ref: 12e226ac6798412271020d42645f69138715c519
dir: /utils/qc/q.out.h/
#define NSNAME 8 #define NSYM 50 #define NREG 32 #define NOPROF (1<<0) #define DUPOK (1<<1) enum { REGZERO = 0, /* set to zero */ REGSP = 1, REGSB = 2, REGRET = 3, REGARG = 3, REGMIN = 7, /* register variables allocated from here to REGMAX */ REGMAX = 27, REGEXT = 30, /* external registers allocated from here down */ REGTMP = 31, /* used by the linker */ FREGRET = 0, FREGMIN = 17, /* first register variable */ FREGEXT = 26, /* first external register */ FREGCVI = 27, /* floating conversion constant */ FREGZERO = 28, /* both float and double */ FREGHALF = 29, /* double */ FREGONE = 30, /* double */ FREGTWO = 31 /* double */ /* * GENERAL: * * compiler allocates R3 up as temps * compiler allocates register variables R7-R27 * compiler allocates external registers R30 down * * compiler allocates register variables F17-F26 * compiler allocates external registers F26 down */ }; enum as { AXXX = 0, AADD, AADDCC, AADDV, AADDVCC, AADDC, AADDCCC, AADDCV, AADDCVCC, AADDME, AADDMECC, AADDMEVCC, AADDMEV, AADDE, AADDECC, AADDEVCC, AADDEV, AADDZE, AADDZECC, AADDZEVCC, AADDZEV, AAND, AANDCC, AANDN, AANDNCC, ABC, ABCL, ABEQ, ABGE, ABGT, ABL, ABLE, ABLT, ABNE, ABR, ABVC, ABVS, ACMP, ACMPU, ACNTLZW, ACNTLZWCC, ACRAND, ACRANDN, ACREQV, ACRNAND, ACRNOR, ACROR, ACRORN, ACRXOR, ADIVW, ADIVWCC, ADIVWVCC, ADIVWV, ADIVWU, ADIVWUCC, ADIVWUVCC, ADIVWUV, AEQV, AEQVCC, AEXTSB, AEXTSBCC, AEXTSH, AEXTSHCC, AFABS, AFABSCC, AFADD, AFADDCC, AFADDS, AFADDSCC, AFCMPO, AFCMPU, AFCTIW, AFCTIWCC, AFCTIWZ, AFCTIWZCC, AFDIV, AFDIVCC, AFDIVS, AFDIVSCC, AFMADD, AFMADDCC, AFMADDS, AFMADDSCC, AFMOVD, AFMOVDCC, AFMOVDU, AFMOVS, AFMOVSU, AFMSUB, AFMSUBCC, AFMSUBS, AFMSUBSCC, AFMUL, AFMULCC, AFMULS, AFMULSCC, AFNABS, AFNABSCC, AFNEG, AFNEGCC, AFNMADD, AFNMADDCC, AFNMADDS, AFNMADDSCC, AFNMSUB, AFNMSUBCC, AFNMSUBS, AFNMSUBSCC, AFRSP, AFRSPCC, AFSUB, AFSUBCC, AFSUBS, AFSUBSCC, AMOVMW, ALSW, ALWAR, AMOVWBR, AMOVB, AMOVBU, AMOVBZ, AMOVBZU, AMOVH, AMOVHBR, AMOVHU, AMOVHZ, AMOVHZU, AMOVW, AMOVWU, AMOVFL, AMOVCRFS, AMTFSB0, AMTFSB0CC, AMTFSB1, AMTFSB1CC, AMULHW, AMULHWCC, AMULHWU, AMULHWUCC, AMULLW, AMULLWCC, AMULLWVCC, AMULLWV, ANAND, ANANDCC, ANEG, ANEGCC, ANEGVCC, ANEGV, ANOR, ANORCC, AOR, AORCC, AORN, AORNCC, AREM, AREMCC, AREMV, AREMVCC, AREMU, AREMUCC, AREMUV, AREMUVCC, ARFI, ARLWMI, ARLWMICC, ARLWNM, ARLWNMCC, ASLW, ASLWCC, ASRW, ASRAW, ASRAWCC, ASRWCC, ASTSW, ASTWCCC, ASUB, ASUBCC, ASUBVCC, ASUBC, ASUBCCC, ASUBCV, ASUBCVCC, ASUBME, ASUBMECC, ASUBMEVCC, ASUBMEV, ASUBV, ASUBE, ASUBECC, ASUBEV, ASUBEVCC, ASUBZE, ASUBZECC, ASUBZEVCC, ASUBZEV, ASYNC, AXOR, AXORCC, ADCBF, ADCBI, ADCBST, ADCBT, ADCBTST, ADCBZ, AECIWX, AECOWX, AEIEIO, AICBI, AISYNC, ATLBIE, ATW, ASYSCALL, ADATA, AGLOBL, AGOK, AHISTORY, ANAME, ANOP, ARETURN, ATEXT, AWORD, AEND, ADYNT, AINIT, ASIGNAME, /* IBM powerpc embedded; not portable */ AMACCHW, AMACCHWCC, AMACCHWS, AMACCHWSCC, AMACCHWSU, AMACCHWSUCC, AMACCHWSUV, AMACCHWSUVCC, AMACCHWSV, AMACCHWSVCC, AMACCHWU, AMACCHWUCC, AMACCHWUV, AMACCHWUVCC, AMACCHWV, AMACCHWVCC, AMACHHW, AMACHHWCC, AMACHHWV, AMACHHWVCC, AMACHHWS, AMACHHWSCC, AMACHHWSV, AMACHHWSVCC, AMACHHWSU, AMACHHWSUCC, AMACHHWSUV, AMACHHWSUVCC, AMACHHWU, AMACHHWUCC, AMACHHWUV, AMACHHWUVCC, AMACLHW, AMACLHWCC, AMACLHWS, AMACLHWSCC, AMACLHWSU, AMACLHWSUCC, AMACLHWSUV, AMACLHWSUVCC, AMACLHWSV, AMACLHWSVCC, AMACLHWU, AMACLHWUCC, AMACLHWUV, AMACLHWUVCC, AMACLHWV, AMACLHWVCC, AMULCHW, AMULCHWCC, AMULCHWU, AMULCHWUCC, AMULHHW, AMULHHWCC, AMULHHWU, AMULHHWUCC, AMULLHW, AMULLHWCC, AMULLHWU, AMULLHWUCC, ANMACCHW, ANMACCHWCC, ANMACCHWS, ANMACCHWSCC, ANMACCHWSV, ANMACCHWSVCC, ANMACCHWV, ANMACCHWVCC, ANMACHHW, ANMACHHWCC, ANMACHHWS, ANMACHHWSCC, ANMACHHWSV, ANMACHHWSVCC, ANMACHHWV, ANMACHHWVCC, ANMACLHW, ANMACLHWCC, ANMACLHWS, ANMACLHWSCC, ANMACLHWSV, ANMACLHWSVCC, ANMACLHWV, ANMACLHWVCC, ARFCI, /* optional on 32-bit */ AFRES, AFRESCC, AFRSQRTE, AFRSQRTECC, AFSEL, AFSELCC, AFSQRT, AFSQRTCC, AFSQRTS, AFSQRTSCC, /* parallel, cross, and secondary */ AFPSEL, AFPMUL, AFXMUL, AFXPMUL, AFXSMUL, AFPADD, AFPSUB, AFPRE, AFPRSQRTE, AFPMADD, AFXMADD, AFXCPMADD, AFXCSMADD, AFPNMADD, AFXNMADD, AFXCPNMADD, AFXCSNMADD, AFPMSUB, AFXMSUB, AFXCPMSUB, AFXCSMSUB, AFPNMSUB, AFXNMSUB, AFXCPNMSUB, AFXCSNMSUB, AFPABS, AFPNEG, AFPRSP, AFPNABS, AFSCMP, AFSABS, AFSNEG, AFSNABS, AFPCTIW, AFPCTIWZ, AFMOVSPD, AFMOVPSD, AFXCPNPMA, AFXCSNPMA, AFXCPNSMA, AFXCSNSMA, AFXCXNPMA, AFXCXNSMA, AFXCXMA, AFXCXNMS, /* parallel, cross, and secondary load and store */ AFSMOVS, AFSMOVSU, AFSMOVD, AFSMOVDU, AFXMOVS, AFXMOVSU, AFXMOVD, AFXMOVDU, AFPMOVS, AFPMOVSU, AFPMOVD, AFPMOVDU, AFPMOVIW, ALAST }; /* type/name */ enum { D_GOK = 0, D_NONE, /* name */ D_EXTERN, D_STATIC, D_AUTO, D_PARAM, /* type */ D_BRANCH, D_OREG, D_CONST, D_FCONST, D_SCONST, D_REG, D_FPSCR, D_MSR, D_FREG, D_CREG, D_SPR, D_SREG, /* segment register */ D_OPT, /* branch/trap option */ D_FILE, D_FILE1, D_DCR, /* device control register */ /* reg names iff type is D_SPR */ D_XER = 1, D_LR = 8, D_CTR = 9 /* and many supervisor level registers */ }; /* * this is the ranlib header */ #define SYMDEF "__.SYMDEF" /* * this is the simulated IEEE floating point */ typedef struct ieee Ieee; struct ieee { long l; /* contains ls-man 0xffffffff */ long h; /* contains sign 0x80000000 exp 0x7ff00000 ms-man 0x000fffff */ };