mirror of
https://github.com/MaskRay/ccls.git
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mark type usages as interesting for template parameters
This commit is contained in:
Jacob Dufault
parent
e78945a80f
commit
04412f056f
208
main.cpp
208
main.cpp
@ -18,8 +18,6 @@
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//#include <clang-c\Index.h>
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// TODO: Maybe we should use clang_indexSourceFile?
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// While indexing, we should refer to symbols by USR. When joining into the db, we can have optimized access.
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struct TypeDef;
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@ -1282,18 +1280,6 @@ bool HasUsage(const std::vector<clang::SourceLocation>& usages, const clang::Sou
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return false;
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}
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// TODO: Let's switch over to the indexer api. It can index
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// the int x = get_value() bit...
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// - problem: prototype ParmDecl are not parsed - we can parse this info though using FuncDecl and checking if it prototype
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// - make sure type hierarchy is possible - CXIdxCXXClassDeclInfo
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// - make sure namespace is possible - look at container/lexicalContainer
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// - make sure method overload is possible - should be doable using existing approach
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//
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// - make sure template logic is possible
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// * it doesn't seem like we get any template specialization logic
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// * we get two decls to the same template... resolved by checking parent? maybe this will break. not sure.
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bool IsTypeDefinition(const CXIdxContainerInfo* container) {
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if (!container)
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return false;
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@ -1307,22 +1293,43 @@ bool IsTypeDefinition(const CXIdxContainerInfo* container) {
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}
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}
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std::optional<TypeId> ResolveToType(ParsingDatabase* db, clang::Type type) {
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clang::Type var_type = type.strip_qualifiers();
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std::string usr = var_type.get_usr();
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#if false
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struct TypeResolution {
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std::optional<TypeId> resolved_type;
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// If |check_template_arguments| is true, |original_type| may have template
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// parameters with interesting usage information.
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std::vector<clang::Type> template_arguments;
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};
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TypeResolution ResolveToType(ParsingDatabase* db, clang::Type type) {
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TypeResolution result;
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type = type.strip_qualifiers();
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std::string usr = type.get_usr();
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if (usr == "")
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return std::nullopt;
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return result;
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// TODO: Add a check and don't resolve template specializations that exist in source code.
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// Resolve template specialization so that we always point to the non-specialized type.
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clang::Cursor decl = clang_getTypeDeclaration(var_type.cx_type);
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result.template_arguments = type.get_template_arguments();
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if (result.template_arguments.size() > 0) {
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clang::Cursor decl = clang_getTypeDeclaration(type.cx_type);
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clang::Cursor unresolved_decl = clang_getSpecializedCursorTemplate(decl.cx_cursor);
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usr = clang::Cursor(unresolved_decl).get_usr();
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/*
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std::string template_usr = clang::Cursor(unresolved_decl).get_usr();
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if (template_usr != "")
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if (template_usr != "") {
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result.check_template_arguments = true;
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result.original_type = type;
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usr = template_usr;
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}
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*/
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}
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return db->ToTypeId(usr);
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result.resolved_type = db->ToTypeId(usr);
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return result;
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}
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clang::SourceLocation FindLocationOfTypeSpecifier(clang::Cursor cursor) {
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@ -1334,13 +1341,126 @@ clang::SourceLocation FindLocationOfTypeSpecifier(clang::Cursor cursor) {
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return child.value().get_source_location();
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}
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void AddInterestingUsageToType(ParsingDatabase* db, TypeId type_id, clang::SourceLocation location) {
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TypeDef* type_def = db->Resolve(type_id);
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void AddInterestingUsageToType(ParsingDatabase* db, TypeResolution resolved_type, clang::SourceLocation location) {
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// TODO: pass cursor in. Implement custom visitor just for this. Cursor resolves type as needed. Can we use visitor types as the actual types?
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TypeDef* type_def = db->Resolve(resolved_type.resolved_type.value());
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type_def->interesting_uses.push_back(location);
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//if (resolved_type.check_template_arguments) {
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//}
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}
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#endif
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struct VisitDeclForTypeUsageParam {
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ParsingDatabase* db;
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bool is_interesting;
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int has_processed_any = false;
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std::optional<clang::Cursor> previous_cursor;
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std::optional<TypeId> initial_type;
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VisitDeclForTypeUsageParam(ParsingDatabase* db, bool is_interesting)
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: db(db), is_interesting(is_interesting) {}
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};
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void VisitDeclForTypeUsageVisitorHandler(clang::Cursor cursor, VisitDeclForTypeUsageParam* param) {
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param->has_processed_any = true;
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ParsingDatabase* db = param->db;
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TypeId ref_type_id = db->ToTypeId(cursor.get_referenced().get_usr());
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if (!param->initial_type)
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param->initial_type = ref_type_id;
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if (param->is_interesting) {
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TypeDef* ref_type_def = db->Resolve(ref_type_id);
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ref_type_def->interesting_uses.push_back(cursor.get_source_location());
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}
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}
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clang::VisiterResult VisitDeclForTypeUsageVisitor(clang::Cursor cursor, clang::Cursor parent, VisitDeclForTypeUsageParam* param) {
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switch (cursor.get_kind()) {
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case CXCursor_TemplateRef:
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case CXCursor_TypeRef:
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if (param->previous_cursor) {
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VisitDeclForTypeUsageVisitorHandler(param->previous_cursor.value(), param);
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// This if is inside the above if because if there are multiple TypeRefs,
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// we always want to process the first one. If we did not always process
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// the first one, we cannot tell if there are more TypeRefs after it and
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// logic for fetching the return type breaks. This happens in ParmDecl
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// instances which only have one TypeRef child but are not interesting
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// usages.
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if (!param->is_interesting)
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return clang::VisiterResult::Break;
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}
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param->previous_cursor = cursor;
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}
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return clang::VisiterResult::Continue;
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}
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std::optional<TypeId> ResolveDeclToType(ParsingDatabase* db, clang::Cursor decl_cursor, const CXIdxContainerInfo* semantic_container, const CXIdxContainerInfo* lexical_container, bool is_interesting) {
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//
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// The general AST format for definitions follows this pattern:
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//
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// template<typename A, typename B>
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// struct Container;
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//
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// struct S1;
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// struct S2;
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//
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// Container<Container<S1, S2>, S2> foo;
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//
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// =>
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//
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// VarDecl
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// TemplateRef Container
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// TemplateRef Container
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// TypeRef struct S1
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// TypeRef struct S2
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// TypeRef struct S2
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//
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// We skip the last type reference for methods/variables which are defined
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// out-of-line w.r.t. the parent type.
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//
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// S1* Foo::foo() {}
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//
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// The above example looks like this in the AST:
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//
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// CXXMethod foo
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// TypeRef struct S1
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// TypeRef class Foo
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// CompoundStmt
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// ...
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//
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// The second TypeRef is an uninteresting usage.
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bool process_last_type_ref = true;
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if (IsTypeDefinition(semantic_container) && !IsTypeDefinition(lexical_container)) {
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assert(decl_cursor.is_definition());
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process_last_type_ref = false;
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}
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VisitDeclForTypeUsageParam param(db, is_interesting);
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decl_cursor.VisitChildren(&VisitDeclForTypeUsageVisitor, ¶m);
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// VisitDeclForTypeUsageVisitor guarantees that if there are multiple TypeRef
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// children, the first one will always be visited.
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if (param.previous_cursor && process_last_type_ref) {
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VisitDeclForTypeUsageVisitorHandler(param.previous_cursor.value(), ¶m);
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} else {
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// If we are not processing the last type ref, it *must* be a TypeRef (ie,
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// and not a TemplateRef).
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assert(!param.previous_cursor.has_value() ||
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param.previous_cursor.value().get_kind() == CXCursor_TypeRef);
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}
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return param.initial_type;
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}
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void indexDeclaration(CXClientData client_data, const CXIdxDeclInfo* decl) {
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@ -1378,16 +1498,21 @@ void indexDeclaration(CXClientData client_data, const CXIdxDeclInfo* decl) {
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var_def->all_uses.push_back(decl->loc);
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std::optional<TypeId> var_type = ResolveDeclToType(db, decl_cursor, decl->semanticContainer, decl->lexicalContainer, decl_cursor.get_kind() != CXCursor_ParmDecl);
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if (var_type.has_value())
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var_def->variable_type = var_type.value();
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// Declaring variable type information.
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std::optional<TypeId> var_type_id = ResolveToType(db, decl_cursor.get_type());
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if (var_type_id) {
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var_def->variable_type = var_type_id.value();
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/*
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TypeResolution var_type = ResolveToType(db, decl_cursor.get_type());
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if (var_type.resolved_type) {
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var_def->variable_type = var_type.resolved_type.value();
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// Insert an interesting type usage for variable declarations. Parameters
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// are handled when a function is declared because clang doesn't provide
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// parameter declarations for unnamed parameters.
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if (decl_cursor.get_kind() != CXCursor_ParmDecl)
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AddInterestingUsageToType(db, var_type_id.value(), FindLocationOfTypeSpecifier(decl_cursor));
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AddInterestingUsageToType(db, var_type, FindLocationOfTypeSpecifier(decl_cursor));
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}
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*/
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if (decl->isDefinition && IsTypeDefinition(decl->semanticContainer)) {
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@ -1440,9 +1565,13 @@ void indexDeclaration(CXClientData client_data, const CXIdxDeclInfo* decl) {
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declaring_type_def->funcs.push_back(func_id);
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}
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std::optional<TypeId> ret_type_id = ResolveToType(db, decl_cursor.get_type().get_return_type());
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if (ret_type_id)
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AddInterestingUsageToType(db, ret_type_id.value(), FindLocationOfTypeSpecifier(decl_cursor));
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// We don't actually need to know the return type, but we need to mark it
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// as an interesting usage.
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ResolveDeclToType(db, decl_cursor, decl->semanticContainer, decl->lexicalContainer, true /*is_interesting*/);
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//TypeResolution ret_type = ResolveToType(db, decl_cursor.get_type().get_return_type());
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//if (ret_type.resolved_type)
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// AddInterestingUsageToType(db, ret_type, FindLocationOfTypeSpecifier(decl_cursor));
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if (decl->isDefinition || is_pure_virtual) {
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// Mark type usage for parameters as interesting. We handle this here
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@ -1458,9 +1587,13 @@ void indexDeclaration(CXClientData client_data, const CXIdxDeclInfo* decl) {
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for (clang::Cursor arg : cursor.get_arguments()) {
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switch (arg.get_kind()) {
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case CXCursor_ParmDecl:
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std::optional<TypeId> arg_type_id = ResolveToType(db, arg.get_type());
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if (arg_type_id)
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AddInterestingUsageToType(db, arg_type_id.value(), FindLocationOfTypeSpecifier(arg));
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// We don't need to know the arg type, but we do want to mark it as
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// an interesting usage.
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ResolveDeclToType(db, arg, decl->semanticContainer, decl->lexicalContainer, true /*is_interesting*/);
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//TypeResolution arg_type = ResolveToType(db, arg.get_type());
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//if (arg_type.resolved_type)
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// AddInterestingUsageToType(db, arg_type, FindLocationOfTypeSpecifier(arg));
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break;
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}
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}
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@ -1672,7 +1805,6 @@ void indexEntityReference(CXClientData client_data, const CXIdxEntityRefInfo* re
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//if (param->last_type_usage_location == loc) break;
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//param->last_type_usage_location = loc;
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// TODO: initializer list can many type refs...
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if (!HasUsage(referenced_def->all_uses, loc))
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referenced_def->all_uses.push_back(loc);
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@ -1862,12 +1994,14 @@ int main(int argc, char** argv) {
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*/
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for (std::string path : GetFilesInFolder("tests")) {
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//if (path != "tests/declaration_vs_definition/method.cc") continue;
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//if (path == "tests/usage/type_usage_declare_extern.cc") continue;
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//if (path != "tests/declaration_vs_definition/class_member_static.cc") continue;
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//if (path != "tests/usage/type_usage_declare_param.cc") continue;
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//if (path == "tests/constructors/constructor.cc") continue;
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//if (path == "tests/constructors/destructor.cc") continue;
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//if (path == "tests/usage/func_usage_call_method.cc") continue;
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if (path != "tests/usage/type_usage_as_template_parameter_simple.cc") continue;
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//if (path != "tests/usage/type_usage_as_template_parameter.cc") continue;
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//if (path != "tests/usage/type_usage_as_template_parameter_complex.cc") continue;
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//if (path != "tests/usage/type_usage_as_template_parameter_simple.cc") continue;
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//if (path != "tests/usage/type_usage_typedef_and_using.cc") continue;
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//if (path != "tests/usage/type_usage_declare_local.cc") continue;
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//if (path != "tests/usage/func_usage_addr_method.cc") continue;
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@ -1,5 +1,5 @@
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template<typename T>
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void accept(T) {}
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void accept(T);
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void foo() {
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accept(1);
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@ -15,7 +15,7 @@ OUTPUT:
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"usr": "c:@FT@>1#Taccept#t0.0#v#",
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"short_name": "accept",
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"qualified_name": "accept",
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"definition": "tests/usage/func_usage_template_func.cc:2:6",
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"declaration": "tests/usage/func_usage_template_func.cc:2:6",
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"callers": ["1@tests/usage/func_usage_template_func.cc:5:3", "1@tests/usage/func_usage_template_func.cc:6:3"],
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"all_uses": ["tests/usage/func_usage_template_func.cc:2:6", "tests/usage/func_usage_template_func.cc:5:3", "tests/usage/func_usage_template_func.cc:6:3"]
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}, {
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@ -24,7 +24,8 @@ OUTPUT:
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"short_name": "S",
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"qualified_name": "S",
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"definition": "tests/usage/type_usage_as_template_parameter.cc:4:8",
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"all_uses": ["tests/usage/type_usage_as_template_parameter.cc:4:8", "tests/usage/type_usage_as_template_parameter.cc:7:19", "tests/usage/type_usage_as_template_parameter.cc:9:12", "tests/usage/type_usage_as_template_parameter.cc:10:14"]
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"all_uses": ["tests/usage/type_usage_as_template_parameter.cc:4:8", "tests/usage/type_usage_as_template_parameter.cc:7:19", "tests/usage/type_usage_as_template_parameter.cc:9:12", "tests/usage/type_usage_as_template_parameter.cc:10:14"],
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"interesting_uses": ["tests/usage/type_usage_as_template_parameter.cc:7:19", "tests/usage/type_usage_as_template_parameter.cc:9:12", "tests/usage/type_usage_as_template_parameter.cc:10:14"]
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}],
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"functions": [{
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"id": 0,
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157
tests/usage/type_usage_as_template_parameter_complex.cc
Normal file
157
tests/usage/type_usage_as_template_parameter_complex.cc
Normal file
@ -0,0 +1,157 @@
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template<typename T, typename B>
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class unique_ptr;
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struct S1;
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struct S2;
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#if false
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VarDecl f
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TemplateRef unique_ptr
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TemplateRef unique_ptr
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TypeRef struct S1
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TypeRef struct S2
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TypeRef struct S2
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#endif
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extern unique_ptr<unique_ptr<S1, S2>, S2> f;
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#if false
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FunctionDecl as_return_type
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TemplateRef unique_ptr
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TemplateRef unique_ptr
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TypeRef struct S1
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TypeRef struct S2
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TypeRef struct S2
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ParmDecl
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TemplateRef unique_ptr
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TypeRef struct S1
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TypeRef struct S2
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CompoundStmt
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ReturnStmt
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UnexposedExpr
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CXXNullPtrLiteralExpr
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#endif
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unique_ptr<unique_ptr<S1, S2>, S2>* as_return_type(unique_ptr<S1, S2>*) { return nullptr; }
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#if false
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FunctionDecl no_return_type
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ParmDecl
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CompoundStmt
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#endif
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void no_return_type(int) {}
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#if false
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FunctionDecl empty
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CompoundStmt
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DeclStmt
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VarDecl local
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TemplateRef unique_ptr
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TemplateRef unique_ptr
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TypeRef struct S1
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TypeRef struct S2
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TypeRef struct S2
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#endif
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void empty() {
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unique_ptr<unique_ptr<S1, S2>, S2>* local;
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}
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#if false
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ClassDecl Foo
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CXXMethod foo
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TemplateRef unique_ptr
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TypeRef struct S1
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TypeRef struct S2
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#endif
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class Foo {
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unique_ptr<S1, S2>* foo();
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};
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#if false
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CXXMethod foo
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TemplateRef unique_ptr
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TypeRef struct S1
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TypeRef struct S2
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TypeRef class Foo
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CompoundStmt
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ReturnStmt
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UnexposedExpr
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CXXNullPtrLiteralExpr
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#endif
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unique_ptr<S1, S2>* Foo::foo() { return nullptr; }
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/*
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OUTPUT:
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{
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"types": [{
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"id": 0,
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"usr": "c:@ST>2#T#T@unique_ptr",
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"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:2:7", "tests/usage/type_usage_as_template_parameter_complex.cc:15:8", "tests/usage/type_usage_as_template_parameter_complex.cc:15:19", "tests/usage/type_usage_as_template_parameter_complex.cc:33:1", "tests/usage/type_usage_as_template_parameter_complex.cc:33:12", "tests/usage/type_usage_as_template_parameter_complex.cc:33:52", "tests/usage/type_usage_as_template_parameter_complex.cc:54:3", "tests/usage/type_usage_as_template_parameter_complex.cc:54:14", "tests/usage/type_usage_as_template_parameter_complex.cc:65:3", "tests/usage/type_usage_as_template_parameter_complex.cc:79:1"],
|
||||
"interesting_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:15:8", "tests/usage/type_usage_as_template_parameter_complex.cc:15:19", "tests/usage/type_usage_as_template_parameter_complex.cc:33:1", "tests/usage/type_usage_as_template_parameter_complex.cc:33:12", "tests/usage/type_usage_as_template_parameter_complex.cc:33:52", "tests/usage/type_usage_as_template_parameter_complex.cc:54:3", "tests/usage/type_usage_as_template_parameter_complex.cc:54:14", "tests/usage/type_usage_as_template_parameter_complex.cc:65:3", "tests/usage/type_usage_as_template_parameter_complex.cc:79:1"]
|
||||
}, {
|
||||
"id": 1,
|
||||
"usr": "c:@S@S1",
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:4:8", "tests/usage/type_usage_as_template_parameter_complex.cc:15:30", "tests/usage/type_usage_as_template_parameter_complex.cc:33:23", "tests/usage/type_usage_as_template_parameter_complex.cc:33:63", "tests/usage/type_usage_as_template_parameter_complex.cc:54:25", "tests/usage/type_usage_as_template_parameter_complex.cc:65:14", "tests/usage/type_usage_as_template_parameter_complex.cc:79:12"],
|
||||
"interesting_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:15:30", "tests/usage/type_usage_as_template_parameter_complex.cc:33:23", "tests/usage/type_usage_as_template_parameter_complex.cc:33:63", "tests/usage/type_usage_as_template_parameter_complex.cc:54:25", "tests/usage/type_usage_as_template_parameter_complex.cc:65:14", "tests/usage/type_usage_as_template_parameter_complex.cc:79:12"]
|
||||
}, {
|
||||
"id": 2,
|
||||
"usr": "c:@S@S2",
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:5:8", "tests/usage/type_usage_as_template_parameter_complex.cc:15:34", "tests/usage/type_usage_as_template_parameter_complex.cc:15:39", "tests/usage/type_usage_as_template_parameter_complex.cc:33:27", "tests/usage/type_usage_as_template_parameter_complex.cc:33:32", "tests/usage/type_usage_as_template_parameter_complex.cc:33:67", "tests/usage/type_usage_as_template_parameter_complex.cc:54:29", "tests/usage/type_usage_as_template_parameter_complex.cc:54:34", "tests/usage/type_usage_as_template_parameter_complex.cc:65:18", "tests/usage/type_usage_as_template_parameter_complex.cc:79:16"],
|
||||
"interesting_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:15:34", "tests/usage/type_usage_as_template_parameter_complex.cc:15:39", "tests/usage/type_usage_as_template_parameter_complex.cc:33:27", "tests/usage/type_usage_as_template_parameter_complex.cc:33:32", "tests/usage/type_usage_as_template_parameter_complex.cc:33:67", "tests/usage/type_usage_as_template_parameter_complex.cc:54:29", "tests/usage/type_usage_as_template_parameter_complex.cc:54:34", "tests/usage/type_usage_as_template_parameter_complex.cc:65:18", "tests/usage/type_usage_as_template_parameter_complex.cc:79:16"]
|
||||
}, {
|
||||
"id": 3,
|
||||
"usr": "c:@S@Foo",
|
||||
"short_name": "Foo",
|
||||
"qualified_name": "Foo",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_complex.cc:64:7",
|
||||
"funcs": [3],
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:64:7", "tests/usage/type_usage_as_template_parameter_complex.cc:79:21"]
|
||||
}],
|
||||
"functions": [{
|
||||
"id": 0,
|
||||
"usr": "c:@F@as_return_type#*$@S@unique_ptr>#$@S@S1#$@S@S2#",
|
||||
"short_name": "as_return_type",
|
||||
"qualified_name": "as_return_type",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_complex.cc:33:37",
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:33:37"]
|
||||
}, {
|
||||
"id": 1,
|
||||
"usr": "c:@F@no_return_type#I#",
|
||||
"short_name": "no_return_type",
|
||||
"qualified_name": "no_return_type",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_complex.cc:40:6",
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:40:6"]
|
||||
}, {
|
||||
"id": 2,
|
||||
"usr": "c:@F@empty#",
|
||||
"short_name": "empty",
|
||||
"qualified_name": "empty",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_complex.cc:53:6",
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:53:6"]
|
||||
}, {
|
||||
"id": 3,
|
||||
"usr": "c:@S@Foo@F@foo#",
|
||||
"short_name": "foo",
|
||||
"qualified_name": "Foo::foo",
|
||||
"declaration": "tests/usage/type_usage_as_template_parameter_complex.cc:65:23",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_complex.cc:79:26",
|
||||
"declaring_type": 3,
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:65:23", "tests/usage/type_usage_as_template_parameter_complex.cc:79:26"]
|
||||
}],
|
||||
"variables": [{
|
||||
"id": 0,
|
||||
"usr": "c:@f",
|
||||
"short_name": "f",
|
||||
"qualified_name": "f",
|
||||
"declaration": "tests/usage/type_usage_as_template_parameter_complex.cc:15:43",
|
||||
"variable_type": 0,
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:15:43"]
|
||||
}, {
|
||||
"id": 1,
|
||||
"usr": "c:type_usage_as_template_parameter_complex.cc@1062@F@empty#@local",
|
||||
"short_name": "local",
|
||||
"qualified_name": "local",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_complex.cc:54:39",
|
||||
"variable_type": 0,
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_complex.cc:54:39"]
|
||||
}]
|
||||
}
|
||||
*/
|
||||
@ -1,34 +1,36 @@
|
||||
template<typename T>
|
||||
class unique_ptr;
|
||||
class unique_ptr {};
|
||||
|
||||
struct S;
|
||||
|
||||
extern unique_ptr<S> f;
|
||||
static unique_ptr<S> foo;
|
||||
|
||||
/*
|
||||
// TODO: There should be an interesting usage on S as well.
|
||||
OUTPUT:
|
||||
{
|
||||
"types": [{
|
||||
"id": 0,
|
||||
"usr": "c:@ST>1#T@unique_ptr",
|
||||
"short_name": "unique_ptr",
|
||||
"qualified_name": "unique_ptr",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_simple.cc:2:7",
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_simple.cc:2:7", "tests/usage/type_usage_as_template_parameter_simple.cc:6:8"],
|
||||
"interesting_uses": ["tests/usage/type_usage_as_template_parameter_simple.cc:6:8"]
|
||||
}, {
|
||||
"id": 1,
|
||||
"usr": "c:@S@S",
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_simple.cc:4:8", "tests/usage/type_usage_as_template_parameter_simple.cc:6:19"]
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_simple.cc:4:8", "tests/usage/type_usage_as_template_parameter_simple.cc:6:19"],
|
||||
"interesting_uses": ["tests/usage/type_usage_as_template_parameter_simple.cc:6:19"]
|
||||
}],
|
||||
"functions": [],
|
||||
"variables": [{
|
||||
"id": 0,
|
||||
"usr": "c:@f",
|
||||
"short_name": "f",
|
||||
"qualified_name": "f",
|
||||
"declaration": "tests/usage/type_usage_as_template_parameter_simple.cc:6:22",
|
||||
"usr": "c:type_usage_as_template_parameter_simple.cc@foo",
|
||||
"short_name": "foo",
|
||||
"qualified_name": "foo",
|
||||
"definition": "tests/usage/type_usage_as_template_parameter_simple.cc:6:22",
|
||||
"variable_type": 0,
|
||||
"all_uses": ["tests/usage/type_usage_as_template_parameter_simple.cc:6:22"]
|
||||
}]
|
||||
}
|
||||
|
||||
*/
|
||||
Loading…
Reference in New Issue
Block a user