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HP OpenVMS Systems Documentation

HP OpenVMS MACRO Compiler Porting and User's Guide Previous Contents Index J JMP instruction     to external module JSB entry point     32-bit mode     declaring #1     declaring #2     declaring #3 JSB instruction     in porting from OpenVMS Alpha to OpenVMS I64 JSB parameter     implicit .JSB32_ENTRY directive #1 .JSB32_ENTRY directive #2 .JSB32_ENTRY directive #3     compiler's temporary register usage .JSB_ENTRY directive #1 .JSB_ENTRY directive #2 .JSB_ENTRY directive #3 .JSB_ENTRY directive #4     $ARGn symbols     compiler's temporary register usage JSR instruction Jump     into a loop L Label     defining as global LDPCTX instruction LDxL/STxC sequence LDx_L instruction #1 LDx_L instruction #2 LDx_L instruction #3 LIB.MLB LIB$MOVC3 routine LIB$MOVC5 routine LIBOTS routines /LIBRARY qualifier .LINK directive Linkage pair, Alpha systems Linkage section     locating     naming Linkage section, Alpha systems .LINKAGE_PSECT directive Linker options file /LIST qualifier Listing     obtaining assembly code Listing file     line numbering     VAX MACRO compiler Load locked instruction     See LDx_L instruction Location counter     manipulating Lock manager     synchronization guarantees LOCK operator $LOCKED_PAGE_END $LOCKED_PAGE_END macro $LOCKED_PAGE_START $LOCKED_PAGE_START macro Locking pages     code written in other languages     image initialization     on-the-fly     system working set $LOCK_PAGE $LOCK_PAGE macro $LOCK_PAGE_INIT $LOCK_PAGE_INIT macro #1 $LOCK_PAGE_INIT macro #2 Logical names     required by compiler Longword operations     aligned longwords Loops     nesting M /MACHINE qualifier #1 /MACHINE qualifier #2 Macro-32 code     See Code and VAX MACRO source code MACRO-64     See Alpha instructions and Alpha assembly language object code MACRO compiler     64-bit addressing support #1     64-bit addressing support #2     alignment assumptions     built-ins     conditional branch assumptions     definition     differences between it and assembler     directives     emulation routine library     features     invoking #1     invoking #2     limitations of #1     limitations of #2     messages     overview     qualifiers     specialized directives #1     specialized directives #2     temporary register usage #1     temporary register usage #2     temporary register usage #3     temporary register usage #4     temporary register usage #5 MACRO Compiler for OpenVMS Alpha     problems and restrictions     quadword moves into the VAX SP and PC Macro libraries MACRO/MIGRATION command Macros     for 64-bit addressing     for porting from VAX to Alpha or I64 .MASK directive MAX_ARGS argument     .CALL_ENTRY directive MB instructions     preserving atomicity MEMACCLOC warning message Memory     detecting unaligned references     modifying in one operation     unaligned references Memory barrier     implicit in interlocked instructions Messages     disabling reporting #1     disabling reporting #2     interpreting Methodology     porting         from OpenVMS Alpha to OpenVMS I64         from OpenVMS VAX to OpenVMS Alpha or OpenVMS I64 MFPR instruction MOVC3 instruction MOVC5 instruction MOVPSL instruction MTPR instruction Mutexes     synchronization guarantees N $NEXT_PAGE macro #1 $NEXT_PAGE macro #2 Nonportable coding practices     fixing /NOSYMBOLS qualifier /NOTIE qualifier O /OBJECT qualifier .ODD directive Opcode     moving to stack or data area .OPDEF directive OpenVMS calling standard Operand descriptors Operators     acquisition and release Optimization     addresses #1     addresses #2     aligning data     branch prediction     code     common-based referencing     declaring register usage     instructions     multiple data references     VAX registers /OPTIMIZE qualifier #1 /OPTIMIZE qualifier #2     ADDRESSES option #1     ADDRESSES option #2     PEEPHOLE option #1     PEEPHOLE option #2     REFERENCES option #1     REFERENCES option #2     SCHEDULING option #1     SCHEDULING option #2     VAXREGS option #1     VAXREGS option #2 /OPTIMIZE=VAXREGS OTS$MOVE3 routine OTS$MOVE5 routine Output register argument Output register set #1 Output register set #2 Output register set #3 Overflow trap #1 Overflow trap #2     decimal divide by zero     decimal overflow     integer overflow     reserved operand Overflow trap code     activates production #1     activates production #2     activates production #3     activates production #4     deactivates production P Packed decimal data     debugging code with Packed decimal instructions Page count     converting to byte count Page locking     system working set Page size     calculations based on #1     calculations based on #2     calculations based on #3     dependencies     macro parameter for 64-bit addressing #1     macro parameter for 64-bit addressing #2 $PAGES_TO_BYTES macro #1 $PAGES_TO_BYTES macro #2 PALcode     See Built-ins Pass-through input technique Pass-through output technique PD_DEC_OVF symbol PD_INT_OVF symbol Peephole optimization     enabling Performance     See Optimization PIC     See Position independent code Pointer-type declarations POLYx floating-point instruction Poor programmer's lockdown $POP64 macro POPR instruction Porting     from OpenVMS Alpha to OpenVMS I64     from OpenVMS VAX to OpenVMS Alpha or OpenVMS I64 Position independent code (PIC) Precedence     alignment controls     atomicity     granularity Prefix file .PRESERVE directive     ATOMICITY option #1     ATOMICITY option #2     ATOMICITY option #3     GRANULARITY option #1     GRANULARITY option #2     GRANULARITY option #3     GRANULARITY option #4 /PRESERVE qualifier     ATOMICITY option #1     ATOMICITY option #2     ATOMICITY option #3     GRANULARITY option #1     GRANULARITY option #2     GRANULARITY option #3 Preserve register set #1 Preserve register set #2 Preserve register set #3 Preserve register set #4 $PREVIOUS_PAGE $PREVIOUS_PAGE macro Procedure descriptor Procedure descriptor, Alpha systems Program Status Word (PSW) Prologue code     preserving register contents     preserving registers Psects     to delineate code PSL (processor status longword) $PUSH64 macro PUSHR instruction $PUSH_ARG64 macro #1 $PUSH_ARG64 macro #2     passing 64-bit values Previous Next Contents Index