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DataMuseum.dkPresents historical artifacts from the history of: Rational R1000/400 |
This is an automatic "excavation" of a thematic subset of
See our Wiki for more about Rational R1000/400 Excavated with: AutoArchaeologist - Free & Open Source Software. |
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Length: 8192 (0x2000)
Notes: 00_class, 5813_R1K_CODE, 75_tag, NULL, R1k_Segment, seg_0500e0
└─⟦8527c1e9b⟧ Bits:30000544 8mm tape, Rational 1000, Arrival backup of disks in PAM's R1000
└─⟦5a81ac88f⟧ »Space Info Vol 1«
└─⟦this⟧
0000 000f | | .CONST 0x000f ; Version of machine code
0001 5813 |X | .CONST 0x5813 ; Diana Version, RCG Major Version, RCG minor version
0002 0000 | | .CONST 0x0000 ; Zero
0003 0d88 | | .CONST 0x0d88 ; Offset of debug table
0004 0100 | | .CONST 0x0100 ; Default exception handler - raise instruction
0005 00bb | | .CONST 0x00bb ; Module termination instruction - signal completion
0006 0000 | | .CONST 0x0000 ; Offset to segment table (only in elab segments)
0007 0007 | | .CONST 0x0007 ; 0, wired, #pages in seg - 1)
0008 ; --------------------------------------------------------------------------------------
0008 ; SUBPROGRAM
0008 ; --------------------------------------------------------------------------------------
0008 0090 | | .CONST 0x0090 ; Address of begin
0009 0004 | | .CONST 0x0004 ; Address of exception handler
000a 0020 | | .CONST 0x0020 ; Number of locals
000b INIT_0008:
000b 4800 |H | Short_Literal 0x0 ; Debug Table 0x0 = .DEBUG 0x000b,0x0df2,0x0000,0x0000,0x0056,0xb2b5,0x0000,0x0a2b
; Debug Table 0x0.0x0 = 0xb,0xffff
000c 4817 |H | Short_Literal 0x17
000d 029f 00ab | | Declare_Subprogram INIT_00a8,For_Call
000f 03fe | | Declare_Type Discrete,Defined,Visible
0010 03a9 | | Declare_Type Heap_Access,Indirect_Literal,Visible ; Debug Table 0x0.0x1 = 0x10,0xfffe
0011 029a 00c3 | | Declare_Subprogram INIT_00c0,For_Outer_Call,Visible,Unelaborated ; Debug Table 0x0.0x2 = 0x11,0xfffd
0013 029a 00fb | | Declare_Subprogram INIT_00f8,For_Outer_Call,Visible,Unelaborated ; Debug Table 0x0.0x3 = 0x13,0xfffc
0015 029a 010b | | Declare_Subprogram INIT_0108,For_Outer_Call,Visible,Unelaborated ; Debug Table 0x0.0x4 = 0x15,0xfffb
0017 029a 011b | | Declare_Subprogram INIT_0118,For_Outer_Call,Visible,Unelaborated ; Debug Table 0x0.0x5 = 0x17,0xfffa
0019 029a 0123 | #| Declare_Subprogram INIT_0120,For_Outer_Call,Visible,Unelaborated ; Debug Table 0x0.0x6 = 0x19,0xfff9
001b 029a 0133 | 3| Declare_Subprogram INIT_0130,For_Outer_Call,Visible,Unelaborated ; Debug Table 0x0.0x7 = 0x1b,0xfff8
001d 4802 |H | Short_Literal 0x2 ; Debug Table 0x0.0x8 = 0x1d,0xfff7
001e 032a | * | Declare_Type Record,Incomplete
001f 00d8 | | Load_Top At_Offset_0 ; Debug Table 0x0.0x9 = 0x1f,0xfff6
0020 02a0 | | Declare_Subprogram Null_Subprogram
0021 e20e | | Load 0x1,0xe
0022 03a3 | | Complete_Type Heap_Access,By_Defining
0023 00bf | | Action Accept_Activation ; Debug Table 0x0.0xa = 0x23,0xfff5
0024 e20d | | Load 0x1,0xd ; Debug Table 0x1 = .DEBUG 0x0024,0x0e0a,0x0000,0x0000,0x0058,0x2c05,0x0000,0x0008
; Debug Table 0x1.0x0 = 0x24,0xffff
0025 0266 | f | Execute Discrete,Bounds
0026 00e1 | | Load_Encached Boolean_Cache
0027 02a0 | | Declare_Subprogram Null_Subprogram
0028 4801 |H | Short_Literal 0x1
0029 0350 | P | Declare_Type Array,Defined,Bounds_With_Object
002a 00d8 | | Load_Top At_Offset_0 ; Debug Table 0x1.0x1 = 0x2a,0xfffe
002b 02a0 | | Declare_Subprogram Null_Subprogram
002c 03ad | | Declare_Type Heap_Access,Defined
002d 0007 | | Action Break_Optional ; Debug Table 0x1.0x2 = 0x2d,0xfffd
002e e20d | | Load 0x1,0xd ; Debug Table 0x1.0x3 = 0x2e,0xfffc
002f 0266 | f | Execute Discrete,Bounds
0030 00db | | Load_Top At_Offset_3
0031 035b | [ | Declare_Type Array,Constrained
0032 00e2 | | Load_Encached Integer_Cache ; Debug Table 0x1.0x4 = 0x32,0xfffb
0033 00d9 | | Load_Top At_Offset_1
0034 02a0 | | Declare_Subprogram Null_Subprogram
0035 e215 | | Load 0x1,0x15
0036 0326 | & | Complete_Type Record,By_Defining
0037 029d 014b | K| Declare_Subprogram INIT_0148,For_Outer_Call ; Debug Table 0x1.0x5 = 0x37,0xfffa
0039 029d 01a3 | | Declare_Subprogram INIT_01a0,For_Outer_Call ; Debug Table 0x1.0x6 = 0x39,0xfff9
003b 6180 |a | Indirect_Literal Discrete,0x1bc,{0x00000000, 0x00582c05} ; Debug Table 0x1.0x7 = 0x3b,0xfff8
003c 49e9 |I | Short_Literal 0x1e9
003d e001 | | Load 0x0,0x1
003e 180e | | Execute Package,Field_Execute,Field_Number 0xe
003f e001 | | Load 0x0,0x1
0040 180f | | Execute Package,Field_Execute,Field_Number 0xf
0041 e002 | | Load 0x0,0x2
0042 1b20 | | Execute Package,Field_Read,Field_Number 0x20
0043 0387 | | Declare_Variable Package
0044 00d8 | | Load_Top At_Offset_0
0045 020f | | Execute Module,Activate
0046 6175 |au | Indirect_Literal Discrete,0x1bc,{0x00000000, 0x00582c05} ; Debug Table 0x1.0x8 = 0x46,0xfff7
0047 49f6 |I | Short_Literal 0x1f6
0048 484c |HL | Short_Literal 0x4c
0049 0092 01d8 | | Action Push_String_Extended,0x1d8 ; "Limit_Semantic_Messages"
004b 48c8 |H | Short_Literal 0xc8
004c 1d1a | | Execute_Immediate Reference_Lex_1,0x1a
004d e002 | | Load 0x0,0x2
004e 191e | | Execute Package,Field_Reference,Field_Number 0x1e
004f e21b | | Load 0x1,0x1b
0050 1b15 | | Execute Package,Field_Read,Field_Number 0x15
0051 0387 | | Declare_Variable Package
0052 00d8 | | Load_Top At_Offset_0
0053 020f | | Execute Module,Activate
0054 029d 01ab | | Declare_Subprogram INIT_01a8,For_Outer_Call ; Debug Table 0x1.0x9 = 0x54,0xfff6
0056 029d 01b3 | | Declare_Subprogram INIT_01b0,For_Outer_Call
0058 6163 |ac | Indirect_Literal Discrete,0x1bc,{0x00000000, 0x00582c05}
0059 4a06 |J | Short_Literal 0x206
005a 00e1 | | Load_Encached Boolean_Cache
005b 1d1d | | Execute_Immediate Reference_Lex_1,0x1d
005c 1d1e | | Execute_Immediate Reference_Lex_1,0x1e
005d e21b | | Load 0x1,0x1b
005e 1918 | | Execute Package,Field_Reference,Field_Number 0x18
005f 0092 01d9 | | Action Push_String_Extended,0x1d9 ; "Boolean"
0061 4804 |H | Short_Literal 0x4
0062 e21b | | Load 0x1,0x1b
0063 1b17 | | Execute Package,Field_Read,Field_Number 0x17
0064 0387 | | Declare_Variable Package
0065 00d8 | | Load_Top At_Offset_0
0066 020f | | Execute Module,Activate
0067 6154 |aT | Indirect_Literal Discrete,0x1bc,{0x00000000, 0x00582c05} ; Debug Table 0x1.0xa = 0x67,0xfff5
0068 4a2b |J+ | Short_Literal 0x22b
0069 e20d | | Load 0x1,0xd
006a e216 | | Load 0x1,0x16
006b e217 | | Load 0x1,0x17
006c 484c |HL | Short_Literal 0x4c
006d 0092 01da | | Action Push_String_Extended,0x1da ; "Toggles"
006f 4800 |H | Short_Literal 0x0
0070 4817 |H | Short_Literal 0x17
0071 e216 | | Load 0x1,0x16
0072 0334 | 4 | Declare_Variable Array,With_Constraint
0073 4817 |H | Short_Literal 0x17
0074 4800 |H | Short_Literal 0x0
0075 4800 |H | Short_Literal 0x0
0076 00d9 | | Load_Top At_Offset_1
0077 e227 | ' | Load 0x1,0x27
0078 01d6 | | Execute Vector,Field_Write
0079 3ffb |? | Loop_Increasing 0x75
007a e218 | | Load 0x1,0x18
007b 01c3 | | Execute Vector,Check_In_Type
007c 1d19 | | Execute_Immediate Reference_Lex_1,0x19
007d e002 | | Load 0x0,0x2
007e 191f | | Execute Package,Field_Reference,Field_Number 0x1f
007f e21f | | Load 0x1,0x1f
0080 1b15 | | Execute Package,Field_Read,Field_Number 0x15
0081 0387 | | Declare_Variable Package
0082 00d8 | | Load_Top At_Offset_0
0083 020f | | Execute Module,Activate
0084 1d0f | | Execute_Immediate Reference_Lex_1,0xf ; Debug Table 0x1.0xb = 0x84,0xfff4
0085 00c7 | | Action Elaborate_Subprogram
0086 1d10 | | Execute_Immediate Reference_Lex_1,0x10 ; Debug Table 0x1.0xc = 0x86,0xfff3
0087 00c7 | | Action Elaborate_Subprogram
0088 1d11 | | Execute_Immediate Reference_Lex_1,0x11 ; Debug Table 0x1.0xd = 0x88,0xfff2
0089 00c7 | | Action Elaborate_Subprogram
008a 1d12 | | Execute_Immediate Reference_Lex_1,0x12 ; Debug Table 0x1.0xe = 0x8a,0xfff1
008b 00c7 | | Action Elaborate_Subprogram
008c 1d13 | | Execute_Immediate Reference_Lex_1,0x13 ; Debug Table 0x1.0xf = 0x8c,0xfff0
008d 00c7 | | Action Elaborate_Subprogram
008e 1d14 | | Execute_Immediate Reference_Lex_1,0x14 ; Debug Table 0x1.0x10 = 0x8e,0xffef
008f 00c7 | | Action Elaborate_Subprogram
0090 BODY_0008:
0090 0092 01db | | Action Push_String_Extended,0x1db ; "sm_@"
; Debug Table 0x1.0x11 = 0x90,0x1
0092 e21b | | Load 0x1,0x1b
0093 1811 | | Execute Package,Field_Execute,Field_Number 0x11
0094 0092 01dc | | Action Push_String_Extended,0x1dc ; "drop_minor_errors"
; Debug Table 0x1.0x12 = 0x94,0x2
0096 e21b | | Load 0x1,0x1b
0097 1811 | | Execute Package,Field_Execute,Field_Number 0x11
0098 0092 01dd | | Action Push_String_Extended,0x1dd ; "ignore_cdb"
; Debug Table 0x1.0x13 = 0x98,0x3
009a e21b | | Load 0x1,0x1b
009b 1811 | | Execute Package,Field_Execute,Field_Number 0x11
009c 0092 01de | | Action Push_String_Extended,0x1de ; "ignore_rep_specs"
; Debug Table 0x1.0x14 = 0x9c,0x4
009e e21b | | Load 0x1,0x1b
009f 1811 | | Execute Package,Field_Execute,Field_Number 0x11
00a0 00bc | | Action Signal_Activated
00a1 00bb | | Action Signal_Completion
00a2 0000 0000 | | .BLANK 0000[0x6]
00a8 ; --------------------------------------------------------------------------------------
00a8 ; SUBPROGRAM
00a8 ; --------------------------------------------------------------------------------------
00a8 00ab | | .CONST 0x00ab ; Address of begin
00a9 0004 | | .CONST 0x0004 ; Address of exception handler
00aa 0001 | | .CONST 0x0001 ; Number of locals
00ab BODY_00a8:
00ab INIT_00a8:
00ab 4603 |F | Jump_Case 0x4 ; Debug Table 0x2 = .DEBUG 0x00ab,0x0e36,0x0005,0x0000,0x0056,0xb2b5,0x0000,0x0a2c
00ac 4302 |C | Exit_Subprogram From_Utility,New_Top_Offset 0x2 ; case 0x0
00ad 7802 |x | Jump 0xb0 ; case 0x1
00ae 7805 |x | Jump 0xb4 ; case 0x2
00af 7809 |x | Jump 0xb9 ; case 0x3
00b0 00da | | Load_Top At_Offset_2
00b1 0091 01c0 | | Action Push_String_Extended_Indexed,0x1c0 ; "IGNORE_MINOR_ERRORS"
00b3 4201 |B | Exit_Subprogram From_Utility,With_Result,New_Top_Offset 0x1
00b4 00db | | Load_Top At_Offset_3
00b5 00db | | Load_Top At_Offset_3
00b6 00e0 | | Load_Encached Standard_Cache
00b7 181b | | Execute Package,Field_Execute,Field_Number 0x1b
00b8 4202 |B | Exit_Subprogram From_Utility,With_Result,New_Top_Offset 0x2
00b9 00da | | Load_Top At_Offset_2
00ba 00e0 | | Load_Encached Standard_Cache
00bb 181c | | Execute Package,Field_Execute,Field_Number 0x1c
00bc 4201 |B | Exit_Subprogram From_Utility,With_Result,New_Top_Offset 0x1
00bd 0000 0000 | | .XXX[0x3]
00bf 0000 | |
00c0 ; --------------------------------------------------------------------------------------
00c0 ; SUBPROGRAM
00c0 ; --------------------------------------------------------------------------------------
00c0 00ce | | .CONST 0x00ce ; Address of begin
00c1 0004 | | .CONST 0x0004 ; Address of exception handler
00c2 0003 | | .CONST 0x0003 ; Number of locals
00c3 INIT_00c0:
00c3 60f4 |` | Indirect_Literal Discrete,0x1b8,{0x00000000, 0x00004000} ; Debug Table 0x3 = .DEBUG 0x00c3,0x0e38,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a4c
; Debug Table 0x3.0x0 = 0xc3,0xffff
00c4 e5fe | | Load 0x2,-0x2
00c5 e5ff | | Load 0x2,-0x1
00c6 e220 | | Load 0x1,0x20
00c7 1817 | | Execute Package,Field_Execute,Field_Number 0x17
00c8 e20e | | Load 0x1,0xe ; Debug Table 0x3.0x1 = 0xc8,0xfffe
00c9 e20e | | Load 0x1,0xe
00ca 8003 | | Call 0x0,0x3
00cb 039c | | Declare_Variable Heap_Access,By_Allocation
00cc 0031 | 1 | Store_Top Heap_Access,At_Offset_1
00cd 0007 | | Action Break_Optional ; Debug Table 0x3.0x2 = 0xcd,0xfffd
00ce BODY_00c0:
00ce 60e9 |` | Indirect_Literal Discrete,0x1b8,{0x00000000, 0x00004000} ; Debug Table 0x3.0x3 = 0xce,0x1
00cf e5fe | | Load 0x2,-0x2
00d0 e5ff | | Load 0x2,-0x1
00d1 e21c | | Load 0x1,0x1c
00d2 1814 | | Execute Package,Field_Execute,Field_Number 0x14
00d3 00d9 | | Load_Top At_Offset_1
00d4 0217 | | Execute Heap_Access,All_Reference
00d5 3800 |8 | Execute Record,Field_Write,Field_Number 0x0
00d6 00d8 | | Load_Top At_Offset_0 ; Debug Table 0x3.0x4 = 0xd6,0x2
00d7 0219 | | Execute Heap_Access,All_Read
00d8 00d8 | | Load_Top At_Offset_0
00d9 3c01 |< | Execute Record,Field_Read,Field_Number 0x1
00da 00d8 | | Load_Top At_Offset_0
00db 01da | | Execute Vector,Bounds
00dc e216 | | Load 0x1,0x16
00dd 035b | [ | Declare_Type Array,Constrained
00de 0337 | 7 | Declare_Variable Array
00df 00d8 | | Load_Top At_Offset_0
00e0 01d9 | | Execute Vector,Reverse_Bounds
00e1 0263 | c | Execute Discrete,Above_Bound
00e2 7005 |p | Jump_Nonzero 0xe8
00e3 4800 |H | Short_Literal 0x0
00e4 00d9 | | Load_Top At_Offset_1
00e5 e406 | | Load 0x2,0x6
00e6 01d6 | | Execute Vector,Field_Write
00e7 3ffb |? | Loop_Increasing 0xe3
00e8 00d0 | | Action Swap_Control
00e9 00d1 | | Pop_Control Pop_Count_1
00ea 00d9 | | Load_Top At_Offset_1
00eb 3801 |8 | Execute Record,Field_Write,Field_Number 0x1
00ec 00d1 | | Pop_Control Pop_Count_1
00ed 00d9 | | Load_Top At_Offset_1 ; Debug Table 0x3.0x5 = 0xed,0x3
00ee 00da | | Load_Top At_Offset_2
00ef 01da | | Execute Vector,Bounds
00f0 00db | | Load_Top At_Offset_3
00f1 0219 | | Execute Heap_Access,All_Read
00f2 3c01 |< | Execute Record,Field_Read,Field_Number 0x1
00f3 01ce | | Execute Vector,Slice_Write
00f4 00d8 | | Load_Top At_Offset_0 ; Debug Table 0x3.0x6 = 0xf4,0x4
00f5 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
00f6 0000 0000 | | .XXX[0x2]
00f8 ; --------------------------------------------------------------------------------------
00f8 ; SUBPROGRAM
00f8 ; --------------------------------------------------------------------------------------
00f8 00fb | | .CONST 0x00fb ; Address of begin
00f9 0004 | | .CONST 0x0004 ; Address of exception handler
00fa 0001 | | .CONST 0x0001 ; Number of locals
00fb BODY_00f8:
00fb INIT_00f8:
00fb 00db | | Load_Top At_Offset_3 ; Debug Table 0x4 = .DEBUG 0x00fb,0x0e48,0x0001,0x0000,0x0056,0xb2b5,0x0000,0x0a5d
; Debug Table 0x4.0x0 = 0xfb,0x1
00fc 00db | | Load_Top At_Offset_3
00fd 8004 | | Call 0x0,0x4
00fe 0217 | | Execute Heap_Access,All_Reference
00ff 3401 |4 | Execute Record,Field_Reference,Field_Number 0x1
0100 01d6 | | Execute Vector,Field_Write
0101 4503 |E | Exit_Suprogram New_Top_Offset 0x3
0102 0000 0000 | | .BLANK 0000[0x6]
0108 ; --------------------------------------------------------------------------------------
0108 ; SUBPROGRAM
0108 ; --------------------------------------------------------------------------------------
0108 010b | | .CONST 0x010b ; Address of begin
0109 0004 | | .CONST 0x0004 ; Address of exception handler
010a 0001 | | .CONST 0x0001 ; Number of locals
010b BODY_0108:
010b INIT_0108:
010b 00da | | Load_Top At_Offset_2 ; Debug Table 0x5 = .DEBUG 0x010b,0x0e4c,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a69
; Debug Table 0x5.0x0 = 0x10b,0x1
010c 8004 | | Call 0x0,0x4
010d 0217 | | Execute Heap_Access,All_Reference
010e 3401 |4 | Execute Record,Field_Reference,Field_Number 0x1
010f 01d7 | | Execute Vector,Field_Read
0110 4401 |D | Exit_Subprogram With_Value,New_Top_Offset 0x1
0111 0000 0000 | | .BLANK 0000[0x7]
0118 ; --------------------------------------------------------------------------------------
0118 ; SUBPROGRAM
0118 ; --------------------------------------------------------------------------------------
0118 011b | | .CONST 0x011b ; Address of begin
0119 0004 | | .CONST 0x0004 ; Address of exception handler
011a 0001 | | .CONST 0x0001 ; Number of locals
011b BODY_0118:
011b INIT_0118:
011b 8004 | | Call 0x0,0x4 ; Debug Table 0x6 = .DEBUG 0x011b,0x0e50,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a72
; Debug Table 0x6.0x0 = 0x11b,0x1
011c 0217 | | Execute Heap_Access,All_Reference
011d 3c00 |< | Execute Record,Field_Read,Field_Number 0x0
011e 00ca | | Action Exit_Nullary_Function
011f 0000 | | .XXX[0x1]
0120 ; --------------------------------------------------------------------------------------
0120 ; SUBPROGRAM
0120 ; --------------------------------------------------------------------------------------
0120 0123 | # | .CONST 0x0123 ; Address of begin
0121 0004 | | .CONST 0x0004 ; Address of exception handler
0122 0001 | | .CONST 0x0001 ; Number of locals
0123 BODY_0120:
0123 INIT_0120:
0123 4805 |H | Short_Literal 0x5 ; Debug Table 0x7 = .DEBUG 0x0123,0x0e54,0x0001,0x0000,0x0056,0xb2b5,0x0000,0x0a77
; Debug Table 0x7.0x0 = 0x123,0x1
0124 00db | | Load_Top At_Offset_3
0125 e005 | | Load 0x0,0x5
0126 180d | | Execute Package,Field_Execute,Field_Number 0xd
0127 8004 | | Call 0x0,0x4
0128 0217 | | Execute Heap_Access,All_Reference
0129 3800 |8 | Execute Record,Field_Write,Field_Number 0x0
012a 4502 |E | Exit_Suprogram New_Top_Offset 0x2
012b 0000 0000 | | .BLANK 0000[0x5]
0130 ; --------------------------------------------------------------------------------------
0130 ; SUBPROGRAM
0130 ; --------------------------------------------------------------------------------------
0130 0136 | 6 | .CONST 0x0136 ; Address of begin
0131 0004 | | .CONST 0x0004 ; Address of exception handler
0132 0002 | | .CONST 0x0002 ; Number of locals
0133 INIT_0130:
0133 e20e | | Load 0x1,0xe ; Debug Table 0x8 = .DEBUG 0x0133,0x0e58,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a7f
; Debug Table 0x8.0x0 = 0x133,0xffff
0134 8004 | | Call 0x0,0x4
0135 0031 | 1 | Store_Top Heap_Access,At_Offset_1
0136 BODY_0130:
0136 4806 |H | Short_Literal 0x6 ; Debug Table 0x8.0x1 = 0x136,0x1
0137 00d9 | | Load_Top At_Offset_1
0138 0217 | | Execute Heap_Access,All_Reference
0139 3401 |4 | Execute Record,Field_Reference,Field_Number 0x1
013a 01d7 | | Execute Vector,Field_Read
013b 7006 |p | Jump_Nonzero 0x142
013c 4805 |H | Short_Literal 0x5
013d 00d9 | | Load_Top At_Offset_1
013e 0217 | | Execute Heap_Access,All_Reference
013f 3401 |4 | Execute Record,Field_Reference,Field_Number 0x1
0140 01d7 | | Execute Vector,Field_Read
0141 00ca | | Action Exit_Nullary_Function
0142 4801 |H | Short_Literal 0x1
0143 00ca | | Action Exit_Nullary_Function
0144 0000 0000 | | .BLANK 0000[0x4]
0148 ; --------------------------------------------------------------------------------------
0148 ; SUBPROGRAM
0148 ; --------------------------------------------------------------------------------------
0148 014b | K | .CONST 0x014b ; Address of begin
0149 0198 | | .CONST 0x0198 ; Address of exception handler
014a 0001 | | .CONST 0x0001 ; Number of locals
014b BODY_0148:
014b INIT_0148:
014b 00da | | Load_Top At_Offset_2 ; Debug Table 0x9 = .DEBUG 0x014b,0x0e5e,0x0002,0x0000,0x0058,0x2c05,0x0000,0x0030
; Debug Table 0x9.0x0 = 0x14b,0x1
014c e20d | | Load 0x1,0xd
014d 00e0 | | Load_Encached Standard_Cache
014e 181b | | Execute Package,Field_Execute,Field_Number 0x1b
014f 4617 |F | Jump_Case 0x18
0150 7820 |x | Jump 0x171 ; case 0x0
0151 7834 |x4 | Jump 0x186 ; case 0x1
0152 7836 |x6 | Jump 0x189 ; case 0x2
0153 781a |x | Jump 0x16e ; case 0x3
0154 7837 |x7 | Jump 0x18c ; case 0x4
0155 783c |x< | Jump 0x192 ; case 0x5
0156 7838 |x8 | Jump 0x18f ; case 0x6
0157 7810 |x | Jump 0x168 ; case 0x7
0158 780f |x | Jump 0x168 ; case 0x8
0159 780e |x | Jump 0x168 ; case 0x9
015a 780d |x | Jump 0x168 ; case 0xa
015b 780c |x | Jump 0x168 ; case 0xb
015c 780b |x | Jump 0x168 ; case 0xc
015d 780a |x | Jump 0x168 ; case 0xd
015e 7809 |x | Jump 0x168 ; case 0xe
015f 7808 |x | Jump 0x168 ; case 0xf
0160 780a |x | Jump 0x16b ; case 0x10
0161 7818 |x | Jump 0x17a ; case 0x11
0162 781a |x | Jump 0x17d ; case 0x12
0163 781c |x | Jump 0x180 ; case 0x13
0164 781e |x | Jump 0x183 ; case 0x14
0165 7811 |x | Jump 0x177 ; case 0x15
0166 780d |x | Jump 0x174 ; case 0x16
0167 782d |x- | Jump 0x195 ; case 0x17
0168 0092 01df | | Action Push_String_Extended,0x1df ; "Internal debugging switch."
; Debug Table 0x9.0x1 = 0x168,0x2
016a 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
016b 0092 01e0 | | Action Push_String_Extended,0x1e0 ; "Controls whether minor errors are reported. When False, minor errors are reported according to the Ignore_Minor_Errors switch. When True, minor errors are not reported at all."
; Debug Table 0x9.0x2 = 0x16b,0x3
016d 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
016e 0092 01e1 | | Action Push_String_Extended,0x1e1 ; "Controls use of the CDB during incremental insertions. When False, incremental insertions of declarations receive declaration numbers. When True, incrementatl insertions do not receive declaration numbers. New declarations, exported by packages, especially across subsystems, must have declaration numbers in order to function correctly."
; Debug Table 0x9.0x3 = 0x16e,0x4
0170 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0171 0092 01e2 | | Action Push_String_Extended,0x1e2 ; "Controls whether to flag minor errors with a warning or as an error. When False, minor errors are flagged as errors, thus preventing the units that contain them from being installed. When True, minor errors are flagged with warning messages in the log and are otherwise ignored. Minor errors are those that the Reference Manual for the Ada Programming Language defines as illegal but that do not affect the semantic validity of the program. An example is illegal declaration order. The default is False. The full switch name is Semantics.Ignore_Minor_Errors."
; Debug Table 0x9.0x4 = 0x171,0x5
0173 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0174 0092 01e3 | | Action Push_String_Extended,0x1e3 ; "Managed by Rational Subsystems. This switch should not be changed by users."
; Debug Table 0x9.0x5 = 0x174,0x6
0176 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0177 0092 01e4 | | Action Push_String_Extended,0x1e4 ; "Managed by Rational Subsystems. This switch should not bechanged by users."
; Debug Table 0x9.0x6 = 0x177,0x7
0179 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
017a 0092 01e5 | | Action Push_String_Extended,0x1e5 ; "Controls whether the semanticist processes representation specifications. When True representation specifications are ignored. The default is False."
; Debug Table 0x9.0x7 = 0x17a,0x8
017c 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
017d 0092 01e6 | | Action Push_String_Extended,0x1e6 ; "Controls whether to flag unsupported representation specifications with a warning or as an error. When False, unsupported representation specifications are flagged as errors, thus preventing the units that contain them from being installed (the Ignore_Invalid_Rep_Specs switch must also be False). When Ignore_Unsupported_Rep_Specs is True, unsupported representation specifications are flagged with warning messages in the log and are otherwise ignored. For most purposes, the Ignore_Unsupported_Rep_Specs switch and the Ignore_Invalid_Rep_Specs switch should have the same value. The default is False. The full switch name is Semantics.Ignore_Unsupported_Rep_Specs."
; Debug Table 0x9.0x8 = 0x17d,0x9
017f 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0180 0092 01e7 | | Action Push_String_Extended,0x1e7 ; "Controls whether to flag either invalid or unsupported representation specifications with a warning or as an error. When False, all invalid representation specifications are flagged as errors, thus preventing the units that contain them from being installed. (Unsupported representation specifications are flagged as errors only if the Ignore_Unsupported_Rep_Specs switch is also False.) When Ignore_Invalid_Rep_Specs is True, both invalid and unsupported representation specifications are flagged with warning messages in the log and are otherwise ignored. (Setting this switch to True overrides the value of the Ignore_Unsupported_Rep_Specs switch.) Representation specifications are considered invalid if they do not conform to the restrictions specified in the Appendix F for the R1000 compiler. For most purposes, the Ignore_Invalid_Rep_Specs switch and the Ignore_Unsupported_Rep_Specs switch should have the same value. The default is False. The full switch name is Semantics.Ignore_Invalid_Rep_Specs."
; Debug Table 0x9.0x9 = 0x180,0xa
0182 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0183 0092 01e8 | | Action Push_String_Extended,0x1e8 ; "Controls whether pragma Interface is ignored. When True, the R1000 compiler ignores the pragma completely. When False, the R1000 compiler builds an implicit body that raises the Program_Error exception whenever the subprogram is executed. The default is False. The full name of this switch is Semantics.Ignore_Interface_Pragmas."
; Debug Table 0x9.0xa = 0x183,0xb
0185 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0186 0092 01e9 | | Action Push_String_Extended,0x1e9 ; "Controls whether to flag illegal Ada pragmas with warnings or as errors. When True, illegal Ada pragmas are flagged as errors, thus preventing the units that contain them from being installed. When False (the default), illegal Ada pragmas are flagged with warning messages in the log and are otherwise ignored. The full switch name is Semantics.Reject_Bad_Lrm_Pragmas."
; Debug Table 0x9.0xb = 0x186,0xc
0188 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0189 0092 01ea | | Action Push_String_Extended,0x1ea ; "Controls whether illegal Rational pragmas are reported as warnings or errors. When True, illegal Rational pragmas are flagged as errors, thus preventing the units that contain them from being installed. When False, illegal Rational pragmas are flagged with warning messages in the log and are otherwise ignored. The full switch name is Semantics.Reject_Bad_Rational_Pragmas."
; Debug Table 0x9.0xc = 0x189,0xd
018b 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
018c 0092 01eb | | Action Push_String_Extended,0x1eb ; "Controls whether to flag as an error any pragma that is unknown to the compiler. default is False. The full switch name is Semantics.Reject_Undefined_Pragmas."
; Debug Table 0x9.0xd = 0x18c,0xe
018e 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
018f 0092 01ec | | Action Push_String_Extended,0x1ec ; "Controls whether to flag with a warning any statically determinable situation that is certain to raise an exception when executed, such as an illegal assignment. This switch is overridden by the Reject_Inevitable_Exceptions switch. Thus, if both switches are True, inevitable exceptions are rejected. The default is False."
; Debug Table 0x9.0xe = 0x18f,0xf
0191 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0192 0092 01ed | | Action Push_String_Extended,0x1ed ; "Controls whether to flag as an error any statically determinable situation that is certain to raise an exception when executed, such as an illegal assignment. This switch overrides the Flag_inevitable_Exceptions switch. Thus, if both switches are True, inevitable exceptions are rejected. The default is False."
; Debug Table 0x9.0xf = 0x192,0x10
0194 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0195 0092 01ee | | Action Push_String_Extended,0x1ee ; "Controls whether to flag [statement] prompts as an error. When False, prompts are compiled normally and raise Program_Error at runtime. When True, prompts will be treated as semantic errors in the program."
; Debug Table 0x9.0x10 = 0x195,0x11
0197 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
0198 TRAP_0148:
0198 0007 | | Action Break_Optional
0199 00ea | | Load_Encached Null_String_Cache ; Debug Table 0x9.0x11 = 0x199,0x12
019a 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
019b 0000 0000 | | .BLANK 0000[0x5]
01a0 ; --------------------------------------------------------------------------------------
01a0 ; SUBPROGRAM
01a0 ; --------------------------------------------------------------------------------------
01a0 01a3 | | .CONST 0x01a3 ; Address of begin
01a1 0004 | | .CONST 0x0004 ; Address of exception handler
01a2 0001 | | .CONST 0x0001 ; Number of locals
01a3 BODY_01a0:
01a3 INIT_01a0:
01a3 0092 01ef | | Action Push_String_Extended,0x1ef ; "Limits the number of semantic messages (errors and warnings combined) that can be attached to an Ada image. Messages beyond this number will be discarded. They may be retrieved by expanding this limit and resemanticizing the image."
; Debug Table 0xa = .DEBUG 0x01a3,0x0e84,0x0002,0x0000,0x0058,0x2c05,0x0000,0x01ca
; Debug Table 0xa.0x0 = 0x1a3,0x1
01a5 4402 |D | Exit_Subprogram With_Value,New_Top_Offset 0x2
01a6 0000 0000 | | .XXX[0x2]
01a8 ; --------------------------------------------------------------------------------------
01a8 ; SUBPROGRAM
01a8 ; --------------------------------------------------------------------------------------
01a8 01ab | | .CONST 0x01ab ; Address of begin
01a9 0004 | | .CONST 0x0004 ; Address of exception handler
01aa 0001 | | .CONST 0x0001 ; Number of locals
01ab BODY_01a8:
01ab INIT_01a8:
01ab 00da | | Load_Top At_Offset_2 ; Debug Table 0xb = .DEBUG 0x01ab,0x0e88,0x0007,0x0000,0x0058,0x2c05,0x0000,0x0000
01ac 00e1 | | Load_Encached Boolean_Cache
01ad 025e | ^ | Execute Discrete,Convert
01ae 1c01 | | Execute_Immediate Run_Utility,0x1
01af 4401 |D | Exit_Subprogram With_Value,New_Top_Offset 0x1
01b0 ; --------------------------------------------------------------------------------------
01b0 ; SUBPROGRAM
01b0 ; --------------------------------------------------------------------------------------
01b0 01b3 | | .CONST 0x01b3 ; Address of begin
01b1 0004 | | .CONST 0x0004 ; Address of exception handler
01b2 0001 | | .CONST 0x0001 ; Number of locals
01b3 BODY_01b0:
01b3 INIT_01b0:
01b3 00da | | Load_Top At_Offset_2 ; Debug Table 0xc = .DEBUG 0x01b3,0x0e8a,0x0007,0x0000,0x0058,0x2c05,0x0000,0x0000
01b4 00e1 | | Load_Encached Boolean_Cache
01b5 00e0 | | Load_Encached Standard_Cache
01b6 181b | | Execute Package,Field_Execute,Field_Number 0x1b
01b7 4401 |D | Exit_Subprogram With_Value,New_Top_Offset 0x1
01b8 0000 0000 | | .LITERAL {0x00000000, 0x00004000}
01bc 0000 0000 | | .LITERAL {0x00000000, 0x00582c05}
01c0 ; --------------------------------------------------------------------------------------
01c0 ; STRING TABLE
01c0 ; --------------------------------------------------------------------------------------
01c0 0062 | b | .STRTAB 0x0062->0x01f1 ; "IGNORE_MINOR_ERRORS"
01c1 0073 | s | .STRTAB 0x0073->0x01fa ; "REJECT_BAD_LRM_PRAGMAS"
01c2 0087 | | .STRTAB 0x0087->0x0205 ; "REJECT_BAD_RATIONAL_PRAGMAS"
01c3 00a0 | | .STRTAB 0x00a0->0x0213 ; "IGNORE_CDB"
01c4 00a8 | | .STRTAB 0x00a8->0x0218 ; "REJECT_UNDEFINED_PRAGMAS"
01c5 00be | | .STRTAB 0x00be->0x0224 ; "REJECT_INEVITABLE_EXCEPTIONS"
01c6 00d8 | | .STRTAB 0x00d8->0x0232 ; "FLAG_INEVITABLE_EXCEPTIONS"
01c7 00f0 | | .STRTAB 0x00f0->0x023f ; "SM_EXP_TRACE"
01c8 00fa | | .STRTAB 0x00fa->0x0245 ; "SM_SOLVE_TRACE"
01c9 0106 | | .STRTAB 0x0106->0x024c ; "SM_ASSIGN_TRACE"
01ca 0113 | | .STRTAB 0x0113->0x0253 ; "SM_CALL_TRACE"
01cb 011e | | .STRTAB 0x011e->0x025a ; "SM_RANGE_TRACE"
01cc 012a | * | .STRTAB 0x012a->0x0261 ; "SM_AGG_TRACE"
01cd 0134 | 4 | .STRTAB 0x0134->0x0267 ; "SM_ATTR_TRACE"
01ce 013f | ? | .STRTAB 0x013f->0x026d ; "SM_MATCH_TRACE"
01cf 014b | K | .STRTAB 0x014b->0x0274 ; "SM_TYPE_EQ"
01d0 0153 | S | .STRTAB 0x0153->0x0279 ; "DROP_MINOR_ERRORS"
01d1 0162 | b | .STRTAB 0x0162->0x0282 ; "IGNORE_REP_SPECS"
01d2 0170 | p | .STRTAB 0x0170->0x028a ; "IGNORE_UNSUPPORTED_REP_SPECS"
01d3 018a | | .STRTAB 0x018a->0x0298 ; "IGNORE_INVALID_REP_SPECS"
01d4 01a0 | | .STRTAB 0x01a0->0x02a4 ; "IGNORE_INTERFACE_PRAGMAS"
01d5 01b6 | | .STRTAB 0x01b6->0x02b0 ; "CLOSED_PRIVATE_PART"
01d6 01c7 | | .STRTAB 0x01c7->0x02b9 ; "SUBSYSTEM_INTERFACE"
01d7 01d8 | | .STRTAB 0x01d8->0x02c3 ; "REJECT_STATEMENT_PROMPTS"
01d8 01ee | | .STRTAB 0x01ee->0x02cf ; "Limit_Semantic_Messages"
01d9 0203 | | .STRTAB 0x0203->0x02da ; "Boolean"
01da 0208 | | .STRTAB 0x0208->0x02de ; "Toggles"
01db 020d | | .STRTAB 0x020d->0x02e1 ; "sm_@"
01dc 020f | | .STRTAB 0x020f->0x02e3 ; "drop_minor_errors"
01dd 021e | | .STRTAB 0x021e->0x02ec ; "ignore_cdb"
01de 0226 | & | .STRTAB 0x0226->0x02f1 ; "ignore_rep_specs"
01df 0234 | 4 | .STRTAB 0x0234->0x02f9 ; "Internal debugging switch."
01e0 024c | L | .STRTAB 0x024c->0x0306 ; "Controls whether minor errors are reported. When False, minor errors are reported according to the Ignore_Minor_Errors switch. When True, minor errors are not reported at all."
01e1 02fb | | .STRTAB 0x02fb->0x035e ; "Controls use of the CDB during incremental insertions. When False, incremental insertions of declarations receive declaration numbers. When True, incrementatl insertions do not receive declaration numbers. New declarations, exported by packages, especially across subsystems, must have declaration numbers in order to function correctly."
01e2 044d | M | .STRTAB 0x044d->0x0408 ; "Controls whether to flag minor errors with a warning or as an error. When False, minor errors are flagged as errors, thus preventing the units that contain them from being installed. When True, minor errors are flagged with warning messages in the log and are otherwise ignored. Minor errors are those that the Reference Manual for the Ada Programming Language defines as illegal but that do not affect the semantic validity of the program. An example is illegal declaration order. The default is False. The full switch name is Semantics.Ignore_Minor_Errors."
01e3 067b | { | .STRTAB 0x067b->0x0520 ; "Managed by Rational Subsystems. This switch should not be changed by users."
01e4 06c4 | | .STRTAB 0x06c4->0x0546 ; "Managed by Rational Subsystems. This switch should not bechanged by users."
01e5 070c | | .STRTAB 0x070c->0x056b ; "Controls whether the semanticist processes representation specifications. When True representation specifications are ignored. The default is False."
01e6 079e | | .STRTAB 0x079e->0x05b5 ; "Controls whether to flag unsupported representation specifications with a warning or as an error. When False, unsupported representation specifications are flagged as errors, thus preventing the units that contain them from being installed (the Ignore_Invalid_Rep_Specs switch must also be False). When Ignore_Unsupported_Rep_Specs is True, unsupported representation specifications are flagged with warning messages in the log and are otherwise ignored. For most purposes, the Ignore_Unsupported_Rep_Specs switch and the Ignore_Invalid_Rep_Specs switch should have the same value. The default is False. The full switch name is Semantics.Ignore_Unsupported_Rep_Specs."
01e7 0a3c | < | .STRTAB 0x0a3c->0x0705 ; "Controls whether to flag either invalid or unsupported representation specifications with a warning or as an error. When False, all invalid representation specifications are flagged as errors, thus preventing the units that contain them from being installed. (Unsupported representation specifications are flagged as errors only if the Ignore_Unsupported_Rep_Specs switch is also False.) When Ignore_Invalid_Rep_Specs is True, both invalid and unsupported representation specifications are flagged with warning messages in the log and are otherwise ignored. (Setting this switch to True overrides the value of the Ignore_Unsupported_Rep_Specs switch.) Representation specifications are considered invalid if they do not conform to the restrictions specified in the Appendix F for the R1000 compiler. For most purposes, the Ignore_Invalid_Rep_Specs switch and the Ignore_Unsupported_Rep_Specs switch should have the same value. The default is False. The full switch name is Semantics.Ignore_Invalid_Rep_Specs."
01e8 0e30 | 0 | .STRTAB 0x0e30->0x0900 ; "Controls whether pragma Interface is ignored. When True, the R1000 compiler ignores the pragma completely. When False, the R1000 compiler builds an implicit body that raises the Program_Error exception whenever the subprogram is executed. The default is False. The full name of this switch is Semantics.Ignore_Interface_Pragmas."
01e9 0f79 | y | .STRTAB 0x0f79->0x09a5 ; "Controls whether to flag illegal Ada pragmas with warnings or as errors. When True, illegal Ada pragmas are flagged as errors, thus preventing the units that contain them from being installed. When False (the default), illegal Ada pragmas are flagged with warning messages in the log and are otherwise ignored. The full switch name is Semantics.Reject_Bad_Lrm_Pragmas."
01ea 10e9 | | .STRTAB 0x10e9->0x0a5e ; "Controls whether illegal Rational pragmas are reported as warnings or errors. When True, illegal Rational pragmas are flagged as errors, thus preventing the units that contain them from being installed. When False, illegal Rational pragmas are flagged with warning messages in the log and are otherwise ignored. The full switch name is Semantics.Reject_Bad_Rational_Pragmas."
01eb 125e | ^ | .STRTAB 0x125e->0x0b1a ; "Controls whether to flag as an error any pragma that is unknown to the compiler. default is False. The full switch name is Semantics.Reject_Undefined_Pragmas."
01ec 12fb | | .STRTAB 0x12fb->0x0b69 ; "Controls whether to flag with a warning any statically determinable situation that is certain to raise an exception when executed, such as an illegal assignment. This switch is overridden by the Reject_Inevitable_Exceptions switch. Thus, if both switches are True, inevitable exceptions are rejected. The default is False."
01ed 143b | ; | .STRTAB 0x143b->0x0c0a ; "Controls whether to flag as an error any statically determinable situation that is certain to raise an exception when executed, such as an illegal assignment. This switch overrides the Flag_inevitable_Exceptions switch. Thus, if both switches are True, inevitable exceptions are rejected. The default is False."
01ee 156f | o | .STRTAB 0x156f->0x0ca5 ; "Controls whether to flag [statement] prompts as an error. When False, prompts are compiled normally and raise Program_Error at runtime. When True, prompts will be treated as semantic errors in the program."
01ef 163b | ; | .STRTAB 0x163b->0x0d0c ; "Limits the number of semantic messages (errors and warnings combined) that can be attached to an Ada image. Messages beyond this number will be discarded. They may be retrieved by expanding this limit and resemanticizing the image."
01f0 1722 | " | .STREND 0x1722->0x0d81
01f1 4947 4e4f |IGNO| .STRTAB_STRINGS
0d81 0000 0000 | | .BLANK 0000[0x7]
0d88 ; --------------------------------------------------------------------------------------
0d88 ; Debug Table
0d88 ; --------------------------------------------------------------------------------------
0d88 0003 000d | | .CONST 0x0003,0x000d
0d8a 000b 0df2 | | .DEBUG 0x000b,0x0df2,0x0000,0x0000,0x0056,0xb2b5,0x0000,0x0a2b
0d92 0024 0e0a | $ | .DEBUG 0x0024,0x0e0a,0x0000,0x0000,0x0058,0x2c05,0x0000,0x0008
0d9a 00ab 0e36 | 6| .DEBUG 0x00ab,0x0e36,0x0005,0x0000,0x0056,0xb2b5,0x0000,0x0a2c
0da2 00c3 0e38 | 8| .DEBUG 0x00c3,0x0e38,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a4c
0daa 00fb 0e48 | H| .DEBUG 0x00fb,0x0e48,0x0001,0x0000,0x0056,0xb2b5,0x0000,0x0a5d
0db2 010b 0e4c | L| .DEBUG 0x010b,0x0e4c,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a69
0dba 011b 0e50 | P| .DEBUG 0x011b,0x0e50,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a72
0dc2 0123 0e54 | # T| .DEBUG 0x0123,0x0e54,0x0001,0x0000,0x0056,0xb2b5,0x0000,0x0a77
0dca 0133 0e58 | 3 X| .DEBUG 0x0133,0x0e58,0x0002,0x0000,0x0056,0xb2b5,0x0000,0x0a7f
0dd2 014b 0e5e | K ^| .DEBUG 0x014b,0x0e5e,0x0002,0x0000,0x0058,0x2c05,0x0000,0x0030
0dda 01a3 0e84 | | .DEBUG 0x01a3,0x0e84,0x0002,0x0000,0x0058,0x2c05,0x0000,0x01ca
0de2 01ab 0e88 | | .DEBUG 0x01ab,0x0e88,0x0007,0x0000,0x0058,0x2c05,0x0000,0x0000
0dea 01b3 0e8a | | .DEBUG 0x01b3,0x0e8a,0x0007,0x0000,0x0058,0x2c05,0x0000,0x0000
0df2 ; --------------------------------------------------------------------------------------
0df2 ; Debug3 Subtable 0x0
0df2 ; --------------------------------------------------------------------------------------
0df2 000b 0000 | | .DBG3TAB 0x000b,0x0000
0df4 000b ffff | | .CONST 0x000b,0xffff
0df6 0010 fffe | | .CONST 0x0010,0xfffe
0df8 0011 fffd | | .CONST 0x0011,0xfffd
0dfa 0013 fffc | | .CONST 0x0013,0xfffc
0dfc 0015 fffb | | .CONST 0x0015,0xfffb
0dfe 0017 fffa | | .CONST 0x0017,0xfffa
0e00 0019 fff9 | | .CONST 0x0019,0xfff9
0e02 001b fff8 | | .CONST 0x001b,0xfff8
0e04 001d fff7 | | .CONST 0x001d,0xfff7
0e06 001f fff6 | | .CONST 0x001f,0xfff6
0e08 0023 fff5 | # | .CONST 0x0023,0xfff5
0e0a ; --------------------------------------------------------------------------------------
0e0a ; Debug3 Subtable 0x1
0e0a ; --------------------------------------------------------------------------------------
0e0a 0011 0004 | | .DBG3TAB 0x0011,0x0004
0e0c 0024 ffff | $ | .CONST 0x0024,0xffff
0e0e 002a fffe | * | .CONST 0x002a,0xfffe
0e10 002d fffd | - | .CONST 0x002d,0xfffd
0e12 002e fffc | . | .CONST 0x002e,0xfffc
0e14 0032 fffb | 2 | .CONST 0x0032,0xfffb
0e16 0037 fffa | 7 | .CONST 0x0037,0xfffa
0e18 0039 fff9 | 9 | .CONST 0x0039,0xfff9
0e1a 003b fff8 | ; | .CONST 0x003b,0xfff8
0e1c 0046 fff7 | F | .CONST 0x0046,0xfff7
0e1e 0054 fff6 | T | .CONST 0x0054,0xfff6
0e20 0067 fff5 | g | .CONST 0x0067,0xfff5
0e22 0084 fff4 | | .CONST 0x0084,0xfff4
0e24 0086 fff3 | | .CONST 0x0086,0xfff3
0e26 0088 fff2 | | .CONST 0x0088,0xfff2
0e28 008a fff1 | | .CONST 0x008a,0xfff1
0e2a 008c fff0 | | .CONST 0x008c,0xfff0
0e2c 008e ffef | | .CONST 0x008e,0xffef
0e2e 0090 0001 | | .CONST 0x0090,0x0001
0e30 0094 0002 | | .CONST 0x0094,0x0002
0e32 0098 0003 | | .CONST 0x0098,0x0003
0e34 009c 0004 | | .CONST 0x009c,0x0004
0e36 ; --------------------------------------------------------------------------------------
0e36 ; Debug3 Subtable 0x2
0e36 ; --------------------------------------------------------------------------------------
0e36 0000 0000 | | .DBG3TAB 0x0000,0x0000
0e38 ; --------------------------------------------------------------------------------------
0e38 ; Debug3 Subtable 0x3
0e38 ; --------------------------------------------------------------------------------------
0e38 0003 0004 | | .DBG3TAB 0x0003,0x0004
0e3a 00c3 ffff | | .CONST 0x00c3,0xffff
0e3c 00c8 fffe | | .CONST 0x00c8,0xfffe
0e3e 00cd fffd | | .CONST 0x00cd,0xfffd
0e40 00ce 0001 | | .CONST 0x00ce,0x0001
0e42 00d6 0002 | | .CONST 0x00d6,0x0002
0e44 00ed 0003 | | .CONST 0x00ed,0x0003
0e46 00f4 0004 | | .CONST 0x00f4,0x0004
0e48 ; --------------------------------------------------------------------------------------
0e48 ; Debug3 Subtable 0x4
0e48 ; --------------------------------------------------------------------------------------
0e48 0000 0001 | | .DBG3TAB 0x0000,0x0001
0e4a 00fb 0001 | | .CONST 0x00fb,0x0001
0e4c ; --------------------------------------------------------------------------------------
0e4c ; Debug3 Subtable 0x5
0e4c ; --------------------------------------------------------------------------------------
0e4c 0000 0001 | | .DBG3TAB 0x0000,0x0001
0e4e 010b 0001 | | .CONST 0x010b,0x0001
0e50 ; --------------------------------------------------------------------------------------
0e50 ; Debug3 Subtable 0x6
0e50 ; --------------------------------------------------------------------------------------
0e50 0000 0001 | | .DBG3TAB 0x0000,0x0001
0e52 011b 0001 | | .CONST 0x011b,0x0001
0e54 ; --------------------------------------------------------------------------------------
0e54 ; Debug3 Subtable 0x7
0e54 ; --------------------------------------------------------------------------------------
0e54 0000 0001 | | .DBG3TAB 0x0000,0x0001
0e56 0123 0001 | # | .CONST 0x0123,0x0001
0e58 ; --------------------------------------------------------------------------------------
0e58 ; Debug3 Subtable 0x8
0e58 ; --------------------------------------------------------------------------------------
0e58 0001 0001 | | .DBG3TAB 0x0001,0x0001
0e5a 0133 ffff | 3 | .CONST 0x0133,0xffff
0e5c 0136 0001 | 6 | .CONST 0x0136,0x0001
0e5e ; --------------------------------------------------------------------------------------
0e5e ; Debug3 Subtable 0x9
0e5e ; --------------------------------------------------------------------------------------
0e5e 0000 0012 | | .DBG3TAB 0x0000,0x0012
0e60 014b 0001 | K | .CONST 0x014b,0x0001
0e62 0168 0002 | h | .CONST 0x0168,0x0002
0e64 016b 0003 | k | .CONST 0x016b,0x0003
0e66 016e 0004 | n | .CONST 0x016e,0x0004
0e68 0171 0005 | q | .CONST 0x0171,0x0005
0e6a 0174 0006 | t | .CONST 0x0174,0x0006
0e6c 0177 0007 | w | .CONST 0x0177,0x0007
0e6e 017a 0008 | z | .CONST 0x017a,0x0008
0e70 017d 0009 | } | .CONST 0x017d,0x0009
0e72 0180 000a | | .CONST 0x0180,0x000a
0e74 0183 000b | | .CONST 0x0183,0x000b
0e76 0186 000c | | .CONST 0x0186,0x000c
0e78 0189 000d | | .CONST 0x0189,0x000d
0e7a 018c 000e | | .CONST 0x018c,0x000e
0e7c 018f 000f | | .CONST 0x018f,0x000f
0e7e 0192 0010 | | .CONST 0x0192,0x0010
0e80 0195 0011 | | .CONST 0x0195,0x0011
0e82 0199 0012 | | .CONST 0x0199,0x0012
0e84 ; --------------------------------------------------------------------------------------
0e84 ; Debug3 Subtable 0xa
0e84 ; --------------------------------------------------------------------------------------
0e84 0000 0001 | | .DBG3TAB 0x0000,0x0001
0e86 01a3 0001 | | .CONST 0x01a3,0x0001
0e88 ; --------------------------------------------------------------------------------------
0e88 ; Debug3 Subtable 0xb
0e88 ; --------------------------------------------------------------------------------------
0e88 0000 0000 | | .DBG3TAB 0x0000,0x0000
0e8a ; --------------------------------------------------------------------------------------
0e8a ; Debug3 Subtable 0xc
0e8a ; --------------------------------------------------------------------------------------
0e8a 0000 0000 | | .DBG3TAB 0x0000,0x0000
0e8c 0000 0000 | | .BLANK 0000[0x174]