[bug-notifications] [gcc4core 0004356]: Upgrade to GCC 4.4.3

[Mantis Bug Tracker]

The following issue has been ASSIGNED. 
====================================================================== 
https://www.opencsw.org/mantis/view.php?id=4356 
====================================================================== 
Reported By:                kenmays
Assigned To:                maciej
====================================================================== 
Project:                    gcc4core
Issue ID:                   4356
Category:                   upgrade
Reproducibility:            always
Severity:                   minor
Priority:                   normal
Status:                     assigned
====================================================================== 
Date Submitted:             2010-03-18 14:56 CET
Last Modified:              2011-12-11 00:51 CET
====================================================================== 
Summary:                    Upgrade to GCC 4.4.3
Description: 
http://gcc.gnu.org/gcc-4.4/changes.html#4.4.3
•Support for Intel AES built-in functions and code generation is
available via -maes.
•Support for Intel PCLMUL built-in function and code generation is
available via -mpclmul.
•Support for Intel AVX built-in functions and code generation is
available via -mavx.
•Automatically align the stack for local variables with alignment
requirement. 
•GCC can now utilize the SVML library for vectorizing calls to a set of
C99 functions if -mveclibabi=svml is specified and you link to an SVML ABI
compatible library.

Support for __float128 (TFmode) IEEE quad type and corresponding TCmode
IEEE complex quad type is available via the soft-fp library on IA-32/IA64
targets. This includes basic arithmetic operations (addition, subtraction,
negation, multiplication and division) on __float128 real and TCmode
complex values, the full set of IEEE comparisons between __float128 values,
conversions to and from float, double and long double floating point types,
as well as conversions to and from signed or unsigned integer, signed or
unsigned long integer and signed or unsigned quad (TImode, IA64 only)
integer types. Additionally, all operations generate the full set of IEEE
exceptions and support the full set of IEEE rounding modes.
======================================================================