arith_encoder_jpeg2000.map

利用ADI公司 Blackfin dsp实现 jpeg2

PROCESSOR PROJECT: D:\Blackfin\ADI code EX\Blackfin_JPEG2000\Blackfin_JPEG2000\Copy of arith_encoder_JPEG2000\Debug\arith_encoder_JPEG2000.dxe


Memory Map of LinkProject  "P0"

Name            Start Address  End Address   Type  Qualifier       Width  Memory-Words-Used   Memory-Words-Unused
MEM_PROGRAM_RAM 0xffa00000     0xffa13fff          RAM             0x8    0x40a4              0xff5c             
MEM_STACK       0xff900000     0xff905fff          RAM             0x8    0x0                 0x6000             
MEM_SYSSTACK    0xff906000     0xff907fff          RAM             0x8    0x0                 0x2000             
MEM_L1_DATA_A   0xff800000     0xff800555          RAM             0x8    0x554               0x2                
MEM_L1_DATA_B   0xff800556     0xff8009ff          RAM             0x8    0x2b2               0x1f8              
MEM_L1_DATA_C   0xff801000     0xff803fff          RAM             0x8    0x245b              0xba5              
MEM_ARGV        0xff804000     0xff804100          RAM             0x8    0x0                 0x101              
MEM_HEAP        0xff804101     0xff807fff          RAM             0x8    0x0                 0x3eff             
MEM_L1_SCRATCH  0xffb00000     0xffb00fff          RAM             0x8    0x0                 0x1000             


Memory usage information 

The following output sections have been located in the following memory 'MEM_PROGRAM_RAM'
Output Section           Type           StartAddress   Size in words  
program_ram              SHT_PROGBITS   unmapped section(*)
.absoluteffa00000        SHT_PROGBITS   0xffa00000       0xba             
program_ram              SHT_PROGBITS   0xffa000ba       0x3fea           

(*)An "unmapped section" happens when no contents are left in the section
in the final executable.  Contents for the section may have been moved into
a specially created section for mapping for absolute placement or
circular buffer (21xx) or individual placement (21xx).  The contents
of a section may also have been removed as a result of unused code or
unused data elimination.

Total free space available in memory 'MEM_PROGRAM_RAM' is 0xff5c words 

The following output sections have been located in the following memory 'MEM_STACK'
Output Section           Type           StartAddress   Size in words  
stack                    SHT_NULL       0x0              0x0              
Total free space available in memory 'MEM_STACK' is 0x6000 words 

The following output sections have been located in the following memory 'MEM_SYSSTACK'
Output Section           Type           StartAddress   Size in words  
sysstack                 SHT_NULL       0x0              0x0              
Total free space available in memory 'MEM_SYSSTACK' is 0x2000 words 

The following output sections have been located in the following memory 'MEM_L1_DATA_A'
Output Section           Type           StartAddress   Size in words  
L1_data_a                SHT_PROGBITS   0xff800000       0x554            
Total free space available in memory 'MEM_L1_DATA_A' is 0x2 words 

The following output sections have been located in the following memory 'MEM_L1_DATA_B'
Output Section           Type           StartAddress   Size in words  
L1_data_b                SHT_PROGBITS   0xff800556       0x2b2            
Total free space available in memory 'MEM_L1_DATA_B' is 0x1f8 words 

The following output sections have been located in the following memory 'MEM_L1_DATA_C'
Output Section           Type           StartAddress   Size in words  
L1_data_c                SHT_PROGBITS   0xff801000       0x245b           
Total free space available in memory 'MEM_L1_DATA_C' is 0xba5 words 

The following output sections have been located in the following memory 'MEM_ARGV'
Output Section           Type           StartAddress   Size in words  
argv                     SHT_NULL       0x0              0x0              
Total free space available in memory 'MEM_ARGV' is 0x101 words 

The following output sections have been located in the following memory 'MEM_HEAP'
Output Section           Type           StartAddress   Size in words  
heap                     SHT_NOBITS     0x0              0x0              
Total free space available in memory 'MEM_HEAP' is 0x3eff words 

Total free space available in memory 'MEM_L1_SCRATCH' is 0x1000 words 




Input objects used to create the executable image are
	Input file C:\Program Files\Analog Devices\VisualDSP\Blackfin\lib\crtsfc532.doj
	Input file D:\Blackfin\ADI code EX\Blackfin_JPEG2000\Blackfin_JPEG2000\Copy of arith_encoder_JPEG2000\Debug\arith_encoder_JPEG2000.doj
	Input file D:\Blackfin\ADI code EX\Blackfin_JPEG2000\Blackfin_JPEG2000\Copy of arith_encoder_JPEG2000\Debug\cycle_count.doj
	Input file D:\Blackfin\ADI code EX\Blackfin_JPEG2000\Blackfin_JPEG2000\Copy of arith_encoder_JPEG2000\Debug\tarith_encoder_JPEG2000.doj
	Input file C:\Program Files\Analog Devices\VisualDSP\Blackfin\lib\crtn532.doj
	Input file C:\Program Files\Analog Devices\VisualDSP\Blackfin\lib\idle532.doj
	Input file C:\Program Files\Analog Devices\VisualDSP\Blackfin\lib\libevent532.dlb(cplbctrl.doj)
	Input file C:\Program Files\Analog Devices\VisualDSP\Blackfin\lib\libevent532.dlb(cplbhdr.doj)