TempleOSTS_140317.ISO
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1416 files changed
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@@ -0,0 +1,442 @@
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Bool OptEqu(I64 num,Bool val) {
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return BEqu(&Fs->last_lex->opts,num,val);
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}
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//Turn on compiler option
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Bool OptOn(I64 num) {
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return OptEqu(num,ON);
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}
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//Turn off compiler option
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Bool OptOff(I64 num) {
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return OptEqu(num,OFF);
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}
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//Get state of compiler option
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Bool GetOpt(I64 num) {
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return Bt(&Fs->last_lex->opts,num);
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}
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//Displays intermediate code after passes through optimization
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Bool OTrace(Bool val) {
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return OptEqu(OPTf_OPT_TRACE,val);
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}
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//Ctrls which optimizer passes are displayed
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I64 OTraceMask(I64 i=0b1001111101) {
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I64 old=Fs->last_lex->pass_trace_mask;
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Fs->last_lex->pass_trace_mask=i;
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return old;
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}
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//Displays assembly code output
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Bool CTrace(Bool val) {
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return OptEqu(OPTf_COMPILE_TRACE,val);
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}
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//Displays text as it is being compiled
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Bool Echo(Bool val) {
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return OptEqu(OPTf_ECHO,val);
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}
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U0 ImportHashTable(CHashTable *src)
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{ //called from #exe {} in AOT modules
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// See $LK,"::/Kernel/AOT.HPP"$.
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CLex *lx=Fs->last_lex;
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if (lx==&Fs->next_lex)
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PrintErr("Not Compiling\n");
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else {
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if (!(lx->flags&LF_EXE_BLK))
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LexExcept(lx,"import_hash_table only allowed in AOT compiled "
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"#exe{} mode.");
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while (src) {
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if (lx->htc.next && lx->htc.next->glbl_hash_table)
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HashTableImport(src,lx->htc.next->glbl_hash_table);
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else if (lx->htc.glbl_hash_table)
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HashTableImport(src,lx->htc.glbl_hash_table);
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src=src->next;
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}
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}
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}
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I64 IncludeDepth()
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{
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CLex *lx=Fs->last_lex;
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return lx->cur_lfn-&lx->lfns;
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}
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U0 ICClassPut(CHashClass *c)
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{
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I64 i;
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if (!c) return;
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if (c->ptr_cnt>4) {
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PrintErr("put_class ptrcnt=%d\n",c->ptr_cnt);
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while (TRUE)
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//TODO:
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Yield;
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}
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for (i=0;i<c->ptr_cnt;i++)
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'*';
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c-=c->ptr_cnt;
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if (c->str)
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"%s",c->str;
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else {
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PrintErr("put_class str=NULL\n");
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while (TRUE)
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//TODO:
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Yield;
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}
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'' CH_SPACE;
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}
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U0 ICArgPut(CICArg *a)
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{
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if (a->type_pointed)
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"%Z %Z %Z ",
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a->type&RT_MASK,"ST_IT_TYPES",
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a->type_pointed&RT_MASK,"ST_IT_TYPES",
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a->type>>4,"ST_TY_TYPES";
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else
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"%Z %Z ",
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a->type&RT_MASK,"ST_IT_TYPES",
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a->type>>4,"ST_TY_TYPES";
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switch (a->type>>4) {
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case TY_STK>>4:
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"STK";
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break;
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case TY_IMM>>4:
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"#%X",a->disp;
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break;
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case TY_REG>>4:
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"%Z",a->reg,"ST_U64_REGS";
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break;
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case TY_DISP>>4:
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"%X[%Z]",a->disp,a->reg,"ST_U64_REGS";
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break;
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case TY_RIP_DISP32>>4:
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"[%X]",a->disp;
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break;
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case TY_SIB>>4:
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if (a->disp)
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"%X",a->disp;
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if (a->reg==REG_RIP)
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'[';
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else
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"[%Z+",a->reg&15,"ST_U64_REGS";
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"%Z",a->reg>>8&15,"ST_U64_REGS";
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switch (a->reg>>14) {
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case 0: "]"; break;
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case 1: "*2]"; break;
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case 2: "*4]"; break;
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case 3: "*8]"; break;
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}
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break;
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}
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}
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U0 ICPut(CIntermediateCode *tempi)
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{
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I64 opcode=tempi->ic_code,i;
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if (opcode>=IC_END_EXP && opcode!=IC_NOP2) {
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"%15ts %016X ",
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DefineSub(opcode,"ST_INTERMEDIATE_CODE")+5,
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tempi->ic_data;
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if (tempi->r.type&TY_MASK) {
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ICArgPut(&tempi->r);
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"<-";
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}
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if (tempi->a1.type&TY_MASK)
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ICArgPut(&tempi->a1);
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',';
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if (tempi->a2.type&TY_MASK)
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ICArgPut(&tempi->a2);
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'' CH_SPACE;
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ICClassPut(tempi->ic_class);
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if (tempi->ic_flags & ICF_LOCK)
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"$$BROWN$$lock$$FG$$ ";
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if (tempi->ic_flags & ICF_A2_TO_F64)
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"$$LTBLUE$$a2d$$FG$$ ";
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if (tempi->ic_flags & ICF_A2_TO_INT)
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"$$GREEN$$a2i$$FG$$ ";
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if (tempi->ic_flags & ICF_A1_TO_F64)
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"$$LTBLUE$$a1d$$FG$$ ";
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if (tempi->ic_flags & ICF_A1_TO_INT)
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"$$GREEN$$a1i$$FG$$ ";
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if (tempi->ic_flags & ICF_R_TO_F64)
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"$$LTBLUE$$rd$$FG$$ ";
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if (tempi->ic_flags & ICF_R_TO_INT)
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"$$GREEN$$ri$$FG$$ ";
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if (tempi->ic_flags & ICF_USE_F64)
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"[F64] ";
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if (tempi->ic_flags & ICF_USE_UNSIGNED)
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"[unsigned] ";
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if (tempi->ic_flags & ICF_USE_INT)
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"[int] ";
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if (tempi->ic_flags & ICF_NO_DEPEND_RESULT)
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"-DEP ";
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if (tempi->ic_flags & ICF_DEPEND_RESULT)
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"+DEP ";
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if (tempi->ic_flags & ICF_NOT_ADDR)
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"NOT_ADDR ";
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if (tempi->ic_flags & ICF_PUSH_RESULT)
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"PUSH ";
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if (tempi->ic_flags & ICF_PUSH_CMP)
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"PUSH_CMP ";
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if (tempi->ic_flags & ICF_POP_CMP)
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"POP_CMP ";
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if (tempi->ic_flags & ICF_DEL_PREVIOUS_INS)
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"DELINS ";
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for (i=0;i<3;i++) {
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if (Bt(&tempi->ic_flags,ICf_DONT_PUSH_FLOAT0+i))
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"DONT_PUSH#%d ",i;
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if (Bt(&tempi->ic_flags,ICf_DONT_POP_FLOAT0+i))
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"DONT_POP#%d ",i;
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}
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if (tempi->ic_flags & ICF_ALTERNATE_TEMPLATE)
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"ALT_TEMP ";
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NewLine;
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}
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}
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U0 LCCQuePut(CLex *lx)
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{
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CIntermediateCode *tempi=lx->lcc.lcc_root.next;
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while (tempi->ic_code) {
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if (tempi->ic_flags&ICF_TRACE)
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ICPut(tempi);
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tempi=tempi->next;
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}
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}
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U0 LCCInit(CLex *lx)
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{
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CLexCodeCtrl *tempcbh=&lx->lcc;
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QueInit(&tempcbh->lcc_root.next);
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QueInit(&tempcbh->lcc_next_misc);
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tempcbh->lcc_root.ic_code=IC_END;
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}
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CIntermediateCode *LCCAdd(CLex *lx,
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I64 opcode_and_precedence,I64 arg, CHashClass *c,I64 flags=0)
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{
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CIntermediateCode *tempi=MAlloc(sizeof(CIntermediateCode));
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tempi->ic_code=opcode_and_precedence.u16[0];
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tempi->ic_precedence=opcode_and_precedence.u16[1];
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tempi->ic_data=arg;
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tempi->ic_class=c;
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if (Bt(&lx->opts,OPTf_OPT_TRACE)) {
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Bts(&lx->flags,Lf_OPT_TRACE_PRESENT);
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flags|=ICF_TRACE;
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}
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if (lx->lock_cnt)
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flags|=ICF_LOCK;
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tempi->ic_flags=flags;
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tempi->ic_line=lx->last_line_num;
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QueIns(tempi,lx->lcc.lcc_root.last);
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return tempi;
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}
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U0 LCCPush(CLex *lx)
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{
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CLexCodeCtrl *tempcbh=MAlloc(sizeof(CLexCodeCtrl));
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MemCpy(tempcbh,&lx->lcc,sizeof(CLexCodeCtrl));
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lx->lcc.lcc_next=tempcbh;
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}
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CLex *LCCPopNoFree(CLex *lx)
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{
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CLexCodeCtrl *tempcbh=lx->lcc.lcc_next;
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MemCpy(&lx->lcc,tempcbh,sizeof(CLexCodeCtrl));
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return tempcbh;
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}
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U0 LCCPop(CLex *lx)
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{
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Free(LCCPopNoFree(lx));
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}
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U0 LCCAppend(CLex *lx, CLexCodeCtrl *tempcbh)
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{
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if (tempcbh->lcc_root.next!=&lx->lcc.lcc_root.next) {
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lx->lcc.lcc_root.last->next=tempcbh->lcc_root.next;
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tempcbh->lcc_root.next->last=lx->lcc.lcc_root.last;
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lx->lcc.lcc_root.last=tempcbh->lcc_root.last;
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tempcbh->lcc_root.last->next=&lx->lcc.lcc_root.next;
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}
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if (tempcbh->lcc_next_misc!=&lx->lcc.lcc_next_misc) {
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lx->lcc.lcc_last_misc->next=tempcbh->lcc_next_misc;
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tempcbh->lcc_next_misc->last=lx->lcc.lcc_last_misc;
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lx->lcc.lcc_last_misc=tempcbh->lcc_last_misc;
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tempcbh->lcc_last_misc->next=&lx->lcc.lcc_next_misc;
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}
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Free(tempcbh);
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}
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CLexCodeMisc *LCCMiscNew(CLex *lx,I64 ty)
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{
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CLexCodeMisc *result=CAlloc(sizeof(CLexCodeMisc));
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result->addr=INVALID_PTR;
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result->type=ty;
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QueIns(result,lx->lcc.lcc_last_misc);
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return result;
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}
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CLexCodeMisc *LCCGoToLabelFind(CLex *lx,U8 *name)
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{
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CLexCodeMisc *mc=lx->lcc.lcc_next_misc;
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while (mc!=&lx->lcc.lcc_next_misc) {
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if ((mc->type==CMT_GOTO_LABEL||mc->type==CMT_ASM_LABEL) &&
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!StrCmp(mc->str,name))
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return mc;
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mc=mc->next;
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}
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return NULL;
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}
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I64 LCCFloatConstFind(CLex *lx,F64 d)
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{
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I64 i;
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CLexCodeMisc *mc=lx->lcc.lcc_next_misc;
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while (mc!=&lx->lcc.lcc_next_misc) {
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if (mc->type==CMT_FLOAT_CONSTS) {
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for (i=0;i<mc->num_consts;i++)
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if (mc->float_consts[i]==d)
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return mc->addr+i*sizeof(F64);
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if (mc->num_consts<CM_MAX_CONSTS) {
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mc->float_consts[mc->num_consts++]=d;
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return mc->addr+i*sizeof(F64);
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}
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}
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mc=mc->next;
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}
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mc=LCCMiscNew(lx,CMT_FLOAT_CONSTS);
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mc->float_consts=MAlloc(CM_MAX_CONSTS*sizeof(F64));
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mc->float_consts[mc->num_consts++]=d;
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return mc->addr;
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}
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U0 LCCDel(CLex *lx,CLexCodeCtrl *lcc)
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{
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CLexCodeMisc *mc,*mc1;
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U8 *undef=NULL;
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QueDel(&lcc->lcc_root.next);
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mc=lcc->lcc_next_misc;
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while (mc!=&lcc->lcc_next_misc) {
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mc1=mc->next;
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switch (mc->type) {
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case CMT_GOTO_LABEL:
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case CMT_ASM_LABEL:
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if (!(mc->flags&CMF_DEFINED)) {
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undef=mc->str;
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mc->str=NULL;
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} else if (!mc->use_cnt) {
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PrintWarn("Unused label %s\n",mc->str);
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LexWarn(lx,"Unused label at ");
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}
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break;
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case CMT_JMP_TABLE:
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Free(mc->jmp_table);
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break;
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case CMT_FLOAT_CONSTS:
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Free(mc->float_consts);
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break;
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case CMT_ARRAY_DIM:
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LinkedLstDel(mc->dim);
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break;
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case CMT_HASH_ENTRY:
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HashDel(mc->h);
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break;
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}
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Free(mc->str);
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Free(mc);
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mc=mc1;
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}
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if (undef) {
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PrintErr("Undefined goto label %s\n",undef);
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Free(undef);
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LexExcept(lx,"Undefined goto label at ");
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}
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}
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U0 LCCHeaderPut(CLex *lx,I64 pass,Bool put)
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{
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if (Bt(&lx->flags,Lf_OPT_TRACE_PRESENT)) {
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if (put) {
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if (Bt(&lx->pass_trace_mask,pass-1)) {
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"$$IV,1$$Pass %d:$$IV,0$$\n",pass-1;
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LCCQuePut(lx);
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}
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} else if (Bt(&lx->pass_trace_mask,pass))
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"$$IV,1$$Pass %d:$$IV,0$$\n",pass;
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}
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lx->pass=pass;
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}
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U8 *LCCCompile(CLex *lx,I64 *_code_size,CDbgInfo **_dbg,I64 *_type)
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{
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U8 *result;
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CLexCodeMisc *lb;
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I64 i,code_size,last_code_size;
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COptReg reg_offsets[NUM_REGS];
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if (_dbg) *_dbg=NULL;
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LCCHeaderPut(lx,1,TRUE);
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OptPass012(lx);
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LCCHeaderPut(lx,2,TRUE);
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OptPass012(lx);
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LCCHeaderPut(lx,3,TRUE);
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OptPass3(lx,reg_offsets);
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LCCHeaderPut(lx,4,TRUE);
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OptPass4(lx,reg_offsets,_type);
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LCCHeaderPut(lx,5,TRUE);
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OptPass5(lx);
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LCCHeaderPut(lx,6,TRUE);
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OptPass6(lx);
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LCCHeaderPut(lx,7,TRUE);
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lb=lx->lcc.lcc_next_misc;
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while (lb!=&lx->lcc.lcc_next_misc) {
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if (lb->type==CMT_JMP_TABLE) {
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for (i=0;i<lb->range;i++)
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lb->jmp_table[i]=OptLabelFwd(lb->jmp_table[i]);
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lb->dft=OptLabelFwd(lb->dft);
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}
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lb=lb->next;
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}
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LCCHeaderPut(lx,7,FALSE);
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code_size=OptPass789(lx,reg_offsets,NULL,NULL);
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do {
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last_code_size=code_size;
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LCCHeaderPut(lx,8,FALSE);
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code_size=OptPass789(lx,reg_offsets,NULL,NULL);
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if (code_size>last_code_size) {
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"Pass:8 Code Size\n";
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LexExcept(lx,"Compiler Optimization Error at ");
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}
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} while (code_size<last_code_size);
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if (lx->flags&LF_AOT_COMPILE)
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result=MAlloc(code_size);
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else
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result=MAlloc(code_size,Fs->code_heap);
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LCCHeaderPut(lx,9,FALSE);
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code_size=OptPass789(lx,reg_offsets,result,_dbg);
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compiled_bytes+=code_size;
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LCCDel(lx,&lx->lcc);
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if (Bt(&lx->opts,OPTf_COMPILE_TRACE)) {
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if (lx->flags&LF_AOT_COMPILE) {
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if (lx->a->seg_size==16)
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Un(result,code_size,16);
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else if (lx->a->seg_size==64)
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Un(result,code_size,64);
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else
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Un(result,code_size,32);
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} else
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Un(result,code_size,64);
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}
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if (_code_size) *_code_size=code_size;
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return result;
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}
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