I can hook you up with the best disassembler out there which will disassemble them for you. You'll need to be able to understand a bit of ASM to make sense of it, but I've seen some of your contributions to the ppc community so I know you have an aptitude for it if you don't already know how :) Shoot me a PM if you'd like a copy for free.
Here is an example, the msvcr80.dll found in the windows directory of the 6700 starts like this when disassembled:
Code:
.text:10001000 ; File Name : C:\Documents and Settings\User\Desktop\msvcr80.dll
.text:10001000 ; Format : Portable executable for ARMI (PE)
.text:10001000 ; Imagebase : 10000000
.text:10001000 ; Section 1. (virtual address 00001000)
.text:10001000 ; Virtual size : 00006A1C ( 27164.)
.text:10001000 ; Section size in file : 00006C00 ( 27648.)
.text:10001000 ; Offset to raw data for section: 00000400
.text:10001000 ; Flags 60000020: Text Executable Readable
.text:10001000 ; Alignment : default
.text:10001000
.text:10001000 ; Processor : ARM
.text:10001000 ; Target assembler: Generic assembler for ARM
.text:10001000 ; Byte sex : Little endian
.text:10001000
.text:10001000 ; ---------------------------------------------------------------------------
.text:10001000
.text:10001000 ; Segment type: Pure code
.text:10001000 AREA .text, CODE, READWRITE, ALIGN=4
.text:10001000 ; ORG 0x10001000
.text:10001000 CODE32
.text:10001000
.text:10001000 ; ¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦ S U B R O U T I N E ¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦
.text:10001000
.text:10001000
.text:10001000 EXPORT start
.text:10001000 start ; DATA XREF: .pdata:1000A000o
.text:10001000 MOV R0, #1
.text:10001004 BX LR
.text:10001004 ; End of function start
.text:10001004
.text:10001008 ; Exported entry 23. calloc
.text:10001008
.text:10001008 ; ¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦ S U B R O U T I N E ¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦
.text:10001008
.text:10001008
.text:10001008 EXPORT calloc
.text:10001008 calloc
.text:10001008 LDR R12, =COREDLL_1346
.text:1000100C LDR R12, [R12]
.text:10001010 BX R12
.text:10001010 ; End of function calloc
.text:10001010
.text:10001010 ; ---------------------------------------------------------------------------
.text:10001014 off_10001014 DCD COREDLL_1346 ; DATA XREF: callocr
.text:10001018
.text:10001018 ; ¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦ S U B R O U T I N E ¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦¦
.text:10001018
.text:10001018
.text:10001018 sub_10001018 ; CODE XREF: _itoa_s+2Cp
.text:10001018 ; _itoa_s+44p ...
.text:10001018
.text:10001018 var_28 = -0x28
.text:10001018 arg_0 = 0
.text:10001018
.text:10001018 STMFD SP!, {R4-R11,LR}
.text:1000101C SUB SP, SP, #4
.text:10001020 MOVS R7, R1
.text:10001024 MOV R1, R0
.text:10001028 MOV R9, R3
.text:1000102C MOV R8, R2
.text:10001030 BNE loc_10001060
.text:10001034 MOV R5, #0
.text:10001038 LDR R4, =_invalid_parameter
.text:1000103C STR R5, [SP,#0x28+var_28]
.text:10001040 MOV R3, #0
.text:10001044 MOV R2, #0
.text:10001048 MOV R1, #0
.text:1000104C MOV R0, #0
.text:10001050 MOV LR, PC
.text:10001054 BX R4
.text:10001058 MOV R5, #0x16
.text:1000105C B loc_10001150
.text:10001060 ; ---------------------------------------------------------------------------
.text:10001060
.text:10001060 loc_10001060 ; CODE XREF: sub_10001018+18j
.text:10001060 MOV R11, #0
.text:10001064 CMP R8, #0
.text:10001068 BNE loc_10001094
.text:1000106C
.text:1000106C loc_1000106C ; CODE XREF: sub_10001018+A4j
.text:1000106C MOV R5, #0x16
.text:10001070
.text:10001070 loc_10001070 ; CODE XREF: sub_10001018+98j
.text:10001070 ; sub_10001018+114j
.text:10001070 LDR R4, =_invalid_parameter
.text:10001074 MOV R3, #0
.text:10001078 MOV R2, #0
.text:1000107C MOV R1, #0
.text:10001080 MOV R0, #0
.text:10001084 STR R11, [SP,#0x28+var_28]
.text:10001088 MOV LR, PC
.text:1000108C BX R4
.text:10001090 B loc_10001150
.text:10001094 ; ---------------------------------------------------------------------------
.text:10001094
.text:10001094 loc_10001094 ; CODE XREF: sub_10001018+50j
.text:10001094 LDR R2, [SP,#0x28+arg_0]
.text:10001098 STRB R11, [R7]
.text:1000109C CMP R2, #0
.text:100010A0 MOVNE R3, #2
.text:100010A4 MOVEQ R3, #1
.text:100010A8 CMP R8, R3
.text:100010AC MOVLS R5, #0x22
.text:100010B0 BLS loc_10001070
.text:100010B4 SUB R3, R9, #2
.text:100010B8 CMP R3, #0x22
.text:100010BC BHI loc_1000106C
.text:100010C0 CMP R2, #0
.text:100010C4 MOVNE R3, #0x2D
.text:100010C8 MOV R4, R7
.text:100010CC STRNEB R3, [R4],#1
.text:100010D0 LDR R10, =__rt_udiv
.text:100010D4 MOV R6, #0
.text:100010D8 MOV R5, R4
.text:100010DC MOVNE R6, #1
.text:100010E0 RSBNE R1, R1, #0
.text:100010E4
.text:100010E4 loc_100010E4 ; CODE XREF: sub_10001018+104j
.text:100010E4 LDR R3, [R10]
.text:100010E8 MOV R0, R9
.text:100010EC MOV LR, PC
.text:100010F0 BX R3
.text:100010F4 MOV R3, R1
.text:100010F8 CMP R3, #9
.text:100010FC ADDHI R3, R3, #0x57
.text:10001100 ADDLS R3, R3, #0x30
.text:10001104 MOV R1, R0
.text:10001108 STRB R3, [R4],#1
.text:1000110C ADD R6, R6, #1
.text:10001110 CMP R1, #0
.text:10001114 BEQ loc_10001120
.text:10001118 CMP R6, R8
.text:1000111C BCC loc_100010E4
.text:10001120
.text:10001120 loc_10001120 ; CODE XREF: sub_10001018+FCj
.text:10001120 CMP R6, R8
.text:10001124 STRCSB R11, [R7]
.text:10001128 MOVCS R5, #0x22
.text:1000112C BCS loc_10001070
.text:10001130 STRB R11, [R4],#-1
.text:10001134
.text:10001134 loc_10001134 ; CODE XREF: sub_10001018+130j
.text:10001134 LDRSB R3, [R5]
.text:10001138 LDRSB R2, [R4]
.text:1000113C STRB R3, [R4],#-1
.text:10001140 STRB R2, [R5],#1
.text:10001144 CMP R5, R4
.text:10001148 BCC loc_10001134
.text:1000114C MOV R5, #0
.text:10001150
.text:10001150 loc_10001150 ; CODE XREF: sub_10001018+44j
.text:10001150 ; sub_10001018+78j
.text:10001150 MOV R0, R5
.text:10001154 ADD SP, SP, #4
.text:10001158 LDMFD SP!, {R4-R11,LR}
.text:1000115C BX LR
.text:1000115C ; End of function sub_10001018
.text:1000115C
.text:1000115C ; ---------------------------------------------------------------------------
.text:10001160 off_10001160 DCD __rt_udiv ; DATA XREF: sub_10001018+B8r
.text:10001164 off_10001164 DCD _invalid_parameter ; DATA XREF: sub_10001018+20r
.text:10001164 ; sub_10001018:loc_10001070r