Mercurial > projects > ldc
annotate gen/functions.cpp @ 468:45a67b6f1310
Removed the 'needsstorage' thing from Dsymbol. Arguments are not always given storage when applicable. This is not longer treat specially
in this regard. Code for accessing nested variables and contexts rewritten. Probably more. Fairly well tested.
author | Tomas Lindquist Olsen <tomas.l.olsen@gmail.com> |
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date | Mon, 04 Aug 2008 02:59:34 +0200 |
parents | d82ebdba4191 |
children | 672eb4893b55 |
rev | line source |
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100 | 1 #include "gen/llvm.h" |
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2 #include "llvm/Support/CFG.h" |
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3 #include "llvm/Intrinsics.h" |
100 | 4 |
5 #include "mtype.h" | |
6 #include "aggregate.h" | |
7 #include "init.h" | |
8 #include "declaration.h" | |
9 #include "template.h" | |
10 #include "module.h" | |
11 #include "statement.h" | |
12 | |
13 #include "gen/irstate.h" | |
14 #include "gen/tollvm.h" | |
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15 #include "gen/llvmhelpers.h" |
100 | 16 #include "gen/runtime.h" |
17 #include "gen/arrays.h" | |
18 #include "gen/logger.h" | |
19 #include "gen/functions.h" | |
20 #include "gen/todebug.h" | |
21 #include "gen/classes.h" | |
131 | 22 #include "gen/dvalue.h" |
100 | 23 |
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24 const llvm::FunctionType* DtoFunctionType(Type* type, const LLType* thistype, bool ismain) |
100 | 25 { |
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26 assert(type->ty == Tfunction); |
100 | 27 TypeFunction* f = (TypeFunction*)type; |
28 | |
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29 if (type->ir.type != NULL) { |
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30 return llvm::cast<llvm::FunctionType>(type->ir.type->get()); |
100 | 31 } |
32 | |
33 bool typesafeVararg = false; | |
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34 bool arrayVararg = false; |
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35 if (f->linkage == LINKd) |
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36 { |
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37 if (f->varargs == 1) |
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38 typesafeVararg = true; |
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39 else if (f->varargs == 2) |
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40 arrayVararg = true; |
100 | 41 } |
42 | |
43 // return value type | |
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44 const LLType* rettype; |
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45 const LLType* actualRettype; |
100 | 46 Type* rt = f->next; |
47 bool retinptr = false; | |
48 bool usesthis = false; | |
49 | |
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50 // parameter types |
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51 std::vector<const LLType*> paramvec; |
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52 |
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53 if (ismain) |
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54 { |
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55 rettype = LLType::Int32Ty; |
100 | 56 actualRettype = rettype; |
234
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57 if (Argument::dim(f->parameters) == 0) |
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58 { |
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59 const LLType* arrTy = DtoArrayType(LLType::Int8Ty); |
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60 const LLType* arrArrTy = DtoArrayType(arrTy); |
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61 paramvec.push_back(getPtrToType(arrArrTy)); |
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62 } |
100 | 63 } |
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64 else{ |
100 | 65 assert(rt); |
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66 if (DtoIsReturnedInArg(rt)) { |
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67 rettype = getPtrToType(DtoType(rt)); |
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68 actualRettype = LLType::VoidTy; |
100 | 69 f->llvmRetInPtr = retinptr = true; |
70 } | |
71 else { | |
72 rettype = DtoType(rt); | |
73 actualRettype = rettype; | |
74 } | |
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75 |
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76 if (unsigned ea = DtoShouldExtend(rt)) |
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77 { |
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78 f->llvmRetAttrs |= ea; |
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79 } |
100 | 80 } |
81 | |
82 if (retinptr) { | |
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83 //Logger::cout() << "returning through pointer parameter: " << *rettype << '\n'; |
100 | 84 paramvec.push_back(rettype); |
85 } | |
86 | |
87 if (thistype) { | |
88 paramvec.push_back(thistype); | |
89 usesthis = true; | |
90 } | |
91 | |
92 if (typesafeVararg) { | |
93 ClassDeclaration* ti = Type::typeinfo; | |
336 | 94 ti->toObjFile(0); // TODO: multiobj |
102
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95 DtoForceConstInitDsymbol(ti); |
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96 assert(ti->ir.irStruct->constInit); |
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97 std::vector<const LLType*> types; |
100 | 98 types.push_back(DtoSize_t()); |
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99 types.push_back(getPtrToType(getPtrToType(ti->ir.irStruct->constInit->getType()))); |
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100 const LLType* t1 = llvm::StructType::get(types); |
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101 paramvec.push_back(getPtrToType(t1)); |
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102 paramvec.push_back(getPtrToType(LLType::Int8Ty)); |
100 | 103 } |
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104 else if (arrayVararg) |
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105 { |
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106 // do nothing? |
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107 } |
100 | 108 |
109 size_t n = Argument::dim(f->parameters); | |
110 | |
111 for (int i=0; i < n; ++i) { | |
112 Argument* arg = Argument::getNth(f->parameters, i); | |
113 // ensure scalar | |
114 Type* argT = DtoDType(arg->type); | |
115 assert(argT); | |
116 | |
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117 bool refOrOut = ((arg->storageClass & STCref) || (arg->storageClass & STCout)); |
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118 |
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119 const LLType* at = DtoType(argT); |
100 | 120 if (isaStruct(at)) { |
121 Logger::println("struct param"); | |
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122 paramvec.push_back(getPtrToType(at)); |
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123 if (!refOrOut) |
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124 arg->llvmAttrs |= llvm::ParamAttr::ByVal; |
100 | 125 } |
126 else if (isaArray(at)) { | |
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127 // static array are passed by reference |
100 | 128 Logger::println("sarray param"); |
129 assert(argT->ty == Tsarray); | |
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130 paramvec.push_back(getPtrToType(at)); |
100 | 131 } |
132 else if (llvm::isa<llvm::OpaqueType>(at)) { | |
133 Logger::println("opaque param"); | |
134 assert(argT->ty == Tstruct || argT->ty == Tclass); | |
133
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135 paramvec.push_back(getPtrToType(at)); |
100 | 136 } |
137 else { | |
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138 if (refOrOut) { |
131 | 139 Logger::println("by ref param"); |
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140 at = getPtrToType(at); |
100 | 141 } |
142 else { | |
143 Logger::println("in param"); | |
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144 if (unsigned ea = DtoShouldExtend(argT)) |
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145 { |
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146 arg->llvmAttrs |= ea; |
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147 } |
100 | 148 } |
149 paramvec.push_back(at); | |
150 } | |
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151 |
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152 // handle lazy args |
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153 if (arg->storageClass & STClazy) |
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154 { |
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155 Logger::cout() << "for lazy got: " << *paramvec.back() << '\n'; |
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156 TypeFunction *ltf = new TypeFunction(NULL, arg->type, 0, LINKd); |
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157 TypeDelegate *ltd = new TypeDelegate(ltf); |
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158 at = getPtrToType(DtoType(ltd)); |
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159 Logger::cout() << "lazy updated to: " << *at << '\n'; |
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160 paramvec.back() = at; |
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161 // lazy doesn't need byval as the delegate is not visible to the user |
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162 } |
100 | 163 } |
164 | |
165 // construct function type | |
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166 bool isvararg = !(typesafeVararg || arrayVararg) && f->varargs; |
100 | 167 llvm::FunctionType* functype = llvm::FunctionType::get(actualRettype, paramvec, isvararg); |
168 | |
169 f->llvmRetInPtr = retinptr; | |
170 f->llvmUsesThis = usesthis; | |
171 | |
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172 f->ir.type = new llvm::PATypeHolder(functype); |
100 | 173 |
174 return functype; | |
175 } | |
176 | |
177 ////////////////////////////////////////////////////////////////////////////////////////// | |
178 | |
179 static const llvm::FunctionType* DtoVaFunctionType(FuncDeclaration* fdecl) | |
180 { | |
102
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181 // type has already been resolved |
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182 if (fdecl->type->ir.type != 0) { |
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183 return llvm::cast<llvm::FunctionType>(fdecl->type->ir.type->get()); |
102
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184 } |
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185 |
100 | 186 TypeFunction* f = (TypeFunction*)fdecl->type; |
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187 const llvm::FunctionType* fty = 0; |
100 | 188 |
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189 if (fdecl->llvmInternal == LLVMva_start) |
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190 fty = GET_INTRINSIC_DECL(vastart)->getFunctionType(); |
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191 else if (fdecl->llvmInternal == LLVMva_copy) |
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192 fty = GET_INTRINSIC_DECL(vacopy)->getFunctionType(); |
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193 else if (fdecl->llvmInternal == LLVMva_end) |
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194 fty = GET_INTRINSIC_DECL(vaend)->getFunctionType(); |
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195 assert(fty); |
100 | 196 |
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197 f->ir.type = new llvm::PATypeHolder(fty); |
100 | 198 return fty; |
199 } | |
200 | |
201 ////////////////////////////////////////////////////////////////////////////////////////// | |
202 | |
203 const llvm::FunctionType* DtoFunctionType(FuncDeclaration* fdecl) | |
204 { | |
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205 // handle for C vararg intrinsics |
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206 if (fdecl->isVaIntrinsic()) |
100 | 207 return DtoVaFunctionType(fdecl); |
208 | |
209 // type has already been resolved | |
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210 if (fdecl->type->ir.type != 0) |
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211 return llvm::cast<llvm::FunctionType>(fdecl->type->ir.type->get()); |
100 | 212 |
213
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213 const LLType* thisty = NULL; |
100 | 214 if (fdecl->needThis()) { |
132 | 215 if (AggregateDeclaration* ad = fdecl->isMember2()) { |
216 Logger::println("isMember = this is: %s", ad->type->toChars()); | |
100 | 217 thisty = DtoType(ad->type); |
113
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218 //Logger::cout() << "this llvm type: " << *thisty << '\n'; |
102
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219 if (isaStruct(thisty) || (!gIR->structs.empty() && thisty == gIR->topstruct()->recty.get())) |
133
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220 thisty = getPtrToType(thisty); |
100 | 221 } |
132 | 222 else { |
223 Logger::println("chars: %s type: %s kind: %s", fdecl->toChars(), fdecl->type->toChars(), fdecl->kind()); | |
224 assert(0); | |
225 } | |
100 | 226 } |
227 else if (fdecl->isNested()) { | |
244
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228 thisty = getPtrToType(LLType::Int8Ty); |
100 | 229 } |
230 | |
231 const llvm::FunctionType* functype = DtoFunctionType(fdecl->type, thisty, fdecl->isMain()); | |
232 | |
233 return functype; | |
234 } | |
235 | |
236 ////////////////////////////////////////////////////////////////////////////////////////// | |
237 | |
238 static llvm::Function* DtoDeclareVaFunction(FuncDeclaration* fdecl) | |
239 { | |
240 TypeFunction* f = (TypeFunction*)DtoDType(fdecl->type); | |
241 const llvm::FunctionType* fty = DtoVaFunctionType(fdecl); | |
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242 llvm::Function* func = 0; |
100 | 243 |
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244 if (fdecl->llvmInternal == LLVMva_start) |
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245 func = GET_INTRINSIC_DECL(vastart); |
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246 else if (fdecl->llvmInternal == LLVMva_copy) |
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247 func = GET_INTRINSIC_DECL(vacopy); |
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248 else if (fdecl->llvmInternal == LLVMva_end) |
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249 func = GET_INTRINSIC_DECL(vaend); |
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250 assert(func); |
100 | 251 |
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252 fdecl->ir.irFunc->func = func; |
100 | 253 return func; |
254 } | |
255 | |
256 ////////////////////////////////////////////////////////////////////////////////////////// | |
257 | |
102
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258 void DtoResolveFunction(FuncDeclaration* fdecl) |
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259 { |
121
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260 if (!global.params.useUnitTests && fdecl->isUnitTestDeclaration()) { |
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261 return; // ignore declaration completely |
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262 } |
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263 |
133
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264 // is imported and we don't have access? |
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265 if (fdecl->getModule() != gIR->dmodule) |
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266 { |
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267 if (fdecl->prot() == PROTprivate) |
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268 return; |
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269 } |
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270 |
173
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271 if (fdecl->ir.resolved) return; |
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272 fdecl->ir.resolved = true; |
102
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273 |
132 | 274 Logger::println("DtoResolveFunction(%s): %s", fdecl->toPrettyChars(), fdecl->loc.toChars()); |
102
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275 LOG_SCOPE; |
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276 |
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277 if (fdecl->parent) |
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278 if (TemplateInstance* tinst = fdecl->parent->isTemplateInstance()) |
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279 { |
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280 TemplateDeclaration* tempdecl = tinst->tempdecl; |
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281 if (tempdecl->llvmInternal == LLVMva_arg) |
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282 { |
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283 Logger::println("magic va_arg found"); |
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284 fdecl->llvmInternal = LLVMva_arg; |
173
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285 fdecl->ir.declared = true; |
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286 fdecl->ir.initialized = true; |
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287 fdecl->ir.defined = true; |
102
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288 return; // this gets mapped to an instruction so a declaration makes no sence |
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289 } |
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290 else if (tempdecl->llvmInternal == LLVMva_start) |
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291 { |
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292 Logger::println("magic va_start found"); |
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293 fdecl->llvmInternal = LLVMva_start; |
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294 } |
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295 } |
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296 |
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297 DtoFunctionType(fdecl); |
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298 |
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299 // queue declaration |
113
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300 if (!fdecl->isAbstract()) |
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301 gIR->declareList.push_back(fdecl); |
102
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302 } |
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303 |
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304 ////////////////////////////////////////////////////////////////////////////////////////// |
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305 |
240
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306 static void set_param_attrs(TypeFunction* f, llvm::Function* func, FuncDeclaration* fdecl) |
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307 { |
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308 int llidx = 1; |
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309 if (f->llvmRetInPtr) ++llidx; |
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310 if (f->llvmUsesThis) ++llidx; |
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311 if (f->linkage == LINKd && f->varargs == 1) |
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312 llidx += 2; |
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313 |
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314 int funcNumArgs = func->getArgumentList().size(); |
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315 std::vector<llvm::ParamAttrsWithIndex> attrs; |
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316 int k = 0; |
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317 |
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318 llvm::ParamAttrsWithIndex PAWI; |
240
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319 |
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320 // set return value attrs if any |
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321 if (f->llvmRetAttrs) |
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322 { |
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323 PAWI.Index = 0; |
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324 PAWI.Attrs = f->llvmRetAttrs; |
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325 attrs.push_back(PAWI); |
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326 } |
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327 |
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328 // set sret param |
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329 if (f->llvmRetInPtr) |
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330 { |
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331 PAWI.Index = 1; |
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332 PAWI.Attrs = llvm::ParamAttr::StructRet; |
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333 attrs.push_back(PAWI); |
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334 } |
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335 |
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336 // set byval attrs on implicit main arg |
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337 if (fdecl->isMain() && Argument::dim(f->parameters) == 0) |
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338 { |
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339 PAWI.Index = llidx; |
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340 PAWI.Attrs = llvm::ParamAttr::ByVal; |
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341 attrs.push_back(PAWI); |
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342 llidx++; |
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343 } |
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344 |
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345 // set attrs on the rest of the arguments |
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346 for (; llidx <= funcNumArgs && Argument::dim(f->parameters) > k; ++llidx,++k) |
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347 { |
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348 Argument* fnarg = Argument::getNth(f->parameters, k); |
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349 assert(fnarg); |
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350 |
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351 PAWI.Index = llidx; |
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352 PAWI.Attrs = fnarg->llvmAttrs; |
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353 |
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354 if (PAWI.Attrs) |
240
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355 attrs.push_back(PAWI); |
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356 } |
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357 |
445
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358 llvm::PAListPtr palist = llvm::PAListPtr::get(attrs.begin(), attrs.end()); |
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359 func->setParamAttrs(palist); |
240
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360 } |
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361 |
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362 ////////////////////////////////////////////////////////////////////////////////////////// |
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363 |
100 | 364 void DtoDeclareFunction(FuncDeclaration* fdecl) |
365 { | |
173
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366 if (fdecl->ir.declared) return; |
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367 fdecl->ir.declared = true; |
102
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368 |
132 | 369 Logger::println("DtoDeclareFunction(%s): %s", fdecl->toPrettyChars(), fdecl->loc.toChars()); |
100 | 370 LOG_SCOPE; |
371 | |
113
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372 assert(!fdecl->isAbstract()); |
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373 |
121
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374 // intrinsic sanity check |
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375 if (fdecl->llvmInternal == LLVMintrinsic && fdecl->fbody) { |
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376 error(fdecl->loc, "intrinsics cannot have function bodies"); |
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377 fatal(); |
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378 } |
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379 |
240
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380 // get TypeFunction* |
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381 Type* t = DtoDType(fdecl->type); |
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382 TypeFunction* f = (TypeFunction*)t; |
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383 |
100 | 384 bool declareOnly = false; |
102
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385 bool templInst = fdecl->parent && DtoIsTemplateInstance(fdecl->parent); |
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386 if (!templInst && fdecl->getModule() != gIR->dmodule) |
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387 { |
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388 Logger::println("not template instance, and not in this module. declare only!"); |
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389 Logger::println("current module: %s", gIR->dmodule->ident->toChars()); |
378
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390 if(fdecl->getModule()) |
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391 Logger::println("func module: %s", fdecl->getModule()->ident->toChars()); |
379
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392 else { |
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393 Logger::println("func not in a module, is runtime"); |
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394 } |
102
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395 declareOnly = true; |
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396 } |
102
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397 else if (fdecl->llvmInternal == LLVMva_start) |
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398 declareOnly = true; |
100 | 399 |
173
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400 if (!fdecl->ir.irFunc) { |
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401 fdecl->ir.irFunc = new IrFunction(fdecl); |
100 | 402 } |
403 | |
404 // mangled name | |
443
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405 const char* mangled_name; |
100 | 406 if (fdecl->llvmInternal == LLVMintrinsic) |
443
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407 mangled_name = fdecl->intrinsicName.c_str(); |
100 | 408 else |
409 mangled_name = fdecl->mangle(); | |
410 | |
411 llvm::Function* vafunc = 0; | |
445
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412 if (fdecl->isVaIntrinsic()) |
100 | 413 vafunc = DtoDeclareVaFunction(fdecl); |
414 | |
415 // construct function | |
416 const llvm::FunctionType* functype = DtoFunctionType(fdecl); | |
417 llvm::Function* func = vafunc ? vafunc : gIR->module->getFunction(mangled_name); | |
418 if (!func) | |
205
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419 func = llvm::Function::Create(functype, DtoLinkage(fdecl), mangled_name, gIR->module); |
100 | 420 else |
421 assert(func->getFunctionType() == functype); | |
422 | |
423 // add func to IRFunc | |
173
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424 fdecl->ir.irFunc->func = func; |
100 | 425 |
426 // calling convention | |
427 if (!vafunc && fdecl->llvmInternal != LLVMintrinsic) | |
428 func->setCallingConv(DtoCallingConv(f->linkage)); | |
149
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429 else // fall back to C, it should be the right thing to do |
132 | 430 func->setCallingConv(llvm::CallingConv::C); |
431 | |
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432 fdecl->ir.irFunc->func = func; |
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433 assert(llvm::isa<llvm::FunctionType>(f->ir.type->get())); |
100 | 434 |
217
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435 // parameter attributes |
454
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436 if (!fdecl->isIntrinsic()) { |
240
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437 set_param_attrs(f, func, fdecl); |
217
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438 } |
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439 |
116
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440 // main |
100 | 441 if (fdecl->isMain()) { |
442 gIR->mainFunc = func; | |
443 } | |
444 | |
116
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445 // static ctor |
163
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446 if (fdecl->isStaticCtorDeclaration() && fdecl->getModule() == gIR->dmodule) { |
116
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447 gIR->ctors.push_back(fdecl); |
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448 } |
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449 // static dtor |
163
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450 else if (fdecl->isStaticDtorDeclaration() && fdecl->getModule() == gIR->dmodule) { |
116
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451 gIR->dtors.push_back(fdecl); |
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452 } |
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453 |
162
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454 // we never reference parameters of function prototypes |
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455 if (!declareOnly) |
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456 { |
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457 // name parameters |
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458 llvm::Function::arg_iterator iarg = func->arg_begin(); |
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459 int k = 0; |
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460 if (f->llvmRetInPtr) { |
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461 iarg->setName("retval"); |
173
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462 fdecl->ir.irFunc->retArg = iarg; |
162
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463 ++iarg; |
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464 } |
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465 if (f->llvmUsesThis) { |
454
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466 iarg->setName(fdecl->isNested()?".context":"this"); |
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467 fdecl->ir.irFunc->thisVar = iarg; |
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468 assert(fdecl->ir.irFunc->thisVar); |
162
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469 ++iarg; |
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470 } |
119
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471 |
162
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472 if (f->linkage == LINKd && f->varargs == 1) { |
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473 iarg->setName("_arguments"); |
173
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474 fdecl->ir.irFunc->_arguments = iarg; |
162
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475 ++iarg; |
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476 iarg->setName("_argptr"); |
173
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477 fdecl->ir.irFunc->_argptr = iarg; |
162
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478 ++iarg; |
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479 } |
119
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480 |
162
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481 for (; iarg != func->arg_end(); ++iarg) |
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482 { |
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483 if (fdecl->parameters && fdecl->parameters->dim > k) |
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484 { |
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485 Dsymbol* argsym = (Dsymbol*)fdecl->parameters->data[k++]; |
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486 VarDeclaration* argvd = argsym->isVarDeclaration(); |
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487 assert(argvd); |
173
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488 assert(!argvd->ir.irLocal); |
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489 argvd->ir.irLocal = new IrLocal(argvd); |
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490 argvd->ir.irLocal->value = iarg; |
162
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491 iarg->setName(argvd->ident->toChars()); |
100 | 492 } |
162
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493 else |
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494 { |
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495 iarg->setName("unnamed"); |
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496 } |
100 | 497 } |
498 } | |
499 | |
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500 if (fdecl->isUnitTestDeclaration()) |
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501 gIR->unitTests.push_back(fdecl); |
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502 |
100 | 503 if (!declareOnly) |
102
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504 gIR->defineList.push_back(fdecl); |
133
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505 else |
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506 assert(func->getLinkage() != llvm::GlobalValue::InternalLinkage); |
100 | 507 |
508 Logger::cout() << "func decl: " << *func << '\n'; | |
509 } | |
510 | |
511 ////////////////////////////////////////////////////////////////////////////////////////// | |
512 | |
513 void DtoDefineFunc(FuncDeclaration* fd) | |
514 { | |
173
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515 if (fd->ir.defined) return; |
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516 fd->ir.defined = true; |
102
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517 |
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518 assert(fd->ir.declared); |
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519 |
132 | 520 Logger::println("DtoDefineFunc(%s): %s", fd->toPrettyChars(), fd->loc.toChars()); |
102
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521 LOG_SCOPE; |
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522 |
100 | 523 // debug info |
524 if (global.params.symdebug) { | |
525 Module* mo = fd->getModule(); | |
250
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526 fd->ir.irFunc->dwarfSubProg = DtoDwarfSubProgram(fd); |
100 | 527 } |
528 | |
529 Type* t = DtoDType(fd->type); | |
530 TypeFunction* f = (TypeFunction*)t; | |
173
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531 assert(f->ir.type); |
100 | 532 |
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533 llvm::Function* func = fd->ir.irFunc->func; |
100 | 534 const llvm::FunctionType* functype = func->getFunctionType(); |
535 | |
536 // only members of the current module or template instances maybe be defined | |
244
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537 if (!(fd->getModule() == gIR->dmodule || DtoIsTemplateInstance(fd->parent))) |
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538 return; |
100 | 539 |
244
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540 // set module owner |
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541 fd->ir.DModule = gIR->dmodule; |
205
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542 |
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543 // is there a body? |
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544 if (fd->fbody == NULL) |
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545 return; |
100 | 546 |
244
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547 Logger::println("Doing function body for: %s", fd->toChars()); |
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548 assert(fd->ir.irFunc); |
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549 IrFunction* irfunction = fd->ir.irFunc; |
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550 gIR->functions.push_back(irfunction); |
108
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551 |
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552 if (fd->isMain()) |
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553 gIR->emitMain = true; |
162
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554 |
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555 std::string entryname("entry_"); |
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556 entryname.append(fd->toPrettyChars()); |
162
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557 |
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558 llvm::BasicBlock* beginbb = llvm::BasicBlock::Create(entryname,func); |
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559 llvm::BasicBlock* endbb = llvm::BasicBlock::Create("endentry",func); |
100 | 560 |
244
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561 //assert(gIR->scopes.empty()); |
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562 gIR->scopes.push_back(IRScope(beginbb, endbb)); |
108
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563 |
244
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564 // create alloca point |
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565 llvm::Instruction* allocaPoint = new llvm::AllocaInst(LLType::Int32Ty, "alloca point", beginbb); |
468
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566 irfunction->allocapoint = allocaPoint; |
100 | 567 |
452
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568 // debug info - after all allocas, but before any llvm.dbg.declare etc |
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569 if (global.params.symdebug) DtoDwarfFuncStart(fd); |
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570 |
244
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571 // need result variable? (not nested) |
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572 if (fd->vresult && !fd->vresult->nestedref) { |
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573 Logger::println("non-nested vresult value"); |
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574 fd->vresult->ir.irLocal = new IrLocal(fd->vresult); |
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575 fd->vresult->ir.irLocal->value = new llvm::AllocaInst(DtoType(fd->vresult->type),"function_vresult",allocaPoint); |
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576 } |
100 | 577 |
468
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578 // give the 'this' argument storage and debug info |
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579 // only if not referenced by nested functions |
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580 if (fd->needThis() && !fd->vthis->nestedref) |
254
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581 { |
468
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582 LLValue* thisvar = irfunction->thisVar; |
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583 assert(thisvar); |
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584 |
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585 LLValue* thismem = new llvm::AllocaInst(thisvar->getType(), ".newthis", allocaPoint); |
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586 DtoStore(thisvar, thismem); |
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587 irfunction->thisVar = thismem; |
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588 |
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589 if (global.params.symdebug) |
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590 DtoDwarfLocalVariable(thismem, fd->vthis); |
254
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591 } |
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592 |
244
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593 // give arguments storage |
468
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594 // and debug info |
244
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595 if (fd->parameters) |
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596 { |
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597 size_t n = fd->parameters->dim; |
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598 for (int i=0; i < n; ++i) |
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599 { |
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600 Dsymbol* argsym = (Dsymbol*)fd->parameters->data[i]; |
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601 VarDeclaration* vd = argsym->isVarDeclaration(); |
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602 assert(vd); |
100 | 603 |
468
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604 IrLocal* irloc = vd->ir.irLocal; |
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605 assert(irloc); |
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606 |
457
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607 bool refoutlazy = vd->storage_class & (STCref | STCout | STClazy); |
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608 |
468
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609 if (vd->nestedref || refoutlazy) |
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610 { |
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611 continue; |
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612 } |
254
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613 else if (DtoIsPassedByRef(vd->type)) |
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614 { |
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615 LLValue* vdirval = irloc->value; |
455
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616 if (global.params.symdebug && !(isaArgument(vdirval) && !isaArgument(vdirval)->hasByValAttr())) |
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617 DtoDwarfLocalVariable(vdirval, vd); |
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618 continue; |
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619 } |
100 | 620 |
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621 LLValue* a = irloc->value; |
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622 LLValue* v = new llvm::AllocaInst(a->getType(), "."+a->getName(), allocaPoint); |
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623 DtoStore(a,v); |
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624 irloc->value = v; |
100 | 625 } |
626 } | |
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627 |
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628 LLValue* parentNested = NULL; |
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629 if (FuncDeclaration* fd2 = fd->toParent2()->isFuncDeclaration()) { |
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630 if (!fd->isStatic()) // huh? |
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631 parentNested = fd2->ir.irFunc->nestedVar; |
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632 } |
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633 |
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634 // need result variable? (nested) |
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635 if (fd->vresult && fd->vresult->nestedref) { |
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636 Logger::println("nested vresult value: %s", fd->vresult->toChars()); |
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637 fd->nestedVars.insert(fd->vresult); |
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638 } |
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639 |
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640 // construct nested variables struct |
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641 if (!fd->nestedVars.empty() || parentNested) { |
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642 std::vector<const LLType*> nestTypes; |
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643 int j = 0; |
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644 if (parentNested) { |
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645 nestTypes.push_back(parentNested->getType()); |
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646 j++; |
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647 } |
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648 for (std::set<VarDeclaration*>::iterator i=fd->nestedVars.begin(); i!=fd->nestedVars.end(); ++i) { |
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649 VarDeclaration* vd = *i; |
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650 Logger::println("referenced nested variable %s", vd->toChars()); |
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651 if (!vd->ir.irLocal) |
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652 vd->ir.irLocal = new IrLocal(vd); |
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653 vd->ir.irLocal->nestedIndex = j++; |
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654 if (vd->isParameter()) { |
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655 if (!vd->ir.irLocal->value) { |
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656 assert(vd == fd->vthis); |
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657 vd->ir.irLocal->value = fd->ir.irFunc->thisVar; |
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658 } |
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659 assert(vd->ir.irLocal->value); |
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660 nestTypes.push_back(vd->ir.irLocal->value->getType()); |
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661 } |
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662 else { |
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663 nestTypes.push_back(DtoType(vd->type)); |
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664 } |
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665 } |
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666 const llvm::StructType* nestSType = llvm::StructType::get(nestTypes); |
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667 Logger::cout() << "nested var struct has type:" << *nestSType << '\n'; |
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668 fd->ir.irFunc->nestedVar = new llvm::AllocaInst(nestSType,"nestedvars",allocaPoint); |
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669 if (parentNested) { |
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670 assert(fd->ir.irFunc->thisVar); |
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671 LLValue* ptr = gIR->ir->CreateBitCast(fd->ir.irFunc->thisVar, parentNested->getType(), "tmp"); |
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672 gIR->ir->CreateStore(ptr, DtoGEPi(fd->ir.irFunc->nestedVar, 0,0, "tmp")); |
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673 } |
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674 for (std::set<VarDeclaration*>::iterator i=fd->nestedVars.begin(); i!=fd->nestedVars.end(); ++i) { |
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675 VarDeclaration* vd = *i; |
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676 if (vd->isParameter()) { |
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677 assert(vd->ir.irLocal); |
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678 gIR->ir->CreateStore(vd->ir.irLocal->value, DtoGEPi(fd->ir.irFunc->nestedVar, 0, vd->ir.irLocal->nestedIndex, "tmp")); |
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679 vd->ir.irLocal->value = fd->ir.irFunc->nestedVar; |
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680 } |
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681 } |
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682 } |
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683 |
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684 // copy _argptr to a memory location |
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685 if (f->linkage == LINKd && f->varargs == 1) |
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686 { |
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687 LLValue* argptrmem = new llvm::AllocaInst(fd->ir.irFunc->_argptr->getType(), "_argptrmem", gIR->topallocapoint()); |
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688 new llvm::StoreInst(fd->ir.irFunc->_argptr, argptrmem, gIR->scopebb()); |
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689 fd->ir.irFunc->_argptr = argptrmem; |
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690 } |
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691 |
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692 // output function body |
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693 fd->fbody->toIR(gIR); |
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694 |
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695 // llvm requires all basic blocks to end with a TerminatorInst but DMD does not put a return statement |
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696 // in automatically, so we do it here. |
428
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697 if (!gIR->scopereturned()) { |
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698 // pass the previous block into this block |
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699 if (global.params.symdebug) DtoDwarfFuncEnd(fd); |
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700 if (func->getReturnType() == LLType::VoidTy) { |
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701 llvm::ReturnInst::Create(gIR->scopebb()); |
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702 } |
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703 else { |
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704 if (!fd->isMain()) |
244
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705 llvm::ReturnInst::Create(llvm::UndefValue::get(func->getReturnType()), gIR->scopebb()); |
428
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706 else |
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707 llvm::ReturnInst::Create(llvm::Constant::getNullValue(func->getReturnType()), gIR->scopebb()); |
244
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708 } |
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709 } |
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710 |
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711 // erase alloca point |
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712 allocaPoint->eraseFromParent(); |
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713 allocaPoint = 0; |
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714 gIR->func()->allocapoint = 0; |
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715 |
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716 gIR->scopes.pop_back(); |
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717 |
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718 // get rid of the endentry block, it's never used |
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719 assert(!func->getBasicBlockList().empty()); |
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720 func->getBasicBlockList().pop_back(); |
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721 |
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722 // if the last block is empty now, it must be unreachable or it's a bug somewhere else |
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723 // would be nice to figure out how to assert that this is correct |
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724 llvm::BasicBlock* lastbb = &func->getBasicBlockList().back(); |
328
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725 if (lastbb->empty()) |
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726 { |
262
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|
727 new llvm::UnreachableInst(lastbb); |
244
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728 } |
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729 |
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730 // if the last block is not terminated we return a null value or void |
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731 // for some unknown reason this is needed when a void main() has a inline asm block ... |
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732 // this should be harmless for well formed code! |
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733 lastbb = &func->getBasicBlockList().back(); |
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734 if (!lastbb->getTerminator()) |
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735 { |
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736 Logger::println("adding missing return statement"); |
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737 if (func->getReturnType() == LLType::VoidTy) |
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738 llvm::ReturnInst::Create(lastbb); |
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739 else |
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|
740 llvm::ReturnInst::Create(llvm::Constant::getNullValue(func->getReturnType()), lastbb); |
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741 } |
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|
742 |
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743 gIR->functions.pop_back(); |
100 | 744 } |
745 | |
746 ////////////////////////////////////////////////////////////////////////////////////////// | |
747 | |
117 | 748 const llvm::FunctionType* DtoBaseFunctionType(FuncDeclaration* fdecl) |
749 { | |
750 Dsymbol* parent = fdecl->toParent(); | |
751 ClassDeclaration* cd = parent->isClassDeclaration(); | |
752 assert(cd); | |
753 | |
754 FuncDeclaration* f = fdecl; | |
755 | |
756 while (cd) | |
757 { | |
758 ClassDeclaration* base = cd->baseClass; | |
759 if (!base) | |
760 break; | |
761 FuncDeclaration* f2 = base->findFunc(fdecl->ident, (TypeFunction*)fdecl->type); | |
762 if (f2) { | |
763 f = f2; | |
764 cd = base; | |
765 } | |
766 else | |
767 break; | |
768 } | |
769 | |
770 DtoResolveDsymbol(f); | |
771 return llvm::cast<llvm::FunctionType>(DtoType(f->type)); | |
772 } | |
773 | |
774 ////////////////////////////////////////////////////////////////////////////////////////// | |
131 | 775 |
776 DValue* DtoArgument(Argument* fnarg, Expression* argexp) | |
777 { | |
778 Logger::println("DtoArgument"); | |
779 LOG_SCOPE; | |
780 | |
781 DValue* arg = argexp->toElem(gIR); | |
782 | |
783 // ref/out arg | |
784 if (fnarg && ((fnarg->storageClass & STCref) || (fnarg->storageClass & STCout))) | |
785 { | |
786 if (arg->isVar() || arg->isLRValue()) | |
787 arg = new DImValue(argexp->type, arg->getLVal(), false); | |
788 else | |
789 arg = new DImValue(argexp->type, arg->getRVal(), false); | |
790 } | |
217
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791 // byval arg, but expr has no storage yet |
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792 else if (DtoIsPassedByRef(argexp->type) && (arg->isSlice() || arg->isComplex() || arg->isNull())) |
131 | 793 { |
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794 LLValue* alloc = new llvm::AllocaInst(DtoType(argexp->type), "tmpparam", gIR->topallocapoint()); |
131 | 795 DVarValue* vv = new DVarValue(argexp->type, alloc, true); |
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796 DtoAssign(argexp->loc, vv, arg); |
131 | 797 arg = vv; |
798 } | |
799 | |
800 return arg; | |
801 } | |
802 | |
803 ////////////////////////////////////////////////////////////////////////////////////////// | |
804 | |
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805 void DtoVariadicArgument(Expression* argexp, LLValue* dst) |
131 | 806 { |
807 Logger::println("DtoVariadicArgument"); | |
808 LOG_SCOPE; | |
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809 DVarValue vv(argexp->type, dst, true); |
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810 DtoAssign(argexp->loc, &vv, argexp->toElem(gIR)); |
131 | 811 } |
812 | |
813 ////////////////////////////////////////////////////////////////////////////////////////// | |
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814 |
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815 bool FuncDeclaration::isIntrinsic() |
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816 { |
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817 return (llvmInternal == LLVMintrinsic || isVaIntrinsic()); |
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818 } |
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819 |
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820 bool FuncDeclaration::isVaIntrinsic() |
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821 { |
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822 return (llvmInternal == LLVMva_start || |
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823 llvmInternal == LLVMva_copy || |
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824 llvmInternal == LLVMva_end); |
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825 } |