dmd.backend.cod2

Compiler implementation of the D programming language.

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Functions

cdabs void cdabs(CodeBuilder cdb, elem* e, regm_t* pretregs): Absolute value operator
cdbswap void cdbswap(CodeBuilder cdb, elem* e, regm_t* pretregs): Bswap operator
cdcom void cdcom(CodeBuilder cdb, elem* e, regm_t* pretregs): Complement operator
cdcomma void cdcomma(CodeBuilder cdb, elem* e, regm_t* pretregs): Comma operator OPcomma
cdcond void cdcond(CodeBuilder cdb, elem* e, regm_t* pretregs): ?: operator
cdctor void cdctor(CodeBuilder cdb, elem* e, regm_t* pretregs): C++ constructor.
cddctor void cddctor(CodeBuilder cdb, elem* e, regm_t* pretregs): D constructor. OPdctor
cdddtor void cdddtor(CodeBuilder cdb, elem* e, regm_t* pretregs): D destructor. OPddtor
cddiv void cddiv(CodeBuilder cdb, elem* e, regm_t* pretregs): Handle divide, modulo and remquo. Note that modulo isn't defined for doubles.
cddtor void cddtor(CodeBuilder cdb, elem* e, regm_t* pretregs): OPdtor
cdhalt void cdhalt(CodeBuilder cdb, elem* e, regm_t* pretregs)
cdind void cdind(CodeBuilder cdb, elem* e, regm_t* pretregs): Perform a 'star' reference (indirection).
cdloglog void cdloglog(CodeBuilder cdb, elem* e, regm_t* pretregs): Do && and || operators. Generate: (evaluate e1 and e2, if true goto cnop1) cnop3: NOP cg: [save reg code] ;if we must preserve reg CLR reg ;false result (set Z also) JMP cnop2
cdmemcmp void cdmemcmp(CodeBuilder cdb, elem* e, regm_t* pretregs): Generate code for memcmp(s1,s2,n) intrinsic.
cdmemcpy void cdmemcpy(CodeBuilder cdb, elem* e, regm_t* pretregs): Generate code for memcpy(s1,s2,n) intrinsic. OPmemcpy / \ s1 OPparam / \ s2 n
cdmemset void cdmemset(CodeBuilder cdb, elem* e, regm_t* pretregs): Generate code for memset(s,value,numbytes) intrinsic. (s OPmemset (numbytes OPparam value))
cdmul void cdmul(CodeBuilder cdb, elem* e, regm_t* pretregs): Handle multiply.
cdneg void cdneg(CodeBuilder cdb, elem* e, regm_t* pretregs): OPneg, OPsqrt, OPsin, OPcos, OPrint
cdnot void cdnot(CodeBuilder cdb, elem* e, regm_t* pretregs): Handle OPnot and OPbool. Generate: c: [evaluate e1] cfalse: [save reg code] clr reg jmp cnop ctrue: [save reg code] clr reg inc reg cnop: nop
cdorth void cdorth(CodeBuilder cdb, elem* e, regm_t* pretregs): Handle operators which are more or less orthogonal ( + - & | ^ )
cdpost void cdpost(CodeBuilder cdb, elem* e, regm_t* pretregs): Post increment and post decrement.
cdrelconst void cdrelconst(CodeBuilder cdb, elem* e, regm_t* pretregs): Get the address of. Is also called by cdstreq() to set up pointer to a structure.
cdshift void cdshift(CodeBuilder cdb, elem* e, regm_t* pretregs): Generate code for shift left or shift right (OPshl,OPshr,OPashr,OProl,OPror).
cdstrcmp void cdstrcmp(CodeBuilder cdb, elem* e, regm_t* pretregs): Generate code for strcmp(s1,s2) intrinsic.
cdstrcpy void cdstrcpy(CodeBuilder cdb, elem* e, regm_t* pretregs): Generate code for strcpy(s1,s2) intrinsic.
cdstreq void cdstreq(CodeBuilder cdb, elem* e, regm_t* pretregs): Do structure assignments. This should be fixed so that (s1 = s2) is rewritten to (&s1 = &s2). Mebbe call cdstreq() for double assignments???
cdstrlen void cdstrlen(CodeBuilder cdb, elem* e, regm_t* pretregs): Generate code for intrinsic strlen().
cdvoid void cdvoid(CodeBuilder cdb, elem* e, regm_t* pretregs)
getoffset void getoffset(CodeBuilder cdb, elem* e, reg_t reg): Load the offset portion of the address represented by e into reg.
idxregm regm_t idxregm(code* c): Determine index registers used by addressing mode. Index is rm of modregrm field.
movOnly bool movOnly(elem* e)
opdouble void opdouble(CodeBuilder cdb, elem* e, regm_t* pretregs, uint clib): Gen code for call to floating point routine.

dmd.backend.cod2

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