Lensflare Studio 5 9

Lens Flare Studio 5 9.1

Find & Download Free Graphic Resources for Lens Flare. 8,000+ Vectors, Stock Photos & PSD files. Free for commercial use High Quality Images. Studio 5 on Facebook. Studio 5 on Instagram. Contact Studio 5. Your Name (required) Your Email (required) Your Message. KSL's public inspection files, including the. Lens Studio is a powerful application designed for artists and developers to build augmented reality experiences for hundreds of millions of Snapchatters. Overlay 3 60 shower pan. With a huge set of built-in features including custom shaders and advanced tracking technology, the possibilities are endless.


	Sun Studio 12: C Compiler 5.9 Readme

A. Introduction

This document contains information about this release of the Sun[tm]Studio 12 C Compiler 5.9. This document describes the softwarecorrections, known problems, limitations, and incompatibilities of thisrelease.
Product Documentation

Release Notes: Available on the Sun Developer Network (SDN) Sun Studio portal at http://developers.sun.com/sunstudio/documentation/ss12/release_notes.html.Information in the release notes updates and extends information in allreadme files.
Compilers and Tools Documentation: Product man pages, HTML versions of readmes, and manuals can be accessed from /installation_directory/SUNWspro/docs/index.html.The default installation directory for Solaris platforms is /opt.If your Sun Studio software is not installed in the default /optdirectory, ask your system administrator for the equivalent path onyour system.
Developer Resources Portal: For technical articles, codesamples, documentation, and a knowledge base, see the SDN Sun Studio portal at http://developers.sun.com/sunstudio. For additional information, see the Supportpage on the portal.

Note - If your compiler collection software has not beeninstalled in the default /opt directory, ask your system administratorfor the equivalent path on your system.

B. About Sun Studio 12 C Compiler 5.9

This compiler is in full compliance with ISO/IEC 9899:1999, Programming Language - C and is available on Solaris 10 when you specify the -xc99option. This compiler supports all C language features of ISO/IEC 9899:1999,Programming Language - C on all supported operating systems.

C. New and Changed Features

This section describes new and changed features for this release ofthe C compiler 5.9. For additional information regarding new features in other Sun Studio 12 components, see the SDN Sun Studio portal at http://developers.sun.com/sunstudio/documentation/index.jsp.

A New Way To Specify 32-bit or 64-bit Address Model

You no longer need use the -xarch option to specify a 32-bit or 64-bit address model (LP64 versus ILP32). Two new options make it easier:

-m32 specifies the ILP32 model: 32-bit ints, longs, and pointer types.
-m64 specifies the LP64 model: 32-bit ints, 64-bit longs and pointers types.(Note that -m64 is the default on 64-bit Linux platforms.)

Deprecated -xarch Flags and Their Replacements Across SPARC and x86
If you are using -xarch=v9 or -xarch=amd64 to specify a64-bit address model, use just -m64 instead. No -xarch value isrequired.

Use -m64 in place of -xarch=generic64
Use -m64 -xarch=native in place of -xarch=native64

Deprecated -xarch Flags and Their Replacements on SPARC Only

Use -xarch=sparc in place -xarch=v8plus
Use -xarch=sparcvis in place of -xarch=v8plusa
Use -xarch=sparcvis2 in place of -xarch=v8plusb
Use -xarch=sparc -m64 in place of -xarch=v9
Use -xarch=sparcvis -m64 in place of -xarch=v9a
Use -xarch=sparcvis2 -m64 in place of -xarch=v9b

Deprecated -xarch Flags and Their Replacements on x86 Only

Use -xarch=sse2 -m64 in place of -xarch=amd64.
Use -xarch=sse2a -m64 in place of -xarch=amd64a.

Disallowed Combinations and Warnings
The compilers do not allow the combination of a deprecated -xarchvalue and the new -m32, -m64 options on the command line. For example, specifying -xarch=v9 -m32 is now a fatal error. Specifying -xarch=sparc -xarch=v9 is also a fatal error.

Some older -xarch values do not have 64-bit counterparts. You cannot combine the following -xarch options with -m64 on thecommand line'

SPARC platforms: -xarch=v7, -xarch=v8, -xarch=v8a
x86 platforms: -xarch=386, -xarch=pentium_pro, -xarch=pentium_proa, -xarch=sse, -xarch=ssea

If you specify a 32-bit -xarch value followed by -m64, thecompiler does not issue a warning. For example -m64 -fast or -fast -m64 are allowed. However, if you specify a 64-bit -xarch value followed by -m32, the compiler issues a warning that -m32overrides the -xarch value. This situation does not occur using macro options, only when an -xarch option has been explicitly specified.

New C Compiler Options and Features

In addition to the new options and features detailed in the rest of this readme,the following new C compiler options are supported in this release:

Expanded -D to accept marcos with arguments.
A new -errhdr option which limits warnings from header files to a specified group.
A new -xnorunpath option prevents the compiler from building a runtime search path for shared libraries into the executable.
A new -xMMD option generates makefile dependencies excluding system headers. This is the same functionality as with -xM1, but includes compilation.
A new -xMD option generates makefile dependencies. This is the same functionality as with -xM, but includes compilation.
A new -xMFfilename options allows you to specify a filename for makefile-dependency output.

The -xM, -xM1, -xMD, and -xMMD options are mutually exclusive, and only one can be in effect. When you specify -xMD or -xMMD, but do not specify -xMF, the compiler generates an output file for makefile-dependency output whose default filename is derived from the input filename but with the addition of a .d suffix.

The -xM and -xM1 options behave as usual when you do not specify -xMF. If you do specify -xMF, all makefile-dependency output is appended to the specified file. There is no way to specify individual filenames for multiple input files with -xMF on one command line.

Support for the #include_next directive
The C compiler now supports the #include_next directive. The directive does not distinguish between <filename> and 'filename' inclusion, nor does it check that the file you specify has the same name as the current file. The compiler looks for the specified file starting with the directory in the search path after the one where the current file which contains the #include_next directive.
Additions to the __attributes__ clause
The always_inline, noinline, pure, const,malloc, and aligned attributes are now supported by the __attributes__ clause.
Support for the aligned attribute
Support for the visibility attribute
The visibility attribute has been mapped to the linkerscoping specifiers of the Sun Studio C compiler as follows:
The symbol has global linker scoping and is the leastrestrictive linker scoping. All references to the symbol bind to thedefinition in the first dynamic module that defines the symbol. Thislinker scoping is the current linker scoping for extern symbols.
The symbol has symbolic linker scoping and is more restrictive thanglobal linker scoping. All references to the symbol from within thedynamic module being linked bind to the symbol defined within themodule. Outside of the module, the symbol appears as though it wereglobal. Aimersoft youtube downloader 5 7 3.
The symbol has hidden linker scoping. Hidden linker scoping is morerestrictive than symbolic and global linker scoping. All referenceswithin a dynamic module bind to a definition within that module. Thesymbol will not be visible outside of the module.
Support for value-returning blocks
Support for the typeof operator
Support for zero-length arrays
Support for the __alignof__ operator
The __alignof__ operator returns the alignment associated with a given type or expression. Its syntax is the same as the syntax of the sizeof operator. The following examples demonstrate how to call __alignof__ and supply an argument:It's an error to ask for the alignment of an incomplete type or of a bit-field.
Support for local labels
The following search-macro example demonstrates a typical use oflocal labels. The example incorporates statement expressions and thetypeof operator. A search for an element of a one dimensional arraycould be written as follows: Note the use of the local label'found_it'. Without the ability to declare a local label(through the __label__ declaration), multiple uses of the macro wouldresult in multiple definitions for 'found_it'. Note alsothat local labels can be used in any block, not just within statementexpression blocks.
Support for GNU-style inline assembly and support for long-long bitfields.

New x86 Features and Updates

Contacts sync for google gmail 7 0 3. The following are new x86 flags for the -xarch option:

-xarch=sse3 specifies that the compiler should generate instructions based on both the SSE3 and SSE2 architectures.
-xarch=sse3a specifies that the compiler should generate instructions based on the SSE3, SSE2 and AMD extended architectures as well as the 3DNow extensions.

Changes to -fast
The -fast option on x86 now includes -xregs=frameptr, which means that the compiler can use the frame-pointer register (%ebp on IA32, %rbp on AMD64) as a general purpose register to generate code for allthe compilation units. Consequently frame pointers will not be generated in eachfunction or routine.

However, if you want to override this new behavior, specify -xregs=no%frameptr after -fast in the compilation command and the frame-pointer register will not be used as a general purpose register. The following example demonstrates how to override the -fast default for -xregs:

Static size='1'>

D. Software Corrections, Patches, Problems and Workarounds

Ssbb save file. There is no new information as of this publication date, however, check the Support page on the SDN Sun Studio portal, http://developers.sun.com/sunstudio/support/for latest information.

G. Documentation Errors

The C User's Guide and the cc(1) manpage do not include descriptions for the new -xMMD, -xMD, and -xMF options.The manual and manpage will be updated on docs.sun.com before the next major releaseof the C compiler to cover these new options.