LAT06x - SIU/EPU hardware functional test [801000100]

 

 

 

 

 

 

 

SiuEpuHwFunct
LAT06x - SIU/EPU hardware functional test

Tue Apr 11 22:02:21 2006

 

 

 

 

 

 

 

Hardware Configuration

:  AA

:  AA

:  Primary

:  Primary

:  Primary

:  0

:  1

:  1

:  Redundant

Test Summary

:  siuEpuHwFunct.cfg

:  1.1

:  L00-16-00

:  801000100

:  801000100_rcReport.xml

Start Up Step Prerequisite Verification
scrubSiu PASSED PASSED
scrubEpua PASSED PASSED
scrubEpub PASSED PASSED
checkSiuDram PASSED PASSED
checkEpuaDram PASSED PASSED
checkEpubDram PASSED PASSED
checkSiuFile PASSED PASSED
checkEpuaFile PASSED PASSED
checkEpubFile PASSED PASSED
checkSiuSurom PASSED PASSED
checkEpuaSurom PASSED PASSED
checkEpubSurom PASSED PASSED
checkSiuPpciReg PASSED PASSED
checkEpuaPpciReg PASSED PASSED
checkEpubPpciReg PASSED PASSED
checkSiu1553Reg PASSED PASSED
checkSiuLcbReg PASSED PASSED
checkEpuaLcbReg PASSED PASSED
checkEpubLcbReg PASSED PASSED
dumpSiuEepromWriteCounts PASSED PASSED
dumpEpuaEepromWriteCounts PASSED PASSED
dumpEpubEepromWriteCounts PASSED PASSED
dumpSiuPoolStats PASSED PASSED
dumpEpuaPoolStats PASSED PASSED
dumpEpubPoolStats PASSED PASSED

Wrote 64 words to memory location 0x00010000 on unit SIU, status=1

Wrote 64 words to memory location 0x00010000 on unit SIU, status=1

Wrote 64 words to memory location 0x0001a000 on unit SIU, status=1

Wrote 64 words to memory location 0x0001a000 on unit SIU, status=1

Wrote 64 words to memory location 0x0002b000 on unit SIU, status=1

Wrote 64 words to memory location 0x0002b000 on unit SIU, status=1

Wrote 64 words to memory location 0x00010000 on unit EPU0, status=1

Wrote 64 words to memory location 0x00010000 on unit EPU0, status=1

Wrote 64 words to memory location 0x0001a000 on unit EPU0, status=1

Wrote 64 words to memory location 0x0001a000 on unit EPU0, status=1

Wrote 64 words to memory location 0x0002b000 on unit EPU0, status=1

Wrote 64 words to memory location 0x0002b000 on unit EPU0, status=1

Wrote 64 words to memory location 0x00010000 on unit EPU1, status=1

Wrote 64 words to memory location 0x00010000 on unit EPU1, status=1

Wrote 64 words to memory location 0x0001a000 on unit EPU1, status=1

Wrote 64 words to memory location 0x0001a000 on unit EPU1, status=1

Wrote 64 words to memory location 0x0002b000 on unit EPU1, status=1

Wrote 64 words to memory location 0x0002b000 on unit EPU1, status=1

:  PASSED

scrubSiu

: 

Memory scrub for SIU

Memory scrub-start MSG received.

Memory scrub-stop MSG received.

0 errors seen during scrub.

: 

scrubEpua

: 

Memory scrub for EPU0

Memory scrub-start MSG received.

Memory scrub-stop MSG received.

0 errors seen during scrub.

: 

scrubEpub

: 

Memory scrub for EPU1

Memory scrub-start MSG received.

Memory scrub-stop MSG received.

0 errors seen during scrub.

: 

checkSiuDram

: 

Reading SIU SDRAM [0x00010000, 0x00010100)

Dumping SIU SDRAM [0x00010000, 0x00010100)

Address Value

0x00010000 0xfffeffff '\xff\xfe\xff\xff'

0x00010004 0xfffefffb '\xff\xfe\xff\xfb'

0x00010008 0xfffefff7 '\xff\xfe\xff\xf7'

0x0001000c 0xfffefff3 '\xff\xfe\xff\xf3'

0x00010010 0xfffeffef '\xff\xfe\xff\xef'

0x00010014 0xfffeffeb '\xff\xfe\xff\xeb'

0x00010018 0xfffeffe7 '\xff\xfe\xff\xe7'

0x0001001c 0xfffeffe3 '\xff\xfe\xff\xe3'

0x00010020 0xfffeffdf '\xff\xfe\xff\xdf'

0x00010024 0xfffeffdb '\xff\xfe\xff\xdb'

0x00010028 0xfffeffd7 '\xff\xfe\xff\xd7'

0x0001002c 0xfffeffd3 '\xff\xfe\xff\xd3'

0x00010030 0xfffeffcf '\xff\xfe\xff\xcf'

0x00010034 0xfffeffcb '\xff\xfe\xff\xcb'

0x00010038 0xfffeffc7 '\xff\xfe\xff\xc7'

0x0001003c 0xfffeffc3 '\xff\xfe\xff\xc3'

0x00010040 0xfffeffbf '\xff\xfe\xff\xbf'

0x00010044 0xfffeffbb '\xff\xfe\xff\xbb'

0x00010048 0xfffeffb7 '\xff\xfe\xff\xb7'

0x0001004c 0xfffeffb3 '\xff\xfe\xff\xb3'

0x00010050 0xfffeffaf '\xff\xfe\xff\xaf'

0x00010054 0xfffeffab '\xff\xfe\xff\xab'

0x00010058 0xfffeffa7 '\xff\xfe\xff\xa7'

0x0001005c 0xfffeffa3 '\xff\xfe\xff\xa3'

0x00010060 0xfffeff9f '\xff\xfe\xff\x9f'

0x00010064 0xfffeff9b '\xff\xfe\xff\x9b'

0x00010068 0xfffeff97 '\xff\xfe\xff\x97'

0x0001006c 0xfffeff93 '\xff\xfe\xff\x93'

0x00010070 0xfffeff8f '\xff\xfe\xff\x8f'

0x00010074 0xfffeff8b '\xff\xfe\xff\x8b'

0x00010078 0xfffeff87 '\xff\xfe\xff\x87'

0x0001007c 0xfffeff83 '\xff\xfe\xff\x83'

0x00010080 0xfffeff7f '\xff\xfe\xff\x7f'

0x00010084 0xfffeff7b '\xff\xfe\xff{'

0x00010088 0xfffeff77 '\xff\xfe\xffw'

0x0001008c 0xfffeff73 '\xff\xfe\xffs'

0x00010090 0xfffeff6f '\xff\xfe\xffo'

0x00010094 0xfffeff6b '\xff\xfe\xffk'

0x00010098 0xfffeff67 '\xff\xfe\xffg'

0x0001009c 0xfffeff63 '\xff\xfe\xffc'

0x000100a0 0xfffeff5f '\xff\xfe\xff_'

0x000100a4 0xfffeff5b '\xff\xfe\xff['

0x000100a8 0xfffeff57 '\xff\xfe\xffW'

0x000100ac 0xfffeff53 '\xff\xfe\xffS'

0x000100b0 0xfffeff4f '\xff\xfe\xffO'

0x000100b4 0xfffeff4b '\xff\xfe\xffK'

0x000100b8 0xfffeff47 '\xff\xfe\xffG'

0x000100bc 0xfffeff43 '\xff\xfe\xffC'

0x000100c0 0xfffeff3f '\xff\xfe\xff?'

0x000100c4 0xfffeff3b '\xff\xfe\xff;'

0x000100c8 0xfffeff37 '\xff\xfe\xff7'

0x000100cc 0xfffeff33 '\xff\xfe\xff3'

0x000100d0 0xfffeff2f '\xff\xfe\xff/'

0x000100d4 0xfffeff2b '\xff\xfe\xff+'

0x000100d8 0xfffeff27 "\xff\xfe\xff'"

0x000100dc 0xfffeff23 '\xff\xfe\xff#'

0x000100e0 0xfffeff1f '\xff\xfe\xff\x1f'

0x000100e4 0xfffeff1b '\xff\xfe\xff\x1b'

0x000100e8 0xfffeff17 '\xff\xfe\xff\x17'

0x000100ec 0xfffeff13 '\xff\xfe\xff\x13'

0x000100f0 0xfffeff0f '\xff\xfe\xff\x0f'

0x000100f4 0xfffeff0b '\xff\xfe\xff\x0b'

0x000100f8 0xfffeff07 '\xff\xfe\xff\x07'

0x000100fc 0xfffeff03 '\xff\xfe\xff\x03'

Writing SIU SDRAM [0x00010000, 0x00010100)

Reading SIU SDRAM [0x00010000, 0x00010100)

Verifying SIU SDRAM [0x00010000, 0x00010100)

Restoring SIU SDRAM [0x00010000, 0x00010100)

Writing SIU SDRAM [0x00010000, 0x00010100)

SIU SDRAM [0x00010000, 0x00010100) contents restored.

Reading SIU SDRAM [0x0001a000, 0x0001a100)

Dumping SIU SDRAM [0x0001a000, 0x0001a100)

Address Value

0x0001a000 0xfffe5fff '\xff\xfe_\xff'

0x0001a004 0xfffe5ffb '\xff\xfe_\xfb'

0x0001a008 0xfffe5ff7 '\xff\xfe_\xf7'

0x0001a00c 0xfffe5ff3 '\xff\xfe_\xf3'

0x0001a010 0xfffe5fef '\xff\xfe_\xef'

0x0001a014 0xfffe5feb '\xff\xfe_\xeb'

0x0001a018 0xfffe5fe7 '\xff\xfe_\xe7'

0x0001a01c 0xfffe5fe3 '\xff\xfe_\xe3'

0x0001a020 0xfffe5fdf '\xff\xfe_\xdf'

0x0001a024 0xfffe5fdb '\xff\xfe_\xdb'

0x0001a028 0xfffe5fd7 '\xff\xfe_\xd7'

0x0001a02c 0xfffe5fd3 '\xff\xfe_\xd3'

0x0001a030 0xfffe5fcf '\xff\xfe_\xcf'

0x0001a034 0xfffe5fcb '\xff\xfe_\xcb'

0x0001a038 0xfffe5fc7 '\xff\xfe_\xc7'

0x0001a03c 0xfffe5fc3 '\xff\xfe_\xc3'

0x0001a040 0xfffe5fbf '\xff\xfe_\xbf'

0x0001a044 0xfffe5fbb '\xff\xfe_\xbb'

0x0001a048 0xfffe5fb7 '\xff\xfe_\xb7'

0x0001a04c 0xfffe5fb3 '\xff\xfe_\xb3'

0x0001a050 0xfffe5faf '\xff\xfe_\xaf'

0x0001a054 0xfffe5fab '\xff\xfe_\xab'

0x0001a058 0xfffe5fa7 '\xff\xfe_\xa7'

0x0001a05c 0xfffe5fa3 '\xff\xfe_\xa3'

0x0001a060 0xfffe5f9f '\xff\xfe_\x9f'

0x0001a064 0xfffe5f9b '\xff\xfe_\x9b'

0x0001a068 0xfffe5f97 '\xff\xfe_\x97'

0x0001a06c 0xfffe5f93 '\xff\xfe_\x93'

0x0001a070 0xfffe5f8f '\xff\xfe_\x8f'

0x0001a074 0xfffe5f8b '\xff\xfe_\x8b'

0x0001a078 0xfffe5f87 '\xff\xfe_\x87'

0x0001a07c 0xfffe5f83 '\xff\xfe_\x83'

0x0001a080 0xfffe5f7f '\xff\xfe_\x7f'

0x0001a084 0xfffe5f7b '\xff\xfe_{'

0x0001a088 0xfffe5f77 '\xff\xfe_w'

0x0001a08c 0xfffe5f73 '\xff\xfe_s'

0x0001a090 0xfffe5f6f '\xff\xfe_o'

0x0001a094 0xfffe5f6b '\xff\xfe_k'

0x0001a098 0xfffe5f67 '\xff\xfe_g'

0x0001a09c 0xfffe5f63 '\xff\xfe_c'

0x0001a0a0 0xfffe5f5f '\xff\xfe__'

0x0001a0a4 0xfffe5f5b '\xff\xfe_['

0x0001a0a8 0xfffe5f57 '\xff\xfe_W'

0x0001a0ac 0xfffe5f53 '\xff\xfe_S'

0x0001a0b0 0xfffe5f4f '\xff\xfe_O'

0x0001a0b4 0xfffe5f4b '\xff\xfe_K'

0x0001a0b8 0xfffe5f47 '\xff\xfe_G'

0x0001a0bc 0xfffe5f43 '\xff\xfe_C'

0x0001a0c0 0xfffe5f3f '\xff\xfe_?'

0x0001a0c4 0xfffe5f3b '\xff\xfe_;'

0x0001a0c8 0xfffe5f37 '\xff\xfe_7'

0x0001a0cc 0xfffe5f33 '\xff\xfe_3'

0x0001a0d0 0xfffe5f2f '\xff\xfe_/'

0x0001a0d4 0xfffe5f2b '\xff\xfe_+'

0x0001a0d8 0xfffe5f27 "\xff\xfe_'"

0x0001a0dc 0xfffe5f23 '\xff\xfe_#'

0x0001a0e0 0xfffe5f1f '\xff\xfe_\x1f'

0x0001a0e4 0xfffe5f1b '\xff\xfe_\x1b'

0x0001a0e8 0xfffe5f17 '\xff\xfe_\x17'

0x0001a0ec 0xfffe5f13 '\xff\xfe_\x13'

0x0001a0f0 0xfffe5f0f '\xff\xfe_\x0f'

0x0001a0f4 0xfffe5f0b '\xff\xfe_\x0b'

0x0001a0f8 0xfffe5f07 '\xff\xfe_\x07'

0x0001a0fc 0xfffe5f03 '\xff\xfe_\x03'

Writing SIU SDRAM [0x0001a000, 0x0001a100)

Reading SIU SDRAM [0x0001a000, 0x0001a100)

Verifying SIU SDRAM [0x0001a000, 0x0001a100)

Restoring SIU SDRAM [0x0001a000, 0x0001a100)

Writing SIU SDRAM [0x0001a000, 0x0001a100)

SIU SDRAM [0x0001a000, 0x0001a100) contents restored.

Reading SIU SDRAM [0x0002b000, 0x0002b100)

Dumping SIU SDRAM [0x0002b000, 0x0002b100)

Address Value

0x0002b000 0xfffd4fff '\xff\xfdO\xff'

0x0002b004 0xfffd4ffb '\xff\xfdO\xfb'

0x0002b008 0xfffd4ff7 '\xff\xfdO\xf7'

0x0002b00c 0xfffd4ff3 '\xff\xfdO\xf3'

0x0002b010 0xfffd4fef '\xff\xfdO\xef'

0x0002b014 0xfffd4feb '\xff\xfdO\xeb'

0x0002b018 0xfffd4fe7 '\xff\xfdO\xe7'

0x0002b01c 0xfffd4fe3 '\xff\xfdO\xe3'

0x0002b020 0xfffd4fdf '\xff\xfdO\xdf'

0x0002b024 0xfffd4fdb '\xff\xfdO\xdb'

0x0002b028 0xfffd4fd7 '\xff\xfdO\xd7'

0x0002b02c 0xfffd4fd3 '\xff\xfdO\xd3'

0x0002b030 0xfffd4fcf '\xff\xfdO\xcf'

0x0002b034 0xfffd4fcb '\xff\xfdO\xcb'

0x0002b038 0xfffd4fc7 '\xff\xfdO\xc7'

0x0002b03c 0xfffd4fc3 '\xff\xfdO\xc3'

0x0002b040 0xfffd4fbf '\xff\xfdO\xbf'

0x0002b044 0xfffd4fbb '\xff\xfdO\xbb'

0x0002b048 0xfffd4fb7 '\xff\xfdO\xb7'

0x0002b04c 0xfffd4fb3 '\xff\xfdO\xb3'

0x0002b050 0xfffd4faf '\xff\xfdO\xaf'

0x0002b054 0xfffd4fab '\xff\xfdO\xab'

0x0002b058 0xfffd4fa7 '\xff\xfdO\xa7'

0x0002b05c 0xfffd4fa3 '\xff\xfdO\xa3'

0x0002b060 0xfffd4f9f '\xff\xfdO\x9f'

0x0002b064 0xfffd4f9b '\xff\xfdO\x9b'

0x0002b068 0xfffd4f97 '\xff\xfdO\x97'

0x0002b06c 0xfffd4f93 '\xff\xfdO\x93'

0x0002b070 0xfffd4f8f '\xff\xfdO\x8f'

0x0002b074 0xfffd4f8b '\xff\xfdO\x8b'

0x0002b078 0xfffd4f87 '\xff\xfdO\x87'

0x0002b07c 0xfffd4f83 '\xff\xfdO\x83'

0x0002b080 0xfffd4f7f '\xff\xfdO\x7f'

0x0002b084 0xfffd4f7b '\xff\xfdO{'

0x0002b088 0xfffd4f77 '\xff\xfdOw'

0x0002b08c 0xfffd4f73 '\xff\xfdOs'

0x0002b090 0xfffd4f6f '\xff\xfdOo'

0x0002b094 0xfffd4f6b '\xff\xfdOk'

0x0002b098 0xfffd4f67 '\xff\xfdOg'

0x0002b09c 0xfffd4f63 '\xff\xfdOc'

0x0002b0a0 0xfffd4f5f '\xff\xfdO_'

0x0002b0a4 0xfffd4f5b '\xff\xfdO['

0x0002b0a8 0xfffd4f57 '\xff\xfdOW'

0x0002b0ac 0xfffd4f53 '\xff\xfdOS'

0x0002b0b0 0xfffd4f4f '\xff\xfdOO'

0x0002b0b4 0xfffd4f4b '\xff\xfdOK'

0x0002b0b8 0xfffd4f47 '\xff\xfdOG'

0x0002b0bc 0xfffd4f43 '\xff\xfdOC'

0x0002b0c0 0xfffd4f3f '\xff\xfdO?'

0x0002b0c4 0xfffd4f3b '\xff\xfdO;'

0x0002b0c8 0xfffd4f37 '\xff\xfdO7'

0x0002b0cc 0xfffd4f33 '\xff\xfdO3'

0x0002b0d0 0xfffd4f2f '\xff\xfdO/'

0x0002b0d4 0xfffd4f2b '\xff\xfdO+'

0x0002b0d8 0xfffd4f27 "\xff\xfdO'"

0x0002b0dc 0xfffd4f23 '\xff\xfdO#'

0x0002b0e0 0xfffd4f1f '\xff\xfdO\x1f'

0x0002b0e4 0xfffd4f1b '\xff\xfdO\x1b'

0x0002b0e8 0xfffd4f17 '\xff\xfdO\x17'

0x0002b0ec 0xfffd4f13 '\xff\xfdO\x13'

0x0002b0f0 0xfffd4f0f '\xff\xfdO\x0f'

0x0002b0f4 0xfffd4f0b '\xff\xfdO\x0b'

0x0002b0f8 0xfffd4f07 '\xff\xfdO\x07'

0x0002b0fc 0xfffd4f03 '\xff\xfdO\x03'

Writing SIU SDRAM [0x0002b000, 0x0002b100)

Reading SIU SDRAM [0x0002b000, 0x0002b100)

Verifying SIU SDRAM [0x0002b000, 0x0002b100)

Restoring SIU SDRAM [0x0002b000, 0x0002b100)

Writing SIU SDRAM [0x0002b000, 0x0002b100)

SIU SDRAM [0x0002b000, 0x0002b100) contents restored.

: 

checkEpuaDram

: 

Reading EPU0 SDRAM [0x00010000, 0x00010100)

Dumping EPU0 SDRAM [0x00010000, 0x00010100)

Address Value

0x00010000 0xfffeffff '\xff\xfe\xff\xff'

0x00010004 0xfffefffb '\xff\xfe\xff\xfb'

0x00010008 0xfffefff7 '\xff\xfe\xff\xf7'

0x0001000c 0xfffefff3 '\xff\xfe\xff\xf3'

0x00010010 0xfffeffef '\xff\xfe\xff\xef'

0x00010014 0xfffeffeb '\xff\xfe\xff\xeb'

0x00010018 0xfffeffe7 '\xff\xfe\xff\xe7'

0x0001001c 0xfffeffe3 '\xff\xfe\xff\xe3'

0x00010020 0xfffeffdf '\xff\xfe\xff\xdf'

0x00010024 0xfffeffdb '\xff\xfe\xff\xdb'

0x00010028 0xfffeffd7 '\xff\xfe\xff\xd7'

0x0001002c 0xfffeffd3 '\xff\xfe\xff\xd3'

0x00010030 0xfffeffcf '\xff\xfe\xff\xcf'

0x00010034 0xfffeffcb '\xff\xfe\xff\xcb'

0x00010038 0xfffeffc7 '\xff\xfe\xff\xc7'

0x0001003c 0xfffeffc3 '\xff\xfe\xff\xc3'

0x00010040 0xfffeffbf '\xff\xfe\xff\xbf'

0x00010044 0xfffeffbb '\xff\xfe\xff\xbb'

0x00010048 0xfffeffb7 '\xff\xfe\xff\xb7'

0x0001004c 0xfffeffb3 '\xff\xfe\xff\xb3'

0x00010050 0xfffeffaf '\xff\xfe\xff\xaf'

0x00010054 0xfffeffab '\xff\xfe\xff\xab'

0x00010058 0xfffeffa7 '\xff\xfe\xff\xa7'

0x0001005c 0xfffeffa3 '\xff\xfe\xff\xa3'

0x00010060 0xfffeff9f '\xff\xfe\xff\x9f'

0x00010064 0xfffeff9b '\xff\xfe\xff\x9b'

0x00010068 0xfffeff97 '\xff\xfe\xff\x97'

0x0001006c 0xfffeff93 '\xff\xfe\xff\x93'

0x00010070 0xfffeff8f '\xff\xfe\xff\x8f'

0x00010074 0xfffeff8b '\xff\xfe\xff\x8b'

0x00010078 0xfffeff87 '\xff\xfe\xff\x87'

0x0001007c 0xfffeff83 '\xff\xfe\xff\x83'

0x00010080 0xfffeff7f '\xff\xfe\xff\x7f'

0x00010084 0xfffeff7b '\xff\xfe\xff{'

0x00010088 0xfffeff77 '\xff\xfe\xffw'

0x0001008c 0xfffeff73 '\xff\xfe\xffs'

0x00010090 0xfffeff6f '\xff\xfe\xffo'

0x00010094 0xfffeff6b '\xff\xfe\xffk'

0x00010098 0xfffeff67 '\xff\xfe\xffg'

0x0001009c 0xfffeff63 '\xff\xfe\xffc'

0x000100a0 0xfffeff5f '\xff\xfe\xff_'

0x000100a4 0xfffeff5b '\xff\xfe\xff['

0x000100a8 0xfffeff57 '\xff\xfe\xffW'

0x000100ac 0xfffeff53 '\xff\xfe\xffS'

0x000100b0 0xfffeff4f '\xff\xfe\xffO'

0x000100b4 0xfffeff4b '\xff\xfe\xffK'

0x000100b8 0xfffeff47 '\xff\xfe\xffG'

0x000100bc 0xfffeff43 '\xff\xfe\xffC'

0x000100c0 0xfffeff3f '\xff\xfe\xff?'

0x000100c4 0xfffeff3b '\xff\xfe\xff;'

0x000100c8 0xfffeff37 '\xff\xfe\xff7'

0x000100cc 0xfffeff33 '\xff\xfe\xff3'

0x000100d0 0xfffeff2f '\xff\xfe\xff/'

0x000100d4 0xfffeff2b '\xff\xfe\xff+'

0x000100d8 0xfffeff27 "\xff\xfe\xff'"

0x000100dc 0xfffeff23 '\xff\xfe\xff#'

0x000100e0 0xfffeff1f '\xff\xfe\xff\x1f'

0x000100e4 0xfffeff1b '\xff\xfe\xff\x1b'

0x000100e8 0xfffeff17 '\xff\xfe\xff\x17'

0x000100ec 0xfffeff13 '\xff\xfe\xff\x13'

0x000100f0 0xfffeff0f '\xff\xfe\xff\x0f'

0x000100f4 0xfffeff0b '\xff\xfe\xff\x0b'

0x000100f8 0xfffeff07 '\xff\xfe\xff\x07'

0x000100fc 0xfffeff03 '\xff\xfe\xff\x03'

Writing EPU0 SDRAM [0x00010000, 0x00010100)

Reading EPU0 SDRAM [0x00010000, 0x00010100)

Verifying EPU0 SDRAM [0x00010000, 0x00010100)

Restoring EPU0 SDRAM [0x00010000, 0x00010100)

Writing EPU0 SDRAM [0x00010000, 0x00010100)

EPU0 SDRAM [0x00010000, 0x00010100) contents restored.

Reading EPU0 SDRAM [0x0001a000, 0x0001a100)

Dumping EPU0 SDRAM [0x0001a000, 0x0001a100)

Address Value

0x0001a000 0xfffe5fff '\xff\xfe_\xff'

0x0001a004 0xfffe5ffb '\xff\xfe_\xfb'

0x0001a008 0xfffe5ff7 '\xff\xfe_\xf7'

0x0001a00c 0xfffe5ff3 '\xff\xfe_\xf3'

0x0001a010 0xfffe5fef '\xff\xfe_\xef'

0x0001a014 0xfffe5feb '\xff\xfe_\xeb'

0x0001a018 0xfffe5fe7 '\xff\xfe_\xe7'

0x0001a01c 0xfffe5fe3 '\xff\xfe_\xe3'

0x0001a020 0xfffe5fdf '\xff\xfe_\xdf'

0x0001a024 0xfffe5fdb '\xff\xfe_\xdb'

0x0001a028 0xfffe5fd7 '\xff\xfe_\xd7'

0x0001a02c 0xfffe5fd3 '\xff\xfe_\xd3'

0x0001a030 0xfffe5fcf '\xff\xfe_\xcf'

0x0001a034 0xfffe5fcb '\xff\xfe_\xcb'

0x0001a038 0xfffe5fc7 '\xff\xfe_\xc7'

0x0001a03c 0xfffe5fc3 '\xff\xfe_\xc3'

0x0001a040 0xfffe5fbf '\xff\xfe_\xbf'

0x0001a044 0xfffe5fbb '\xff\xfe_\xbb'

0x0001a048 0xfffe5fb7 '\xff\xfe_\xb7'

0x0001a04c 0xfffe5fb3 '\xff\xfe_\xb3'

0x0001a050 0xfffe5faf '\xff\xfe_\xaf'

0x0001a054 0xfffe5fab '\xff\xfe_\xab'

0x0001a058 0xfffe5fa7 '\xff\xfe_\xa7'

0x0001a05c 0xfffe5fa3 '\xff\xfe_\xa3'

0x0001a060 0xfffe5f9f '\xff\xfe_\x9f'

0x0001a064 0xfffe5f9b '\xff\xfe_\x9b'

0x0001a068 0xfffe5f97 '\xff\xfe_\x97'

0x0001a06c 0xfffe5f93 '\xff\xfe_\x93'

0x0001a070 0xfffe5f8f '\xff\xfe_\x8f'

0x0001a074 0xfffe5f8b '\xff\xfe_\x8b'

0x0001a078 0xfffe5f87 '\xff\xfe_\x87'

0x0001a07c 0xfffe5f83 '\xff\xfe_\x83'

0x0001a080 0xfffe5f7f '\xff\xfe_\x7f'

0x0001a084 0xfffe5f7b '\xff\xfe_{'

0x0001a088 0xfffe5f77 '\xff\xfe_w'

0x0001a08c 0xfffe5f73 '\xff\xfe_s'

0x0001a090 0xfffe5f6f '\xff\xfe_o'

0x0001a094 0xfffe5f6b '\xff\xfe_k'

0x0001a098 0xfffe5f67 '\xff\xfe_g'

0x0001a09c 0xfffe5f63 '\xff\xfe_c'

0x0001a0a0 0xfffe5f5f '\xff\xfe__'

0x0001a0a4 0xfffe5f5b '\xff\xfe_['

0x0001a0a8 0xfffe5f57 '\xff\xfe_W'

0x0001a0ac 0xfffe5f53 '\xff\xfe_S'

0x0001a0b0 0xfffe5f4f '\xff\xfe_O'

0x0001a0b4 0xfffe5f4b '\xff\xfe_K'

0x0001a0b8 0xfffe5f47 '\xff\xfe_G'

0x0001a0bc 0xfffe5f43 '\xff\xfe_C'

0x0001a0c0 0xfffe5f3f '\xff\xfe_?'

0x0001a0c4 0xfffe5f3b '\xff\xfe_;'

0x0001a0c8 0xfffe5f37 '\xff\xfe_7'

0x0001a0cc 0xfffe5f33 '\xff\xfe_3'

0x0001a0d0 0xfffe5f2f '\xff\xfe_/'

0x0001a0d4 0xfffe5f2b '\xff\xfe_+'

0x0001a0d8 0xfffe5f27 "\xff\xfe_'"

0x0001a0dc 0xfffe5f23 '\xff\xfe_#'

0x0001a0e0 0xfffe5f1f '\xff\xfe_\x1f'

0x0001a0e4 0xfffe5f1b '\xff\xfe_\x1b'

0x0001a0e8 0xfffe5f17 '\xff\xfe_\x17'

0x0001a0ec 0xfffe5f13 '\xff\xfe_\x13'

0x0001a0f0 0xfffe5f0f '\xff\xfe_\x0f'

0x0001a0f4 0xfffe5f0b '\xff\xfe_\x0b'

0x0001a0f8 0xfffe5f07 '\xff\xfe_\x07'

0x0001a0fc 0xfffe5f03 '\xff\xfe_\x03'

Writing EPU0 SDRAM [0x0001a000, 0x0001a100)

Reading EPU0 SDRAM [0x0001a000, 0x0001a100)

Verifying EPU0 SDRAM [0x0001a000, 0x0001a100)

Restoring EPU0 SDRAM [0x0001a000, 0x0001a100)

Writing EPU0 SDRAM [0x0001a000, 0x0001a100)

EPU0 SDRAM [0x0001a000, 0x0001a100) contents restored.

Reading EPU0 SDRAM [0x0002b000, 0x0002b100)

Dumping EPU0 SDRAM [0x0002b000, 0x0002b100)

Address Value

0x0002b000 0xfffd4fff '\xff\xfdO\xff'

0x0002b004 0xfffd4ffb '\xff\xfdO\xfb'

0x0002b008 0xfffd4ff7 '\xff\xfdO\xf7'

0x0002b00c 0xfffd4ff3 '\xff\xfdO\xf3'

0x0002b010 0xfffd4fef '\xff\xfdO\xef'

0x0002b014 0xfffd4feb '\xff\xfdO\xeb'

0x0002b018 0xfffd4fe7 '\xff\xfdO\xe7'

0x0002b01c 0xfffd4fe3 '\xff\xfdO\xe3'

0x0002b020 0xfffd4fdf '\xff\xfdO\xdf'

0x0002b024 0xfffd4fdb '\xff\xfdO\xdb'

0x0002b028 0xfffd4fd7 '\xff\xfdO\xd7'

0x0002b02c 0xfffd4fd3 '\xff\xfdO\xd3'

0x0002b030 0xfffd4fcf '\xff\xfdO\xcf'

0x0002b034 0xfffd4fcb '\xff\xfdO\xcb'

0x0002b038 0xfffd4fc7 '\xff\xfdO\xc7'

0x0002b03c 0xfffd4fc3 '\xff\xfdO\xc3'

0x0002b040 0xfffd4fbf '\xff\xfdO\xbf'

0x0002b044 0xfffd4fbb '\xff\xfdO\xbb'

0x0002b048 0xfffd4fb7 '\xff\xfdO\xb7'

0x0002b04c 0xfffd4fb3 '\xff\xfdO\xb3'

0x0002b050 0xfffd4faf '\xff\xfdO\xaf'

0x0002b054 0xfffd4fab '\xff\xfdO\xab'

0x0002b058 0xfffd4fa7 '\xff\xfdO\xa7'

0x0002b05c 0xfffd4fa3 '\xff\xfdO\xa3'

0x0002b060 0xfffd4f9f '\xff\xfdO\x9f'

0x0002b064 0xfffd4f9b '\xff\xfdO\x9b'

0x0002b068 0xfffd4f97 '\xff\xfdO\x97'

0x0002b06c 0xfffd4f93 '\xff\xfdO\x93'

0x0002b070 0xfffd4f8f '\xff\xfdO\x8f'

0x0002b074 0xfffd4f8b '\xff\xfdO\x8b'

0x0002b078 0xfffd4f87 '\xff\xfdO\x87'

0x0002b07c 0xfffd4f83 '\xff\xfdO\x83'

0x0002b080 0xfffd4f7f '\xff\xfdO\x7f'

0x0002b084 0xfffd4f7b '\xff\xfdO{'

0x0002b088 0xfffd4f77 '\xff\xfdOw'

0x0002b08c 0xfffd4f73 '\xff\xfdOs'

0x0002b090 0xfffd4f6f '\xff\xfdOo'

0x0002b094 0xfffd4f6b '\xff\xfdOk'

0x0002b098 0xfffd4f67 '\xff\xfdOg'

0x0002b09c 0xfffd4f63 '\xff\xfdOc'

0x0002b0a0 0xfffd4f5f '\xff\xfdO_'

0x0002b0a4 0xfffd4f5b '\xff\xfdO['

0x0002b0a8 0xfffd4f57 '\xff\xfdOW'

0x0002b0ac 0xfffd4f53 '\xff\xfdOS'

0x0002b0b0 0xfffd4f4f '\xff\xfdOO'

0x0002b0b4 0xfffd4f4b '\xff\xfdOK'

0x0002b0b8 0xfffd4f47 '\xff\xfdOG'

0x0002b0bc 0xfffd4f43 '\xff\xfdOC'

0x0002b0c0 0xfffd4f3f '\xff\xfdO?'

0x0002b0c4 0xfffd4f3b '\xff\xfdO;'

0x0002b0c8 0xfffd4f37 '\xff\xfdO7'

0x0002b0cc 0xfffd4f33 '\xff\xfdO3'

0x0002b0d0 0xfffd4f2f '\xff\xfdO/'

0x0002b0d4 0xfffd4f2b '\xff\xfdO+'

0x0002b0d8 0xfffd4f27 "\xff\xfdO'"

0x0002b0dc 0xfffd4f23 '\xff\xfdO#'

0x0002b0e0 0xfffd4f1f '\xff\xfdO\x1f'

0x0002b0e4 0xfffd4f1b '\xff\xfdO\x1b'

0x0002b0e8 0xfffd4f17 '\xff\xfdO\x17'

0x0002b0ec 0xfffd4f13 '\xff\xfdO\x13'

0x0002b0f0 0xfffd4f0f '\xff\xfdO\x0f'

0x0002b0f4 0xfffd4f0b '\xff\xfdO\x0b'

0x0002b0f8 0xfffd4f07 '\xff\xfdO\x07'

0x0002b0fc 0xfffd4f03 '\xff\xfdO\x03'

Writing EPU0 SDRAM [0x0002b000, 0x0002b100)

Reading EPU0 SDRAM [0x0002b000, 0x0002b100)

Verifying EPU0 SDRAM [0x0002b000, 0x0002b100)

Restoring EPU0 SDRAM [0x0002b000, 0x0002b100)

Writing EPU0 SDRAM [0x0002b000, 0x0002b100)

EPU0 SDRAM [0x0002b000, 0x0002b100) contents restored.

: 

checkEpubDram

: 

Reading EPU1 SDRAM [0x00010000, 0x00010100)

Dumping EPU1 SDRAM [0x00010000, 0x00010100)

Address Value

0x00010000 0xfffeffff '\xff\xfe\xff\xff'

0x00010004 0xfffefffb '\xff\xfe\xff\xfb'

0x00010008 0xfffefff7 '\xff\xfe\xff\xf7'

0x0001000c 0xfffefff3 '\xff\xfe\xff\xf3'

0x00010010 0xfffeffef '\xff\xfe\xff\xef'

0x00010014 0xfffeffeb '\xff\xfe\xff\xeb'

0x00010018 0xfffeffe7 '\xff\xfe\xff\xe7'

0x0001001c 0xfffeffe3 '\xff\xfe\xff\xe3'

0x00010020 0xfffeffdf '\xff\xfe\xff\xdf'

0x00010024 0xfffeffdb '\xff\xfe\xff\xdb'

0x00010028 0xfffeffd7 '\xff\xfe\xff\xd7'

0x0001002c 0xfffeffd3 '\xff\xfe\xff\xd3'

0x00010030 0xfffeffcf '\xff\xfe\xff\xcf'

0x00010034 0xfffeffcb '\xff\xfe\xff\xcb'

0x00010038 0xfffeffc7 '\xff\xfe\xff\xc7'

0x0001003c 0xfffeffc3 '\xff\xfe\xff\xc3'

0x00010040 0xfffeffbf '\xff\xfe\xff\xbf'

0x00010044 0xfffeffbb '\xff\xfe\xff\xbb'

0x00010048 0xfffeffb7 '\xff\xfe\xff\xb7'

0x0001004c 0xfffeffb3 '\xff\xfe\xff\xb3'

0x00010050 0xfffeffaf '\xff\xfe\xff\xaf'

0x00010054 0xfffeffab '\xff\xfe\xff\xab'

0x00010058 0xfffeffa7 '\xff\xfe\xff\xa7'

0x0001005c 0xfffeffa3 '\xff\xfe\xff\xa3'

0x00010060 0xfffeff9f '\xff\xfe\xff\x9f'

0x00010064 0xfffeff9b '\xff\xfe\xff\x9b'

0x00010068 0xfffeff97 '\xff\xfe\xff\x97'

0x0001006c 0xfffeff93 '\xff\xfe\xff\x93'

0x00010070 0xfffeff8f '\xff\xfe\xff\x8f'

0x00010074 0xfffeff8b '\xff\xfe\xff\x8b'

0x00010078 0xfffeff87 '\xff\xfe\xff\x87'

0x0001007c 0xfffeff83 '\xff\xfe\xff\x83'

0x00010080 0xfffeff7f '\xff\xfe\xff\x7f'

0x00010084 0xfffeff7b '\xff\xfe\xff{'

0x00010088 0xfffeff77 '\xff\xfe\xffw'

0x0001008c 0xfffeff73 '\xff\xfe\xffs'

0x00010090 0xfffeff6f '\xff\xfe\xffo'

0x00010094 0xfffeff6b '\xff\xfe\xffk'

0x00010098 0xfffeff67 '\xff\xfe\xffg'

0x0001009c 0xfffeff63 '\xff\xfe\xffc'

0x000100a0 0xfffeff5f '\xff\xfe\xff_'

0x000100a4 0xfffeff5b '\xff\xfe\xff['

0x000100a8 0xfffeff57 '\xff\xfe\xffW'

0x000100ac 0xfffeff53 '\xff\xfe\xffS'

0x000100b0 0xfffeff4f '\xff\xfe\xffO'

0x000100b4 0xfffeff4b '\xff\xfe\xffK'

0x000100b8 0xfffeff47 '\xff\xfe\xffG'

0x000100bc 0xfffeff43 '\xff\xfe\xffC'

0x000100c0 0xfffeff3f '\xff\xfe\xff?'

0x000100c4 0xfffeff3b '\xff\xfe\xff;'

0x000100c8 0xfffeff37 '\xff\xfe\xff7'

0x000100cc 0xfffeff33 '\xff\xfe\xff3'

0x000100d0 0xfffeff2f '\xff\xfe\xff/'

0x000100d4 0xfffeff2b '\xff\xfe\xff+'

0x000100d8 0xfffeff27 "\xff\xfe\xff'"

0x000100dc 0xfffeff23 '\xff\xfe\xff#'

0x000100e0 0xfffeff1f '\xff\xfe\xff\x1f'

0x000100e4 0xfffeff1b '\xff\xfe\xff\x1b'

0x000100e8 0xfffeff17 '\xff\xfe\xff\x17'

0x000100ec 0xfffeff13 '\xff\xfe\xff\x13'

0x000100f0 0xfffeff0f '\xff\xfe\xff\x0f'

0x000100f4 0xfffeff0b '\xff\xfe\xff\x0b'

0x000100f8 0xfffeff07 '\xff\xfe\xff\x07'

0x000100fc 0xfffeff03 '\xff\xfe\xff\x03'

Writing EPU1 SDRAM [0x00010000, 0x00010100)

Reading EPU1 SDRAM [0x00010000, 0x00010100)

Verifying EPU1 SDRAM [0x00010000, 0x00010100)

Restoring EPU1 SDRAM [0x00010000, 0x00010100)

Writing EPU1 SDRAM [0x00010000, 0x00010100)

EPU1 SDRAM [0x00010000, 0x00010100) contents restored.

Reading EPU1 SDRAM [0x0001a000, 0x0001a100)

Dumping EPU1 SDRAM [0x0001a000, 0x0001a100)

Address Value

0x0001a000 0xfffe5fff '\xff\xfe_\xff'

0x0001a004 0xfffe5ffb '\xff\xfe_\xfb'

0x0001a008 0xfffe5ff7 '\xff\xfe_\xf7'

0x0001a00c 0xfffe5ff3 '\xff\xfe_\xf3'

0x0001a010 0xfffe5fef '\xff\xfe_\xef'

0x0001a014 0xfffe5feb '\xff\xfe_\xeb'

0x0001a018 0xfffe5fe7 '\xff\xfe_\xe7'

0x0001a01c 0xfffe5fe3 '\xff\xfe_\xe3'

0x0001a020 0xfffe5fdf '\xff\xfe_\xdf'

0x0001a024 0xfffe5fdb '\xff\xfe_\xdb'

0x0001a028 0xfffe5fd7 '\xff\xfe_\xd7'

0x0001a02c 0xfffe5fd3 '\xff\xfe_\xd3'

0x0001a030 0xfffe5fcf '\xff\xfe_\xcf'

0x0001a034 0xfffe5fcb '\xff\xfe_\xcb'

0x0001a038 0xfffe5fc7 '\xff\xfe_\xc7'

0x0001a03c 0xfffe5fc3 '\xff\xfe_\xc3'

0x0001a040 0xfffe5fbf '\xff\xfe_\xbf'

0x0001a044 0xfffe5fbb '\xff\xfe_\xbb'

0x0001a048 0xfffe5fb7 '\xff\xfe_\xb7'

0x0001a04c 0xfffe5fb3 '\xff\xfe_\xb3'

0x0001a050 0xfffe5faf '\xff\xfe_\xaf'

0x0001a054 0xfffe5fab '\xff\xfe_\xab'

0x0001a058 0xfffe5fa7 '\xff\xfe_\xa7'

0x0001a05c 0xfffe5fa3 '\xff\xfe_\xa3'

0x0001a060 0xfffe5f9f '\xff\xfe_\x9f'

0x0001a064 0xfffe5f9b '\xff\xfe_\x9b'

0x0001a068 0xfffe5f97 '\xff\xfe_\x97'

0x0001a06c 0xfffe5f93 '\xff\xfe_\x93'

0x0001a070 0xfffe5f8f '\xff\xfe_\x8f'

0x0001a074 0xfffe5f8b '\xff\xfe_\x8b'

0x0001a078 0xfffe5f87 '\xff\xfe_\x87'

0x0001a07c 0xfffe5f83 '\xff\xfe_\x83'

0x0001a080 0xfffe5f7f '\xff\xfe_\x7f'

0x0001a084 0xfffe5f7b '\xff\xfe_{'

0x0001a088 0xfffe5f77 '\xff\xfe_w'

0x0001a08c 0xfffe5f73 '\xff\xfe_s'

0x0001a090 0xfffe5f6f '\xff\xfe_o'

0x0001a094 0xfffe5f6b '\xff\xfe_k'

0x0001a098 0xfffe5f67 '\xff\xfe_g'

0x0001a09c 0xfffe5f63 '\xff\xfe_c'

0x0001a0a0 0xfffe5f5f '\xff\xfe__'

0x0001a0a4 0xfffe5f5b '\xff\xfe_['

0x0001a0a8 0xfffe5f57 '\xff\xfe_W'

0x0001a0ac 0xfffe5f53 '\xff\xfe_S'

0x0001a0b0 0xfffe5f4f '\xff\xfe_O'

0x0001a0b4 0xfffe5f4b '\xff\xfe_K'

0x0001a0b8 0xfffe5f47 '\xff\xfe_G'

0x0001a0bc 0xfffe5f43 '\xff\xfe_C'

0x0001a0c0 0xfffe5f3f '\xff\xfe_?'

0x0001a0c4 0xfffe5f3b '\xff\xfe_;'

0x0001a0c8 0xfffe5f37 '\xff\xfe_7'

0x0001a0cc 0xfffe5f33 '\xff\xfe_3'

0x0001a0d0 0xfffe5f2f '\xff\xfe_/'

0x0001a0d4 0xfffe5f2b '\xff\xfe_+'

0x0001a0d8 0xfffe5f27 "\xff\xfe_'"

0x0001a0dc 0xfffe5f23 '\xff\xfe_#'

0x0001a0e0 0xfffe5f1f '\xff\xfe_\x1f'

0x0001a0e4 0xfffe5f1b '\xff\xfe_\x1b'

0x0001a0e8 0xfffe5f17 '\xff\xfe_\x17'

0x0001a0ec 0xfffe5f13 '\xff\xfe_\x13'

0x0001a0f0 0xfffe5f0f '\xff\xfe_\x0f'

0x0001a0f4 0xfffe5f0b '\xff\xfe_\x0b'

0x0001a0f8 0xfffe5f07 '\xff\xfe_\x07'

0x0001a0fc 0xfffe5f03 '\xff\xfe_\x03'

Writing EPU1 SDRAM [0x0001a000, 0x0001a100)

Reading EPU1 SDRAM [0x0001a000, 0x0001a100)

Verifying EPU1 SDRAM [0x0001a000, 0x0001a100)

Restoring EPU1 SDRAM [0x0001a000, 0x0001a100)

Writing EPU1 SDRAM [0x0001a000, 0x0001a100)

EPU1 SDRAM [0x0001a000, 0x0001a100) contents restored.

Reading EPU1 SDRAM [0x0002b000, 0x0002b100)

Dumping EPU1 SDRAM [0x0002b000, 0x0002b100)

Address Value

0x0002b000 0xfffd4fff '\xff\xfdO\xff'

0x0002b004 0xfffd4ffb '\xff\xfdO\xfb'

0x0002b008 0xfffd4ff7 '\xff\xfdO\xf7'

0x0002b00c 0xfffd4ff3 '\xff\xfdO\xf3'

0x0002b010 0xfffd4fef '\xff\xfdO\xef'

0x0002b014 0xfffd4feb '\xff\xfdO\xeb'

0x0002b018 0xfffd4fe7 '\xff\xfdO\xe7'

0x0002b01c 0xfffd4fe3 '\xff\xfdO\xe3'

0x0002b020 0xfffd4fdf '\xff\xfdO\xdf'

0x0002b024 0xfffd4fdb '\xff\xfdO\xdb'

0x0002b028 0xfffd4fd7 '\xff\xfdO\xd7'

0x0002b02c 0xfffd4fd3 '\xff\xfdO\xd3'

0x0002b030 0xfffd4fcf '\xff\xfdO\xcf'

0x0002b034 0xfffd4fcb '\xff\xfdO\xcb'

0x0002b038 0xfffd4fc7 '\xff\xfdO\xc7'

0x0002b03c 0xfffd4fc3 '\xff\xfdO\xc3'

0x0002b040 0xfffd4fbf '\xff\xfdO\xbf'

0x0002b044 0xfffd4fbb '\xff\xfdO\xbb'

0x0002b048 0xfffd4fb7 '\xff\xfdO\xb7'

0x0002b04c 0xfffd4fb3 '\xff\xfdO\xb3'

0x0002b050 0xfffd4faf '\xff\xfdO\xaf'

0x0002b054 0xfffd4fab '\xff\xfdO\xab'

0x0002b058 0xfffd4fa7 '\xff\xfdO\xa7'

0x0002b05c 0xfffd4fa3 '\xff\xfdO\xa3'

0x0002b060 0xfffd4f9f '\xff\xfdO\x9f'

0x0002b064 0xfffd4f9b '\xff\xfdO\x9b'

0x0002b068 0xfffd4f97 '\xff\xfdO\x97'

0x0002b06c 0xfffd4f93 '\xff\xfdO\x93'

0x0002b070 0xfffd4f8f '\xff\xfdO\x8f'

0x0002b074 0xfffd4f8b '\xff\xfdO\x8b'

0x0002b078 0xfffd4f87 '\xff\xfdO\x87'

0x0002b07c 0xfffd4f83 '\xff\xfdO\x83'

0x0002b080 0xfffd4f7f '\xff\xfdO\x7f'

0x0002b084 0xfffd4f7b '\xff\xfdO{'

0x0002b088 0xfffd4f77 '\xff\xfdOw'

0x0002b08c 0xfffd4f73 '\xff\xfdOs'

0x0002b090 0xfffd4f6f '\xff\xfdOo'

0x0002b094 0xfffd4f6b '\xff\xfdOk'

0x0002b098 0xfffd4f67 '\xff\xfdOg'

0x0002b09c 0xfffd4f63 '\xff\xfdOc'

0x0002b0a0 0xfffd4f5f '\xff\xfdO_'

0x0002b0a4 0xfffd4f5b '\xff\xfdO['

0x0002b0a8 0xfffd4f57 '\xff\xfdOW'

0x0002b0ac 0xfffd4f53 '\xff\xfdOS'

0x0002b0b0 0xfffd4f4f '\xff\xfdOO'

0x0002b0b4 0xfffd4f4b '\xff\xfdOK'

0x0002b0b8 0xfffd4f47 '\xff\xfdOG'

0x0002b0bc 0xfffd4f43 '\xff\xfdOC'

0x0002b0c0 0xfffd4f3f '\xff\xfdO?'

0x0002b0c4 0xfffd4f3b '\xff\xfdO;'

0x0002b0c8 0xfffd4f37 '\xff\xfdO7'

0x0002b0cc 0xfffd4f33 '\xff\xfdO3'

0x0002b0d0 0xfffd4f2f '\xff\xfdO/'

0x0002b0d4 0xfffd4f2b '\xff\xfdO+'

0x0002b0d8 0xfffd4f27 "\xff\xfdO'"

0x0002b0dc 0xfffd4f23 '\xff\xfdO#'

0x0002b0e0 0xfffd4f1f '\xff\xfdO\x1f'

0x0002b0e4 0xfffd4f1b '\xff\xfdO\x1b'

0x0002b0e8 0xfffd4f17 '\xff\xfdO\x17'

0x0002b0ec 0xfffd4f13 '\xff\xfdO\x13'

0x0002b0f0 0xfffd4f0f '\xff\xfdO\x0f'

0x0002b0f4 0xfffd4f0b '\xff\xfdO\x0b'

0x0002b0f8 0xfffd4f07 '\xff\xfdO\x07'

0x0002b0fc 0xfffd4f03 '\xff\xfdO\x03'

Writing EPU1 SDRAM [0x0002b000, 0x0002b100)

Reading EPU1 SDRAM [0x0002b000, 0x0002b100)

Verifying EPU1 SDRAM [0x0002b000, 0x0002b100)

Restoring EPU1 SDRAM [0x0002b000, 0x0002b100)

Writing EPU1 SDRAM [0x0002b000, 0x0002b100)

EPU1 SDRAM [0x0002b000, 0x0002b100) contents restored.

: 

checkSiuFile

: 

: 

checkEpuaFile

: 

: 

checkEpubFile

: 

: 

checkSiuSurom

: 

Reading SIU SUROM [0xfff01000, 0xfff0100c)

Dumping SIU SUROM [0xfff01000, 0xfff0100c)

Address Value

0xfff01000 0x4255494c 'BUIL'

0xfff01004 0x443a2073 'D: s'

0xfff01008 0x6c616320 'lac '

Verifying SIU SUROM [0xfff01000, 0xfff0100c)

: 

checkEpuaSurom

: 

Reading EPU0 SUROM [0xfff01000, 0xfff0100c)

Dumping EPU0 SUROM [0xfff01000, 0xfff0100c)

Address Value

0xfff01000 0x4255494c 'BUIL'

0xfff01004 0x443a2042 'D: B'

0xfff01008 0x302d362d '0-6-'

Verifying EPU0 SUROM [0xfff01000, 0xfff0100c)

: 

checkEpubSurom

: 

Reading EPU1 SUROM [0xfff01000, 0xfff0100c)

Dumping EPU1 SUROM [0xfff01000, 0xfff0100c)

Address Value

0xfff01000 0x4255494c 'BUIL'

0xfff01004 0x443a2073 'D: s'

0xfff01008 0x6c616320 'lac '

Verifying EPU1 SUROM [0xfff01000, 0xfff0100c)

: 

checkSiuPpciReg

: 

Reading SIU PPCI [0xbf870000, 0xbf870014)

Dumping SIU PPCI [0xbf870000, 0xbf870014)

Address Value

0xbf870000 0x001011d0 '\x00\x10\x11\xd0'

0xbf870004 0x02800146 '\x02\x80\x01F'

0xbf870008 0x06000000 '\x06\x00\x00\x00'

0xbf87000c 0x00000008 '\x00\x00\x00\x08'

0xbf870010 0x40000008 '@\x00\x00\x08'

Verifying SIU PPCI [0xbf870000, 0xbf870014)

: 

checkEpuaPpciReg

: 

Reading EPU0 PPCI [0xbf870000, 0xbf870014)

Dumping EPU0 PPCI [0xbf870000, 0xbf870014)

Address Value

0xbf870000 0x001011d0 '\x00\x10\x11\xd0'

0xbf870004 0x02800146 '\x02\x80\x01F'

0xbf870008 0x06000000 '\x06\x00\x00\x00'

0xbf87000c 0x00000008 '\x00\x00\x00\x08'

0xbf870010 0x40000008 '@\x00\x00\x08'

Verifying EPU0 PPCI [0xbf870000, 0xbf870014)

: 

checkEpubPpciReg

: 

Reading EPU1 PPCI [0xbf870000, 0xbf870014)

Dumping EPU1 PPCI [0xbf870000, 0xbf870014)

Address Value

0xbf870000 0x001011d0 '\x00\x10\x11\xd0'

0xbf870004 0x02800146 '\x02\x80\x01F'

0xbf870008 0x06000000 '\x06\x00\x00\x00'

0xbf87000c 0x00000008 '\x00\x00\x00\x08'

0xbf870010 0x40000008 '@\x00\x00\x08'

Verifying EPU1 PPCI [0xbf870000, 0xbf870014)

: 

checkSiu1553Reg

: 

Reading SIU 1553 Control [0xc1400000, 0xc1400004)

Dumping SIU 1553 Control [0xc1400000, 0xc1400004)

Address Value

0xc1400000 0x00009800 '\x00\x00\x98\x00'

Verifying SIU 1553 Control [0xc1400000, 0xc1400004)

Reading SIU 1553 Control [0xc140000c, 0xc1400010)

Dumping SIU 1553 Control [0xc140000c, 0xc1400010)

Address Value

0xc140000c 0x0000cc80 '\x00\x00\xcc\x80'

Verifying SIU 1553 Control [0xc140000c, 0xc1400010)

Reading SIU 1553 Control [0xc1400040, 0xc1400080)

Dumping SIU 1553 Control [0xc1400040, 0xc1400080)

Address Value

0xc1400040 0x0000ffff '\x00\x00\xff\xff'

0xc1400044 0x0000b3ff '\x00\x00\xb3\xff'

0xc1400048 0x000007ff '\x00\x00\x07\xff'

0xc140004c 0x00009c00 '\x00\x00\x9c\x00'

0xc1400050 0x0000ffff '\x00\x00\xff\xff'

0xc1400054 0x0000ffff '\x00\x00\xff\xff'

0xc1400058 0x0000ffff '\x00\x00\xff\xff'

0xc140005c 0x0000ffff '\x00\x00\xff\xff'

0xc1400060 0x0000ffff '\x00\x00\xff\xff'

0xc1400064 0x0000ffff '\x00\x00\xff\xff'

0xc1400068 0x0000fecb '\x00\x00\xfe\xcb'

0xc140006c 0x0000ffff '\x00\x00\xff\xff'

0xc1400070 0x0000ffff '\x00\x00\xff\xff'

0xc1400074 0x0000ffff '\x00\x00\xff\xff'

0xc1400078 0x0000ffff '\x00\x00\xff\xff'

0xc140007c 0x0000ffff '\x00\x00\xff\xff'

Verifying SIU 1553 Control [0xc1400040, 0xc1400080)

: 

checkSiuLcbReg

: 

Reading SIU LCB Control [0xc0004000, 0xc0004004)

Dumping SIU LCB Control [0xc0004000, 0xc0004004)

Address Value

0xc0004000 0x00000098 '\x00\x00\x00\x98'

Verifying SIU LCB Control [0xc0004000, 0xc0004004)

Reading SIU LCB Control [0xc0004004, 0xc0004008)

Dumping SIU LCB Control [0xc0004004, 0xc0004008)

Address Value

0xc0004004 0x45f00000 'E\xf0\x00\x00'

Reading SIU LCB Control [0xc0004018, 0xc000401c)

Dumping SIU LCB Control [0xc0004018, 0xc000401c)

Address Value

0xc0004018 0x0000100f '\x00\x00\x10\x0f'

Verifying SIU LCB Control [0xc0004018, 0xc000401c)

: 

checkEpuaLcbReg

: 

Reading EPU0 LCB Control [0xc0004000, 0xc0004004)

Dumping EPU0 LCB Control [0xc0004000, 0xc0004004)

Address Value

0xc0004000 0x00000098 '\x00\x00\x00\x98'

Verifying EPU0 LCB Control [0xc0004000, 0xc0004004)

Reading EPU0 LCB Control [0xc0004004, 0xc0004008)

Dumping EPU0 LCB Control [0xc0004004, 0xc0004008)

Address Value

0xc0004004 0x47f00000 'G\xf0\x00\x00'

Reading EPU0 LCB Control [0xc0004018, 0xc000401c)

Dumping EPU0 LCB Control [0xc0004018, 0xc000401c)

Address Value

0xc0004018 0x0000100f '\x00\x00\x10\x0f'

Verifying EPU0 LCB Control [0xc0004018, 0xc000401c)

: 

checkEpubLcbReg

: 

Reading EPU1 LCB Control [0xc0004000, 0xc0004004)

Dumping EPU1 LCB Control [0xc0004000, 0xc0004004)

Address Value

0xc0004000 0x00000098 '\x00\x00\x00\x98'

Verifying EPU1 LCB Control [0xc0004000, 0xc0004004)

Reading EPU1 LCB Control [0xc0004004, 0xc0004008)

Dumping EPU1 LCB Control [0xc0004004, 0xc0004008)

Address Value

0xc0004004 0x47f00000 'G\xf0\x00\x00'

Reading EPU1 LCB Control [0xc0004018, 0xc000401c)

Dumping EPU1 LCB Control [0xc0004018, 0xc000401c)

Address Value

0xc0004018 0x0000100f '\x00\x00\x10\x0f'

Verifying EPU1 LCB Control [0xc0004018, 0xc000401c)

: 

dumpSiuEepromWriteCounts

: 

Reading SIU EEPROM0 [0xc1900000, 0xc190003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 87

Reading SIU EEPROM0 [0xc1910000, 0xc191003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 375

Reading SIU EEPROM0 [0xc1920000, 0xc192003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 405

Reading SIU EEPROM0 [0xc1930000, 0xc193003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 402

Reading SIU EEPROM0 [0xc1940000, 0xc194003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 366

Reading SIU EEPROM0 [0xc1950000, 0xc195003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 374

Reading SIU EEPROM0 [0xc1960000, 0xc196003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 343

Reading SIU EEPROM0 [0xc1970000, 0xc197003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 388

Reading SIU EEPROM0 [0xc1980000, 0xc198003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 360

Reading SIU EEPROM0 [0xc1990000, 0xc199003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 248

Reading SIU EEPROM0 [0xc19a0000, 0xc19a003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 386

Reading SIU EEPROM0 [0xc19b0000, 0xc19b003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 381

Reading SIU EEPROM0 [0xc19c0000, 0xc19c003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 378

Reading SIU EEPROM0 [0xc19d0000, 0xc19d003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 383

Reading SIU EEPROM0 [0xc19e0000, 0xc19e003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 362

Reading SIU EEPROM0 [0xc19f0000, 0xc19f003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 384

Reading SIU EEPROM0 [0xc1a00000, 0xc1a0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 387

Reading SIU EEPROM0 [0xc1a10000, 0xc1a1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 367

Reading SIU EEPROM0 [0xc1a20000, 0xc1a2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 401

Reading SIU EEPROM0 [0xc1a30000, 0xc1a3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 380

Reading SIU EEPROM0 [0xc1a40000, 0xc1a4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 201

Reading SIU EEPROM0 [0xc1a50000, 0xc1a5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 247

Reading SIU EEPROM0 [0xc1a60000, 0xc1a6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 351

Reading SIU EEPROM0 [0xc1a70000, 0xc1a7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 223

Reading SIU EEPROM0 [0xc1a80000, 0xc1a8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 403

Reading SIU EEPROM0 [0xc1a90000, 0xc1a9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 404

Reading SIU EEPROM0 [0xc1aa0000, 0xc1aa003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 379

Reading SIU EEPROM0 [0xc1ab0000, 0xc1ab003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 373

Reading SIU EEPROM0 [0xc1ac0000, 0xc1ac003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 361

Reading SIU EEPROM0 [0xc1ad0000, 0xc1ad003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 382

Reading SIU EEPROM0 [0xc1ae0000, 0xc1ae003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 350

Reading SIU EEPROM0 [0xc1af0000, 0xc1af003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 297

Reading SIU EEPROM1 [0xc1d00000, 0xc1d0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 1

Reading SIU EEPROM1 [0xc1d10000, 0xc1d1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 42

Reading SIU EEPROM1 [0xc1d20000, 0xc1d2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 37

Reading SIU EEPROM1 [0xc1d30000, 0xc1d3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 4

Reading SIU EEPROM1 [0xc1d40000, 0xc1d4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 43

Reading SIU EEPROM1 [0xc1d50000, 0xc1d5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 44

Reading SIU EEPROM1 [0xc1d60000, 0xc1d6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 42

Reading SIU EEPROM1 [0xc1d70000, 0xc1d7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 36

Reading SIU EEPROM1 [0xc1d80000, 0xc1d8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 38

Reading SIU EEPROM1 [0xc1d90000, 0xc1d9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 40

Reading SIU EEPROM1 [0xc1da0000, 0xc1da003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 41

Reading SIU EEPROM1 [0xc1db0000, 0xc1db003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 51

Reading SIU EEPROM1 [0xc1dc0000, 0xc1dc003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 13

Reading SIU EEPROM1 [0xc1dd0000, 0xc1dd003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 14

Reading SIU EEPROM1 [0xc1de0000, 0xc1de003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 45

Reading SIU EEPROM1 [0xc1df0000, 0xc1df003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 16

Reading SIU EEPROM1 [0xc1e00000, 0xc1e0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 17

Reading SIU EEPROM1 [0xc1e10000, 0xc1e1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 18

Reading SIU EEPROM1 [0xc1e20000, 0xc1e2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 19

Reading SIU EEPROM1 [0xc1e30000, 0xc1e3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 46

Reading SIU EEPROM1 [0xc1e40000, 0xc1e4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 21

Reading SIU EEPROM1 [0xc1e50000, 0xc1e5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 22

Reading SIU EEPROM1 [0xc1e60000, 0xc1e6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 23

Reading SIU EEPROM1 [0xc1e70000, 0xc1e7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 36

Reading SIU EEPROM1 [0xc1e80000, 0xc1e8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 25

Reading SIU EEPROM1 [0xc1e90000, 0xc1e9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 47

Reading SIU EEPROM1 [0xc1ea0000, 0xc1ea003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 27

Reading SIU EEPROM1 [0xc1eb0000, 0xc1eb003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 28

Reading SIU EEPROM1 [0xc1ec0000, 0xc1ec003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 50

Reading SIU EEPROM1 [0xc1ed0000, 0xc1ed003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 30

Reading SIU EEPROM1 [0xc1ee0000, 0xc1ee003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 31

Reading SIU EEPROM1 [0xc1ef0000, 0xc1ef003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 39

: 

dumpEpuaEepromWriteCounts

: 

Reading EPU0 EEPROM0 [0xc1900000, 0xc190003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 1

Reading EPU0 EEPROM0 [0xc1910000, 0xc191003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 52

Reading EPU0 EEPROM0 [0xc1920000, 0xc192003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 54

Reading EPU0 EEPROM0 [0xc1930000, 0xc193003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 33

Reading EPU0 EEPROM0 [0xc1940000, 0xc194003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 39

Reading EPU0 EEPROM0 [0xc1950000, 0xc195003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 6

Reading EPU0 EEPROM0 [0xc1960000, 0xc196003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 35

Reading EPU0 EEPROM0 [0xc1970000, 0xc197003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 72

Reading EPU0 EEPROM0 [0xc1980000, 0xc198003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 61

Reading EPU0 EEPROM0 [0xc1990000, 0xc199003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 34

Reading EPU0 EEPROM0 [0xc19a0000, 0xc19a003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 11

Reading EPU0 EEPROM0 [0xc19b0000, 0xc19b003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 42

Reading EPU0 EEPROM0 [0xc19c0000, 0xc19c003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 68

Reading EPU0 EEPROM0 [0xc19d0000, 0xc19d003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 67

Reading EPU0 EEPROM0 [0xc19e0000, 0xc19e003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 71

Reading EPU0 EEPROM0 [0xc19f0000, 0xc19f003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 56

Reading EPU0 EEPROM0 [0xc1a00000, 0xc1a0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 17

Reading EPU0 EEPROM0 [0xc1a10000, 0xc1a1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 44

Reading EPU0 EEPROM0 [0xc1a20000, 0xc1a2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 69

Reading EPU0 EEPROM0 [0xc1a30000, 0xc1a3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 50

Reading EPU0 EEPROM0 [0xc1a40000, 0xc1a4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 63

Reading EPU0 EEPROM0 [0xc1a50000, 0xc1a5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 62

Reading EPU0 EEPROM0 [0xc1a60000, 0xc1a6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 70

Reading EPU0 EEPROM0 [0xc1a70000, 0xc1a7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 66

Reading EPU0 EEPROM0 [0xc1a80000, 0xc1a8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 57

Reading EPU0 EEPROM0 [0xc1a90000, 0xc1a9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 58

Reading EPU0 EEPROM0 [0xc1aa0000, 0xc1aa003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 27

Reading EPU0 EEPROM0 [0xc1ab0000, 0xc1ab003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 28

Reading EPU0 EEPROM0 [0xc1ac0000, 0xc1ac003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 59

Reading EPU0 EEPROM0 [0xc1ad0000, 0xc1ad003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 60

Reading EPU0 EEPROM0 [0xc1ae0000, 0xc1ae003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 31

Reading EPU0 EEPROM0 [0xc1af0000, 0xc1af003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 32

Reading EPU0 EEPROM1 [0xc1d00000, 0xc1d0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 1

Reading EPU0 EEPROM1 [0xc1d10000, 0xc1d1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 2

Reading EPU0 EEPROM1 [0xc1d20000, 0xc1d2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 64

Reading EPU0 EEPROM1 [0xc1d30000, 0xc1d3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 4

Reading EPU0 EEPROM1 [0xc1d40000, 0xc1d4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 82

Reading EPU0 EEPROM1 [0xc1d50000, 0xc1d5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 83

Reading EPU0 EEPROM1 [0xc1d60000, 0xc1d6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 84

Reading EPU0 EEPROM1 [0xc1d70000, 0xc1d7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 60

Reading EPU0 EEPROM1 [0xc1d80000, 0xc1d8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 89

Reading EPU0 EEPROM1 [0xc1d90000, 0xc1d9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 10

Reading EPU0 EEPROM1 [0xc1da0000, 0xc1da003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 61

Reading EPU0 EEPROM1 [0xc1db0000, 0xc1db003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 61

Reading EPU0 EEPROM1 [0xc1dc0000, 0xc1dc003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 38

Reading EPU0 EEPROM1 [0xc1dd0000, 0xc1dd003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 62

Reading EPU0 EEPROM1 [0xc1de0000, 0xc1de003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 63

Reading EPU0 EEPROM1 [0xc1df0000, 0xc1df003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 65

Reading EPU0 EEPROM1 [0xc1e00000, 0xc1e0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 66

Reading EPU0 EEPROM1 [0xc1e10000, 0xc1e1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 68

Reading EPU0 EEPROM1 [0xc1e20000, 0xc1e2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 69

Reading EPU0 EEPROM1 [0xc1e30000, 0xc1e3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 84

Reading EPU0 EEPROM1 [0xc1e40000, 0xc1e4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 85

Reading EPU0 EEPROM1 [0xc1e50000, 0xc1e5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 86

Reading EPU0 EEPROM1 [0xc1e60000, 0xc1e6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 87

Reading EPU0 EEPROM1 [0xc1e70000, 0xc1e7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 88

Reading EPU0 EEPROM1 [0xc1e80000, 0xc1e8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 90

Reading EPU0 EEPROM1 [0xc1e90000, 0xc1e9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 76

Reading EPU0 EEPROM1 [0xc1ea0000, 0xc1ea003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 27

Reading EPU0 EEPROM1 [0xc1eb0000, 0xc1eb003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 77

Reading EPU0 EEPROM1 [0xc1ec0000, 0xc1ec003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 78

Reading EPU0 EEPROM1 [0xc1ed0000, 0xc1ed003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 79

Reading EPU0 EEPROM1 [0xc1ee0000, 0xc1ee003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 80

Reading EPU0 EEPROM1 [0xc1ef0000, 0xc1ef003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 81

: 

dumpEpubEepromWriteCounts

: 

Reading EPU1 EEPROM0 [0xc1900000, 0xc190003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 1

Reading EPU1 EEPROM0 [0xc1910000, 0xc191003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 66

Reading EPU1 EEPROM0 [0xc1920000, 0xc192003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 33

Reading EPU1 EEPROM0 [0xc1930000, 0xc193003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 34

Reading EPU1 EEPROM0 [0xc1940000, 0xc194003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 67

Reading EPU1 EEPROM0 [0xc1950000, 0xc195003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 76

Reading EPU1 EEPROM0 [0xc1960000, 0xc196003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 60

Reading EPU1 EEPROM0 [0xc1970000, 0xc197003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 75

Reading EPU1 EEPROM0 [0xc1980000, 0xc198003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 64

Reading EPU1 EEPROM0 [0xc1990000, 0xc199003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 65

Reading EPU1 EEPROM0 [0xc19a0000, 0xc19a003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 61

Reading EPU1 EEPROM0 [0xc19b0000, 0xc19b003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 69

Reading EPU1 EEPROM0 [0xc19c0000, 0xc19c003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 74

Reading EPU1 EEPROM0 [0xc19d0000, 0xc19d003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 68

Reading EPU1 EEPROM0 [0xc19e0000, 0xc19e003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 41

Reading EPU1 EEPROM0 [0xc19f0000, 0xc19f003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 42

Reading EPU1 EEPROM0 [0xc1a00000, 0xc1a0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 43

Reading EPU1 EEPROM0 [0xc1a10000, 0xc1a1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 44

Reading EPU1 EEPROM0 [0xc1a20000, 0xc1a2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 45

Reading EPU1 EEPROM0 [0xc1a30000, 0xc1a3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 46

Reading EPU1 EEPROM0 [0xc1a40000, 0xc1a4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 47

Reading EPU1 EEPROM0 [0xc1a50000, 0xc1a5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 71

Reading EPU1 EEPROM0 [0xc1a60000, 0xc1a6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 78

Reading EPU1 EEPROM0 [0xc1a70000, 0xc1a7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 48

Reading EPU1 EEPROM0 [0xc1a80000, 0xc1a8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 70

Reading EPU1 EEPROM0 [0xc1a90000, 0xc1a9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 72

Reading EPU1 EEPROM0 [0xc1aa0000, 0xc1aa003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 73

Reading EPU1 EEPROM0 [0xc1ab0000, 0xc1ab003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 55

Reading EPU1 EEPROM0 [0xc1ac0000, 0xc1ac003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 62

Reading EPU1 EEPROM0 [0xc1ad0000, 0xc1ad003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 56

Reading EPU1 EEPROM0 [0xc1ae0000, 0xc1ae003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 77

Reading EPU1 EEPROM0 [0xc1af0000, 0xc1af003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 59

Reading EPU1 EEPROM1 [0xc1d00000, 0xc1d0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 1

Reading EPU1 EEPROM1 [0xc1d10000, 0xc1d1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 2

Reading EPU1 EEPROM1 [0xc1d20000, 0xc1d2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 3

Reading EPU1 EEPROM1 [0xc1d30000, 0xc1d3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 4

Reading EPU1 EEPROM1 [0xc1d40000, 0xc1d4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 5

Reading EPU1 EEPROM1 [0xc1d50000, 0xc1d5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 6

Reading EPU1 EEPROM1 [0xc1d60000, 0xc1d6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 33

Reading EPU1 EEPROM1 [0xc1d70000, 0xc1d7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 8

Reading EPU1 EEPROM1 [0xc1d80000, 0xc1d8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 34

Reading EPU1 EEPROM1 [0xc1d90000, 0xc1d9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 10

Reading EPU1 EEPROM1 [0xc1da0000, 0xc1da003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 34

Reading EPU1 EEPROM1 [0xc1db0000, 0xc1db003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 35

Reading EPU1 EEPROM1 [0xc1dc0000, 0xc1dc003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 36

Reading EPU1 EEPROM1 [0xc1dd0000, 0xc1dd003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 14

Reading EPU1 EEPROM1 [0xc1de0000, 0xc1de003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 37

Reading EPU1 EEPROM1 [0xc1df0000, 0xc1df003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 16

Reading EPU1 EEPROM1 [0xc1e00000, 0xc1e0003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 17

Reading EPU1 EEPROM1 [0xc1e10000, 0xc1e1003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 18

Reading EPU1 EEPROM1 [0xc1e20000, 0xc1e2003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 19

Reading EPU1 EEPROM1 [0xc1e30000, 0xc1e3003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 20

Reading EPU1 EEPROM1 [0xc1e40000, 0xc1e4003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 21

Reading EPU1 EEPROM1 [0xc1e50000, 0xc1e5003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 22

Reading EPU1 EEPROM1 [0xc1e60000, 0xc1e6003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 23

Reading EPU1 EEPROM1 [0xc1e70000, 0xc1e7003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 24

Reading EPU1 EEPROM1 [0xc1e80000, 0xc1e8003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 25

Reading EPU1 EEPROM1 [0xc1e90000, 0xc1e9003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 26

Reading EPU1 EEPROM1 [0xc1ea0000, 0xc1ea003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 27

Reading EPU1 EEPROM1 [0xc1eb0000, 0xc1eb003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 28

Reading EPU1 EEPROM1 [0xc1ec0000, 0xc1ec003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 29

Reading EPU1 EEPROM1 [0xc1ed0000, 0xc1ed003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 30

Reading EPU1 EEPROM1 [0xc1ee0000, 0xc1ee003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 31

Reading EPU1 EEPROM1 [0xc1ef0000, 0xc1ef003c)

EU size = 2^16 bytes, no. of erase units = 32, write count = 32

: 

dumpSiuPoolStats

: 

Memory pool stats dump for SIU

Issuing dump for pool: System

Issuing dump for pool: Application

System pool data packet received.

5067248 bytes free.

240 blocks free.

4068272 bytes in the largest free block.

3203616 bytes allocated.

3445 blocks allocated.

Application pool data packet received.

88014544 bytes free.

123 blocks free.

86503712 bytes in the largest free block.

33620240 bytes allocated.

594 blocks allocated.

: 

dumpEpuaPoolStats

: 

Memory pool stats dump for EPU0

Issuing dump for pool: System

Issuing dump for pool: Application

System pool data packet received.

5659120 bytes free.

207 blocks free.

5328208 bytes in the largest free block.

2611744 bytes allocated.

2390 blocks allocated.

Application pool data packet received.

118762608 bytes free.

53 blocks free.

118464304 bytes in the largest free block.

2872176 bytes allocated.

198 blocks allocated.

: 

dumpEpubPoolStats

: 

Memory pool stats dump for EPU1

Issuing dump for pool: System

Issuing dump for pool: Application

System pool data packet received.

5659120 bytes free.

207 blocks free.

5328208 bytes in the largest free block.

2611744 bytes allocated.

2390 blocks allocated.

Application pool data packet received.

118762608 bytes free.

53 blocks free.

118464304 bytes in the largest free block.

2872176 bytes allocated.

198 blocks allocated.

: