forked from Imagelibrary/rtems
149 lines
4.7 KiB
C
149 lines
4.7 KiB
C
/*
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* This include file contains the CPU dependent implementation
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* of the following routines needed to test RTEMS floating
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* point support:
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* INTEGER_load( &context )
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* INTEGER_check( &context )
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*
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* INTEGER_load - loads the specified floating point context
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* INTEGER_check - checks the specified floating point context
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*
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* NOTE: These routines are VERY CPU dependent and are thus
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* located in in the CPU dependent include file
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* inttest.h. These routines form the core of the
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* floating point context switch test.
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*
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* COPYRIGHT (c) 1989-2011.
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* On-Line Applications Research Corporation (OAR).
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*
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* The license and distribution terms for this file may be
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* found in the file LICENSE in this distribution or at
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* http://www.rtems.org/license/LICENSE.
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*/
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#ifndef __INTEGER_TEST_h
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#define __INTEGER_TEST_h
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#include <stdio.h>
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#define REG_VARIABLE uint32_t
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#define INTEGER_DECLARE \
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REG_VARIABLE int01 = 1; \
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REG_VARIABLE int02 = 2; \
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REG_VARIABLE int03 = 3; \
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REG_VARIABLE int04 = 4; \
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REG_VARIABLE int05 = 5; \
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REG_VARIABLE int06 = 6; \
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REG_VARIABLE int07 = 7; \
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REG_VARIABLE int08 = 8; \
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REG_VARIABLE int09 = 9; \
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REG_VARIABLE int10 = 10; \
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REG_VARIABLE int11 = 11; \
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REG_VARIABLE int12 = 12; \
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REG_VARIABLE int13 = 13; \
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REG_VARIABLE int14 = 14; \
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REG_VARIABLE int15 = 15; \
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REG_VARIABLE int16 = 16; \
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REG_VARIABLE int17 = 17; \
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REG_VARIABLE int18 = 18; \
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REG_VARIABLE int19 = 19; \
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REG_VARIABLE int20 = 20; \
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REG_VARIABLE int21 = 21; \
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REG_VARIABLE int22 = 22; \
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REG_VARIABLE int23 = 23; \
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REG_VARIABLE int24 = 24; \
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REG_VARIABLE int25 = 25; \
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REG_VARIABLE int26 = 26; \
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REG_VARIABLE int27 = 27; \
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REG_VARIABLE int28 = 28; \
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REG_VARIABLE int29 = 29; \
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REG_VARIABLE int30 = 30; \
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REG_VARIABLE int31 = 31; \
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REG_VARIABLE int32 = 32
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#define INTEGER_LOAD( _factor ) \
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do { \
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int01 += _factor; \
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int02 += _factor; \
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int03 += _factor; \
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int04 += _factor; \
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int05 += _factor; \
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int06 += _factor; \
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int07 += _factor; \
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int08 += _factor; \
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int09 += _factor; \
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int10 += _factor; \
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int11 += _factor; \
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int12 += _factor; \
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int13 += _factor; \
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int14 += _factor; \
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int15 += _factor; \
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int16 += _factor; \
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int17 += _factor; \
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int18 += _factor; \
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int19 += _factor; \
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int20 += _factor; \
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int21 += _factor; \
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int22 += _factor; \
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int23 += _factor; \
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int24 += _factor; \
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int25 += _factor; \
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int26 += _factor; \
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int27 += _factor; \
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int28 += _factor; \
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int29 += _factor; \
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int30 += _factor; \
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int31 += _factor; \
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int32 += _factor; \
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} while (0)
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#define INTEGER_CHECK_ONE( _v, _base, _factor ) \
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if ( (_v) != ((_base) + (_factor)) ) { \
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printf( \
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"%" PRIu32 ": " #_v " wrong -- (0x%" PRIx32 " not 0x%" PRIx32 ")\n", \
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task_index, \
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(_v), \
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(_base + _factor) \
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); \
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}
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#define INTEGER_CHECK( _factor ) \
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do { \
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INTEGER_CHECK_ONE( int01, 1, (_factor) ); \
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INTEGER_CHECK_ONE( int02, 2, (_factor) ); \
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INTEGER_CHECK_ONE( int03, 3, (_factor) ); \
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INTEGER_CHECK_ONE( int04, 4, (_factor) ); \
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INTEGER_CHECK_ONE( int05, 5, (_factor) ); \
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INTEGER_CHECK_ONE( int06, 6, (_factor) ); \
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INTEGER_CHECK_ONE( int07, 7, (_factor) ); \
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INTEGER_CHECK_ONE( int08, 8, (_factor) ); \
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INTEGER_CHECK_ONE( int09, 9, (_factor) ); \
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INTEGER_CHECK_ONE( int10, 10, (_factor) ); \
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INTEGER_CHECK_ONE( int11, 11, (_factor) ); \
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INTEGER_CHECK_ONE( int12, 12, (_factor) ); \
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INTEGER_CHECK_ONE( int13, 13, (_factor) ); \
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INTEGER_CHECK_ONE( int14, 14, (_factor) ); \
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INTEGER_CHECK_ONE( int15, 15, (_factor) ); \
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INTEGER_CHECK_ONE( int16, 16, (_factor) ); \
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INTEGER_CHECK_ONE( int17, 17, (_factor) ); \
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INTEGER_CHECK_ONE( int18, 18, (_factor) ); \
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INTEGER_CHECK_ONE( int19, 19, (_factor) ); \
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INTEGER_CHECK_ONE( int20, 20, (_factor) ); \
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INTEGER_CHECK_ONE( int21, 21, (_factor) ); \
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INTEGER_CHECK_ONE( int22, 22, (_factor) ); \
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INTEGER_CHECK_ONE( int23, 23, (_factor) ); \
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INTEGER_CHECK_ONE( int24, 24, (_factor) ); \
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INTEGER_CHECK_ONE( int25, 25, (_factor) ); \
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INTEGER_CHECK_ONE( int26, 26, (_factor) ); \
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INTEGER_CHECK_ONE( int27, 27, (_factor) ); \
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INTEGER_CHECK_ONE( int28, 28, (_factor) ); \
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INTEGER_CHECK_ONE( int29, 29, (_factor) ); \
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INTEGER_CHECK_ONE( int30, 30, (_factor) ); \
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INTEGER_CHECK_ONE( int31, 31, (_factor) ); \
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INTEGER_CHECK_ONE( int32, 32, (_factor) ); \
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} while (0)
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#endif
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