| Statement Number |
FL4 |
The statement number where the symbol or literal is defined or
declared |
| Relocatability Type |
CL1 |
- C' '
- Simple relocatable symbol
- C'A'
- Absolute symbol
- C'C'
- Complex relocatable symbol
|
|
XL7 |
Reserved |
| Name offset |
FL4 |
The offset from the beginning of this record to the symbol or
literal name. |
| Name length |
FL4 |
The length of the symbol or literal name |
| Total references |
FL4 |
The total number of references to the symbol or literal for the
assembly |
| Number of references |
FL4 |
The number of references to the symbol or literal in this record
The groups of two reference fields below occur
n times depending on the value in this field. The reference
groups are contiguous so they may be treated as an array. |
| Offset of references |
FL4 |
The offset from the beginning of this record to the first group of
reference fields. A value of binary zeros indicates that there are no
references. |
| Name |
CL(n) |
The symbol or literal name. |
| |
|
Start of reference groups, one group per reference.
The ellipses (...) indicate the fields are grouped. |
| ...Statement Number |
FL4 |
The statement number on which the symbol or literal is referenced |
| ...Reference Flag |
CL1 |
- C' '
- No branch or modification
- C'M'
- Modification
- C'B'
- Branched to
- C'U'
- USING statement
- C'D'
- DROP statement
- C'X'
- Execute Instruction
|
| |
|
End of reference groups. |
|
Note:
Where the number of references would exceed the record size for the
associated data file, the record is continued on the next record. The
continuation flag is set in the common header section of the record.
The current number of references (for that record) is stored in the
record and the record written to the associated data file. The next
record contains the subsequent references. The count of the number of
references is a count for the current record.
Fields that have been written will not be repeated in the next
record. Fixed length fields will be initialized to binary zeros or
spaces, and variable length fields will have a length of binary zeros. |