Differential D19457 Diff 53395 duchain/overloadresolver.cpp

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duchain/overloadresolver.cpp

Show All 14 Lines1/*
15 along with this library; see the file COPYING.LIB. If not, write to 15​ along with this library; see the file COPYING.LIB. If not, write to
16 the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor, 16​ the Free Software Foundation, Inc., 51 Franklin Street, Fifth Floor,
17 Boston, MA 02110-1301, USA. 17​ Boston, MA 02110-1301, USA.
18*/ 18​*/
19 19​
20#include "overloadresolver.h" 20​#include "overloadresolver.h"
21#include <language/duchain/ducontext.h> 21​#include <language/duchain/ducontext.h>
22#include <language/duchain/declaration.h> 22​#include <language/duchain/declaration.h>
23#include <language/duchain/indexedstring.h> 23​#include <serialization/indexedstring.h>
24#include <language/duchain/classfunctiondeclaration.h> 24​#include <language/duchain/classfunctiondeclaration.h>
25#include <language/duchain/types/alltypes.h> 25​#include <language/duchain/types/alltypes.h>
26#include <QtAlgorithms> 26​#include <QtAlgorithms>
27 27​
28#include "typeconversion.h" 28​#include "typeconversion.h"
29#include "typeutils.h" 29​#include "typeutils.h"
30#include "viablefunctions.h" 30​#include "viablefunctions.h"
31 31​
▲ Show 20 Lines • Show All 180 Lines • ▼ Show 20 Line(s)207{
212 KDevelop::DUContext* templateContext = tempDecl->templateParameterContext(); 212​ KDevelop::DUContext* templateContext = tempDecl->templateParameterContext();
213 if(!templateContext) { 213​ if(!templateContext) {
214 //May be just within a template, but without own template parameters 214​ //May be just within a template, but without own template parameters
215 return declaration; 215​ return declaration;
216 } 216​ }
217 217​
218 FunctionType::Ptr functionType = declaration->type<FunctionType>(); 218​ FunctionType::Ptr functionType = declaration->type<FunctionType>();
219 if(!functionType) { 219​ if(!functionType) {
220 kDebug(9007) << "Template function has no function type"; 220​ qDebug(9007) << "Template function has no function type";
221 return declaration; 221​ return declaration;
222 } 222​ }
223 223​
224 const IndexedType* arguments( functionType->indexedArguments() ); 224​ const IndexedType* arguments( functionType->indexedArguments() );
225 if(params.parameters.count() > functionType->indexedArgumentsSize()) 225​ if(params.parameters.count() > functionType->indexedArgumentsSize())
226 return declaration; 226​ return declaration;
227 227​
228 //templateContext contains the template-parameters that we need to find instantiations for 228​ //templateContext contains the template-parameters that we need to find instantiations for
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285uint OverloadResolver::matchParameterTypes(const AbstractType::Ptr& argumentType, const AbstractType::Ptr& parameterType, QMap<IndexedString, AbstractType::Ptr>& instantiatedTypes, bool keepValue) const 285​uint OverloadResolver::matchParameterTypes(const AbstractType::Ptr& argumentType, const AbstractType::Ptr& parameterType, QMap<IndexedString, AbstractType::Ptr>& instantiatedTypes, bool keepValue) const
286{ 286​{
287 287​
288 if(!argumentType && !parameterType) 288​ if(!argumentType && !parameterType)
289 return 1; 289​ return 1;
290 if(!argumentType || !parameterType) 290​ if(!argumentType || !parameterType)
291 return 0; 291​ return 0;
292 292​
293 ifDebugOverloadResolution( kDebug() << "matching" << argumentType->toString() << "to" << parameterType->toString(); ) 293​ ifDebugOverloadResolution( qDebug() << "matching" << argumentType->toString() << "to" << parameterType->toString(); )
294 294​
295 if(instantiatedTypes.isEmpty()) 295​ if(instantiatedTypes.isEmpty())
296 return 1; 296​ return 1;
297 297​
298 DelayedType::Ptr delayed = parameterType.cast<DelayedType>(); 298​ DelayedType::Ptr delayed = parameterType.cast<DelayedType>();
299 if(delayed) 299​ if(delayed)
300 return incrementIfSuccessful( matchParameterTypes( argumentType, delayed->identifier(), instantiatedTypes , keepValue) ); 300​ return incrementIfSuccessful( matchParameterTypes( argumentType, delayed->identifier(), instantiatedTypes , keepValue) );
301 301​
Show All 20 Lines321 /*if(CppTemplateParameterType::Ptr templateParam = parameterType.cast<CppTemplateParameterType>()) {
322 ///@todo Allow template-parameters with even more template-parameters declared 322​ ///@todo Allow template-parameters with even more template-parameters declared
323 //Directly assign argumentType to the template parameter 323​ //Directly assign argumentType to the template parameter
324 Declaration* decl = templateParam->declaration(m_topContext.data()); 324​ Declaration* decl = templateParam->declaration(m_topContext.data());
325 if(decl) { 325​ if(decl) {
326 IndexedString id = decl->identifier().identifier(); 326​ IndexedString id = decl->identifier().identifier();
327 if(instantiatedTypes[id].isNull()) { 327​ if(instantiatedTypes[id].isNull()) {
328 instantiatedTypes[id] = argumentType; 328​ instantiatedTypes[id] = argumentType;
329 return 1; 329​ return 1;
330 }else if(instantiatedTypes[id]->equals(argumentType.unsafeData())) { 330​ }else if(instantiatedTypes[id]->equals(argumentType.data())) {
331 return 1; 331​ return 1;
332 }else{ 332​ }else{
333 //Mismatch, another type was already assigned 333​ //Mismatch, another type was already assigned
334 return 0; 334​ return 0;
335 } 335​ }
336 } 336​ }
337 }*/ 337​ }*/
338 338​
339 ///Match assigned template-parameters, for example when matching QList<int> to QList<T>, assign int to T. 339​ ///Match assigned template-parameters, for example when matching QList<int> to QList<T>, assign int to T.
340 const IdentifiedType* identifiedArgument = dynamic_cast<const IdentifiedType*>(argumentType.unsafeData()); 340​ const IdentifiedType* identifiedArgument = dynamic_cast<const IdentifiedType*>(argumentType.data());
341 const IdentifiedType* identifiedParameter = dynamic_cast<const IdentifiedType*>(parameterType.unsafeData()); 341​ const IdentifiedType* identifiedParameter = dynamic_cast<const IdentifiedType*>(parameterType.data());
342 342​
343 if( identifiedArgument && identifiedParameter ) 343​ if( identifiedArgument && identifiedParameter )
344 { 344​ {
345 //TemplateDeclaration* argumentTemplateDeclaration = dynamic_cast<TemplateDeclaration*>(identifiedArgument->declaration(m_topContext.data())); 345​ //TemplateDeclaration* argumentTemplateDeclaration = dynamic_cast<TemplateDeclaration*>(identifiedArgument->declaration(m_topContext.data()));
346 //TemplateDeclaration* parameterTemplateDeclaration = dynamic_cast<TemplateDeclaration*>(identifiedParameter->declaration(m_topContext.data())); 346​ //TemplateDeclaration* parameterTemplateDeclaration = dynamic_cast<TemplateDeclaration*>(identifiedParameter->declaration(m_topContext.data()));
347 //if(!argumentTemplateDeclaration || !parameterTemplateDeclaration) 347​ //if(!argumentTemplateDeclaration || !parameterTemplateDeclaration)
348 return 1; 348​ return 1;
349 349​
Show All 19 Lines
369 } 369​ }
370 370​
371 return 1; 371​ return 1;
372} 372​}
373 373​
374AbstractType::Ptr getContainerType(AbstractType::Ptr type, int depth, TopDUContext* topContext) { 374​AbstractType::Ptr getContainerType(AbstractType::Ptr type, int depth, TopDUContext* topContext) {
375 for(int a = 0; a < depth; a++) { 375​ for(int a = 0; a < depth; a++) {
376 AbstractType::Ptr real = TypeUtils::realType(type, topContext); 376​ AbstractType::Ptr real = TypeUtils::realType(type, topContext);
377 IdentifiedType* idType = dynamic_cast<IdentifiedType*>(real.unsafeData()); 377​ IdentifiedType* idType = dynamic_cast<IdentifiedType*>(real.data());
378 if(!idType) 378​ if(!idType)
379 return AbstractType::Ptr(); 379​ return AbstractType::Ptr();
380 380​
381 Declaration* decl = idType->declaration(topContext); 381​ Declaration* decl = idType->declaration(topContext);
382 Declaration* containerDecl = decl->context()->owner(); 382​ Declaration* containerDecl = decl->context()->owner();
383 383​
384 if(containerDecl) 384​ if(containerDecl)
385 type = containerDecl->abstractType(); 385​ type = containerDecl->abstractType();
386 else 386​ else
387 return AbstractType::Ptr(); 387​ return AbstractType::Ptr();
388 } 388​ }
389 return type; 389​ return type;
390} 390​}
391 391​
392uint OverloadResolver::matchParameterTypes(AbstractType::Ptr argumentType, const IndexedTypeIdentifier& parameterType, QMap<IndexedString, AbstractType::Ptr>& instantiatedTypes, bool keepValue) const 392​uint OverloadResolver::matchParameterTypes(AbstractType::Ptr argumentType, const IndexedTypeIdentifier& parameterType, QMap<IndexedString, AbstractType::Ptr>& instantiatedTypes, bool keepValue) const
393{ 393​{
394 ifDebugOverloadResolution( kDebug() << "1 matching" << argumentType->toString() << "to" << parameterType.toString() << parameterType.pointerDepth(); ) 394​ ifDebugOverloadResolution( qDebug() << "1 matching" << argumentType->toString() << "to" << parameterType.toString() << parameterType.pointerDepth(); )
395 if(!argumentType) 395​ if(!argumentType)
396 return 1; 396​ return 1;
397 if(instantiatedTypes.isEmpty()) 397​ if(instantiatedTypes.isEmpty())
398 return 1; 398​ return 1;
399 399​
400 QualifiedIdentifier parameterQid(parameterType.identifier().identifier()); 400​ QualifiedIdentifier parameterQid(parameterType.identifier().identifier());
401 401​
402 if(parameterQid.isEmpty()) 402​ if(parameterQid.isEmpty())
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