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The ARM C and C++ libraries
Mandatory linkage with the C library
C and C++ runtime libraries
C and C++ library features
Library heap usage requirements of the ARM C and C
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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ARM C libraries and multithreading
ARM C libraries and reentrant functions
ARM C libraries and thread-safe functions
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C library functions to access subsections of the _
Re-implementation of legacy function __user_libspa
Management of locks in multithreaded applications
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
Using $Sub$$ to mix semihosted and nonsemihosted I
Using the libraries in a nonsemihosting environmen
C++ exceptions in a non-semihosting environment
Direct semihosting C library function dependencies
Indirect semihosting C library function dependenci
C library API definitions for targeting a differen
Building an application without the C library
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Integer and floating-point compiler functions and
Bare machine integer C
Bare machine C with floating-point processing
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Using high-level functions when exploiting the C l
Using malloc() when exploiting the C library
Tailoring the C library to a new execution environ
How C and C++ programs use the library functions
Initialization of the execution environment and ex
C++ initialization, construction and destruction
Legacy support for C$$pi_ctorvec instead of .init_
Exceptions system initialization
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ISO8859-1 implementation
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LC_CTYPE 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
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Heap2, alternative heap implementation
Using a heap implementation from bare machine C
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Tailoring input/output functions in the C and C++
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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
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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
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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
Indirect semihosting C library function dependencies
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| Home > The ARM C and C++ libraries > Indirect semihosting C library function dependencies | |||
Table 3 shows functions that depend indirectly on one or more of the functions listed in Table 2. You can use Table 3 as an initial guide, but it is recommended that you use either of the following to identify any other functions with indirect or direct dependencies on semihosting at link time:
#pragma import(__use_no_semihosting)in C source codeIMPORT __use_no_semihostingin assembly language source code.
Table 3. Indirect semihosting dependencies
| Function | Usage |
|---|---|
__raise() | Catching, handling, or diagnosing C library exceptions, without C signal support. (Tailoring error signaling, error handling, and program exit.) |
__default_signal_handler() | Catching, handling, or diagnosing C library exceptions, with C signal support. (Tailoring error signaling, error handling, and program exit.) |
__Heap_Initialize() | Choosing or redefining memory allocation. Avoiding the heap and heap-using C library functions supplied by ARM. |
ferror(), fputc(), __stdout | Re-implementing the printf family. (Tailoring input/output functions in the C and C++ libraries.). |
__backspace(), fgetc(), __stdin | Re-implementing the scanf family. (Tailoring input/output functions in the C and C++ libraries.). |
fwrite(), fputs(), puts(),fread(), fgets(), gets(), ferror() | Re-implementing the stream output family. (Tailoring input/output functions in the C and C++ libraries.). |
See also- Tasks
- Concepts
- Reference
| Copyright © 2007-2008, 2011-2012 ARM. All rights reserved. | ARM DUI 0378D |
| Non-Confidential | ID062912 |
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