An extensible assembler project with an ARM Thumb-1 instruction set example implementation. This project is meant as a learning tool to help people understand how to write an assembler. The assembler uses multiple scans to simplify the amount of work done in each scan. It also generates a number of output files so that the state of the assembler can be analyzed at different points in the assembly process. I wrote this project with my brother, Carlo Bruscani, and had a great time doing it.
Carlo Bruscani
Victor Brusca
A full book is included with this project. Actually a detailed case study, the text explains how just about every part of the program works line by line.
There are two versions of the PDF one for browsers and computers and one for smaller ereaders. Enjoy!
Browser version of the PDF book
Ereader version of the PDF book
- Complete assembler written in Java designed to be data driven and extensible.
- Includes a full implementation of the ARM Thumb-1 instruction set.
- Includes a set of demonstration programs.
- Includes example programs that run on the GameBoy Advance emulator.
- Intended to provide an example of how one would go about building an assembler.
- Includes full set of unit tests to verify the binary output of the example programs.
You can use these as simple examples of running ARM-1 instructions. Some example programs include the ARM-1 assembly code needed to prepare the hardware for the GameBoy Advance emulator so you can actually run the resulting binary on a GBA emulator which is pretty cool.
Name: TEST_A_AllOpCodes Type: Assembler Validation GBA Executble: No Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_B_16BitXfer Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_C_OnesComp Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_D_16BitAdd Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_E_SplitByte Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_F_CompareNum Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_G_64BitAdd Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_H_ShiftLeft Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_I_Factorial Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_J_16BitSeriesAddOne Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_K_16BitSeriesAddTwo Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_L_HelloWorld Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_M_YourName Type: Example GBA Executble: Yes Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_N_AsmChecks Type: Assembler Validation GBA Executble: No Unit Test Ready: Yes GenAsm Ready: Yes Name: TEST_O_AsmDemo Type: Assembler Validation GBA Executble: No Unit Test Ready: Yes GenAsm Ready: Yes
The assembler can build binaries that the GameBoy Advance can run. Many of the test programs are designed to run on the emulator.
In order to run the GenAsm project directly from the IDE using the hardcoded test program values you need to configure the project's settings and specify the working directory as the root of the project as shown in the following image. You can use a relative path if need be. This setup helps accelerate iterations by allowing you run the configured setup quickly from the IDE.
If you're running the GenAsm assembler outside of the NetBeans project the directory structure should look like this:
-> Assembler Install Directory
-> GenAsm.jar
-> cfg
-> is_sets.json
-> THUMB
-> /* instruction set data files here */
-> OUTPUT
-> TEST_N_AsmChecks
-> /* assembler output files should go here */
-> TESTS
-> TEST_N_AsmChecks
-> genasm_source.txt
A breakdown of the project's config directory is as follows:
GenAsm (NetBeans Project Root)
-> cfg (Assembler config folder)
-> is_sets.json
-> THUMB (ARM Thumb-1 Implementation)
-> is_arg_types.json
-> is_directives.json
-> is_empty_data_lines.json
-> is_entry_types.json
-> is_op_codes.json
-> is_registers.json
-> is_valid_lines.json
-> is_test_file_vals.json
-> EMUS (Emulators)
-> INCBIN (File Includes)
-> OUTPUT (Executed Program Output)
-> TEST (Test Programs)
Using different characters you can reference a symbol and extract different values in the process.
-Label Reference Address: = Used to return the address of the label referenced. -Label Reference Value: ~ Used to return the value, if available, of the label referenced. -Label Reference Offset Address: - Used to return the offset to the address of the label referenced taking into account the pre-fetch offset. -Label Reference Offset Address Less Prefetch: ` Used to return the offset to the address of the label referenced ignoring the pre-fetch offset.
The arguments have been listed on individual lines for readability. The paths shown here are only relevant to my development environment. You have to adjust the paths shown here or those hardcoded in the GenAsm.java class. Notice that the configuration allows for the specification of classes by full package name, assuming it's in your classpath. This allows you to easily add your own classes that support other instruction sets.
java -jar GenAsm.jar "./cfg/is_sets.json" "THUMB_ARM7TDMI" "net.middlemind.GenAsm.Loaders.LoaderIsSets" "net.middlemind.GenAsm.JsonObjs.JsonObjIsSets" "net.middlemind.GenAsm.Assemblers.Thumb.AssemblerThumb" "C:\Users\variable\Documents\GitHub\GenAsm\cfg\THUMB\TESTS\TEST_N_AsmChecks\genasm_source.txt" "net.middlemind.GenAsm.Linkers.Thumb.LinkerThumb" "net.middlemind.GenAsm.PreProcessors.Thumb.PreProcessorThumb" "C:\Users\variable\Documents\GitHub\GenAsm\cfg\THUMB\OUTPUT\TEST_N_AsmChecks\" "false" "false" "C:\Users\variable\Documents\GitHub\GenAsm\cfg\"
CFG_DIR_PATH = args[11]; ASM_SETS_FILE_NAME = args[0]; ASM_TARGET_SET = args[1]; ASM_SETS_LOADER_CLASS = args[2]; ASM_SETS_TARGET_CLASS = args[3]; ASM_SETS = null; ASM_SET = null; ASM_ASSEMBLER_CLASS = args[4]; ASM_ASSEMBLER = null; ASM_ASSEMBLY_SOURCE_FILE = args[5]; ASM_LINKER_CLASS = args[6]; ASM_LINKER = null; ASM_PREPROCESSOR_CLASS = args[7]; ASM_PREPROCESSOR = null; ASM_ROOT_OUTPUT_DIR = args[8]; ASM_VERBOSE = Boolean.parseBoolean(args[9]); ASM_QUELL_FILE_OUTPUT = Boolean.parseBoolean(args[10]);
An example of using hardcoded arguments directly in the static main during development to speed up iterations. The paths shown here are only relevant to my development environment. You have to adjust the paths shown here or those hardcoded in the GenAsm.java class.
String targetProgram = "TEST_N_AsmChecks"; CFG_DIR_PATH = "C:\\Users\\variable\\Documents\\GitHub\\GenAsm\\cfg\\"; ASM_SETS_FILE_NAME = "./cfg/is_sets.json"; ASM_TARGET_SET = "THUMB_ARM7TDMI"; ASM_SETS_LOADER_CLASS = "net.middlemind.GenAsm.Loaders.LoaderIsSets"; ASM_SETS_TARGET_CLASS = "net.middlemind.GenAsm.JsonObjs.JsonObjIsSets"; ASM_SETS = null; ASM_SET = null; ASM_ASSEMBLER_CLASS = "net.middlemind.GenAsm.Assemblers.Thumb.AssemblerThumb"; ASM_ASSEMBLER = null; ASM_ASSEMBLY_SOURCE_FILE = CFG_DIR_PATH + "THUMB\\TESTS\\" + targetProgram + "\\genasm_source.txt"; ASM_LINKER_CLASS = "net.middlemind.GenAsm.Linkers.Thumb.LinkerThumb"; ASM_LINKER = null; ASM_PREPROCESSOR_CLASS = "net.middlemind.GenAsm.PreProcessors.Thumb.PreProcessorThumb"; ASM_PREPROCESSOR = null; ASM_ROOT_OUTPUT_DIR = CFG_DIR_PATH + "THUMB\\OUTPUT\\" + targetProgram + "\\"; ASM_VERBOSE = false; ASM_QUELL_FILE_OUTPUT = false;
output_pre_processed_assembly.txt: Output after preprocessor runs. output_lexed.json: Output after the lexer runs. output_tokened_phase0_tokenized.json: Output after phase0 runs, tokenizer results. output_tokened_phase1_valid_lines.json: Output after phase1 runs, opcode valid lines. output_tokened_phase2_refactored.json: Output after phase2 runs, refactoring groups, lists, comments. output_tokened_phase3_valid_lines.json: Output after phase3 runs, directive valid lines. output_tokened_phase4_bin_output.json: Output after phase4, ready for generating binary output.
output_symbols.json: A listing of the symbols found during the assembly process. output_area_desc_code.json: A listing of area descriptions. output_area_lines_code.json: A listing of area associated lines. output_linked_area_lines_code.json: A listing of linked area lines of source code. output_assembly_listing_endian_big.list: Big endian listing. output_assembly_listing_endian_lil.list: Little endian listing. output_assembly_listing_endian_big.bin: Big endian binary output. output_assembly_listing_endian_lil.bin: Little endian binary output.
Include Binary File: $INCBIN, $FLPINCBIN Include Assembly File: $INCASM Non-Operation: $NOP Include String Data: $STRING, $FLIPSTRING
@DCHW: A data directive used to write two bytes of data at the current memory location. @FLPDCHW: A data directive used to write two bytes of data, with flipped endianness, at the current memory location. @DCWBF: A data directive used to write the first byte of a two-byte value as a halfword, at the current memory location. @DCWBS: A data directive used to write the second byte of a two-byte value as a halfword, at the current memory location. @DCB: A data directive used to write one byte of data as a halfword at the current memory location. @EQU: A label directive used to set a label to a specific value, creating a label value entry that can be referenced by subsequent assembly instructions. @ORG: A memory directive used to set the starting memory address to be used in all listing and memory address calculations. @TTL: An area definition directive used to define a program’s title. @SUBT: A program definition directive used to define a program’s subtitle. @ENTRY: An area definition directive used to define the start of an area. @END: An area definition directive used to define the end of an area. @AREA: An area definition directive used to indicate the start of an area definition. @READONLY: An area definition directive used to indicate if the area is read-only. Not currently in use. @READWRITE: An area definition directive used to indicate if the area is read-write. Not currently in use. @CODE: An area definition directive used to indicate if the area is a code area and not a data area. @DATA: An area definition directive used to indicate if the area is a data area and not a code area.
You can define an instruction set by adding entries to the is_sets.json data file. An example of the file is as follows.
File: is_sets.json
Description: Holds the definition of an instruction set through the description of associated data files.
Example:
{
"obj_name": "is_sets",
"is_sets": [
{
"obj_name": "is_set",
"set_name": "THUMB_ARM7TDMI",
"is_files": [
{
"obj_name": "is_file",
"path": "./cfg/THUMB/is_arg_types.json",
"loader_class": "net.middlemind.GenAsm.Loaders.Thumb.LoaderIsArgTypes",
"target_class": "net.middlemind.GenAsm.JsonObjs.Thumb.JsonObjIsArgTypes",
"category": "arguments"
}
...
A description of the data files used to define, drive the ARM Thumb-1 instruction set implementation. You can define your own files, preprocessor, lexer, tokener, assmebler, and linker to implement a new instruction set or you can build off of what's available in the project.
File: is_arg_types.json
Description: Holds a definition of all the Thumb-1 instruction set's argument types.
Example:
{
"obj_name": "is_arg_types",
"set_name": "THUMB_ARM7TDMI",
"is_arg_types": [
{
"obj_name": "is_arg_type",
"arg_name": "Group",
"is_entry_types": ["GroupStart", "GroupStop"]
}
...
File: is_directives.json
Description: Holds a definition of all the Thumb-1 instruction set's supported directives.
Example:
{
"obj_name": "is_directives",
"set_name": "THUMB_ARM7TDMI",
"is_directives": [
{
"obj_name": "is_directive",
"directive_name": "@DCB",
"arg_len": 1,
"args": [
{
"obj_name": "is_directive_arg",
"arg_index": 0,
"bit_index": 0,
"is_entry_types": ["Number", "LabelRef"],
"is_arg_type": "Number",
"bit_series": {
"bit_start": 0,
"bit_stop": 15,
"bit_len": 16
},
"num_range": {
"min_value": 0,
"max_value": 255,
"bit_len": 8,
"twos_compliment": false,
"alignment": "HALFWORD"
},
"bit_shift": {
"shift_dir": "NONE",
"shift_amount": -1
}
}
],
"description": "The DCB directive is used to write data, one byte written as a halfword, directly into the data AREA of an assembly file."
}
...
File: is_empty_data_lines.json Description: Holds a JSON definition of an empty line of assembly used when processing a 2-line branch instruction. Example: See the associated file.
File: is_entry_types.json
Description: Holds a definition of all the Thumb-1 instruction set's entry types.
Example:
{
"obj_name": "is_entry_types",
"set_name": "THUMB_ARM7TDMI",
"is_entry_types": [
{
"obj_name": "is_entry_type",
"type_name": "Comment",
"type_category": "Comment",
"category": "Comment",
"category_class": "java.lang.String",
"txt_match": {
"starts_with": [";"],
"contains": ["*"],
"must_contain": [],
"must_not_contain": [],
"ends_with": ["*"]
}
}
...
File: is_op_codes.json
Description: Holds a definition of all the Thumb-1 instruction set's opcodes.
Example:
{
"obj_name": "is_op_codes",
"set_name": "THUMB_ARM7TDMI",
"endian": "BIG",
"pc_prefetch_bits": 32,
"pc_prefetch_bytes": 4,
"pc_prefetch_halfwords": 2,
"pc_prefetch_words": 1,
"pc_alignment": "WORD",
"pc_lsb_zeroed": true,
"nop_assembly": "MOV R8, R8 ;nop instruction",
"nop_binary": "0100011011000000",
"nop_hex": "46C0",
"bit_series": {
"bit_start": 0,
"bit_stop": 15,
"bit_len": 16
},
"is_op_codes": [
{
"obj_name": "is_op_code",
"op_code_name": "LSL",
"index": 0,
"arg_len": 3,
"arg_separator": ",",
"bit_rep": {
"bit_string": "00000",
"bit_int": 0,
"bit_len": 5
},
"bit_series": {
"bit_start": 11,
"bit_stop": 15,
"bit_len": 5
},
"args": [
{
"obj_name": "is_op_code_arg",
"arg_index": 0,
"bit_index": 0,
"is_entry_types": ["RegisterLow"],
"is_arg_type": "Rd",
"bit_series": {
"bit_start": 0,
"bit_stop": 2,
"bit_len": 3
}
},
{
"obj_name": "is_op_code_arg",
"arg_index": 1,
"bit_index": 1,
"is_entry_types": ["RegisterLow"],
"is_arg_type": "Rs",
"bit_series": {
"bit_start": 3,
"bit_stop": 5,
"bit_len": 3
}
},
{
"obj_name": "is_op_code_arg",
"arg_index": 2,
"bit_index": 2,
"is_entry_types": ["Number", "LabelRef"],
"is_arg_type": "Offset5",
"bit_series": {
"bit_start": 6,
"bit_stop": 10,
"bit_len": 5
},
"num_range": {
"min_value": 0,
"max_value": 31,
"bit_len": 5,
"twos_compliment": false,
"alignment": "NATURAL"
},
"bit_shift": {
"shift_dir": "NONE",
"shift_amount": 0
}
}
]
}
...
File: is_registers.json
Description: Holds a definition of all the Thumb-1 instruction set's registers.
Example:
{
"obj_name": "is_registers",
"set_name": "THUMB_ARM7TDMI",
"is_registers": [
{
"register_name": "R0",
"obj_name": "is_register",
"is_entry_type": "RegisterLow",
"bit_rep": {
"bit_string": "000",
"bit_int": 0,
"bit_len": 3
},
"type": "LOW",
"desc": "general purpose"
}
...
File: is_valid_lines.json
Description: Holds a definition of all the Thumb-1 instruction set's valid lines.
Example:
{
"obj_name": "is_valid_lines",
"set_name": "THUMB_ARM7TDMI",
"min_line_entries": 1,
"max_line_entries": 4,
"is_valid_lines": [
{
"obj_name": "is_valid_line",
"index": 0,
"empty_line": true,
"is_valid_line": [
{
"obj_name": "is_valid_line_entry",
"is_entry_types": ["Comment"],
"index": 0
}
]
}
...
An example of a simple ARM Thumb-1 instruction set program. Source code shows the syntax of a number of opcodes. This is test program N of the included test programs. The assebler only supports simple linking of two areas, CODE and DATA. You can still do a fair amount with this simple implementation.
@TTL |AssemblerChecks|
@SUBT |SubTitleTest|
@AREA |Program| @CODE, @READONLY
@ENTRY
test @EQU 2
overOne
BGT =overOne
;$NOP
;++++++++++++++++++++++++++++++++
;$INCASM |.\cfg\THUMB\INCBIN\test_asm_incasm.txt|
;++++++++++++++++++++++++++++++++
label_ ;branch label
LSL R0, R1, #0 ;5.1
LSL R0, R1, #31
LSR R0, R1, #0
LSR R0, R1, #31
ASR R0, R1, #0
ASR R0, R1, #31
ADD R0, R1, R2 ;5.2
ADD R0, R1, #7
SUB R0, R1, R2
SUB R0, R1, #7
MOV R0, #0 ;5.3
MOV R0, #255
CMP R0, #0
CMP R0, #255
ADD R0, #0
ADD R0, #255
SUB R0, #0
SUB R0, #255
AND R0, R1 ;5.4
EOR R0, R1
LSL R0, R1
LSR R0, R1
ASR R0, R1
ADC R0, R1
SBC R0, R1
ROR R0, R1
TST R0, R1
NEG R0, R1
CMP R0, R1
CMN R0, R1
ORR R0, R1
MUL R0, R1
BIC R0, R1
MVN R0, R1
ADD R0, R8 ;5.5
ADD R8, R0
ADD R8, R9
CMP R0, R8
CMP R8, R0
CMP R8, R9
MOV R0, R8
MOV R8, R0
MOV R8, R9
BX R0
BX R8
LDR R0, [PC, #0] ;5.6
LDR R0, [PC, #1020]
STR R0, [R1, R2] ;5.7
STRB R0, [R1, R2]
LDR R0, [R1, R2]
LDRB R0, [R1, R2]
STRH R0, [R1, R2] ;5.8
LDRH R0, [R1, R2]
LDSB R0, [R1, R2]
LDSH R0, [R1, R2]
STR R0, [R1, #0] ;5.9
STR R0, [R1, #124]
LDR R0, [R1, #0]
LDR R0, [R1, #124]
STRB R0, [R1, #0]
STRB R0, [R1, #31]
LDRB R0, [R1, #0]
LDRB R0, [R1, #31]
STRH R0, [R1, #0] ;5.10
STRH R0, [R1, #62]
LDRH R0, [R1, #0]
LDRH R0, [R1, #62]
STR R0, [SP, #0] ;5.11
STR R0, [SP, #1020]
LDR R0, [SP, #0]
LDR R0, [SP, #1020]
ADD R0, PC, #0 ;5.12
ADD R0, PC, #1020
ADD R0, SP, #0
ADD R0, SP, #1020
ADD SP, #0 ;5.13
ADD SP, #508
ADD SP, #-508
PUSH {R0, R1} ;5.14
PUSH {R0, R1, LR}
POP {R0, R1}
POP {R0, R1, PC}
STMIA R0!, {R1, R2} ;5.15
LDMIA R0!, {R1, R2}
BEQ =label_ ;5.16
BNE =label_
BCS =label_
BCC =label_
BMI =label_
BPL =label_
BVS =label_
BVC =label_
BHI =label_
BLS =label_
BGE =label_
BLT =label_
BGT =label_
BLE =label_
SWI #0 ;5.17
SWI #255
B =label_ ;5.18
B =over
BL =label_ ;5.19
BL =over
CMP R0, #45 ;Other
BGT =over
B =locate
LSR R2, R5, #27
ADD R0, R3, R4
SUB R6, R2, #6
MOV R0, #127
CMP R2, #62
ADD R1, #127
SUB R6, #1
EOR R3, R4
ROR R1, R0
NEG R5, R3
CMP R2, R6
MUL R0, R7
EOR R3, R4
ROR R1, R0
NEG R5, R3
CMP R2, R6
MUL R0, R7
ADD PC, R5
CMP R4, R12
MOV PC, R14
LDR R3, [PC, #844]
STR R3, [R2, R6]
LDRB R2, [R0, R7]
STRH R4, [R3, R0]
LDSB R2, [R7, R1]
LDSH R3, [R4, R2]
LDR R2, [R5, #116]
STRB R1, [R0, #13]
STRH R6, [R1, #56]
LDRH R4, [R7, #4]
ADD R2, PC, #572
ADD R6, SP, #212
ADD SP, #68
ADD SP, #104
PUSH {R0-R4, LR}
POP {R2, R6, PC}
STMIA R0!, {R3, R4, R5, R6, R7}
over CMP R0, #45
here B =here
locate LDR R2, [R2, R6]
var1 @DCHW 256
var2 @DCHW 255
var3 @DCHW 254
@DCB 5
@DCWBS 0x01AC
@DCWBF 0x01AC
@END
@AREA |Data| @DATA, @READWRITE
@ENTRY
var4 @DCHW 256
var5 @DCHW 255
var6 @DCHW 254
;++++++++++++++++++++++++++++++++
;$INCBIN |.\cfg\THUMB\INCBIN\ninlogo.dat|
;++++++++++++++++++++++++++++++++
;++++++++++++++++++++++++++++++++
;$FLPINCBIN |.\cfg\THUMB\INCBIN\ninlogo.dat|
;++++++++++++++++++++++++++++++++
;++++++++++++++++++++++++++++++++
;$STRING |Hello World!|
;++++++++++++++++++++++++++++++++
;++++++++++++++++++++++++++++++++
;$FLIPSTRING |Hello World!|
;++++++++++++++++++++++++++++++++
@END
0000000000 0000000000 @TTL |AssemblerChecks|
0000000001 0000000000 @SUBT |SubTitleTest|
0000000002 0000000000 @AREA |Program| @CODE, @READONLY
0000000003 0000000000 @ENTRY
0000000004 0000000000
0000000005 0000000000 test @EQU 2
0000000006 0000000000 overOne
0000000007 0000000000 0000000000 0x00000000 00000000 11011100 0x00 DC BGT =overOne; [0] (0) {0}
0000000008 0000000002 0000000001 0x00000002 11000000 01000110 0xC0 46 MOV R8, R8 ;NOP preprocessor directive
0000000009 0000000000
0000000010 0000000000 ;++++++++++++++++++++++++++++++++
0000000011 0000000000 ;$INCASM |.\cfg\THUMB\INCBIN\test_asm_incasm.txt|
0000000012 0000000000 ;Found file with line count: 4, byte count: 86
0000000013 0000000000
0000000014 0000000004 0000000002 0x00000004 11010011 01001011 0xD3 4B LDR R3, [PC, #844]
0000000015 0000000006 0000000003 0x00000006 10010011 01010001 0x93 51 STR R3, [R2, R6]
0000000016 0000000008 0000000004 0x00000008 11000010 01011101 0xC2 5D LDRB R2, [R0, R7]
0000000017 0000000010 0000000005 0x0000000A 00011100 01010010 0x1C 52 STRH R4, [R3, R0]
0000000018 0000000000
0000000019 0000000000 ;++++++++++++++++++++++++++++++++
0000000020 0000000000
0000000021 0000000000 label_ ;branch label
0000000022 0000000012 0000000006 0x0000000C 00001000 00000000 0x08 00 LSL R0, R1, #0 ;5.1
0000000023 0000000014 0000000007 0x0000000E 11001000 00000111 0xC8 07 LSL R0, R1, #31
0000000024 0000000016 0000000008 0x00000010 00001000 00001000 0x08 08 LSR R0, R1, #0
0000000025 0000000018 0000000009 0x00000012 11001000 00001111 0xC8 0F LSR R0, R1, #31
0000000026 0000000020 0000000010 0x00000014 00001000 00010000 0x08 10 ASR R0, R1, #0
0000000027 0000000022 0000000011 0x00000016 11001000 00010111 0xC8 17 ASR R0, R1, #31
0000000028 0000000024 0000000012 0x00000018 10001000 00011000 0x88 18 ADD R0, R1, R2 ;5.2
0000000029 0000000026 0000000013 0x0000001A 11001000 00011101 0xC8 1D ADD R0, R1, #7
0000000030 0000000028 0000000014 0x0000001C 10001000 00011010 0x88 1A SUB R0, R1, R2
0000000031 0000000030 0000000015 0x0000001E 11001000 00011111 0xC8 1F SUB R0, R1, #7
0000000032 0000000032 0000000016 0x00000020 00000000 00100000 0x00 20 MOV R0, #0 ;5.3
0000000033 0000000034 0000000017 0x00000022 11111111 00100000 0xFF 20 MOV R0, #255
0000000034 0000000036 0000000018 0x00000024 00000000 00101000 0x00 28 CMP R0, #0
0000000035 0000000038 0000000019 0x00000026 11111111 00101000 0xFF 28 CMP R0, #255
0000000036 0000000040 0000000020 0x00000028 00000000 00110000 0x00 30 ADD R0, #0
0000000037 0000000042 0000000021 0x0000002A 11111111 00110000 0xFF 30 ADD R0, #255
0000000038 0000000044 0000000022 0x0000002C 00000000 00111000 0x00 38 SUB R0, #0
0000000039 0000000046 0000000023 0x0000002E 11111111 00111000 0xFF 38 SUB R0, #255
0000000040 0000000048 0000000024 0x00000030 00001000 01000000 0x08 40 AND R0, R1 ;5.4
0000000041 0000000050 0000000025 0x00000032 01001000 01000000 0x48 40 EOR R0, R1
0000000042 0000000052 0000000026 0x00000034 10001000 01000000 0x88 40 LSL R0, R1
0000000043 0000000054 0000000027 0x00000036 11001000 01000000 0xC8 40 LSR R0, R1
0000000044 0000000056 0000000028 0x00000038 00001000 01000001 0x08 41 ASR R0, R1
0000000045 0000000058 0000000029 0x0000003A 01001000 01000001 0x48 41 ADC R0, R1
0000000046 0000000060 0000000030 0x0000003C 10001000 01000001 0x88 41 SBC R0, R1
0000000047 0000000062 0000000031 0x0000003E 11001000 01000001 0xC8 41 ROR R0, R1
0000000048 0000000064 0000000032 0x00000040 00001000 01000010 0x08 42 TST R0, R1
0000000049 0000000066 0000000033 0x00000042 01001000 01000010 0x48 42 NEG R0, R1
0000000050 0000000068 0000000034 0x00000044 10001000 01000010 0x88 42 CMP R0, R1
0000000051 0000000070 0000000035 0x00000046 11001000 01000010 0xC8 42 CMN R0, R1
0000000052 0000000072 0000000036 0x00000048 00001000 01000011 0x08 43 ORR R0, R1
0000000053 0000000074 0000000037 0x0000004A 01001000 01000011 0x48 43 MUL R0, R1
0000000054 0000000076 0000000038 0x0000004C 10001000 01000011 0x88 43 BIC R0, R1
0000000055 0000000078 0000000039 0x0000004E 11001000 01000011 0xC8 43 MVN R0, R1
0000000056 0000000080 0000000040 0x00000050 01000000 01000100 0x40 44 ADD R0, R8 ;5.5
0000000057 0000000082 0000000041 0x00000052 10000000 01000100 0x80 44 ADD R8, R0
0000000058 0000000084 0000000042 0x00000054 11001000 01000100 0xC8 44 ADD R8, R9
0000000059 0000000086 0000000043 0x00000056 01000000 01000101 0x40 45 CMP R0, R8
0000000060 0000000088 0000000044 0x00000058 10000000 01000101 0x80 45 CMP R8, R0
0000000061 0000000090 0000000045 0x0000005A 11001000 01000101 0xC8 45 CMP R8, R9
0000000062 0000000092 0000000046 0x0000005C 01000000 01000110 0x40 46 MOV R0, R8
0000000063 0000000094 0000000047 0x0000005E 10000000 01000110 0x80 46 MOV R8, R0
0000000064 0000000096 0000000048 0x00000060 11001000 01000110 0xC8 46 MOV R8, R9
0000000065 0000000098 0000000049 0x00000062 00000000 01000111 0x00 47 BX R0
0000000066 0000000100 0000000050 0x00000064 01000000 01000111 0x40 47 BX R8
0000000067 0000000102 0000000051 0x00000066 00000000 01001000 0x00 48 LDR R0, [PC, #0] ;5.6
0000000068 0000000104 0000000052 0x00000068 11111111 01001000 0xFF 48 LDR R0, [PC, #1020]
0000000069 0000000106 0000000053 0x0000006A 10001000 01010000 0x88 50 STR R0, [R1, R2] ;5.7
0000000070 0000000108 0000000054 0x0000006C 10001000 01010100 0x88 54 STRB R0, [R1, R2]
0000000071 0000000110 0000000055 0x0000006E 10001000 01011000 0x88 58 LDR R0, [R1, R2]
0000000072 0000000112 0000000056 0x00000070 10001000 01011100 0x88 5C LDRB R0, [R1, R2]
0000000073 0000000114 0000000057 0x00000072 10001000 01010010 0x88 52 STRH R0, [R1, R2] ;5.8
0000000074 0000000116 0000000058 0x00000074 10001000 01011010 0x88 5A LDRH R0, [R1, R2]
0000000075 0000000118 0000000059 0x00000076 10001000 01010110 0x88 56 LDSB R0, [R1, R2]
0000000076 0000000120 0000000060 0x00000078 10001000 01011110 0x88 5E LDSH R0, [R1, R2]
0000000077 0000000122 0000000061 0x0000007A 00001000 01100000 0x08 60 STR R0, [R1, #0] ;5.9
0000000078 0000000124 0000000062 0x0000007C 11001000 01100111 0xC8 67 STR R0, [R1, #124]
0000000079 0000000126 0000000063 0x0000007E 00001000 01101000 0x08 68 LDR R0, [R1, #0]
0000000080 0000000128 0000000064 0x00000080 11001000 01101111 0xC8 6F LDR R0, [R1, #124]
0000000081 0000000130 0000000065 0x00000082 00001000 01110000 0x08 70 STRB R0, [R1, #0]
0000000082 0000000132 0000000066 0x00000084 11001000 01110111 0xC8 77 STRB R0, [R1, #31]
0000000083 0000000134 0000000067 0x00000086 00001000 01111000 0x08 78 LDRB R0, [R1, #0]
0000000084 0000000136 0000000068 0x00000088 11001000 01111111 0xC8 7F LDRB R0, [R1, #31]
0000000085 0000000138 0000000069 0x0000008A 00001000 10000000 0x08 80 STRH R0, [R1, #0] ;5.10
0000000086 0000000140 0000000070 0x0000008C 11001000 10000111 0xC8 87 STRH R0, [R1, #62]
0000000087 0000000142 0000000071 0x0000008E 00001000 10001000 0x08 88 LDRH R0, [R1, #0]
0000000088 0000000144 0000000072 0x00000090 11001000 10001111 0xC8 8F LDRH R0, [R1, #62]
0000000089 0000000146 0000000073 0x00000092 00000000 10010000 0x00 90 STR R0, [SP, #0] ;5.11
0000000090 0000000148 0000000074 0x00000094 11111111 10010000 0xFF 90 STR R0, [SP, #1020]
0000000091 0000000150 0000000075 0x00000096 00000000 10011000 0x00 98 LDR R0, [SP, #0]
0000000092 0000000152 0000000076 0x00000098 11111111 10011000 0xFF 98 LDR R0, [SP, #1020]
0000000093 0000000154 0000000077 0x0000009A 00000000 10100000 0x00 A0 ADD R0, PC, #0 ;5.12
0000000094 0000000156 0000000078 0x0000009C 11111111 10100000 0xFF A0 ADD R0, PC, #1020
0000000095 0000000158 0000000079 0x0000009E 00000000 10101000 0x00 A8 ADD R0, SP, #0
0000000096 0000000160 0000000080 0x000000A0 11111111 10101000 0xFF A8 ADD R0, SP, #1020
0000000097 0000000162 0000000081 0x000000A2 00000000 10110000 0x00 B0 ADD SP, #0 ;5.13
0000000098 0000000164 0000000082 0x000000A4 01111111 10110000 0x7F B0 ADD SP, #508
0000000099 0000000166 0000000083 0x000000A6 11111111 10110000 0xFF B0 ADD SP, #-508
0000000100 0000000168 0000000084 0x000000A8 00000011 10110100 0x03 B4 PUSH {R0, R1} ;5.14
0000000101 0000000170 0000000085 0x000000AA 00000011 10110101 0x03 B5 PUSH {R0, R1, LR}
0000000102 0000000172 0000000086 0x000000AC 00000011 10111100 0x03 BC POP {R0, R1}
0000000103 0000000174 0000000087 0x000000AE 00000011 10111101 0x03 BD POP {R0, R1, PC}
0000000104 0000000176 0000000088 0x000000B0 00000110 11000000 0x06 C0 STMIA R0!, {R1, R2} ;5.15
0000000105 0000000178 0000000089 0x000000B2 00000110 11001000 0x06 C8 LDMIA R0!, {R1, R2}
0000000106 0000000180 0000000090 0x000000B4 00000110 11010000 0x06 D0 BEQ =label_ ;5.16; [12] (6) {6}
0000000107 0000000182 0000000091 0x000000B6 00000110 11010001 0x06 D1 BNE =label_; [12] (6) {6}
0000000108 0000000184 0000000092 0x000000B8 00000110 11010010 0x06 D2 BCS =label_; [12] (6) {6}
0000000109 0000000186 0000000093 0x000000BA 00000110 11010011 0x06 D3 BCC =label_; [12] (6) {6}
0000000110 0000000188 0000000094 0x000000BC 00000110 11010100 0x06 D4 BMI =label_; [12] (6) {6}
0000000111 0000000190 0000000095 0x000000BE 00000110 11010101 0x06 D5 BPL =label_; [12] (6) {6}
0000000112 0000000192 0000000096 0x000000C0 00000110 11010110 0x06 D6 BVS =label_; [12] (6) {6}
0000000113 0000000194 0000000097 0x000000C2 00000110 11010111 0x06 D7 BVC =label_; [12] (6) {6}
0000000114 0000000196 0000000098 0x000000C4 00000110 11011000 0x06 D8 BHI =label_; [12] (6) {6}
0000000115 0000000198 0000000099 0x000000C6 00000110 11011001 0x06 D9 BLS =label_; [12] (6) {6}
0000000116 0000000200 0000000100 0x000000C8 00000110 11011010 0x06 DA BGE =label_; [12] (6) {6}
0000000117 0000000202 0000000101 0x000000CA 00000110 11011011 0x06 DB BLT =label_; [12] (6) {6}
0000000118 0000000204 0000000102 0x000000CC 00000110 11011100 0x06 DC BGT =label_; [12] (6) {6}
0000000119 0000000206 0000000103 0x000000CE 00000110 11011101 0x06 DD BLE =label_; [12] (6) {6}
0000000120 0000000208 0000000104 0x000000D0 00000000 11011111 0x00 DF SWI #0 ;5.17
0000000121 0000000210 0000000105 0x000000D2 11111111 11011111 0xFF DF SWI #255
0000000122 0000000212 0000000106 0x000000D4 00000110 11100000 0x06 E0 B =label_ ;5.18; [12] (6) {6}
0000000123 0000000214 0000000107 0x000000D6 10011000 11100000 0x98 E0 B =over; [304] (98) {152}
0000000124 0000000216 0000000108 0x000000D8 00000000 11110000 0x00 F0 BL =label_ ;5.19; [12] (0) {0}
0000000125 0000000218 0000000109 0x000000DA 00000110 11111000 0x06 F8 ;LINE 2
0000000126 0000000222 0000000110 0x000000DC 00000000 11110000 0x00 F0 BL =over; [304] (0) {0}
0000000127 0000000224 0000000111 0x000000DE 10011000 11111000 0x98 F8 ;LINE 2
0000000128 0000000228 0000000112 0x000000E0 00101101 00101000 0x2D 28 CMP R0, #45 ;Other
0000000129 0000000230 0000000113 0x000000E2 10011000 11011100 0x98 DC BGT =over; [304] (98) {152}
0000000130 0000000232 0000000114 0x000000E4 10011010 11100000 0x9A E0 B =locate; [308] (9a) {154}
0000000131 0000000234 0000000115 0x000000E6 11101010 00001110 0xEA 0E LSR R2, R5, #27
0000000132 0000000236 0000000116 0x000000E8 00011000 00011001 0x18 19 ADD R0, R3, R4
0000000133 0000000238 0000000117 0x000000EA 10010110 00011111 0x96 1F SUB R6, R2, #6
0000000134 0000000240 0000000118 0x000000EC 01111111 00100000 0x7F 20 MOV R0, #127
0000000135 0000000242 0000000119 0x000000EE 00111110 00101010 0x3E 2A CMP R2, #62
0000000136 0000000244 0000000120 0x000000F0 01111111 00110001 0x7F 31 ADD R1, #127
0000000137 0000000246 0000000121 0x000000F2 00000001 00111110 0x01 3E SUB R6, #1
0000000138 0000000248 0000000122 0x000000F4 01100011 01000000 0x63 40 EOR R3, R4
0000000139 0000000250 0000000123 0x000000F6 11000001 01000001 0xC1 41 ROR R1, R0
0000000140 0000000252 0000000124 0x000000F8 01011101 01000010 0x5D 42 NEG R5, R3
0000000141 0000000254 0000000125 0x000000FA 10110010 01000010 0xB2 42 CMP R2, R6
0000000142 0000000256 0000000126 0x000000FC 01111000 01000011 0x78 43 MUL R0, R7
0000000143 0000000258 0000000127 0x000000FE 01100011 01000000 0x63 40 EOR R3, R4
0000000144 0000000260 0000000128 0x00000100 11000001 01000001 0xC1 41 ROR R1, R0
0000000145 0000000262 0000000129 0x00000102 01011101 01000010 0x5D 42 NEG R5, R3
0000000146 0000000264 0000000130 0x00000104 10110010 01000010 0xB2 42 CMP R2, R6
0000000147 0000000266 0000000131 0x00000106 01111000 01000011 0x78 43 MUL R0, R7
0000000148 0000000268 0000000132 0x00000108 10101111 01000100 0xAF 44 ADD PC, R5
0000000149 0000000270 0000000133 0x0000010A 01100100 01000101 0x64 45 CMP R4, R12
0000000150 0000000272 0000000134 0x0000010C 11110111 01000110 0xF7 46 MOV PC, R14
0000000151 0000000274 0000000135 0x0000010E 11010011 01001011 0xD3 4B LDR R3, [PC, #844]
0000000152 0000000276 0000000136 0x00000110 10010011 01010001 0x93 51 STR R3, [R2, R6]
0000000153 0000000278 0000000137 0x00000112 11000010 01011101 0xC2 5D LDRB R2, [R0, R7]
0000000154 0000000280 0000000138 0x00000114 00011100 01010010 0x1C 52 STRH R4, [R3, R0]
0000000155 0000000282 0000000139 0x00000116 01111010 01010110 0x7A 56 LDSB R2, [R7, R1]
0000000156 0000000284 0000000140 0x00000118 10100011 01011110 0xA3 5E LDSH R3, [R4, R2]
0000000157 0000000286 0000000141 0x0000011A 01101010 01101111 0x6A 6F LDR R2, [R5, #116]
0000000158 0000000288 0000000142 0x0000011C 01000001 01110011 0x41 73 STRB R1, [R0, #13]
0000000159 0000000290 0000000143 0x0000011E 00001110 10000111 0x0E 87 STRH R6, [R1, #56]
0000000160 0000000292 0000000144 0x00000120 10111100 10001000 0xBC 88 LDRH R4, [R7, #4]
0000000161 0000000294 0000000145 0x00000122 10001111 10100010 0x8F A2 ADD R2, PC, #572
0000000162 0000000296 0000000146 0x00000124 00110101 10101110 0x35 AE ADD R6, SP, #212
0000000163 0000000298 0000000147 0x00000126 00010001 10110000 0x11 B0 ADD SP, #68
0000000164 0000000300 0000000148 0x00000128 00011010 10110000 0x1A B0 ADD SP, #104
0000000165 0000000302 0000000149 0x0000012A 00011111 10110101 0x1F B5 PUSH {R0-R4, LR}
0000000166 0000000304 0000000150 0x0000012C 01000100 10111101 0x44 BD POP {R2, R6, PC}
0000000167 0000000306 0000000151 0x0000012E 11111000 11000000 0xF8 C0 STMIA R0!, {R3, R4, R5, R6, R7}
0000000168 0000000308 0000000152 0x00000130 00101101 00101000 0x2D 28 over CMP R0, #45
0000000169 0000000310 0000000153 0x00000132 10011001 11100000 0x99 E0 here B =here; [306] (99) {153}
0000000170 0000000312 0000000154 0x00000134 10010010 01011001 0x92 59 locate LDR R2, [R2, R6]
0000000171 0000000004
0000000172 0000000314 0000000155 0x00000136 00000000 00000001 0x00 01 var1 @DCHW 256
0000000173 0000000316 0000000156 0x00000138 11111111 00000000 0xFF 00 var2 @DCHW 255
0000000174 0000000318 0000000157 0x0000013A 11111110 00000000 0xFE 00 var3 @DCHW 254
0000000175 0000000320 0000000158 0x0000013C 00000101 00000000 0x05 00 @DCB 5
0000000176 0000000322 0000000159 0x0000013E 00000001 00000000 0x01 00 @DCWBS 0x01AC
0000000177 0000000324 0000000160 0x00000140 10101100 00000000 0xAC 00 @DCWBF 0x01AC
0000000178 0000000004 @END
0000000179 0000000004
0000000180 0000000004 @AREA |Data| @DATA, @READWRITE
0000000181 0000000004 @ENTRY
0000000182 0000000326 0000000161 0x00000142 00000000 00000000 0x00 00 @DCHW #0
0000000183 0000000004
0000000184 0000000328 0000000162 0x00000144 00000000 00000001 0x00 01 var4 @DCHW 256
0000000185 0000000330 0000000163 0x00000146 11111111 00000000 0xFF 00 var5 @DCHW 255
0000000186 0000000332 0000000164 0x00000148 11111110 00000000 0xFE 00 var6 @DCHW 254
0000000187 0000000004
0000000188 0000000004 ;++++++++++++++++++++++++++++++++
0000000189 0000000004 ;$INCBIN |.\cfg\THUMB\INCBIN\ninlogo.dat|
0000000190 0000000004 ;Found file with byte count: 160, word count: 80, and padding on: false
0000000191 0000000004
0000000192 0000000334 0000000165 0x0000014A 01100000 11001000 0x60 C8 @DCHW #0xC860 ;index: 0000 address: 0x0000
0000000193 0000000336 0000000166 0x0000014C 11100010 01001111 0xE2 4F @DCHW #0x4FE2 ;index: 0001 address: 0x0002
0000000194 0000000338 0000000167 0x0000014E 01110000 00000001 0x70 01 @DCHW #0x0170 ;index: 0002 address: 0x0004
0000000195 0000000340 0000000168 0x00000150 11100010 10001111 0xE2 8F @DCHW #0x8FE2 ;index: 0003 address: 0x0006
0000000196 0000000342 0000000169 0x00000152 11111111 00010111 0xFF 17 @DCHW #0x17FF ;index: 0004 address: 0x0008
0000000197 0000000344 0000000170 0x00000154 11100001 00101111 0xE1 2F @DCHW #0x2FE1 ;index: 0005 address: 0x000A
0000000198 0000000346 0000000171 0x00000156 01001111 00010010 0x4F 12 @DCHW #0x124F ;index: 0006 address: 0x000C
0000000199 0000000348 0000000172 0x00000158 01001000 00010001 0x48 11 @DCHW #0x1148 ;index: 0007 address: 0x000E
0000000200 0000000350 0000000173 0x0000015A 01001100 00010010 0x4C 12 @DCHW #0x124C ;index: 0008 address: 0x0010
0000000201 0000000352 0000000174 0x0000015C 01100000 00100000 0x60 20 @DCHW #0x2060 ;index: 0009 address: 0x0012
0000000202 0000000354 0000000175 0x0000015E 01100000 01100100 0x60 64 @DCHW #0x6460 ;index: 0010 address: 0x0014
0000000203 0000000356 0000000176 0x00000160 01100010 01111100 0x62 7C @DCHW #0x7C62 ;index: 0011 address: 0x0016
0000000204 0000000358 0000000177 0x00000162 00011100 00110000 0x1C 30 @DCHW #0x301C ;index: 0012 address: 0x0018
0000000205 0000000360 0000000178 0x00000164 00011100 00111001 0x1C 39 @DCHW #0x391C ;index: 0013 address: 0x001A
0000000206 0000000362 0000000179 0x00000166 01001010 00010000 0x4A 10 @DCHW #0x104A ;index: 0014 address: 0x001C
0000000207 0000000364 0000000180 0x00000168 11110000 00000000 0xF0 00 @DCHW #0x00F0 ;index: 0015 address: 0x001E
0000000208 0000000366 0000000181 0x0000016A 11111000 00010100 0xF8 14 @DCHW #0x14F8 ;index: 0016 address: 0x0020
0000000209 0000000368 0000000182 0x0000016C 01101010 00110000 0x6A 30 @DCHW #0x306A ;index: 0017 address: 0x0022
0000000210 0000000370 0000000183 0x0000016E 00011001 10000000 0x19 80 @DCHW #0x8019 ;index: 0018 address: 0x0024
0000000211 0000000372 0000000184 0x00000170 01101010 10110001 0x6A B1 @DCHW #0xB16A ;index: 0019 address: 0x0026
0000000212 0000000374 0000000185 0x00000172 01101010 11110010 0x6A F2 @DCHW #0xF26A ;index: 0020 address: 0x0028
0000000213 0000000376 0000000186 0x00000174 11110000 00000000 0xF0 00 @DCHW #0x00F0 ;index: 0021 address: 0x002A
0000000214 0000000378 0000000187 0x00000176 11111000 00001011 0xF8 0B @DCHW #0x0BF8 ;index: 0022 address: 0x002C
0000000215 0000000380 0000000188 0x00000178 01101011 00110000 0x6B 30 @DCHW #0x306B ;index: 0023 address: 0x002E
0000000216 0000000382 0000000189 0x0000017A 00011001 10000000 0x19 80 @DCHW #0x8019 ;index: 0024 address: 0x0030
0000000217 0000000384 0000000190 0x0000017C 01101011 10110001 0x6B B1 @DCHW #0xB16B ;index: 0025 address: 0x0032
0000000218 0000000386 0000000191 0x0000017E 01101011 11110010 0x6B F2 @DCHW #0xF26B ;index: 0026 address: 0x0034
0000000219 0000000388 0000000192 0x00000180 11110000 00000000 0xF0 00 @DCHW #0x00F0 ;index: 0027 address: 0x0036
0000000220 0000000390 0000000193 0x00000182 11111000 00001000 0xF8 08 @DCHW #0x08F8 ;index: 0028 address: 0x0038
0000000221 0000000392 0000000194 0x00000184 01101010 01110000 0x6A 70 @DCHW #0x706A ;index: 0029 address: 0x003A
0000000222 0000000394 0000000195 0x00000186 01101011 01110111 0x6B 77 @DCHW #0x776B ;index: 0030 address: 0x003C
0000000223 0000000396 0000000196 0x00000188 01001100 00000111 0x4C 07 @DCHW #0x074C ;index: 0031 address: 0x003E
0000000224 0000000398 0000000197 0x0000018A 01100000 01100000 0x60 60 @DCHW #0x6060 ;index: 0032 address: 0x0040
0000000225 0000000400 0000000198 0x0000018C 01000111 00111000 0x47 38 @DCHW #0x3847 ;index: 0033 address: 0x0042
0000000226 0000000402 0000000199 0x0000018E 01001011 00000111 0x4B 07 @DCHW #0x074B ;index: 0034 address: 0x0044
0000000227 0000000404 0000000200 0x00000190 00011000 11010010 0x18 D2 @DCHW #0xD218 ;index: 0035 address: 0x0046
0000000228 0000000406 0000000201 0x00000192 01000011 10011010 0x43 9A @DCHW #0x9A43 ;index: 0036 address: 0x0048
0000000229 0000000408 0000000202 0x00000194 01001011 00000111 0x4B 07 @DCHW #0x074B ;index: 0037 address: 0x004A
0000000230 0000000410 0000000203 0x00000196 00001000 10010010 0x08 92 @DCHW #0x9208 ;index: 0038 address: 0x004C
0000000231 0000000412 0000000204 0x00000198 00011000 11010010 0x18 D2 @DCHW #0xD218 ;index: 0039 address: 0x004E
0000000232 0000000414 0000000205 0x0000019A 11011111 00001100 0xDF 0C @DCHW #0x0CDF ;index: 0040 address: 0x0050
0000000233 0000000416 0000000206 0x0000019C 01000110 11110111 0x46 F7 @DCHW #0xF746 ;index: 0041 address: 0x0052
0000000234 0000000418 0000000207 0x0000019E 11110000 00000100 0xF0 04 @DCHW #0x04F0 ;index: 0042 address: 0x0054
0000000235 0000000420 0000000208 0x000001A0 11100101 00011111 0xE5 1F @DCHW #0x1FE5 ;index: 0043 address: 0x0056
0000000236 0000000422 0000000209 0x000001A2 11111110 00000000 0xFE 00 @DCHW #0x00FE ;index: 0044 address: 0x0058
0000000237 0000000424 0000000210 0x000001A4 00000010 01111111 0x02 7F @DCHW #0x7F02 ;index: 0045 address: 0x005A
0000000238 0000000426 0000000211 0x000001A6 11111111 11110000 0xFF F0 @DCHW #0xF0FF ;index: 0046 address: 0x005C
0000000239 0000000428 0000000212 0x000001A8 00000010 01111111 0x02 7F @DCHW #0x7F02 ;index: 0047 address: 0x005E
0000000240 0000000430 0000000213 0x000001AA 00000001 11110000 0x01 F0 @DCHW #0xF001 ;index: 0048 address: 0x0060
0000000241 0000000432 0000000214 0x000001AC 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0049 address: 0x0062
0000000242 0000000434 0000000215 0x000001AE 00000001 11111111 0x01 FF @DCHW #0xFF01 ;index: 0050 address: 0x0064
0000000243 0000000436 0000000216 0x000001B0 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0051 address: 0x0066
0000000244 0000000438 0000000217 0x000001B2 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0052 address: 0x0068
0000000245 0000000440 0000000218 0x000001B4 00000100 00000000 0x04 00 @DCHW #0x0004 ;index: 0053 address: 0x006A
0000000246 0000000442 0000000219 0x000001B6 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0054 address: 0x006C
0000000247 0000000444 0000000220 0x000001B8 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0055 address: 0x006E
0000000248 0000000446 0000000221 0x000001BA 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0056 address: 0x0070
0000000249 0000000448 0000000222 0x000001BC 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0057 address: 0x0072
0000000250 0000000450 0000000223 0x000001BE 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0058 address: 0x0074
0000000251 0000000452 0000000224 0x000001C0 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0059 address: 0x0076
0000000252 0000000454 0000000225 0x000001C2 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0060 address: 0x0078
0000000253 0000000456 0000000226 0x000001C4 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0061 address: 0x007A
0000000254 0000000458 0000000227 0x000001C6 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0062 address: 0x007C
0000000255 0000000460 0000000228 0x000001C8 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0063 address: 0x007E
0000000256 0000000462 0000000229 0x000001CA 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0064 address: 0x0080
0000000257 0000000464 0000000230 0x000001CC 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0065 address: 0x0082
0000000258 0000000466 0000000231 0x000001CE 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0066 address: 0x0084
0000000259 0000000468 0000000232 0x000001D0 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0067 address: 0x0086
0000000260 0000000470 0000000233 0x000001D2 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0068 address: 0x0088
0000000261 0000000472 0000000234 0x000001D4 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0069 address: 0x008A
0000000262 0000000474 0000000235 0x000001D6 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0070 address: 0x008C
0000000263 0000000476 0000000236 0x000001D8 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0071 address: 0x008E
0000000264 0000000478 0000000237 0x000001DA 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0072 address: 0x0090
0000000265 0000000480 0000000238 0x000001DC 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0073 address: 0x0092
0000000266 0000000482 0000000239 0x000001DE 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0074 address: 0x0094
0000000267 0000000484 0000000240 0x000001E0 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0075 address: 0x0096
0000000268 0000000486 0000000241 0x000001E2 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0076 address: 0x0098
0000000269 0000000488 0000000242 0x000001E4 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0077 address: 0x009A
0000000270 0000000490 0000000243 0x000001E6 10011110 00011010 0x9E 1A @DCHW #0x1A9E ;index: 0078 address: 0x009C
0000000271 0000000492 0000000244 0x000001E8 11101011 01111011 0xEB 7B @DCHW #0x7BEB ;index: 0079 address: 0x009E
0000000272 0000000004
0000000273 0000000004 ;++++++++++++++++++++++++++++++++
0000000274 0000000004
0000000275 0000000004 ;++++++++++++++++++++++++++++++++
0000000276 0000000004 ;$FLPINCBIN |.\cfg\THUMB\INCBIN\ninlogo.dat|
0000000277 0000000004 ;Found file with byte count: 160, word count: 80, and padding on: false
0000000278 0000000004
0000000279 0000000494 0000000245 0x000001EA 11001000 01100000 0xC8 60 @DCHW #0x60C8 ;index: 0000 address: 0x0000
0000000280 0000000496 0000000246 0x000001EC 01001111 11100010 0x4F E2 @DCHW #0xE24F ;index: 0001 address: 0x0002
0000000281 0000000498 0000000247 0x000001EE 00000001 01110000 0x01 70 @DCHW #0x7001 ;index: 0002 address: 0x0004
0000000282 0000000500 0000000248 0x000001F0 10001111 11100010 0x8F E2 @DCHW #0xE28F ;index: 0003 address: 0x0006
0000000283 0000000502 0000000249 0x000001F2 00010111 11111111 0x17 FF @DCHW #0xFF17 ;index: 0004 address: 0x0008
0000000284 0000000504 0000000250 0x000001F4 00101111 11100001 0x2F E1 @DCHW #0xE12F ;index: 0005 address: 0x000A
0000000285 0000000506 0000000251 0x000001F6 00010010 01001111 0x12 4F @DCHW #0x4F12 ;index: 0006 address: 0x000C
0000000286 0000000508 0000000252 0x000001F8 00010001 01001000 0x11 48 @DCHW #0x4811 ;index: 0007 address: 0x000E
0000000287 0000000510 0000000253 0x000001FA 00010010 01001100 0x12 4C @DCHW #0x4C12 ;index: 0008 address: 0x0010
0000000288 0000000512 0000000254 0x000001FC 00100000 01100000 0x20 60 @DCHW #0x6020 ;index: 0009 address: 0x0012
0000000289 0000000514 0000000255 0x000001FE 01100100 01100000 0x64 60 @DCHW #0x6064 ;index: 0010 address: 0x0014
0000000290 0000000516 0000000256 0x00000200 01111100 01100010 0x7C 62 @DCHW #0x627C ;index: 0011 address: 0x0016
0000000291 0000000518 0000000257 0x00000202 00110000 00011100 0x30 1C @DCHW #0x1C30 ;index: 0012 address: 0x0018
0000000292 0000000520 0000000258 0x00000204 00111001 00011100 0x39 1C @DCHW #0x1C39 ;index: 0013 address: 0x001A
0000000293 0000000522 0000000259 0x00000206 00010000 01001010 0x10 4A @DCHW #0x4A10 ;index: 0014 address: 0x001C
0000000294 0000000524 0000000260 0x00000208 00000000 11110000 0x00 F0 @DCHW #0xF000 ;index: 0015 address: 0x001E
0000000295 0000000526 0000000261 0x0000020A 00010100 11111000 0x14 F8 @DCHW #0xF814 ;index: 0016 address: 0x0020
0000000296 0000000528 0000000262 0x0000020C 00110000 01101010 0x30 6A @DCHW #0x6A30 ;index: 0017 address: 0x0022
0000000297 0000000530 0000000263 0x0000020E 10000000 00011001 0x80 19 @DCHW #0x1980 ;index: 0018 address: 0x0024
0000000298 0000000532 0000000264 0x00000210 10110001 01101010 0xB1 6A @DCHW #0x6AB1 ;index: 0019 address: 0x0026
0000000299 0000000534 0000000265 0x00000212 11110010 01101010 0xF2 6A @DCHW #0x6AF2 ;index: 0020 address: 0x0028
0000000300 0000000536 0000000266 0x00000214 00000000 11110000 0x00 F0 @DCHW #0xF000 ;index: 0021 address: 0x002A
0000000301 0000000538 0000000267 0x00000216 00001011 11111000 0x0B F8 @DCHW #0xF80B ;index: 0022 address: 0x002C
0000000302 0000000540 0000000268 0x00000218 00110000 01101011 0x30 6B @DCHW #0x6B30 ;index: 0023 address: 0x002E
0000000303 0000000542 0000000269 0x0000021A 10000000 00011001 0x80 19 @DCHW #0x1980 ;index: 0024 address: 0x0030
0000000304 0000000544 0000000270 0x0000021C 10110001 01101011 0xB1 6B @DCHW #0x6BB1 ;index: 0025 address: 0x0032
0000000305 0000000546 0000000271 0x0000021E 11110010 01101011 0xF2 6B @DCHW #0x6BF2 ;index: 0026 address: 0x0034
0000000306 0000000548 0000000272 0x00000220 00000000 11110000 0x00 F0 @DCHW #0xF000 ;index: 0027 address: 0x0036
0000000307 0000000550 0000000273 0x00000222 00001000 11111000 0x08 F8 @DCHW #0xF808 ;index: 0028 address: 0x0038
0000000308 0000000552 0000000274 0x00000224 01110000 01101010 0x70 6A @DCHW #0x6A70 ;index: 0029 address: 0x003A
0000000309 0000000554 0000000275 0x00000226 01110111 01101011 0x77 6B @DCHW #0x6B77 ;index: 0030 address: 0x003C
0000000310 0000000556 0000000276 0x00000228 00000111 01001100 0x07 4C @DCHW #0x4C07 ;index: 0031 address: 0x003E
0000000311 0000000558 0000000277 0x0000022A 01100000 01100000 0x60 60 @DCHW #0x6060 ;index: 0032 address: 0x0040
0000000312 0000000560 0000000278 0x0000022C 00111000 01000111 0x38 47 @DCHW #0x4738 ;index: 0033 address: 0x0042
0000000313 0000000562 0000000279 0x0000022E 00000111 01001011 0x07 4B @DCHW #0x4B07 ;index: 0034 address: 0x0044
0000000314 0000000564 0000000280 0x00000230 11010010 00011000 0xD2 18 @DCHW #0x18D2 ;index: 0035 address: 0x0046
0000000315 0000000566 0000000281 0x00000232 10011010 01000011 0x9A 43 @DCHW #0x439A ;index: 0036 address: 0x0048
0000000316 0000000568 0000000282 0x00000234 00000111 01001011 0x07 4B @DCHW #0x4B07 ;index: 0037 address: 0x004A
0000000317 0000000570 0000000283 0x00000236 10010010 00001000 0x92 08 @DCHW #0x0892 ;index: 0038 address: 0x004C
0000000318 0000000572 0000000284 0x00000238 11010010 00011000 0xD2 18 @DCHW #0x18D2 ;index: 0039 address: 0x004E
0000000319 0000000574 0000000285 0x0000023A 00001100 11011111 0x0C DF @DCHW #0xDF0C ;index: 0040 address: 0x0050
0000000320 0000000576 0000000286 0x0000023C 11110111 01000110 0xF7 46 @DCHW #0x46F7 ;index: 0041 address: 0x0052
0000000321 0000000578 0000000287 0x0000023E 00000100 11110000 0x04 F0 @DCHW #0xF004 ;index: 0042 address: 0x0054
0000000322 0000000580 0000000288 0x00000240 00011111 11100101 0x1F E5 @DCHW #0xE51F ;index: 0043 address: 0x0056
0000000323 0000000582 0000000289 0x00000242 00000000 11111110 0x00 FE @DCHW #0xFE00 ;index: 0044 address: 0x0058
0000000324 0000000584 0000000290 0x00000244 01111111 00000010 0x7F 02 @DCHW #0x027F ;index: 0045 address: 0x005A
0000000325 0000000586 0000000291 0x00000246 11110000 11111111 0xF0 FF @DCHW #0xFFF0 ;index: 0046 address: 0x005C
0000000326 0000000588 0000000292 0x00000248 01111111 00000010 0x7F 02 @DCHW #0x027F ;index: 0047 address: 0x005E
0000000327 0000000590 0000000293 0x0000024A 11110000 00000001 0xF0 01 @DCHW #0x01F0 ;index: 0048 address: 0x0060
0000000328 0000000592 0000000294 0x0000024C 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0049 address: 0x0062
0000000329 0000000594 0000000295 0x0000024E 11111111 00000001 0xFF 01 @DCHW #0x01FF ;index: 0050 address: 0x0064
0000000330 0000000596 0000000296 0x00000250 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0051 address: 0x0066
0000000331 0000000598 0000000297 0x00000252 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0052 address: 0x0068
0000000332 0000000600 0000000298 0x00000254 00000000 00000100 0x00 04 @DCHW #0x0400 ;index: 0053 address: 0x006A
0000000333 0000000602 0000000299 0x00000256 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0054 address: 0x006C
0000000334 0000000604 0000000300 0x00000258 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0055 address: 0x006E
0000000335 0000000606 0000000301 0x0000025A 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0056 address: 0x0070
0000000336 0000000608 0000000302 0x0000025C 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0057 address: 0x0072
0000000337 0000000610 0000000303 0x0000025E 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0058 address: 0x0074
0000000338 0000000612 0000000304 0x00000260 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0059 address: 0x0076
0000000339 0000000614 0000000305 0x00000262 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0060 address: 0x0078
0000000340 0000000616 0000000306 0x00000264 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0061 address: 0x007A
0000000341 0000000618 0000000307 0x00000266 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0062 address: 0x007C
0000000342 0000000620 0000000308 0x00000268 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0063 address: 0x007E
0000000343 0000000622 0000000309 0x0000026A 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0064 address: 0x0080
0000000344 0000000624 0000000310 0x0000026C 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0065 address: 0x0082
0000000345 0000000626 0000000311 0x0000026E 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0066 address: 0x0084
0000000346 0000000628 0000000312 0x00000270 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0067 address: 0x0086
0000000347 0000000630 0000000313 0x00000272 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0068 address: 0x0088
0000000348 0000000632 0000000314 0x00000274 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0069 address: 0x008A
0000000349 0000000634 0000000315 0x00000276 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0070 address: 0x008C
0000000350 0000000636 0000000316 0x00000278 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0071 address: 0x008E
0000000351 0000000638 0000000317 0x0000027A 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0072 address: 0x0090
0000000352 0000000640 0000000318 0x0000027C 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0073 address: 0x0092
0000000353 0000000642 0000000319 0x0000027E 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0074 address: 0x0094
0000000354 0000000644 0000000320 0x00000280 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0075 address: 0x0096
0000000355 0000000646 0000000321 0x00000282 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0076 address: 0x0098
0000000356 0000000648 0000000322 0x00000284 00000000 00000000 0x00 00 @DCHW #0x0000 ;index: 0077 address: 0x009A
0000000357 0000000650 0000000323 0x00000286 00011010 10011110 0x1A 9E @DCHW #0x9E1A ;index: 0078 address: 0x009C
0000000358 0000000652 0000000324 0x00000288 01111011 11101011 0x7B EB @DCHW #0xEB7B ;index: 0079 address: 0x009E
0000000359 0000000004
0000000360 0000000004 ;++++++++++++++++++++++++++++++++
0000000361 0000000004
0000000362 0000000004 ;++++++++++++++++++++++++++++++++
0000000363 0000000004 ;$STRING |Hello World!|
0000000364 0000000004 ;Found string byte count: 14, word count: 7, and padding on: true
0000000365 0000000004
0000000366 0000000654 0000000325 0x0000028A 01100101 01001000 0x65 48 @DCHW #0x4865 ;index: 0000 H e
0000000367 0000000656 0000000326 0x0000028C 01101100 01101100 0x6C 6C @DCHW #0x6C6C ;index: 0002 l l
0000000368 0000000658 0000000327 0x0000028E 00100000 01101111 0x20 6F @DCHW #0x6F20 ;index: 0004 o
0000000369 0000000660 0000000328 0x00000290 01101111 01010111 0x6F 57 @DCHW #0x576F ;index: 0006 W o
0000000370 0000000662 0000000329 0x00000292 01101100 01110010 0x6C 72 @DCHW #0x726C ;index: 0008 r l
0000000371 0000000664 0000000330 0x00000294 00100001 01100100 0x21 64 @DCHW #0x6421 ;index: 0010 d !
0000000372 0000000666 0000000331 0x00000296 11111111 11111111 0xFF FF @DCHW #0xFFFF ;index: 0012 � �
0000000373 0000000004
0000000374 0000000004 ;++++++++++++++++++++++++++++++++
0000000375 0000000004
0000000376 0000000004 ;++++++++++++++++++++++++++++++++
0000000377 0000000004 ;$FLIPSTRING |Hello World!|
0000000378 0000000004 ;Found string byte count: 14, word count: 7, and padding on: true
0000000379 0000000004
0000000380 0000000668 0000000332 0x00000298 01001000 01100101 0x48 65 @DCHW #0x6548 ;index: 0000 H e
0000000381 0000000670 0000000333 0x0000029A 01101100 01101100 0x6C 6C @DCHW #0x6C6C ;index: 0002 l l
0000000382 0000000672 0000000334 0x0000029C 01101111 00100000 0x6F 20 @DCHW #0x206F ;index: 0004 o
0000000383 0000000674 0000000335 0x0000029E 01010111 01101111 0x57 6F @DCHW #0x6F57 ;index: 0006 W o
0000000384 0000000676 0000000336 0x000002A0 01110010 01101100 0x72 6C @DCHW #0x6C72 ;index: 0008 r l
0000000385 0000000678 0000000337 0x000002A2 01100100 00100001 0x64 21 @DCHW #0x2164 ;index: 0010 d !
0000000386 0000000680 0000000338 0x000002A4 11111111 11111111 0xFF FF @DCHW #0xFFFF ;index: 0012 � �
0000000387 0000000004
0000000388 0000000004 ;++++++++++++++++++++++++++++++++
0000000389 0000000004
0000000390 0000000004 @END
;===== SYMBOL TABLE =====
;Name: var6 LineNumAbs: 0000000184 LineNumActive: 0000000164 AddressInt: 328 AddressHex: 0x00000148 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: var5 LineNumAbs: 0000000183 LineNumActive: 0000000163 AddressInt: 326 AddressHex: 0x00000146 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: var4 LineNumAbs: 0000000182 LineNumActive: 0000000162 AddressInt: 324 AddressHex: 0x00000144 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: label_ LineNumAbs: 0000000021 LineNumActive: 0000000006 AddressInt: 12 AddressHex: 0x0000000C Value: n/a EmptyLineLabel: true IsLabel: true IsStaticValue: false
;Name: var3 LineNumAbs: 0000000172 LineNumActive: 0000000157 AddressInt: 314 AddressHex: 0x0000013A Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: overOne LineNumAbs: 0000000006 LineNumActive: 0000000000 AddressInt: 0 AddressHex: 0x00000000 Value: n/a EmptyLineLabel: true IsLabel: true IsStaticValue: false
;Name: var2 LineNumAbs: 0000000171 LineNumActive: 0000000156 AddressInt: 312 AddressHex: 0x00000138 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: var1 LineNumAbs: 0000000170 LineNumActive: 0000000155 AddressInt: 310 AddressHex: 0x00000136 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: over LineNumAbs: 0000000166 LineNumActive: 0000000152 AddressInt: 304 AddressHex: 0x00000130 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: test LineNumAbs: 0000000005 LineNumActive: 0000000000 AddressInt: 0 AddressHex: Value: 2 EmptyLineLabel: false IsLabel: false IsStaticValue: true
;Name: here LineNumAbs: 0000000167 LineNumActive: 0000000153 AddressInt: 306 AddressHex: 0x00000132 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;Name: locate LineNumAbs: 0000000168 LineNumActive: 0000000154 AddressInt: 308 AddressHex: 0x00000134 Value: n/a EmptyLineLabel: false IsLabel: true IsStaticValue: false
;===== BINARY OUTPUT =====
;Expected file output size: 678