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* Output: Further hide our __float128 struct from generated xmlBrad King2015-06-241-1/+1
| | | | | | | | | | | | | | | Give the our __float128 struct an internal '__castxml' name so that it can be identified during traversal of member lists. Do not report the struct as a member of the translation unit since the typedef will be generated as a FundamentalType directly. Also generate empty mangled="" attributes for mangled names involving our __float128 struct since the mangled names will not use the "g" that GCC would for the builtin type. Add test cases that do not use --castxml-start. Verify that no test case produces '__castxml' in its output to ensure we always hide such internal details from the generated output. GitHub-Issue: 18
* Output: Generate a FundamentalType for our __float128 typedefBrad King2015-06-231-17/+1
| | | | | | | | | | | | GNU compilers have a builtin __float128 type but Clang does not. Since commit fe1bb977ee (Detect: Provide __float128 when simulating GNU compilers, 2015-02-24) we define __float128 as a typedef in the preamble referencing a struct with the proper size and alignment. Avoid exposing this implementation detail to clients by generating a FundamentalType element as a special case when our typedef is encountered. This matches gccxml behavior when __float128 is encountered. GitHub-Issue: 18
* Output: Generate throw="..." instead of throws="..."Michka Popoff2015-05-211-4/+4
| | | | | | Original gccxml output used the singular name, so we should too for compatibility. Fix this typo left from commit defc576826 (Output: Generate Function and related elements, 2014-02-12).
* Output: Add mangled="" attributes to function and variable declsBrad King2015-05-121-2/+2
| | | | | | The gccxml output format includes mangled="" attributes on almost all elements. Clang only defines mangling for function and variable declarations. Add mangled attributes to castxml output where possible.
* Output: Refactor generation of CvQualifiedType elementsBrad King2015-04-281-1/+1
| | | | | | | | | | | | | | | | | | | | | Previously our handling of cv-qualified types did not account for multiple locally cv-qualified types encountered through multiple levels of desugaring. This could lead to CvQualifiedType elements that reference elements that are generated with a different id. Refactor our internal representation of dump nodes to keep cv-qualifiers in the node ids. Teach AddTypeDumpNode to collect cv-qualifiers from each level of desugaring and compute their union. Once the desugared unqualified type is found, generate one CvQualifiedType element for the qualified type, if any. Update the expected test output to account for the new ordering of nodes. Mark the Class-template-constructor-template test case as no longer broken because this approach fixes it. Add test cases covering cv-qualifiers added at different layers of desugaring (via "T const" where T is already a "const" type in a template instantiation). GitHub-Issue: 10
* Output: Add "size" and "align" attributes on builtin types and structsMichka Popoff2015-04-081-2/+2
| | | | | | This information is produced by gccxml, so add it to our output too. Since we don't know the architecture that will be targeted during testing, match any size and align values with "[0-9]+".
* Output: Generate an "offset" attribute on Field elementsMichka Popoff2015-04-081-1/+1
| | | | This information is produced by gccxml, so add it to our output too.
* Detect: Provide __float128 when simulating GNU compilersBrad King2015-02-251-0/+25
GNU compilers provide a __float128 builtin type on Intel architectures. When simulating such GNU compiler preprocessing, define a __float128 type with the expected size and alignment in case the translation unit references it.
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