llvm-project

Author	SHA1	Message	Date
Aaron Ballman	674cf26892	__declspec is not a core Clang language extension. Instead, require -fms-extensions or -fborland to enable the language extension. Note: __declspec is also temporarily enabled when compiling for a CUDA target because there are implementation details relying on __declspec(property) support currently. When those details change, __declspec should be disabled for CUDA targets. llvm-svn: 238238	2015-05-26 19:44:52 +00:00
David Majnemer	11a54c3465	AST: Address of dllimport functions isn't constant The address of dllimport functions can be accessed one of two ways: - Through the IAT which is symbolically referred to with a symbol starting with __imp_. - Via the wrapper-function which ends up calling through the __imp_ symbol. The problem with using the wrapper-function is that it's address will not compare as equal in all translation units. Specifically, it will compare unequally with the translation unit which defines the function. This fixes PR19955. llvm-svn: 211570	2014-06-24 06:40:51 +00:00
David Majnemer	c28a964cba	AST: Address of dllimport variables isn't constant The address of dllimport variables isn't something that can be meaningfully used in a constexpr context and isn't suitable for evaluation at load-time. They require loads from memory to properly evaluate. This fixes PR19955. Differential Revision: http://reviews.llvm.org/D4250 llvm-svn: 211568	2014-06-24 05:59:13 +00:00

Author

SHA1

Message

Date

Aaron Ballman

674cf26892

__declspec is not a core Clang language extension. Instead, require -fms-extensions or -fborland to enable the language extension.

Note: __declspec is also temporarily enabled when compiling for a CUDA target because there are implementation details relying on __declspec(property) support currently. When those details change, __declspec should be disabled for CUDA targets.
llvm-svn: 238238

2015-05-26 19:44:52 +00:00

David Majnemer

11a54c3465

AST: Address of dllimport functions isn't constant

The address of dllimport functions can be accessed one of two ways:
- Through the IAT which is symbolically referred to with a symbol
  starting with __imp_.
- Via the wrapper-function which ends up calling through the __imp_
  symbol.

The problem with using the wrapper-function is that it's address will
not compare as equal in all translation units.  Specifically, it will
compare unequally with the translation unit which defines the function.

This fixes PR19955.

llvm-svn: 211570

2014-06-24 06:40:51 +00:00

David Majnemer

c28a964cba

AST: Address of dllimport variables isn't constant

The address of dllimport variables isn't something that can be
meaningfully used in a constexpr context and isn't suitable for
evaluation at load-time.  They require loads from memory to properly
evaluate.

This fixes PR19955.

Differential Revision: http://reviews.llvm.org/D4250

llvm-svn: 211568

2014-06-24 05:59:13 +00:00

3 Commits