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The ARM C and C++ libraries
Mandatory linkage with the C library
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Compliance with the Application Binary Interface (
Increasing portability of object files to other CL
ARM C and C++ library directory structure
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Thumb C libraries
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ARM C libraries and multithreading
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C library functions to access subsections of the _
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How to ensure re-implemented mutex functions are c
Using the ARM C library in a multithreaded environ
Thread safety in the ARM C library
Thread safety in the ARM C++ library
The floating-point status word in a multithreaded
Using the C library with an application
Using the C and C++ libraries with an application
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ISO8859-1 implementation
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LC_CTYPE data block
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LC_MONETARY data block
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Modification of C library functions for error sign
Modification of memory management functions in the
Avoiding the heap and heap-using library functions
C library support for memory allocation functions
Heap1, standard heap implementation
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Stack pointer initialization and heap bounds
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Legacy support for __user_initial_stackheap()
Tailoring input/output functions in the C and C++
Target dependencies on low-level functions in the
The C library printf family of functions
The C library scanf family of functions
Redefining low-level library functions to enable d
The C library functions fread(), fgets() and gets(
Re-implementing __backspace() in the C library
Re-implementing __backspacewc() in the C library
Redefining target-dependent system I/O functions i
Tailoring non-input/output C library functions
Real-time integer division in the ARM libraries
Selecting real-time division in the ARM libraries
How the ARM C library fulfills ISO C specification
mathlib error handling
ISO-compliant implementation of signals supported
ISO-compliant C library input/output characteristi
Standard C++ library implementation definition
C library functions and extensions
Persistence of C and C++ library names across rele
Link time selection of C and C++ libraries
Managing projects that have explicit C or C++ libr
Compiler generated and library-resident helper fun
C and C++ library naming conventions
Using macro__ARM_WCHAR_NO_IO to disable FILE decla
The ARM C micro-library
Floating-point support
Libraries and Floating Point Support Guide
Compiler generated and library-resident helper functions
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| Home > The ARM C and C++ libraries > Compiler generated and library-resident helper functions | |||
Compiler support or helper functions specific to the compilation tools are typically used when the compiler cannot easily produce a suitable code sequence itself.
In RVCT v4.0 and later, the helper functions are generated by the compiler in the resulting object files.
In RVCT v3.1 and earlier, the helper functions reside in libraries. Because these libraries are specific to the ARM C compiler, they are intended to be redistributed as necessary with your own code. For example, if you are distributing a library to a third party, they might also require the appropriate helper library to link their final application successfully. Be aware of redistribution rights of the libraries, as specified in your End User License Agreement.
See also| Copyright © 2007-2008, 2011-2012 ARM. All rights reserved. | ARM DUI 0378D |
| Non-Confidential | ID062912 |
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| Home > The ARM C and C++ libraries > Compiler generated and library-resident helper functions |
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