Beman c41521cead For the endian types, add stream inserters and extractors as requested during the formal review.

2014-11-11 21:08:08 -05:00

..

msvc

Some IDE generated files and directories violate boost guidelines, so ignore.

2014-08-15 12:01:05 -04:00

benchmark.cpp

Rename header converters.hpp back to conversion.hpp. Clean up infrastructure.

2013-05-18 16:14:30 -04:00

converter_test.cpp

Fix tests that were backwards on big endian machines. Thanks to Lars Viklund for testing on three different big-endian systems.

2014-08-15 18:07:12 -04:00

endian_in_union_test.cpp

Rename the endian typedefs. Rationale: Subjective - during three months working on the B-tree library, the *un_t names were a constant source of irritation. Objective - the new scheme, which reverts the *un_t names to having no alignment decoration, provides consistent *_align* decoration for both FP and integer types. Also, the library now provides conversion functions which may reduce use of aligned endian types.

2013-09-01 08:40:32 -04:00

endian_operations_test.cpp

For the endian types, add stream inserters and extractors as requested during the formal review.

2014-11-11 21:08:08 -05:00

endian_test.cpp

Add native float tests.

2014-08-13 14:02:09 -04:00

intrinsic_test.cpp

Fix boo boos detected by inspect program.

2013-05-29 09:40:35 -04:00

Jamfile.v2

Remove "explicit" from Endian type constructors. Rationale: Having to write "cntr.insert(big_int32_t(value))" instead of "cntr.insert(value)" gets old fast when you are writing application code and the use case arises more or less continuously. Additionally, the use of an endian type is an implementation detail that should not leak into the application code that needs to create values of the type. Furthermore, the ambiguities that caused the constructors to be made explicit no longer occur; they were eliminated when BOOST_MINIMAL_INTEGER_COVER_OPERATORS was introduced to removed a dependency on boost/operators.hpp. If an ambiguity does arise, it is easy to clear via a static_cast or a function-style cast.

2013-09-06 10:36:54 -04:00

loop_time_test.cpp

Rename the endian typedefs. Rationale: Subjective - during three months working on the B-tree library, the *un_t names were a constant source of irritation. Objective - the new scheme, which reverts the *un_t names to having no alignment decoration, provides consistent *_align* decoration for both FP and integer types. Also, the library now provides conversion functions which may reduce use of aligned endian types.

2013-09-01 08:40:32 -04:00

pair_test.cpp

Simulated function template partial specialization working. converter_test and pair_test passing.

2013-05-14 17:59:50 -04:00

scoped_enum_emulation_test.cpp

Change name of endianness enum to order. This is often used with namespace qualifier, and endian::order is shorter and reads better than endian::endianness.

2013-03-19 09:28:22 -04:00

speed_test_functions.cpp

Rename the endian typedefs. Rationale: Subjective - during three months working on the B-tree library, the *un_t names were a constant source of irritation. Objective - the new scheme, which reverts the *un_t names to having no alignment decoration, provides consistent *_align* decoration for both FP and integer types. Also, the library now provides conversion functions which may reduce use of aligned endian types.

2013-09-01 08:40:32 -04:00

speed_test_functions.hpp

Rename the endian typedefs. Rationale: Subjective - during three months working on the B-tree library, the *un_t names were a constant source of irritation. Objective - the new scheme, which reverts the *un_t names to having no alignment decoration, provides consistent *_align* decoration for both FP and integer types. Also, the library now provides conversion functions which may reduce use of aligned endian types.

2013-09-01 08:40:32 -04:00

speed_test.cpp

Rename the endian typedefs. Rationale: Subjective - during three months working on the B-tree library, the *un_t names were a constant source of irritation. Objective - the new scheme, which reverts the *un_t names to having no alignment decoration, provides consistent *_align* decoration for both FP and integer types. Also, the library now provides conversion functions which may reduce use of aligned endian types.

2013-09-01 08:40:32 -04:00