The multiple addresses option enables you to specify more than one address. DUMPANALYZER treats the addresses generated by these expressions as sequences; that is, DUMPANALYZER generates the first address in the sequence and passes it to the execution routine that requires it. Then, DUMPANALYZER generates the next address, and so forth, until the list is exhausted. DUMPANALYZER generates the addresses in the proper order, with memory addresses increasing, except in the case of stack-related addresses, which are generated from LOSR to BOSR. These rules hold true even when you do not specify the proper order.

<multiple addresses>

Syntax

    ┌◄──────────────── , ───────────────┐
──┬─┴─<simple address>─┬──────────────┬─┴─┬────────────────────────────┤
  │                    └─<until part>─┘   │
  └─ ASDTABLE ────────────────────────────┘

<until part>

──┬─ FOR ─┬─<simple value>─┬───────────────────────────────────────────┤
  │       └─ ALL ──────────┤
  └─ TO ─┬─<offset>────────┤
         ├─<stack offset>──┤
         └─ END ───────────┘

Explanation

The following text describes the meaning of each variable:

ASDTABLE

Indicates that the address range covers the region of memory occupied by the ASD table.

<until part>

Specifies the range over which a list of multiple addresses is to extend, from an initial location.

FOR ALL

Indicates that all the addresses from the initial location to the end of the area referenced by the descriptor that provided the initial location are to be included as part of the multiple addresses.

FOR <simple value>

Indicates the number of consecutive addresses to be included in the multiple addresses list. The <simple value> construct is defined later in this subsection.

TO <offset>

Indicates the highest address to be included in that part of the multiple addresses.

TO <stack offset>

Indicates that all addresses up to the indicated location in the stack (BOSR, LOSR, SREG) are to be included as part of the multiple addresses.

TO END

Indicates that all the addresses from the initial location to the end of the area referenced by the descriptor that provided the initial location are to be included as part of the multiple addresses.

Examples

The following examples show possible multiple addresses. Each example uses a different form of the <until part>.