Artifact fe34fa2e48f8612d8cd3a005c1047a87ba7445edea64e75c2f7b7b1d311e5d21:
- Executable file
r36/cslbase/opcodes.red
— part of check-in
[f2fda60abd]
at
2011-09-02 18:13:33
on branch master
— Some historical releases purely for archival purposes
git-svn-id: https://svn.code.sf.net/p/reduce-algebra/code/trunk/historical@1375 2bfe0521-f11c-4a00-b80e-6202646ff360 (user: arthurcnorman@users.sourceforge.net, size: 5217) [annotate] [blame] [check-ins using] [more...]
s!:opcodelist := '( LOADLOC % general opcode to load from the stack LOADLOC0 LOADLOC1 LOADLOC2 LOADLOC3 % specific offsets LOADLOC4 LOADLOC5 LOADLOC6 LOADLOC7 LOADLOC8 LOADLOC9 LOADLOC10 LOADLOC11 % combinations to load two values (especially common cases) LOC0LOC1 LOC1LOC2 LOC2LOC3 LOC1LOC0 LOC2LOC1 LOC3LOC2 VNIL % load the value NIL LOADLIT % load a literal from the literal vector LOADLIT1 LOADLIT2 LOADLIT3 % specific offsets LOADLIT4 LOADLIT5 LOADLIT6 LOADLIT7 LOADFREE % load value of a free (FLUID/SPECIAL) variable LOADFREE1 LOADFREE2 LOADFREE3 % specific offsets LOADFREE4 STORELOC % Store onto stack STORELOC0 STORELOC1 STORELOC2 STORELOC3 % specific offsets STORELOC4 STORELOC5 STORELOC6 STORELOC7 STOREFREE % Set value of FLUID/SPECIAL variable STOREFREE1 STOREFREE2 STOREFREE3 LOADLEX % access to non-local lexical variables (for Common Lisp) STORELEX CLOSURE % Code to access local variables and also take CAR or CDR CARLOC0 CARLOC1 CARLOC2 CARLOC3 CARLOC4 CARLOC5 CARLOC6 CARLOC7 CARLOC8 CARLOC9 CARLOC10 CARLOC11 CDRLOC0 CDRLOC1 CDRLOC2 CDRLOC3 CDRLOC4 CDRLOC5 CAARLOC0 CAARLOC1 CAARLOC2 CAARLOC3 % Function call support CALL0 CALL1 CALL2 CALL2R CALL3 CALLN CALL0_0 CALL0_1 CALL0_2 CALL0_3 CALL1_0 CALL1_1 CALL1_2 CALL1_3 CALL1_4 CALL1_5 CALL2_0 CALL2_1 CALL2_2 CALL2_3 CALL2_4 BUILTIN0 BUILTIN1 BUILTIN2 BUILTIN2R BUILTIN3 APPLY1 APPLY2 APPLY3 APPLY4 JCALL JCALLN % Branches. The main collection come in variants with long or short % offsets and with the branch to go fowards or backwards. JUMP JUMP_B JUMP_L JUMP_BL JUMPNIL JUMPNIL_B JUMPNIL_L JUMPNIL_BL JUMPT JUMPT_B JUMPT_L JUMPT_BL JUMPATOM JUMPATOM_B JUMPATOM_L JUMPATOM_BL JUMPNATOM JUMPNATOM_B JUMPNATOM_L JUMPNATOM_BL JUMPEQ JUMPEQ_B JUMPEQ_L JUMPEQ_BL JUMPNE JUMPNE_B JUMPNE_L JUMPNE_BL JUMPEQUAL JUMPEQUAL_B JUMPEQUAL_L JUMPEQUAL_BL JUMPNEQUAL JUMPNEQUAL_B JUMPNEQUAL_L JUMPNEQUAL_BL % The following jumps go forwards only, and by only short offsets. They % are provided to support a collection of common special cases % (a) test local variables for NIL or TRUE JUMPL0NIL JUMPL0T JUMPL1NIL JUMPL1T JUMPL2NIL JUMPL2T JUMPL3NIL JUMPL3T JUMPL4NIL JUMPL4T % (b) store in a local variable and test for NIL or TRUE JUMPST0NIL JUMPST0T JUMPST1NIL JUMPST1T JUMPST2NIL JUMPST2T % (c) test if local variable is atomic or not JUMPL0ATOM JUMPL0NATOM JUMPL1ATOM JUMPL1NATOM JUMPL2ATOM JUMPL2NATOM JUMPL3ATOM JUMPL3NATOM % (d) test free variable for NIL or TRUE JUMPFREE1NIL JUMPFREE1T JUMPFREE2NIL JUMPFREE2T JUMPFREE3NIL JUMPFREE3T JUMPFREE4NIL JUMPFREE4T JUMPFREENIL JUMPFREET % (e) test for equality (EQ) against literal value JUMPLIT1EQ JUMPLIT1NE JUMPLIT2EQ JUMPLIT2NE JUMPLIT3EQ JUMPLIT3NE JUMPLIT4EQ JUMPLIT4NE JUMPLITEQ JUMPLITNE % (f) call built-in one-arg function and use that as a predicate JUMPB1NIL JUMPB1T JUMPB2NIL JUMPB2T % (g) flagp with a literal tag JUMPFLAGP JUMPNFLAGP % (h) EQCAR test against literal JUMPEQCAR JUMPNEQCAR % CATCH needs something that behaves a bit like a (general) jump. CATCH CATCH_B CATCH_L CATCH_BL % After a CATCH the stack (etc) needs restoring UNCATCH THROW PROTECT UNPROTECT PVBIND PVRESTORE % PROGV support FREEBIND FREERSTR % Bind/restore FLUID/SPECIAL variables % Exiting from a procedure, optionally popping the stack a bit EXIT NILEXIT LOC0EXIT LOC1EXIT LOC2EXIT % General stack management PUSH PUSHNIL PUSHNIL2 PUSHNIL3 PUSHNILS POP LOSE LOSE2 LOSE3 LOSES % Exchange A and B registers SWOP % Various especially havily used Lisp functions EQ EQCAR EQUAL NUMBERP CAR CDR CAAR CADR CDAR CDDR CONS NCONS XCONS ACONS LENGTH LIST2 LIST2STAR LIST3 PLUS2 ADD1 DIFFERENCE SUB1 TIMES2 GREATERP LESSP FLAGP GET LITGET GETV QGETV QGETVN % Support for over-large stack-frames (LOADLOC/STORELOC + lexical access) BIGSTACK % Support for CALLs where the literal vector has become huge BIGCALL % An integer-based SWITCH or CASE statement has special support ICASE % Speed-up support for compiled GET and FLAGP when tag is important FASTGET % Opcodes that have not yet been allocated. SPARE1 SPARE2 )$ if demo!-mode() then << p := s!:opcodelist; for j := 0:254 do << n := random!-number(256-j); q := p; for k := 1:n do q := cdr q; w := car p; rplaca(p, car q); rplaca(q, w); p := cdr p >> >>; end;