| /external/neven/Embedded/common/src/b_BasicEm/ |
| Memory.h | 39 /* void* bbs_memcpy( void* dstA, const void* srcA, uint32 sizeA ); */
45 void* bbs_memcpy16( void* dstA, const void* srcA, uint32 sizeA );
51 void* bbs_memcpy32( void* dstA, const void* srcA, uint32 sizeA );
57 void* bbs_memset16( void* dstA, uint16 valA, uint32 sizeA );
63 void* bbs_memset32( void* dstA, uint32 valA, uint32 sizeA );
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| Memory.c | 40 void* bbs_memcpy( void* dstA, const void* srcA, uint32 sizeA )
42 if( sizeA & 1 )
44 bbs_ERROR0( "bbs_memcpy( .... ): sizeA must be even" );
47 return bbs_memcpy16( dstA, srcA, sizeA >> 1 );
52 void* bbs_memcpy16( void* dstA, const void* srcA, uint32 sizeA )
55 if( ( ( int32 ) dstA >> 16 ) == ( ( ( int32 ) dstA + sizeA ) >> 16 ) &&
56 ( ( int32 ) srcA >> 16 ) == ( ( ( int32 ) srcA + sizeA ) >> 16 ) )
62 for( iL = sizeA; iL--; )
71 for( iL = 0; iL < sizeA; iL++ )
81 for( ; sizeA >= 4; sizeA -= 4
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| Functions.c | 132 uint32 sizeA, uint16* memPtrA )
139 for( iL = 0; iL < sizeA; iL++ )
144 return sizeA * bbs_SIZEOF16( uint32 );
151 uint32 sizeA,
159 for( iL = 0; iL < sizeA; iL++ )
164 return sizeA * bbs_SIZEOF16( uint32 );
171 uint32 sizeA,
179 for( iL = 0; iL < sizeA; iL++ )
184 return sizeA * bbs_SIZEOF16( uint16 );
191 uint32 sizeA,
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| Int16Arr.c | 116 uint32 sizeA )
118 return sizeA * bbs_SIZEOF16( int16 ) + bbs_MEM_BLOCK_OVERHD;
133 uint32 sizeA,
137 if( ptrA->sizeE == sizeA ) return;
140 bbs_Int16Arr_size( cpA, ptrA, sizeA );
144 ptrA->arrPtrE = bbs_MemSeg_alloc( cpA, mspA, sizeA * bbs_SIZEOF16( int16 ) );
146 ptrA->allocatedSizeE = sizeA;
147 ptrA->sizeE = sizeA;
156 uint32 sizeA,
162 bbs_Int16Arr_create( cpA, allocPtrA, sizeA + ( ( alignBytesA - 1 ) >> 1 ), mspA )
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| UInt16Arr.c | 116 uint32 startIndexA, uint32 sizeA )
121 for( iL = sizeA; iL > 0; iL-- )
132 uint32 sizeA )
134 return sizeA * bbs_SIZEOF16( uint16 ) + bbs_MEM_BLOCK_OVERHD;
149 uint32 sizeA )
151 if( ptrA->allocatedSizeE < sizeA )
153 bbs_ERROR1( "void bbs_UInt16Arr_size( struct bbs_UInt16Arr*, uint32 sizeA ):\n"
158 ptrA->sizeE = sizeA;
165 uint32 sizeA,
169 if( ptrA->sizeE == sizeA ) return
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| Functions.h | 67 /** writes a 32 bit word array to memory; sizeA specifies number of words in array; returns bbs_SIZEOF16( uint32 ) * sizeA */
70 uint32 sizeA, uint16* memPtrA );
72 /** reads a 32 bit word array from memory; sizeA specifies number of words in array; returns bbs_SIZEOF16( uint32 ) * sizeA */
75 uint32 sizeA, const uint16* memPtrA );
77 /** writes a 16 bit word array to memory; sizeA specifies number of words in array; returns bbs_SIZEOF16( uint16 ) * sizeA */
80 uint32 sizeA, uint16* memPtrA );
82 /** reads a 16 bit word array from memory; sizeA specifies number of words in array; returns bbs_SIZEOF16( uint16 ) * sizeA *
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| String.h | 41 /** copies sizeA caracters from from srcA to dstA; returns dstA */
42 char* bbs_strncpy( char* dstA, const char* srcA, uint32 sizeA );
47 /** adds sizeA characters from srcA to string dstA; returns dstA */
48 char* bbs_strncat( char* dstA, const char* srcA, uint32 sizeA );
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| Int32Arr.c | 116 uint32 sizeA )
118 return sizeA * bbs_SIZEOF16( int32 ) + bbs_MEM_BLOCK_OVERHD;
133 uint32 sizeA,
137 if( ptrA->sizeE == sizeA ) return;
140 bbs_Int32Arr_size( cpA, ptrA, sizeA );
144 ptrA->arrPtrE = bbs_MemSeg_alloc( cpA, mspA, sizeA * bbs_SIZEOF16( int32 ) );
146 ptrA->allocatedSizeE = sizeA;
147 ptrA->sizeE = sizeA;
156 uint32 sizeA )
158 if( ptrA->allocatedSizeE < sizeA )
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| UInt32Arr.c | 116 uint32 sizeA )
118 return sizeA * bbs_SIZEOF16( uint32 ) + bbs_MEM_BLOCK_OVERHD;
133 uint32 sizeA,
137 if( ptrA->sizeE == sizeA ) return;
140 bbs_UInt32Arr_size( cpA, ptrA, sizeA );
144 ptrA->arrPtrE = bbs_MemSeg_alloc( cpA, mspA, sizeA * bbs_SIZEOF16( uint32 ) );
146 ptrA->allocatedSizeE = sizeA;
147 ptrA->sizeE = sizeA;
156 uint32 sizeA )
158 if( ptrA->allocatedSizeE < sizeA )
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| Int16Arr.h | 86 uint32 sizeA );
93 uint32 sizeA,
104 uint32 sizeA,
112 uint32 sizeA );
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| MemTbl.h | 80 const void* memPtrA, uint32 sizeA );
92 uint32 sizeA,
99 uint32 sizeA,
106 uint32 sizeA,
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| UInt16Arr.h | 86 uint32 startIndexA, uint32 sizeA );
91 uint32 sizeA );
98 uint32 sizeA,
103 struct bbs_UInt16Arr* ptrA, uint32 sizeA );
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| APhArr.c | 116 uint32 sizeA )
118 return sizeA * bbs_SIZEOF16( struct bbs_APh ) + bbs_MEM_BLOCK_OVERHD;
133 uint32 sizeA,
139 bbs_APhArr_size( cpA, ptrA, sizeA );
143 ptrA->arrPtrE = bbs_MemSeg_alloc( cpA, mspA, sizeA * bbs_SIZEOF16( struct bbs_APh ) );
145 ptrA->allocatedSizeE = sizeA;
146 ptrA->sizeE = sizeA;
155 uint32 sizeA )
157 if( ptrA->allocatedSizeE < sizeA )
164 ptrA->sizeE = sizeA;
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| ComplexArr.c | 116 uint32 sizeA )
118 return sizeA * bbs_SIZEOF16( struct bbs_Complex ) + bbs_MEM_BLOCK_OVERHD;
133 uint32 sizeA,
139 bbs_ComplexArr_size( cpA, ptrA, sizeA );
143 ptrA->arrPtrE = bbs_MemSeg_alloc( cpA, mspA, sizeA * bbs_SIZEOF16( struct bbs_Complex ) );
145 ptrA->allocatedSizeE = sizeA;
146 ptrA->sizeE = sizeA;
155 uint32 sizeA )
157 if( ptrA->allocatedSizeE < sizeA )
159 bbs_ERROR1( "void bbs_ComplexArr_size( struct bbs_ComplexArr*, uint32 sizeA ):\n
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| Int8Arr.c | 116 uint32 sizeA )
118 return ( sizeA >> 1 ) + bbs_MEM_BLOCK_OVERHD;
133 uint32 sizeA,
137 if( ptrA->sizeE == sizeA ) return;
140 bbs_Int8Arr_size( cpA, ptrA, sizeA );
145 uint32 sizeL = sizeA;
152 ptrA->sizeE = sizeA;
161 uint32 sizeA )
163 if( ptrA->allocatedSizeE < sizeA )
170 ptrA->sizeE = sizeA;
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| UInt8Arr.c | 116 uint32 sizeA )
118 return ( sizeA >> 1 ) + bbs_MEM_BLOCK_OVERHD;
133 uint32 sizeA,
137 if( ptrA->sizeE == sizeA ) return;
140 bbs_UInt8Arr_size( cpA, ptrA, sizeA );
145 uint32 sizeL = sizeA;
152 ptrA->sizeE = sizeA;
161 uint32 sizeA )
163 if( ptrA->allocatedSizeE < sizeA )
170 ptrA->sizeE = sizeA;
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| String.c | 50 char* bbs_strncpy( char* dstA, const char* srcA, uint32 sizeA )
53 for( iL = 0; iL < sizeA; iL++ )
57 if( iL == sizeA && sizeA > 0 ) dstA[ iL - 1 ] = 0;
74 char* bbs_strncat( char* dstA, const char* srcA, uint32 sizeA )
77 for( iL = 0; iL < sizeA; iL++ )
82 for( ; iL < sizeA; iL++ )
87 if( iL == sizeA && sizeA > 0 ) dstA[ iL - 1 ] = 0;
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| MathSSE2.c | 34 int32 bbs_dotProduct_64SSE2( const int16* vec1A, const int16* vec2A, uint32 sizeA )
48 alignOffSetL = sizeA % 16;
49 sizeA >>= 4;
51 if( sizeA )
53 while( sizeA > 0 )
85 sizeA--;
146 int32 bbs_dotProduct_128SSE2( const int16* vec1A, const int16* vec2A, uint32 sizeA )
158 alignOffSetL = sizeA % 16;
159 sizeA >>= 4;
161 if( sizeA )
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| Math.c | 37 extern int32 bbs_dotProduct_128SSE2( const int16* vec1A, const int16* vec2A, uint32 sizeA );
38 extern int32 bbs_dotProduct_u128SSE2( const int16* vec1A, const int16* vec2A, uint32 sizeA );
42 int32 bbs_dotProduct_fr71( const int16* vec1A, const int16* vec2A, uint32 sizeA );
342 * computes a fast dot product using intel MMX, sizeA must be multiple of 16 and >0
344 int32 bbs_dotProduct_intelMMX16( const int16* vec1A, const int16* vec2A, uint32 sizeA )
354 mov ecx, sizeA
416 * computes a fast dot product using intel MMX, sizeA must be multiple of 16 and >0
418 int32 bbs_dotProduct_intelMMX16( const int16* vec1A, const int16* vec2A, uint32 sizeA )
479 : "g" ( vec1A ), "g" ( vec2A ), "g" ( sizeA )
497 int32 bbs_dotProduct_dsp( const int16* vec1A, const int16* vec2A, uint32 sizeA )
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| DynMemManager.h | 33 * sizeA refers to the size of a memory block in bytes
37 uint32 sizeA );
99 /** allocates sizeA words of memory */
103 uint32 sizeA );
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| APhArr.h | 87 uint32 sizeA );
97 uint32 sizeA,
103 uint32 sizeA );
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| ComplexArr.h | 87 uint32 sizeA );
94 uint32 sizeA,
100 uint32 sizeA );
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| Int32Arr.h | 86 uint32 sizeA );
93 uint32 sizeA,
99 uint32 sizeA );
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| Int8Arr.h | 86 uint32 sizeA );
93 uint32 sizeA,
99 uint32 sizeA );
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| MemSeg.c | 209 void* memPtrA, uint32 sizeA )
213 memSegL.sizeE = sizeA & 0xFFFFFFFE; /* enforce even size to avoid overflow problems */
224 void* memPtrA, uint32 sizeA )
228 memSegL.sizeE = sizeA;
240 uint32 sizeA )
250 uint32 effSizeL = sizeA + ( sizeA & 1 ) + 2; /* effective block size */
257 "uint16* bbs_MemSeg_alloc( struct bbs_MemSeg* ptrA, uint32 sizeA ):\n"
258 "Exclusive Memory overflow. Segment size: %i. Requested size: %i", ptrA->sizeE, sizeA );
265 memPtrL = bbs_DynMemManager_alloc( cpA, ptrA->dynMemManagerPtrE, ptrA, sizeA );
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