ironsheep / p2-vscode-extensions Goto Github PK
View Code? Open in Web Editor NEWVSCode support for SPIN/PASM for Propeller V1 and V2
License: MIT License
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Publish to OpenVSX
It turns out the non-Microsoft-Spyware forks of Code by default can not use the official extension store and use OpenVSX instead. Changing the extension store URL back to the MS one is easy, but it's probably a good idea to publish the extension there if it isn't too much hassle.
Coloring Numbers in Symbols???
What's the consensus here?
Should the numbers remain white like the rest of the symbol (i.e. MS-001 & US-001?
"long(..." incorrectly detected as label
lmao.
example snippet:
DAT ' ZiKore Z80 LUT resident code
org $200
zk_lutbase
'' Opcode table
long zk_nextop ' $00: NOP
long zk_loadimm16 + (%0000_1_111_0<<10) ' $01: LD BC,imm16
long zk_a_and_ptr + (%001110<<10) ' $02: LD (BC),A
long zk_incdec16+(%0000_1_1111_10_1_11100<<10) ' $03: INC BC
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10) ' $04: INC B
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10) ' $05: DEC B
long zk_loadimm8 ' $06: LD B,imm8
long zk_rolla+(%0_010_110_01_11110_00<<10) ' $07: RLCA
long zk_ex_af ' $08: EX AF,AF'
long zk_math16+(%0010_111_00_1100_00_1110_1_0<<10) ' $09: ADD HL,BC
long zk_a_and_ptr + (%000010<<10) ' $0A: LD A,(BC)
long zk_incdec16+(%0000_1_1111_01_1_11100<<10) ' $0B: DEC BC
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10) ' $0C: INC C
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10) ' $0D: DEC C
long zk_loadimm8 ' $0E: LD C,imm8
long zk_rolla+(%0_010_001_01_11011_00<<10) ' $0F: RRCA
long zk_jr + (%01_11_0000_0<<10) ' $10: DJNZ
long zk_loadimm16 + (%0001_1_111_0<<10) ' $11: LD DE,imm16
long zk_a_and_ptr + (%00110 <<10)+1 ' $12: LD (DE),A
long zk_incdec16+(%0001_1_1111_10_1_11010<<10) ' $13: INC DE
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10) ' $14: INC D
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10) ' $15: DEC D
long zk_loadimm8 ' $16: LD D,imm8
long zk_rolla+(%0_010_110_00_11110_00<<10) ' $17: RLA
long zk_jr + (%11_11_1111_0<<10) ' $18: JR
long zk_math16+(%0010_111_00_1100_00_1101_1_0<<10) ' $19: ADD HL,DE
long zk_a_and_ptr + (%00000 <<10)+1 ' $1A: LD A,(DE)
long zk_incdec16+(%0001_1_1111_01_1_11010<<10) ' $1B: DEC DE
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10) ' $1C: INC E
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10) ' $1D: DEC E
long zk_loadimm8 ' $1E: LD E,imm8
long zk_rolla+(%0_010_001_00_11011_00<<10) ' $1F: RRA
long zk_jr + (%01_10_1111_0<<10) ' $20: JR NZ
long zk_loadimm16 + (%0011_1_111_0<<10) ' $21: LD HL,imm16
long zk_ld_abs16 + (%01011_00<<10) ' $22: LD (imm16),HL
long zk_incdec16+(%0011_1_1111_10_1_10110<<10) ' $23: INC HL
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10) ' $24: INC H
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10) ' $25: DEC H
long zk_loadimm8 ' $26: LD H,imm8
long zk_daa ' $27: DAA
long zk_jr + (%00_10_1111_0<<10) ' $28: JR Z
long zk_math16+(%0010_111_00_1100_00_1011_1_0<<10) ' $29: ADD HL,HL
long zk_ld_abs16 + (%00110_11111_00<<10) ' $2A: LD HL,(imm16)
long zk_incdec16+(%0011_1_1111_01_1_10110<<10) ' $2B: DEC HL
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10) ' $2C: INC L
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10) ' $2D: DEC L
long zk_loadimm8 ' $2E: LD L,imm8
long zk_cpl ' $2F: CPL
long zk_jr + (%01_01_1111_0<<10) ' $30: JR NC
long zk_loadimm16 + (%0111_1_111_0<<10) ' $31: LD SP,imm16
long zk_ld_abs + (%001111_00<<10) ' $32: LD (imm16),A
long zk_incdec16+(%0111_1_1111_10_1_01110<<10) ' $33: INC SP
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10)+ZK_HLOP ' $34: INC (HL)
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10)+ZK_HLOP ' $35: DEC (HL)
long zk_loadimm8 + ZK_HLOP ' $36: LD (HL),imm8
long zk_scf + (%10 << 10) ' $37: SCF
long zk_jr + (%00_01_1111_0<<10) ' $38: JR C
long zk_math16+(%0010_111_00_1100_00_0111_1_0<<10) ' $39: ADD HL,SP
long zk_ld_abs + ( %0011_00<<10) ' $3A: LD A,(imm16)
long zk_incdec16+(%0111_1_1111_01_1_01110<<10)' $3B: DEC SP
long zk_incdec8+(%01_11_00_0110_1100_0_10_1111_00<<10) ' $3C: INC A
long zk_incdec8+(%01_11_00_0110_0011_0_10_1111_00<<10) ' $3D: DEC A
long zk_loadimm8 ' $3E: LD A,imm8
long zk_ccf ' $3F: CCF
long zk_nextop ' $40: LD B,B (NOP)
long zk_regmove ' $41: LD B,C
long zk_regmove ' $42: LD B,D
long zk_regmove ' $43: LD B,E
long zk_regmove ' $44: LD B,H
long zk_regmove ' $45: LD B,L
long zk_regmove + ZK_HLOP ' $46: LD B,(HL)
long zk_regmove ' $47: LD B,A
long zk_regmove ' $48: LD C,B
long zk_nextop ' $49: LD C,C (NOP)
long zk_regmove ' $4A: LD C,D
long zk_regmove ' $4B: LD C,E
long zk_regmove ' $4C: LD C,H
long zk_regmove ' $4D: LD C,L
long zk_regmove + ZK_HLOP ' $4E: LD C,(HL)
long zk_regmove ' $4F: LD C,A
long zk_regmove ' $50: LD D,B
long zk_regmove ' $51: LD D,C
long zk_nextop ' $52: LD D,D (NOP)
long zk_regmove ' $53: LD D,E
long zk_regmove ' $54: LD D,H
long zk_regmove ' $55: LD D,L
long zk_regmove + ZK_HLOP ' $56: LD D,(HL)
long zk_regmove ' $57: LD D,A
long zk_regmove ' $58: LD E,B
long zk_regmove ' $59: LD E,C
long zk_regmove ' $5A: LD E,D
long zk_nextop ' $5B: LD E,E (NOP)
long zk_regmove ' $5C: LD E,H
long zk_regmove ' $5D: LD E,L
long zk_regmove + ZK_HLOP ' $5E: LD E,(HL)
long zk_regmove ' $5F: LD E,A
long zk_regmove ' $60: LD H,B
long zk_regmove ' $61: LD H,C
long zk_regmove ' $62: LD H,D
long zk_regmove ' $63: LD H,E
long zk_nextop ' $64: LD H,H (NOP)
long zk_regmove ' $65: LD H,L
long zk_regmove + ZK_HLOP ' $66: LD H,(HL)
long zk_regmove ' $67: LD H,A
long zk_regmove ' $68: LD L,B
long zk_regmove ' $69: LD L,C
long zk_regmove ' $6A: LD L,D
long zk_regmove ' $6B: LD L,E
long zk_regmove ' $6C: LD L,H
long zk_nextop ' $6D: LD L,L (NOP)
long zk_regmove + ZK_HLOP ' $6E: LD L,(HL)
long zk_regmove ' $6F: LD L,A
long zk_regmove + ZK_HLOP ' $70: LD (HL),B
long zk_regmove + ZK_HLOP ' $71: LD (HL),C
long zk_regmove + ZK_HLOP ' $72: LD (HL),D
long zk_regmove + ZK_HLOP ' $73: LD (HL),E
long zk_regmove + ZK_HLOP ' $74: LD (HL),H
long zk_regmove + ZK_HLOP ' $75: LD (HL),L
long zk_halt ' $76: HALT
long zk_regmove + ZK_HLOP ' $77: LD (HL),A
long zk_regmove ' $78: LD A,B
long zk_regmove ' $79: LD A,C
long zk_regmove ' $7A: LD A,D
long zk_regmove ' $7B: LD A,E
long zk_regmove ' $7C: LD A,H
long zk_regmove ' $7D: LD A,L
long zk_regmove + ZK_HLOP ' $7E: LD A,(HL)
long zk_nextop ' $7F: LD A,A (NOP)
long(zk_math8 + (%10_11_00_0000_1100_0_10_001_0<<10) )[6]' $80..$85: ADD A,[BCDEHL]
long zk_math8 + (%10_11_00_0000_1100_0_10_001_0<<10) + ZK_HLOP ' $86: ADD A,(HL)
long zk_math8 + (%10_11_00_0000_1100_0_10_001_0<<10) ' $87: ADD A,A
long(zk_math8 + (%10_11_00_0000_1100_0_01_001_0<<10) )[6]' $88..$8D: ADC A,[BCDEHL]
long zk_math8 + (%10_11_00_0000_1100_0_01_001_0<<10) + ZK_HLOP ' $8E: ADC A,(HL)
long zk_math8 + (%10_11_00_0000_1100_0_01_001_0<<10) ' $8F: ADC A,A
long(zk_math8 + (%10_11_00_0000_0011_0_10_001_0<<10) )[6]' $90..$95: SUB [BCDEHL]
long zk_math8 + (%10_11_00_0000_0011_0_10_001_0<<10) + ZK_HLOP ' $96: SUB (HL)
long zk_math8 + (%10_11_00_0000_0011_0_10_001_0<<10) ' $97: SUB A
long(zk_math8 + (%10_11_00_0000_0011_0_01_001_0<<10) )[6]' $98..$9D: SBC A,[BCDEHL]
long zk_math8 + (%10_11_00_0000_0011_0_01_001_0<<10) + ZK_HLOP ' $9E: SBC A,(HL)
long zk_math8 + (%10_11_00_0000_0011_0_01_001_0<<10) ' $9F: SBC A,A
long(zk_logic + (%000000_110_0<<10))[6] ' $A0..$A5: AND [BCDEHL]
long zk_logic + (%000000_110_0<<10) + ZK_HLOP ' $A6: AND (HL)
long zk_logic + (%000000_110_0<<10) ' $A7: AND A
long(zk_logic + (%001000_011_0<<10))[6] ' $A8..$AD: XOR [BCDEHL]
long zk_logic + (%001000_011_0<<10) + ZK_HLOP ' $AE: XOR (HL)
long zk_logic + (%001000_011_0<<10) ' $AF: XOR A
long(zk_logic + (%001000_101_0<<10))[6] ' $B0..$B5: OR [BCDEHL]
long zk_logic + (%001000_101_0<<10) + ZK_HLOP ' $B6: OR (HL)
long zk_logic + (%001000_101_0<<10) ' $B7: OR A
long(zk_math8 + (%11_00_00_0000_0011_0_10_001_0<<10) )[6]' $B8..$BD: CP [BCDEHL]
long zk_math8 + (%11_00_00_0000_0011_0_10_001_0<<10) + ZK_HLOP ' $BE: CP (HL)
long zk_math8 + (%11_00_00_0000_0011_0_10_001_0<<10) ' $BF: CP A
long zk_condret+(%0101_11_00_01_1110_0<<10) ' $C0: RET NZ
long zk_poppair+(%0_0<<10) ' $C1: POP BC
long zk_jump + (%0101_11_01_01_1110_10<<10) ' $C2: JP NZ,imm16
long zk_jump + (%0101_11_01_11_1111_10<<10) ' $C3: JP imm16
long zk_jump + (%0000_11_01_01_1110_10<<10) ' $C4: CALL NZ,imm16
long zk_pushbc+(%0_1110<<10) ' $C5: PUSH BC
long zk_immmath + (%10_11_00_0000_1100_0_10_00_0<<10) ' $C6: ADD A,imm8
long zk_rst ' $C7: RST 00h
long zk_condret+(%0101_11_00_00_1110_0<<10) ' $C8: RET Z
long zk_ret + (%0101_11_00<<10) ' $C9: RET
long zk_jump + (%0101_11_01_00_1110_10<<10)' $CA: JP Z,imm16
long zk_bitprefix + ZK_HLOP ' $CB: bit op prefix
long zk_jump + (%0000_11_01_00_1110_10<<10)' $CC: CALL Z,imm16
long zk_jump + (%0000_11_01_11_1111_10<<10)' $CD: CALL imm16
long zk_immmath + (%10_11_00_0000_1100_0_01_00_0<<10) ' $CE: ADC A,imm8
long zk_rst ' $CF: RST 08h
long zk_condret+(%0101_11_00_01_1101_0<<10) ' $D0: RET NC
long zk_poppair+(%01_0<<10) ' $D1: POP DE
long zk_jump + (%0101_11_01_01_1101_10<<10)' $D2: JP NC,imm16
long zk_immio + (%00_00<<10) ' $D3: OUT (imm8),A
long zk_jump + (%0000_11_01_01_1101_10<<10)' $D4: CALL NC,imm16
long zk_pushde+(%0_110<<10) ' $D5: PUSH DE
long zk_immmath + (%10_11_00_0000_0011_0_10_00_0<<10) ' $D6: SUB imm8
long zk_rst ' $D7: RST 10h
long zk_condret+(%0101_11_00_00_1101_0<<10) ' $D8: RET C
long zk_exx ' $D9: EXX
long zk_jump + (%0101_11_01_00_1101_10<<10)' $DA: JP C,imm16
long zk_immio + (%00_11_00<<10) ' $DB: IN A,(imm8)
long zk_jump + (%0000_11_01_00_1101_10<<10)' $DC: CALL C,imm16
long zk_ixprefix ' $DD: IX prefix
long zk_immmath + (%10_11_00_0000_0011_0_01_00_0<<10) ' $DE: SBC A,imm8
long zk_rst ' $DF: RST 18h
long zk_condret+(%0101_11_00_01_1011_0<<10) ' $E0: RET PO
long zk_poppair+(%0011_0<<10) ' $E1: POP HL
long zk_jump + (%0101_11_01_01_1011_10<<10)' $E2: JP PO,imm16
long zk_ex_hlstk ' $E3: EX (SP),HL
long zk_jump + (%0000_11_01_01_1011_10<<10)' $E4: CALL PO,imm16
long zk_pushhl+(%0_10<<10) ' E5: PUSH HL
long zk_immlogic + (%000000_110_1_0<<10) ' $E6: AND imm8
long zk_rst ' $E7: RST 20h
long zk_condret+(%0101_11_00_00_1011_0<<10) ' $E8: RET PE
long zk_jump_indir ' $E9: JP (HL)
long zk_jump + (%0101_11_01_00_1011_10<<10)' $EA: JP PE,imm16
long zk_ex_dehl ' $EB: EX DE,HL
long zk_jump + (%0000_11_01_00_1011_10<<10)' $EC: CALL PE,imm16
long zk_extprefix + ZK_HLOP ' $ED: extension prefix
long zk_immlogic + (%001000_011_1_0<<10) ' $EE: XOR imm8
long zk_rst ' $EF: RST 28h
long zk_condret+(%0101_11_00_01_0111_0<<10) ' $F0: RET P
long zk_poppair+(%00_1111_0<<10) ' $F1: POP AF
long zk_jump + (%0101_11_01_01_0111_10<<10)' $F2: JP P,imm16
long zk_irqoff ' $F3: DI
long zk_jump + (%0000_11_01_01_0111_10<<10)' $F4: CALL P,imm16
long zk_pushaf+(%0_11111_00<<10) ' $F5: PUSH AF
long zk_immlogic + (%001000_101_1_0<<10) ' $F6: OR imm8
long zk_rst ' $F7: RST 30h
long zk_condret+(%0101_11_00_00_0111_0<<10) ' $F8: RET M
long zk_hl_to_sp ' $F9: LD SP,(HL)
long zk_jump + (%0101_11_01_00_0111_10<<10)' $FA: JP M,imm16
long zk_irqon ' $FB: EI
long zk_jump + (%0000_11_01_00_0111_10<<10)' $FC: CALL M,imm16
long zk_iyprefix + (%10<<10) ' $FD: IY prefix
long zk_immmath + (%11_00_00_0000_0011_0_10_00_0<<10) ' $FE: CP imm8
long zk_rst ' $FF: RST 38hMissing X_4P_4DAC1_WFBYTE symbol
Checklist:
- I updated to the latest spin2 version available
- I have restarted VSCode and the problem still exists
Version of Spin2 Extension with the issue: Current
Last working version (if known):
Hardware, Operating System, VSCode version: Does it really matter?
Description of problem:
Freeze when opening certain files
and have you...
- I updated to the latest spin2 version available
- I have restarted VSCode and the problem still exists
Version of Spin2 VScode Extension with the issue
whatever is current
Is this a regression?
No or unsure. This never worked, or I haven't tried before.
Hardware, Operating System, Operating System version, VSCode version
Hardware: IRQsomeSoftware(TM) shitbox(TM) Mk.I
OS Ver: Kubuntu 23.04
VSCode Ver: VSCodium 1.82.2
Description of problem
When opening the P2 Spin Hexagon top source file (attached hexagon.spin) with the extension enabled, the VSC editor freezes or becomes very slow (controls such as switching to a different tab function as normal). Without the extension loaded, this doesn't happen, but it immediately starts freezing again when enabling the extension.
hexagon-2023-09-24.zip
Additional information
No response
Global labels in outline should be sub-items of the DAT block they are in
Title. This is possible, here's the C++ extension doing it:
Show opening comment for DAT/CON sections
As is, CON/DAT just show up in the file outline as "DAT" and "CON". I usually place a comment on those first lines when I have a lot of DAT sections to make it easy to find the one I want in Propeller Tool. That should probably go on the outline.
CON ' Constants relating to.. something
PANCAKES = 5
DAT ' Pancake flipping assembly code
org 0
[...]highlight issues "else if" should NOT be legal for spin2
Checklist:
- I updated to the latest spin2 version available
- I have restarted VSCode and the problem still exists
Version of Spin2 Extension with the issue:
v1.8.8
Last working version (if known):
Possible never has worked?
Hardware, Operating System, VSCode version:
Description of problem:
Additional information: (please attach your source file (.spin2) exhibiting the problem you are describing.)
The "Else If" in this case should be RED! (illegal). It does NOT compile!
enumeration coloring
Wrong colors with assignment in enumeration:
bad case statement highlight
Checklist:
- [X ] I updated to the latest spin2 version available
- [X ] I have restarted VSCode and the problem still exists
Version of Spin2 Extension with the issue:
Latest
Last working version (if known):
Never worked
Hardware, Operating System, VSCode version:
N/A
Description of problem:
PRI pullUpValueForEnum(pullupRqst) : pullup
case pullupRqst
serIO.PU_NONE : pullup := P_HIGH_FLOAT ' use external pull-up
serIO.PU_1K5 : pullup := P_HIGH_1K5 ' 1.5k
serIO.PU_3K3 : pullup := P_HIGH_1MA ' acts like ~3.3k
other : pullup := P_HIGH_15K ' 15K
Additional information: (please attach your source file (.spin2) exhibiting the problem you are describing.)
OBJ include without space after colon highlights incorrectly
Flexspin conditional assembly not recognized and ends up polluting outline
and have you...
- I updated to the latest spin2 version available
- I have restarted VSCode and the problem still exists
Version of Spin2 VScode Extension with the issue
whatever is current
Is this a regression?
No or unsure. This never worked, or I haven't tried before.
Hardware, Operating System, Operating System version, VSCode version
Hardware: A fresh potato
OS Ver: OS/2 WARP
Description of problem
Try loading this file: https://github.com/Wuerfel21/usbnew/blob/master/usbnew.spin2
Outline goes wild
Additional information
No response
Correctly highlight object constant overrides
Is your feature request related to a problem? Please describe.
Highlight this correctly
'' We try to positionally match the NeoGeo mini controller (NESW is CDBA)
'' Therefore, A = BT3, B = BT2, C = BT0 or BT6, D = BT1 or BT7
usb: "usbnew" | ACTIVITY_LED = -1, ERROR_LED = -1, USB_BASE_PIN = USB0_BASEPIN, OVERLAP_MEMORY = true, ...
EMUPAD_MAX_DEV = 2, ...
EMUPAD_UP_BIT = 0,EMUPAD_DOWN_BIT = 1,EMUPAD_LEFT_BIT = 2,EMUPAD_RIGHT_BIT = 3, ...
EMUPAD_BT0_BIT = 6, EMUPAD_BT1_BIT = 7, EMUPAD_BT2_BIT = 5, EMUPAD_BT3_BIT = 4, ...
EMUPAD_BT4_BIT = -1, EMUPAD_BT5_BIT = -1, EMUPAD_BT6_BIT = 6, EMUPAD_BT7_BIT = 7, ...
EMUPAD_BT8_BIT = 9, EMUPAD_BT9_BIT = 8, ...
EMUPAD_KB_BT0 = $06, EMUPAD_KB_BT1 = $19, EMUPAD_KB_BT2 = $1B, EMUPAD_KB_BT3 = $1D, ...
EMUPAD_KB_BT4 = 0, EMUPAD_KB_BT5 = 0, EMUPAD_KB_BT6 = 0, EMUPAD_KB_BT7 = 0, ...
EMUPAD_KB_BT8 = $2A, EMUPAD_KB_BT9 = $28
Describe the solution you'd like
Line continuation is messing with later highlights throughout file
Describe alternatives you've considered
N/A
Additional context
This is a newer feature of spin2 language
REF: https://github.com/IRQsome/NeoYume/blob/slot-interleave/neoyume_input.spin2
Caret/xor operator is treated as part of identifier
Checklist:
- I updated to the latest spin2 version available
- I have restarted VSCode and the problem still exists
Description of problem:
Caret/xor operator is treated as part of identifier. This doesn't happen with plus/minus/star/etc, but I haven't exhaustively tested all operators.
Additional information: (please attach your source file (.spin2) exhibiting the problem you are describing.)
https://github.com/IRQsome/NeoYume/blob/2a764eb5ea9c3bab88325db58d6a07bdc712fae7/neoyume_lower.spin2#L3103
Overtype/Align toggle by default only active in Spin files
By default the overtype/align keybind has a when clause of editorFocus && editorLangId == 'spin(2)'.
However, the extension is active in all files, so if you toggled it into a different mode you can't change it back without opening a Spin file. Since the functionality isn't Spin-specific I'd just remove the editorLangId check.
Single-line comment parsing issue
Checklist:
- [x ] I updated to the latest spin2 version available
- [ x] I have restarted VSCode and the problem still exists
Version of Spin2 Extension with the issue: the latest one
Last working version (if known): I think it did work at some point, but I know the previous version was busted already
Hardware, Operating System, VSCode version: Win7 on amd64, presumably latest VSC
Description of problem:
Single-line comments that follow code aren't recognized as comments anymore. Happens in every file, but here's an example in megayume (latest commit on beta branch)
Holding down F11 spawns multiple downloads
Checklist:
- [X ] I updated to the latest spin2 version available
- [X ] I have restarted VSCode and the problem still exists
Version of Spin2 Extension with the issue:
5.9.8
Last working version (if known):
Hardware, Operating System, VSCode version:
Win11, VSCode 1.64.2
If I hold F11 too long (fat finger) multiple download sessions get spawned. The work arround is to just press quickly but it caught me out a couple of times.
If there is an existing download/terminal session then don't launch the new task or add extra delay
Additional information: (please attach your source file (.spin2) exhibiting the problem you are describing.)
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