

1

A
8
C
D
E
F
H
I
L

M
N
0
P
Q

A
S
T
U
V

W
X
Y

Z
J

I

@

#
$
%

58
&

•
(

u~erllne

+

\
[

HEX 3

79
76
7A
2A
4A
73
23
26
19
43
1A
46
61
52
45
08
58
29
25
02
32
31
75
62
67
54
64
20
10
70
04
08
58
68
38
34
37
13
1F
20

LOWER{\)!

a

b

c
d

e
f

UPPEAWI 2

A
8
C
D
E
F

9
h

G

J

J
K
L
M

I

k

I
m
n
0

P
q

r
s
t

u
v

w
x
Y

z

0
I
2
3
4
5
7
8
9
dish

H
I

N
0
P

Q

A
S
T

U
V

W
X
Y

Z
J
01

@

#
$
%
&

•
(

u~erlln9

+

?

Space

Space

07
40

HEX'

79
76
7A
2A
4A
73
23
26
19
43
1A
46
61
52
45
08
58
29
25
02
32
31
75
62
67
54
64
01
10
70
04
08
1C
68
38
34
37
13
68
49

68
49
38
51
I

CONTAOL

SHIFTED

?
Space

Space

07
40

CHAR·

HEX3

EOT

7C

8S
HT
LF

5D
2F
6E

CA

6D

(
ET8

5E

Same

as
Un.hllted

DEL

7F

AS

2C

Space

40

Unlranslatable characters ("-" In the above table) that are entered in transmil strings
w1ll be replaced by SPACE (hex 40) during transmission.
'CHAR displayed in Run mode if latest case-control character was lower
2CHAR displayed in Run mode if latest case-coolro) character was upper
3HEX byte trapped/transmitted (odd parity)
"CHAR displayed in Run mode
&Enter 1he hex value Cor the \ character.

Dl-8

JUL '90

Appendix 01 Code Charts: Keyboard-to Hex Translat/on

Table 01-8
Keyboard-la-BAUDOT

UNSHIFTED

SHIFTED
LOWER(\) 1 UPPER('°12

KEY

A
B
C

0

E
F

A
B
C

0

E
F

dish

03
19

$

09
01
00

?

3
I

G

G

&

H
I

H
I

#

J
K
L

M

N

J
K
L

8

N

0

0

9

P

P

Q

Q

R
S
T
U

R
S
T
U

0
1
4

V

W

V

W

X

X

Y

Y

Z

0
1
2
3
4
5
6
7
8
9

Z
P
Q

W
E
R
T

03
19

0

$

G

&

09
01
00

14
06
08

H
I

#

OF

K

lC

M

18
16
17

0

9

P

0
1
4

OE

lA

oc

OA

BEL

05
10
07

2

13
10
15
11
16
17
13
01

5
7
I

6

"0

1
2
3
4
5
6
7
8
9

IE

OA

dish

A

dash

10
15
07
06
18
03

\'

\

\

IF

I
I

Y

U
I

0

IE
OB
OC
lC

V

J
N
Space

M
X

I

Space

Space

HEX3

dalh

12

M

CONTROL

10
04

A
B
C
E
F

J

?

3
I

8

Q

R
S
T
U
V

W
X
Y

lA

14
06
08
OF

12

L
N

OE

lC

oc

2

13
10
15
11
12
00

6

Z
L
F

"

H

0

#
$

G

&

05

LF

LF

02

CR

CR

08

NUL

NUL

00

OA

05
10
07

I

BEL

18
16
17

BEL

5
7

S

IE

14
09
18
lA

K

OF

C
Z

OE

11

B

?

Space

Space

19
04

Untranslatable characters ("-" in the above table) that are entered in transmit strIngs
will be replaced by NULL (hex 00) during transmission.
lCHAR displayed in RUn mode If latest case-control character was leiter
2CHAR displayed in RUn mode If latest case-conlrol character was figure
:lHEX byte searched for/transmitted
"Enler the hex value for the \ character.

JUL 'SO

D1-S

,
(

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

Table 01·9
Keyboard-lo-JIS7

UNSHIFTEO

CONTROL

SHIFTED

KEY

A

a

A

f

41

50H

50H

01

42

5TX

5TX

02

62

62

B

c

63

63

C

T

43

ETX

ETX

03

d

64

64

0

~

44

EOT

EOT

04

•

65

65

E

;-

45

ENQ

ENQ

05

66

66

F

B

b

0
E
F
G

g

H

h

J

k

L
M

61

'}I

C

K

61

m

46

ACK

ACK

06

47

BEL

BEL

07

67

67

G

)l

H

:It

48

B5

BS

08

)

49

HT

HT

09

4A

LF

LF

OA

4B

VT

VT

OB

68

68

69

69

6A

6A

J

6B

6B

K

JI
t:

6C

6C

L

J

4C

FF

FF

OC

60

60

M

"-

40

CR

CR

00

50

50

OE

N

n

6E

6E

N

:Ir

4E

0

0

6F

6F

0

"'?

4F

51

51

OF

P

P

70

70

P

~

50

OLE

OLE

10

Q

q

71

71

Q

6-

51

DCl

DCl

11

R

r

72

72

R

;<

52

OC2

OC2

12

5

•

73

73

5

't:

53

OC3

DC3

13

74

74

T

1>

54

DC4

DC4

14
15

T
U

u

75

75

U

2

55

NAK

NAK

V

v

76

76

V

56

5YN

5YN

16

57

ETB

ETB

17

58

CAN

CAN

18

59

EM

EM

19

X

x

78

78

X

3
?
IJ

Y

Y

79

79

Y

J~

W

w

77

77

W

ICHAR displayed in Run mode if latest case-control character was Shift In (Sr).
2CHAR displayed in Run mode if latest case-control character was Shift OUI (~).
3HEX byte trapped/transmitted (space parity)

(

01-10

JUL '90

Appendix D1 Code Charts: Keyboard-to-Hex-Trans/aI/on

Table 01·9 (continued)

UNSHIFTED

lOWER(~) I UPPER(%)2

KEY

z

z

0

0

2

2

3
4

7A

CONTAOL

SHIFTED

7A

Z

30

V

HEX 3

5A

.,

29

Y

31
@

'51

21
40

3

.,

32
33

#

J

23

4
5

I

34

$

24

;t

35

%

25

6

6

7!

36

7
8

7
8

*'J

37
38

9

9

'7

39

dash

dash

.:J.

2D

5

\'

.(

"

5E

7

26

I

2A

-(

28

SUB

lA

Same

as

Unsh/fted

5F

u~ertlne

;t

=

~

3D

2B

7E

7E

¥

'J

5C

7C

7C

60

60

0

5B

7B

7B

DEL

DEL

7F

::J

5D

7D

7D

ESC

ESC

lB

'7

3B

:l

3A

NUL

NUL

00

l'

27

r

GS

lD

2C

<

:;

22
3C

GS

l'

AS

AS

IE

"

2E

>

1:!

3E

US

US

IF

2F
20

?

')

FS

Space

3F
20

FS

Space

Space

Space

lC
20

~

Space

&

SUB

Space

Space

+

ICHAR displayed in Run mode if lalest case-control character was Shift In (~).
2CHAR displayed in Run mode if latest case-control character was Shifl Oul (!b).
3HEX byte trapped/lransmHted (space parity)
"Enter the hex value for the ¥ and I) characters.

JUL '90

Dl-l1

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-9S1-10B

Table 01-10
Keyboard-Io-JISS (space parlly) 1

UNSHIFTED
KEY

A
B
C
0
E
F

a

H
I

J

K
L
M
N
0
P

Q
R
S
T
U
V
W

X
Y

CHAR'

a
b
0

d

e
f

g
h

I
J

k

I
m
n
0

p

q
r

s
t

u
v

w

x
Y

0
1
2
3
4
5
6
7
8
9

z
0
1
2
3
4
5
6
7
8
9

dash

dish

Z

=
\'
[

¥

J

J

Space

I

Space

SHIFTED

CONTROL

CHAR'

61
62
63
64
65
66
67
68
69
6A
6B
6C
60
6E
6F
70
71

A
B
C
0
E
F

a

H
I

J

K
L
M
N
0
P

73
74
75
76

Q
R
S
T
U
V

77

W

72

78
79
7A
30
31
32
33
34
35
36
37
38
39
20
3D
5C
6B
50
3B
27
2C
2E
2F
20

X
Y
Z

J
I
@

#
$
%
A

&

•
(

un.£ferllne

+

,,

(
}

<
>
?

Space

41
42
43
44
45
46
47
48
49
4A
4B
4C
40
4E
4F
50
51
52
53
54
55
56
57
58
59
5A
.29
21
40
23
24
25
5E
26
2A
28
5F
2B
7C
7B
70
3A
22
3C
3E
3F
20

SOH
STX
ETX
EOT
ENQ
ACK
BEL
BS
HT
LF
VT
FF
CR
SO
SI
OLE
DCl
DC2
DC3
DC4
NAK
SYN
ETB
CAN
EM
SUB

01
02
03
04
05
06
07
08
09
OA
OB
OC
00
OE
OF
10
11
12
13
14
15
16
17
18
19
1A
Same

as
Unshllted

DEL
ESC
NUL

as
RS
US
FS

Space

7E
60
7F
1B
00
10
lE
IF
lC
20

'Hex data-enlry will override parity
2CHAR dIsplayed in Run mode
3HEX byte trapped/iransmilled
"Enter the hex value for the ¥ character.

D1-12

JUL '90

AppendIx D1 Code Charts: Keyboard-to-Hex-Translat/on

Table 01-11
Keyboard-to-JIS8 (mark parity) 1

UNSHIFTEO
KEY

CHAR2

A
B
C
0
E
F

E1
E2
E3
E4
E5
E6
E7
E8
E9
EA
EB
EC
ED
EE
EF
FO
F1
F2
F3
F4
F5
F6
F7
F8
F9
FA

G
H

J
K

L
M
N
0

P
Q

R

S

T
U
V
W
X

Y

Z
0
1
2
3
4
5
6
7
8
9
dish

J'
.(

?
I
;t

1J

'"

'J
'r
.::l

HEX3

E1
E2
E3
E4
E5
E6
E7
E8
E9
EA
EB
EC
ED
EE
EF
FO
F1
F2
F3
F4
F5
F6
F7
F8
F9
FA
BO
B1
B2
B3
B4
B5
B6
B7
B8
B9
AD

CONTROL

SHIFTED
CHAR'

HEX 3

CHAR2

HEX 3

f

C1
C2
C3
C4
C5
C6
C7
C8
C9
CA
CB
CC
CD
CE
CF
DO
01
02
03
D4
D5
D6
D7
08
09
OA
A9
A1
CO
A3
A4
A5
DE
A6
AA
A8
DF

81
82
83
84
85
86
87
88
89
8A
8B
8C
80
8E
8F
90
91
92
93
94
95
96
97
98
99
9A

81
82
83
84
85
86
87
88
89
8A
8B
8C
8D
8E
8F
90
91
92
93
94
95
96
97
98
99
9A

\~

T
~

1
)l
~
)

JI
C:

"J
"-

"Il
"'?
~

6.
j

'E

1>
2

3

:;.
IJ
J~

.,l•

51
J

"

:3
I

-<
•

Same

as
Unshllted

'Hex data-enlry will override parity
2CHAR displayed in Run mode
3HEX byte trapped/transmitted

JUL '90

Dl-13

INTERVIEW 7000 Series Advanced ProgrammIng: ATLC-l07-951-108

Table 01-11 (continued)

UNSHIFTED
CHAR

HEX

;

~

\'

'J

BD
DC
DB
DO
BB
A7
AC
AE
AF
AO

KEY

0
:J

't
l'
l'

:a
I
Space

!!I

AO

SHIFTED

CONTROL

CHAR

HEX

CHAR

HEX

;j-

AB
FC
FB
FD
BA
A2
BC
BE
BF
AO

FE
EO
FF
9B

FE
EO
FF
9B

FC
FB
FD
:l
r

OJ
~

'J

AO

80

80

90
9E
9F
9C
AO

90
9E
9F
9C
AO

"'Enter the hex value Cor the 'J character.

DI-14

JUL 'gO

(

Appendix 02 Code Charts:

Hex-fo-Dlsp/ay Translation

Appendix D2: Hex-to-Display Translation
The left-hand column in the following table (labeled "INPUT HEX") is the hex value
presented on the Run-mode data screen when HEX display is turned on.
The remaining columns show the character that is presented for each hex value in each of the
available code sets when hex display is turned off. Where no character in the code set
corresponds to the hex value received, hex display is always used.
The bit in the "input hex" value that was received first by the INTERVIEW's receivers will
vary with the code. In the column heading for each code we have placed a small arrow next
to the rightmost or leftmost bit to indicate which was the first bit received. In IPARS, for
example, the leftmost bit is the first bit received.
We have tried also to indicate the significance of each bit. In EBCD, the third bit from the
left in the hex value is the least significant (=1) bit, while the rightmost bit is the most
significant (=32). This means that the first ten hex values in this code set are not really 00
through 09. Rather they are 00, 20, 10, 30, OB, 2B, lB, 38, 04 and 24-corresponding to the
characters SPACE, 1, 2, 3, 4, 5, 6, 7, 8, and 9, and corresponding also to the following
binary series, which increments from left to right:
00000000
00100000
00010000
00110000
00001000
00101000
00011000
00111000
00000100
00100100
etc.

JUL '90

D2-1

INTERVIEW 7000 Series Advanced Programming: ATLC-t07 95t-t08

D2-2

JUL 'SO

,cc...

Table 02-1
Hex-to-Display Translation

'"a
INPUT

Ascn'

EBCDIC'

EBeD'

XS-3'

IPARS2

REV eBco3

JIS7'

.usa'

(1'1'>,\8421>

...""'08421>

(1')12481'>'

(I')\'e84211

17\8421

t12481\(p)

BAUDOT'
'18421.

SELECTRIC'

HEX

(1')1248 1'>'

(1'1'>,\8421,

...""'08421>

LOWER UPPER

LETTERS AGURES

LOWER UPPER

LOWER UPPER

LOWER UPPER

00
01
02
03
04
05
06
07
08
09
OA
OB
OC
OD
OE
OF

NU
SH
SX
EX
ET
EQ
AK
BL
BS
HT
LF
VT
FF
CR
SO

NU
SH
SX
EX
hex
HT
hex

space

space

dash

dash

@

hex

&

+

pad

h

VT
FF
CR
SO

hex
hex

51

51

D4

M
U
D
D2
hex
hex
D4

10
11
12
13

DL
Dl
D2
D3
D4
NK
SY
EB
CN
EM
SB
EC
FS
GS
RS
US

DL
Dl
D2
D3
hex
hex
BS
hex
CN
EM
hex
hex
hex
GS
hex
US

2.

<

14

15
16
17
18
19
lA
lB
lC
lD
IE
IF

0

'"J

'"

hex
hex
hex

8
q
y

•

Q
Y
H

4
m
u
d

D2

k

K

s

5

b

B

0
hex
hex

)

hex
hex
hex

6

w

0
W

f

F

0

space

hex

space

J

1
2
3
4

1
2
3
4

dash

0
1
2
3
4
5
6

5

6
7
8
9
0

7
8
9

CR

\

hex

+

#

<

t

T

space
5

hex
hex

J
4

J
$

0

0

I

8
7
CR

%

>

•
(

J

U
CR
D
R

ET

hex
hex

@
I

hex

T

?

Z

[

•t

5

L

T

W

U

V

u
v

V

W

w

X
Y

x
Y

hex

LF
EB
hex

LF
EB
hex

M
X
V
\

[

E

P

P

@

n

N

2

0
1
9

{

e

2

P

)

#

%

5

0

space

5

hex
J

X
Y

B
G

?

hex
hex
hex
hex

W

Z
hex
hex

z

L

I

hex
hex
hex
hex

#
6

hex

Z
dash

4

H
Y
0

I

S

J

ET

U

\

hex

hex

A
B
C
D
E
F
G
H

\

SP

I

N
F
C
K

5

<

SP

3
LF

J
FF

T

BS
EB

hex

E
LF
A

FF

?

BS
EB

hex

#

=

I

'Sclcct Bit Order/Polarity: NORMAL
2Se lcct Bit Order/Polarity: REV-INVERT
3Sc lect Bit Order/Polarity: REVERSE-NORM

5

6
7
8
9
0

space

=

z
hex
hex
hex

+

Z
hex
hex
hex
hex

?

6
I

&

k

K

q

0

I

BS
EB

BS
EB

'\

'\

'\

I

NU
SH
SX
EX
ET
EQ
AK
BL
BS
HT
LF
VT
FF
CR
SO

NU
SH
SX
EX
ET
EO
AK
BL
BS
HT
LF
VT
FF
CR
SO

NU
SH
SX
EX
ET
EO
AK
BL
BS
HT
LF
VT
FF
CR
SO

51

51

51

DL
Dl
D2
D3
D4
NK

DL
Dl
D2
D3
D4
NK

SY

SY

EB
CN
EM
SB
EC
FS
GS
RS
US

EB
CN
EM
SB
EC
FS
GS
RS
US

DL
Dl
D2
D3.
D4
NK
SY
EB
CN
EM
SB
EC
FS
GS

RS
US

o

'"
1.

Table 02-1 (continued)

INPUT

ASCII

EBCDIC

HEX

20
21

space
I

22
23
24

25
26

=

hex

J
?

FS

#
$
%
&

hex
hex

LF
EB
EC

28

hex

29

hex
hex
hex
hex

•
+

2C
2D
2E
2F

o

32
33
34

2

39
3A
3B
3C

3D
3E

C

3F

to

-SYNC

3
4

5
6

7
8
9

z
I
5
n
v

A
G
R
Z
I
%

dash

dash

J

J
k

J
K

$

K

J

m

K

L
M
N

n

M
N

L

o

o

o

M

P

p

p

N

o

q
r

o

hex

hex

L

e

o

<

RS

RS

R

+

hex

hex

EO

CR

CR

%

hex

CR

CR

AK

LF
HT

LF
HT

)
(

BS

BS

hex

hex

hex
hex
SY
hex
hex
RS
hex
ET
hex
hex
hex
hex

<
>

NK
hex

=even parity S

9
r

@

$

D4

?

a

@

REVEBCD
LOWER UPPER

o

SB

r-

o

IPARS

N
V
E

BL

30
31

35
36
37
38

c....

hex

27

2A
2B

XS-3

EBCD
LOWER UPPER

(35,,,).

t

c

L
T
C

#
$

7
P

$

&

a

+
A

B

b

B

&
I

C
D

c
d

o
E
F
G
H

S'

E

e

T
U

f

>

V
W

F
G
H
I

g
h

X

?

hex

g

ET
SY
SH
pad

ET
SY
SH
pad

R

A

hex
hex
p
X
G

x

P

underline

3

R

Y

C

hex
hex

Z

%

)

hex

HT
\

\

hex

pad

pad

>

HT

BAUDOT

SELECTRIC

JlS1

lETTERS AGURES

LOWER UPPER

LOWER UPPER

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

m

(
M

x

X

g

G
)

o
s

S

h
y
7

H
Y
&
R
D

r
d

JISS

space

space

space

I

•r

I

#
$
%
&

,"

S

3

%
&

#

l'

.,
."

•

I

+

;;t

+
dash

.,.

RS

RS

CR

CR

dash

.:t

LF
HT

LF
HT

I

!!I

3
v
u

#

o

V

1

J'

1

2
3

,(

2

f

U
F

?

9

(

4

I

3
4

w

W

5

b

B

6

;;t
jJ

6

a

A

c

C

ET

ET

hex
hex

hex
hex

pad

pad

o

9

'f
'J
'J
::J

<

:;

>
?

~
~
')

7
8

8

"

5
7
8
9

'j

<
=
>
?

<..
C

Table 02-1 (continued)

r

<0

a

INPUT

ASCII

EBCDIC

HEX
~o

@
A
B
C

41
42

43

o

44
45

E
F

46
47

G

48

H

49

space

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

4A
4B

K

4C
40

L

<

M

(

J

space

space
1

3

hex

dash

+

o

hex

U

1
2
3
4
5
6
7

o

8

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

8

•

q

Q

y

y

h
4
m
u
d

H
M

N

+

4F

o

hex

50
51

P

&

2

<

Q

k

K

52

R

s

S

53
54
55

S
T
U
V

hex
hex
hex
hex
hex
hex
hex
hex
hex

b

B

W
X

58
59
5A
5C
50

=;

)

6

I
$

f

hex

5F

eveD parity B (55,0).

+

hex
hex
hex

[
\

I

9
\

o

Z

5E

02

hex
hex
04

hex
hex
hex
o
w

Y

5B

-EOM

IPARS

I
@
&

REV EBen
LOWER UPPER

XS-3

hex
hex
hex

space

4E

57

o

space

04
hex
hex
04

56

'"
I
0'1

eBCD

LoweR UPPER

?
A

B'
C

o

o

E
F

W
F

G
H

BS

BS

EB

EB

=
<

\

\

#

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

2

space
=
<

4

5
6
7
8
9

%

>

•

o
#

FF

I
FF

ET

ET

@

hex

s

?
S
T

[

t

u

y

U
V
W
X
Y

z

Z

v

w
x

hex

hex
hex
(

LF
EB
hex

LF
EB
hex

BAUDOT
LEITERS AGURES

hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

SELECTRIC
LOWER UPPER

SP

JISS

@
A
B

5'
f
'}I

B

C

T

C

~

o

7

E

@
A

4

T
J
$

o

o

E

I

F

I
5

L
?

G

X

%

H

~
)

G
H
I

e

E

J

p

P

JI
I::

K

hex
hex
hex
hex

hex
hex
hex
hex

K
L
M
N

2

@

t

J

o

o
P
Q

n

hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

SP

hex

JIS7
LOWER UPPER

N
+

z

Z

hex
hex
hex
6

hex
hex
hex
hex

k

I
K

q

Q

BS

EB

EB

\

\

"'
""?

o

""6.

Q

:li
~

7'E

[

¥
BS

L
M
N

R

Z

I
underline

J

"'J

S
T
U
V
W

X
Y

F

P

1>

R
S
T

2

U

3
5

V
W

J~

X
y

IJ

v

o

'J
:J

•

Z

[

¥
I
unc:larllne

0

'"
'"

Table 02-1 (continued)

I

INPUT
HEX

60
61
62
63
64
65
66
67
68
69
6A
68
6C
60
6E
6F
70
71
72

ASCII

XS-3

IPARS

dash

1

a

I

b

hex
hex
hex
hex
hex
hex
hex
hex

J

c
d
e
f
g

h

I

J
k

I

%

m
n

>

0

?

P
q
r

hex
hex
hex
hex
hex
hex
hex
hex
hex

s

77

w
x
y

t

u

v

z
{

••

/I
@

}

pad

=

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

dash

dash

J

J

R

hex

%

hex
hex
hex

hex
CR
BS
hex

@

I

=
J
?

a

A

I

9

(

J

r

R

K

z

Z

L

I

$

I
5

%

n

N

M
N
0

v

V

P

e

E
RS
CR
LF
HT

RS
CR
LF
HT
3
I
t

c

L
T
C

a

(

.

&

I

/I
$

7

hex
hex
>

P

P

x

X

S
T
U
V

W
X

g

G

Y

ET
SY
SH

ET
SY
SH

Z

pad

pad

REV EBCD
LOWER UPPER

LOWER UPPER

73
74
75
76
78
79
7A
7B
7C
70
7E
7F

EBCD

EBCDIC

)

>

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

k

K

I

L

m
n
0

M
N
0

p

P

a

q
r

R
hex
I
hex
CR
BS
hex

hex
$

&

+

a
d
e
f

A
B
C
0
E
F

g

G

h

H
I
hex
hex

b

c

I
hex

HT

HT

\

\

pad

pad

c...
c
r

?

REV EBCD

BAUDOT

LOWER UPPER

LETTERS FIGURES

SELECffilC
LOWER UPPER

JIS7
LOWER UPPER

space space
I
•r
#
$

%
&

~

,

Jise

hex

•r
~

,

7

7

l'

l'

-r

-r

•

?

?

I

I

+

,.;t

,.;t

dash

.:J.

.:J.

:3

:3

'"

'"

JI

,,-

I

0

1
2
3
4
5
6
7
8
9

,,-

JI

?

?

I

I

;t

;t

iJ

iJ

*

*

::l
OJ

::l
OJ

I)

"

I)

"

<

:,.

:,.

=

;(

;(

>

~
')

')

?

~

'c
r

Table 02-1 (continued)



Y
Z

J~

L-

L-

[

0

0

'E
1>

2

2

3
:5

3
:5

IJ

IJ
fu

¥

'J

'J

I

:J

:J

underline

•

•

•

0

""
I

Table 02-1 (continued)

~

a

INPUT

ASCII

EBCDIC

HEX

EO
El
E2
E3
E4
ES
E6
E7
E8
E9
EA
EB
EC
ED
EE
EF
FO
Fl
F2
F3
F4
FS
F6
F7
F8
F9
FA
FB
FC
FD
FE
FF

c...
C
r

cO
a

EBCD

Xs-3

IPARS

LOWER UPPER

{

a

hex

b

S
T

c
d

•f
g
h
I

J

k

I
m

n
0

p
q
r

U
V
W
X
Y
Z

hex
hex
hex
hex
hex
hex
0
1

t

2
3
4

u

5

v
w

6
7

x

B

s

y

z

,,{
pad

9
hex
hex
hex
hex
hex
hex

REV EBOO

BAUOOT

SELECTRIC

JIS7

LOWER UPPER

LETTERS AGURES

LOWER UPPER

LOWER UPPER

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex

p
q
r

hex

u

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

a
b

c
d

e
f

g
h
I

J
k

I
m

n
0

s
t

v
w

x
y

z
{

,,

I
pad

JISS

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex
hex

AppendIx 03 Code Cherts: User-Defined Codes

Appendix 03: User-Defined Codes
The character set shown in Table D3-1 can be used to adapt existing code sets or to create
customized codes. Follow the steps in the example below to create a new code set.
As an example, we'll change the standard ASCII code set to one which includes the ¥ (yen)
symbol.
1. Determine hex values. First, we will determine which hexadecimal value or values we want
to have generate the ¥ symbol, one for space parity and one for mark parity. In our
example, the values will be hexadecimal 5C and DC.

2. Read existing code file to spreadsheet. Whether adapting an existing code set or creating a
new one, use an existing code file as a template. (Some files include shifted and unshifted
coding.) Go to the Protocol Spreadsheet and press E), BLOCK ((ED), IN/OUT (1m),
READ/U (1m). Enter the name of the file when prompted. The absolute pathname of the
standard ASCII code file is HRDlsyslcodeslASCII. Press~ .. Do not use the Load
command on the File Maintenance screen to access the file.
The ASCII code set will be displayed on the Protocol Spreadsheet, as in Figure D3-1.
Initially, the file is highlighted on the Protocol Spreadsheet in reverse video. You may
clear the highlighting by pressing 8, 1m. Since you will be writing your revised code set
back to a file, however, you may want to retain the highlighting. Then you will not have
to identify the block again before writing.

3. Locate position. Positions in the code proceed sequentially, beginning with hexadecimal 00
and ending with FF. Each row in the code table contains eight elements. The first two
rows, for example, correspond to hex 00 through OF. The next two rows contain elements
in positions 10 through IF, and so on. Move the cursor to position 5C.

JUL 'SO

D3-1

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

/

/

/'

Code for ASCII
3',

Version:

"ASCII" ;
Graphic:
sh sx
ht
If
d I d2
sb
em
, I ,

,),

,

II ,

'* '

ex
vt
d3
ec

''+' ' ''

eq ak
cr so
nk s~
gs rs
,'$ ,, '%" ,'& '

et
ff
d4
fs

,

'-'

bl
si
eb
us
,,,

'/'

Figure D3-1 When the standard ASCII code file Is written to the Protocol Spreadsheet, a code
table appears with 32 rows of eight elements per row, corresponding 10 256 possible hex values.

4. Enter new code. Replace the entry with a new value. Refer to Table D3-1. All values
under "Code-Table Entry" are three-digit hexadecimals. A leading zero i:lentifies an
entry as a numerical value and guarantees accurate translation. Notice in Figure D3-1 that
there is special notation for ASCII control characters. A dl entry. for example, translates
as the ASCII control character 0,. Entered as Od! (or ODJ), the meaning is 1<'

ex
vt
d3
ec
, '11"

et
ff
d4
fs

eq
cr
nk

ak
so
s~

rs
9S
, $' , %' '&'

, +' , ,

, -'

bl
si
eb
us
,,,

, /'

'2' , 3' , 4' , 5' , 6' , 7'
, : ' , , , , <' , =' , >' , ?'
, 8' , C' , D' , E' , F' , G'
'J' , K' , L' , M' 'N' , 0'
'R' , S' , T' 'u' , V' , w'
'2' , [ , 080 ' ] , , A' , ,

.

Figure 03 .. 2 On the bottom line of the spreadsheet, the entry 080 has replaced the previous enlry.
On Table 03-1, 080 corresponds to the yen symbol.

5. Write file to disk. If you cleared the highlighting, mark the file via the BLOCK, BEGIN, and
END softkey selections. Use the BLOCK, IN/OUT, and WRITE/U commands to write your code
to the disk. Give the file a different name to prevent an existing file from being
overwritten.

6. Reboot. Turn the INTERVIEW off. When you turn the unit back on, it will reboot and
automatically load in the new (or edited) code set. The first seven characters in the name
of the code file will be displayed as a softkey selection for the Code field on the Line
Setup screen.
NOTE: If your code contains an error-a hexadecimal value
does not begin with a digit, for example-it will not be loaded
into the INTERVIEW's memory, even if it appears as a Code
selection on the Line Setup menu. Usually, the standard ASCII
code will be used instead.

JUL '90

D3-3

INTERVIEW 7000 Series Advanced Programming: ATLC-107-951-10B

Table 03·1
Code-Set Characters

Character

Character

Code-Table Entry

'&

000

..,

01b

~

001

F,

010

'ic

002

'\;

Old

'i<

003

"s

018

'l;

011

(space;

020

.
..

005

'I<

006

'I.

007

.

004

021
022

OOB

*

023

$

024

OOb

%

025

FF

OOc

&

026

<;,

OOd

027

'b

00_

02B

OOf

029

"I-

009

'>-

OOa

«-

.,
'l.

010

"

011

.,'"

012

*

02a

+

02b
02c

013
02d

'.

014

'k

015

...

016

..

02_

017

/

02f

0

030

c;.

01B

1

031

~

019

2

032

01a

3

033

'"
D3-4

Code-Table Entry

JUL '90

AppendIx 03 Code Charts: User-Defined Codes

Table 03-1 (continued)

Character

Code-Tabla Entry

Character

Code-Table Entry

4

034

P

050

5

035

Q

051

6

036

R

052

7

037

5

053

8

038

T

054

9

039
U

055

V

056

W

057

X

058

03a
03b

<

030
03d

>

03.

Y

059

?

031

Z

05a

@

040

[

05b

A

041

050

8

042

"
)

05d

C

043

A

05.

D

044

E

045

F

046

G

047

H

048

I

049

J

04a

K

04b

L

051
060
a

061

b

062

c

063

d

064

e

065

040

f

066

M

04d

9

067

N

04.

h

068

0

041

JUL '90

069

D3-5

INTERVIEW 7000 Series Advenced Programming: ATLC-1 07-951-108

Table 03·1 (continued)

Character

Code-Table Entry

Character

Code-Table Entry

j

06a

51

086

k

06b

,.

087

.(

088

.,

089

z

08a

;t

08b

...

080

.::l

08d

060
m

06d

n

06e

0

06f

P

070

"I

071

r

072

s

073

"

08e

t

074

'9

08f

u

075

v

076

l'

091

w

077

,(

092

x

078

oj

093

~

079

I

094

z

07a

;t

095

(

07b

Ii

096

t

097

IJ

098

'T

099

090

(

07c
)

07d
07e

03-6

~

07f

¥

080

:J

09a

081

'1

09b

r

082

:J

090

J

083

~

09d

084

t:?

0ge

085

')

09f

JUL '90

AppendIx 03 Code Charts: User-Defined Codes

Tabla 03-1 (continuad)

Character

Code-Table Entry

Character

Code-Table Entry

51

OaO

0

Obb

t-

Oal

I)

Obo

')I

Oa2

:J

Obd

T

Oa3

"

Obe

~

Oa4

7

Oa5

ObI

<;

OeO

U

001

e

Oe2

a

003

a

Oe4

Oa6
)I

Oa7

:::c

Oa8

)

Oa9

JI

Oaa

Co

Oab

a

Oe5

"J

Oae

tI

Oe6

"-

Oad

9

Oe7

:It

Oae

E-

Oe8

"'?

Oal

e

Oe9

=>
~

ObO

e

Oea

b.

Obl

I

Oeb

j.

Ob2

'E

Ob3

1>

Ob4

2

Ob5

3

Ob6

:;.

Ob7

IJ

Oce
Oed

A

Oee

{!,

Oel

t

OdO

Ob8



A
B
A
B

~ABUSEN

BUS
BUS
BUS
BUS

FEM
FEM
MALE
MALE

II>

EMULATE

B BUS EN

~MESSAQE

Figure 1-5 RS-4BS lnlerface Module.

(

1-12

JUL 'SO

Appendix I Interface Spec/llcat/ons

Table 1-8
RS-485 Test Interface Module
Signal Description

Pin No.

1
2
9
3,10
4
11
5,12
6,13
7.14
15

JUL '90

Circuit

Pin ID

Shield

Monitor Mode

16 Pin, Male

16 Pin, Female

A Bus-

Frame Ground
High Impedance Input·
High Impedance Input

Frame Ground
RS-485 Output
RS-485 Output

Frame Ground
RS-485 Input
RS-485 Input

B Bus +
B Bus-

High Impedance Input
High Impedance Input

RS-485 Input
RS-485 Input

RS-485 Output
RS-485 Output

103
103

A Bus +

104
104

1-13

INTERVIEW 7000 Series Advanced Programming: ATLC 107-951-108

RS-449N.36N.37 INTERFACE MODULE

S
M

UA

EMULATE

OlE

•

TO DeE

0
0
0
0
0
0
0
0
0
0

0
0
0

0
0
0

A

•

+5
-5

OND

~JAUX 0
AUX 1
AUX2

se
Ae
NS

~JN
SHIELD

Figure 1-6 RS-449/V. 36/V. 37 lnlerface Module.

RS-449
INTERFACE

AS

CS

SO RA

AD

DM TR

5T

AT

TT

• ••••••• • •

Ie

sa

••

RL

lL

TM 55

5B

•••••

I ••

I

INTERVIEW
U/A
REMOTE FREEZE

Flgul'e 1-7 RS-449/V.36/V.37 LED Overlay.

1-14

JUL '90

•

Appendix I Interface Specifications

Table 1-9
RS-449/V.3S/V.37 Test Interface Module
Signal Description

Pin No.

2
4.22
5.23
6.24
7.25
8.26
9.27
10
11.29
12.30
13.31
14
15
16
17.35
18
19
28
32
33
36

Pin 10

51
SO
ST
RD
RS
RT
CS
LL
OM
TR
RR
RL
IC
SF/SR

TT
TM
SG
IS
SS
SQ
SB

Pin Name

Signalling Rate Indicator

Te.t
High
High
High
High
High
High
High
High
High
High
High

Point
Impedance
Impedance
Impedance
Impedance
Impedance
Impedance
Impedance
Impedance
Impedance
Impedance
Impedance

To DCE
(Em DTEI
(36 Pin. male)

To DTE
(Em DCE)
(36 Pin. female)

High Impedance Input

Te.t Point
RS-449 Output
RS-449 Input
RS-449 Input
RS-449 Output
RS-449 Input
RS-449 Input
Test Point
RS-449 Input
RS-449 Output
RS-449 Input
High Impedance Input
High Impedance Input

Select Frequencyl

Test Point

Test Point

Test Point

Signaling Rate Selector
Terminal Timing
Test Mode
Signal Ground

High Impedance Input
High Impedance Input

RS-449 Output
High Impedance Input
Signal Ground

RS-449 Input
High Impedance
Signal Ground
Test Point
High Impedance
High Impedance
High Impedance

Send Data

Send Timing
Receive Data
Request to Send

Receive Timing
Clear to Send
Local Loopbaok
Data Mode
Terminal "'eady
Receiver Ready

Remote Loopback
Incoming Call

Input
Input
Input
Input
Input
Input
Input
Input
Input
Input
Input

Te.t Point
RS-449 Input
RS-449 Output
RS-449 Output
RS-449 Input
RS-449 Output
RS-449 Output
Test Point
RS-449 Output
RS-449 Input
RS-449 Output
High Impedance Input
High Impedance Input

Input

In Service

Signal Ground
Test Point

Select Standby
Signal Quality
Standby Indicator

High Impedance Input
High Impedance Input
High Impedance Input

High Impedance Input
High Impedance Input
High Impedance Input

High Impedance Input
Output
Output
Signal Ground
Output
Output
Output

High Impedance Input
Output
Output
Signal Ground
Output
Output
Output

High Impedance Input
Output
Output

Send Common
Receive Common

Send Common
Receive Common

Send Common
Receive Common

Auxiliary Patch Panel:
UAA.B
Unassigned Input
.5
+5 Volts
-5
-5 Vollo
GND
Ground
19
AUXO A.B Auxiliary
AUXI
Auxiliary
Auxiliary
AUX2
Send Common
37
SC
RC
Receive Common
20
New Signal
NS
34
National A, B
N A,B
3,21
SHIELD
Shield
1

JUL 'SO

Monitor Mode

Test Point

Input
Input
Input

Signal Ground

Output
Output
Output

Test Point

Test Point

Test Point

Reserved
Frame Ground

Reserved
Frame Ground

Reserved
Fr arne Ground

1-15

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-10B

T1 INTERFACE MODULE
8

1

o

o
16

9

LE~oLATE
DCE TX INPUT

TX

~

COMMON
BREAK
MAKE

X~
;o

0000

EHE

OPEN
DCE

0000

5 8 13

FROMDTE

RX OUTPUT
TO DTE

,t-..LL-

DTE
THRU

TO DTE

@ ';:5't"~'
px
r@ "'' "'
FROM DCE

RX

EMULATE DTE

8

o

1

~~
15

o

TO DCE

9

Flgul'e 1-8 Tl Inlerface Module.

1-16

JUL 'SO

Appendix I Interface Specifications

Table 1-10
T -1 Test Interface Specifications'
Signal Description

Pin No.

1
2
3
5
6
9
11
13

'Pln Name

Send Data Tip
Frame Ground
Receive Data Tip
Remote Tsst Make
Remote Test Break
Send Data Ring
Receive Data Ring
Remote Test Common

To DCE
(Em DTE)

To DTE
(Em DCE)

Input

Output
Ground

Input
Input
Input
Input
Input
Input

Input

Input
Ground
Output
Test Point
Test Point
Input
Output
Test Point

Monitor

High Impedance
Ground
High Impedance
High Impedance
High Impedance
High Impedance
High Impedance
High Impedance

Test Point
Test Point

Output
Input
Test Point

(1) Unlisted connectors are wired 1-10r-1 through the two connectors. Test points are connected to switches and
test points only.

JUL 'SO

1-17

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-9S1-10B

G.703/2.048 MBPS
INTERFACE MODULE
120
OHMS

TO DTE
EMULATE DCE:

TXG'
L:~o~'
, ~:

TX INPUT
FROM DTE

t

8 ",g"o'i,~

j

4mtot

RX

"'<,,/

75
OHMS
',',~,'
<:.,,,, "

TXTODCE
OUTPUT

;:

'foG ,:;,~~,
RX

'

EMULATE DTE

120
OHMS

TO DeE

Figure 1-9 0.703 Interface Module.

1-1 B

JUL '90

Appendix I Interface Specifications

Table 1-11
G.703 Test Interface Specifications'
Signal Description

Pin No.

Pin Name

Monitor

To DeE
(Em DTE)

To DTE
(Em DeE)

Pin No.

Pin Name

Monitor

To DeE
(Em DTE)

To DTE
(Em DeE)

1

Receive Data Tip
Frame Ground

High Impedance Input
Ground

Input

Send Data Tip

High Impedance Input

Receive Data Ring

High Impedance Input
High Impedance Input

Output
Input

Output
Ground
Input
Output
Input

2
5
6
9

Send Data Ring

Ground

Output

(11 Unlisted ~onnectors are wired 1-for-1 through the two connectors.

JUL '90

1-19

INTERVIEW 7000 Series Advanced Programming: ATLC-107 951 108

ISDN BASIC RATE
INTERFACE MODULE

TO TE

(

TO NT

Figure [-10 ISDN Interface Module.

ISDH BASIC RATE SIT INTCRrAC[

Figure 1-11 ISDN LED overlay.

(

1-20

JUL '90

Appendix I Interface Specifications

Table 1-12
ISDN Test Interface Specifications'
Signal Description

Pin No.

Pin Name

Monitor

3

Send Data Tip

4

5
6

Receive Data Tip
Receive Data Ring
Send Data Ring

7•

- voltage

High Impedance Input
Output

8 •

+ vall age

Output

High· Impedance Input
High Impedance Input
High Impedance Input

To DCE
(Em DTE)

To DTE
(Em DCE)

Output
Input
Input
Output
Output
Output

Input
Output
Output
Input

Output
Output

(1) Unlisted connectors arB wired 1-for-1 through the two connectors.

12) Pins 7 and 8 have a voltage differential of 48 volt9; see ISO 8877 (1987-08-15) and CCITT 1.430.
This power source Is supplied by the network.

JUL '90

1-21

INTERVIEW 7000 Series Advanced Programming: ATLC-l07-951-108

1-22

JUL '90



---

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