Correcting some code from github comments

This commit is contained in:
jede
2017-02-01 23:58:33 +01:00
parent d9778994fa
commit 0e649f24ea
13 changed files with 51 additions and 1200 deletions

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@@ -1,344 +0,0 @@
; jede jede@oric.org 2017-01-22
; For XA65 compatibily in the future
.FEATURE c_comments,labels_without_colons,pc_assignment, loose_char_term
.export _ch376_set_file_name
.export _ch376_file_open
.export _ch376_ic_get_version
.export _ch376_reset
.export _ch376_check_exist
.export _ch376_disk_mount
.export _ch376_set_usb_mode
.export _ch376_file_close
.export _ch376_seek_file
.export _ch376_file_create
.export _ch376_fwrite
.import popax
.include "zeropage.inc"
.include "telestrat.inc"
CH376_SET_USB_MODE_CODE_USB_HOST_SOF_PACKAGE_AUTOMATICALLY = $06
CH376_USB_INT_SUCCESS = $14
CH376_USB_INT_CONNECT = $15
CH376_USB_INT_DISCONNECT = $16
CH376_USB_INT_BUF_OVER = $17
CH376_USB_INT_USB_READY = $18
CH376_USB_INT_DISK_READ = $1D
CH376_USB_INT_DISK_WRITE = $1E
CH376_USB_INT_DISK_ERR = $1F
CH376_ERR_OPEN_DIR = $41
CH376_ERR_MISS_FILE = $42
CH376_ERR_FOUND_NAME = $43
CH376_ERR_DISK_DISCON = $82
CH376_ERR_LARGE_SECTOR = $84
CH376_ERR_TYPE_ERROR = $92
CH376_ERR_BPB_ERROR = $A1
CH376_ERR_DISK_FULL = $B1
CH376_ERR_FDT_OVER = $B2
CH376_ERR_FILE_CLOSE = $B4
CH376_GET_IC_VER = $01
CH376_SET_BAUDRATE = $02
CH376_GET_ENTER_SLEEP = $03
CH376_RESET_ALL = $05
CH376_CHECK_EXIST = $06
CH376_GET_FILE_SIZE = $0C
CH376_SET_USB_MODE = $15
CH376_GET_STATUS = $22
CH376_RD_USB_DATA0 = $27
CH376_CMD_WR_REQ_DATA = $2D
CH376_SET_FILE_NAME = $2F
CH376_DISK_CONNECT = $30 ; check the disk connection status
CH376_DISK_MOUNT = $31
CH376_FILE_OPEN = $32
CH376_FILE_ENUM_GO = $33
CH376_FILE_CREATE = $34
CH376_FILE_CLOSE = $36
CH376_BYTE_LOCATE = $39
CH376_BYTE_READ = $3A
CH376_BYTE_RD_GO = $3B
CH376_BYTE_WRITE = $3C
CH376_BYTE_WR_GO = $3D
CH376_DISK_CAPACITY = $3E
CH376_DISK_RD_GO = $55
.proc _ch376_file_close
lda #CH376_FILE_CLOSE
sta CH376_COMMAND
jsr _ch376_wait_response
rts
.endproc
.proc _ch376_seek_file
ldx #CH376_BYTE_LOCATE
stx CH376_COMMAND
sta CH376_DATA
sty CH376_DATA
lda #$00 ; Don't manage 32 bits length
sta CH376_DATA
sta CH376_DATA
jsr _ch376_wait_response
rts
.endproc
; void ch376_set_file_name(char *filename)
.proc _ch376_set_file_name
sta ptr1
stx ptr1+1
lda #CH376_SET_FILE_NAME ;$2f
sta CH376_COMMAND
ldy #0
loop:
lda (ptr1),y ; replace by bufnom
beq end ; we reached 0 value
BRK_TELEMON XMINMA
sta CH376_DATA
iny
cpy #13 ; because we don't manage longfilename shortname =11
bne loop
end:
sta CH376_DATA
rts
.endproc
; char _ch376_file_open();
.proc _ch376_file_open
lda #CH376_FILE_OPEN ; $32
sta CH376_COMMAND
jsr _ch376_wait_response
rts
.endproc
.proc _ch376_get_file_size
lda #CH376_GET_FILE_SIZE
sta CH376_COMMAND
lda #$68
sta CH376_DATA
; store file length 32 bits
lda CH376_DATA
sta tmp1
lda CH376_DATA
sta tmp1+1
lda CH376_DATA
sta tmp2
lda CH376_DATA
sta tmp2+1
rts
.endproc
; void ch376_reset();
.proc _ch376_reset
lda #CH376_RESET_ALL ; 5
sta CH376_COMMAND
; waiting
ldy #0
ldx #0
loop:
nop
inx
bne loop
iny
bne loop
rts
.endproc
; char ch376_check_exist(char value);
.proc _ch376_check_exist
sta tmp1
lda #CH376_CHECK_EXIST ;
sta CH376_COMMAND
lda tmp1
sta CH376_DATA
lda CH376_DATA
rts
.endproc
; char ch376_ic_get_version(void)
.proc _ch376_ic_get_version
lda #CH376_GET_IC_VER
sta CH376_COMMAND
ldx #0
lda CH376_DATA
rts
.endproc
; void ch376_set_usb_mode(char mode)
.proc _ch376_set_usb_mode
ldx #CH376_SET_USB_MODE ; $15
stx CH376_COMMAND
sta CH376_DATA
rts
.endproc
; void ch376_set_bytes_write(int value);
.proc _ch376_set_bytes_write
ldy #CH376_BYTE_WRITE
sty CH376_COMMAND
sta CH376_DATA
stx CH376_DATA
lda #0
sta CH376_DATA
sta CH376_DATA
jsr _ch376_wait_response
rts
.endproc
.proc _ch376_set_bytes_read
ldy #CH376_BYTE_READ
sty CH376_COMMAND
; Storing 32 bits value
sta CH376_DATA
stx CH376_DATA
lda #0
sta CH376_DATA
sta CH376_DATA
jsr _ch376_wait_response
rts
.endproc
; char ch376_disk_mount();
.proc _ch376_disk_mount
lda #CH376_DISK_MOUNT ; $31
sta CH376_COMMAND
jsr _ch376_wait_response
; if we read data value, we have then length of the volume name
ldx #0
rts
.endproc
; char ch376_wait_response();
.proc _ch376_wait_response
; return 1 if usb controller does not respond
; else A contains answer of the controller
ldy #$FF ; We have to wait 35 ms, but well, this loop is broken when controler is OK
loop3:
ldx #$FF ; don't decrease this counter. Because ch376 won't respond if there is a lower value
loop:
lda CH376_COMMAND
and #%10000000
cmp #128
bne no_error
dex
bne loop
dey
bne loop3
; error is here
rts
no_error:
lda #CH376_GET_STATUS
sta CH376_COMMAND
lda CH376_DATA
rts
.endproc
.proc _ch376_fread
; use ptr1 to count bytes
jsr _ch376_set_bytes_read
continue:
cmp #CH376_USB_INT_DISK_READ ; something to read
beq we_read
cmp #CH376_USB_INT_SUCCESS ; finished
beq finished
; TODO in A : $ff X: $ff
lda #0
tax
rts
we_read:
lda #CH376_RD_USB_DATA0
sta CH376_COMMAND
lda CH376_DATA ; contains length read
sta tmp2; Number of bytes to read
ldy #0
loop:
lda CH376_DATA ; read the data
sta (PTR_READ_DEST),y
iny
cpy tmp2
bne loop
tya
clc
adc PTR_READ_DEST
bcc next
inc PTR_READ_DEST+1
next:
sta PTR_READ_DEST
lda #CH376_BYTE_RD_GO
sta CH376_COMMAND
jsr _ch376_wait_response
jmp continue
finished:
; TODO return bytes read
lda tmp1
ldx tmp1+1
rts
.endproc
; void _ch376_fwrite(void *ptr,int number)
.proc _ch376_fwrite
; use ptr1 to count bytes
sta ptr2
stx ptr2+1
jsr popax
sta PTR_READ_DEST
stx PTR_READ_DEST+1
lda ptr2
ldx ptr2+1
jsr _ch376_set_bytes_write
continue:
cmp #CH376_USB_INT_DISK_WRITE ; something to read
beq we_read
cmp #CH376_USB_INT_SUCCESS ; finished
beq finished
lda #0
tax
rts
we_read:
lda #CH376_CMD_WR_REQ_DATA
sta CH376_COMMAND
lda CH376_DATA ; contains length read
sta tmp2; Number of bytes to read
ldy #0
loop:
lda (PTR_READ_DEST),y
sta CH376_DATA ; read the data
dec tmp2
bne loop
lda #CH376_BYTE_WR_GO
sta CH376_COMMAND
jsr _ch376_wait_response
jmp continue
finished:
lda tmp1
ldx tmp1+1
rts
.endproc
.proc _ch376_file_create
lda #CH376_FILE_CREATE
sta CH376_COMMAND
jsr _ch376_wait_response
rts
.endproc

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@@ -1,58 +0,0 @@
; jede jede@oric.org 2017-01-22
.export _paper,_hires,_text,_circle,_curset, _switchOffCursor
.include "zeropage.inc"
.include "telestrat.inc"
.import popa
.proc _paper
ldx #0 ; First window
; A contains the paper
BRK_TELEMON XPAPER
rts
.endproc
; XINK is bugged, it corrupt memory : removing from export
.proc _ink
ldx #0 ; First window
; A contains the ink
BRK_TELEMON XINK
rts
.endproc
; can be optimized with a macro
.proc _hires
BRK_TELEMON XHIRES
rts
.endproc
.proc _text
BRK_TELEMON XTEXT
rts
.endproc
.proc _curset
jsr popa ; Pixel
jsr popa
sta HRSX
jsr popa
sta HRSY
BRK_TELEMON XCURSE
rts
.endproc
.proc _circle
sta HRS1
BRK_TELEMON XCIRCL
rts
.endproc
.proc _switchOffCursor
ldx #0
BRK_TELEMON XCOSCR
rts
.endproc

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@@ -1,14 +0,0 @@
; jede jede@oric.org 2017-01-22
.export _key
.include "zeropage.inc"
.include "telestrat.inc"
; char key(void);
.proc _key
BRK_TELEMON XRDW0 ; read keyboard
rts
.endproc

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@@ -1,626 +0,0 @@
.export _Mym_MusicStart
.importzp sp,tmp2,tmp3,tmp1,ptr1
.include "telestrat.inc"
; To check: AYC
; http://cpcwiki.eu/index.php/AYC
_DecodedByte :=$D0 ; Byte being currently decoded from the MYM stream
_DecodeBitCounter :=$D2 ; Number of bits we can read in the current byte
_DecodedResult :=$D3 ; What is returned by the 'read bits' function
_CurrentAYRegister :=$D4 ; Contains the number of the register being decoded
_RegisterBufferHigh :=$D5 ; Points to the high byte of the decoded register buffer, increment to move to the next register
_BufferFrameOffset :=$D6 ; From 0 to 127, used when filling the decoded register buffer
_MusicResetCounter :=$D7 ; 2 bytes Contains the number of rows to play before reseting
_CurrentFrame :=$D9 ; From 0 to 255 and then cycles... the index of the frame to play this vbl
_PlayerVbl :=$DA
_FrameLoadBalancer :=$DB ; We depack a new frame every 9 VBLs, this way the 14 registers are evenly depacked over 128 frames
VIA_1 := $30f
VIA_2 := $30c
_MusicData := $c000
; mym(char *buf)
;
; Current PSG values during unpacking
;
.proc _Mym_MusicStart
; The two first bytes of the MYM music is the number of rows in the music
; We decrement that at each frame, and when we reach zero, time to start again.
sta ptr1
stx ptr1+1
ldy #0
lda (ptr1),y
sta _MusicResetCounter+0
iny
lda (ptr1),y
tax
inx
stx _MusicResetCounter+1
;ldx _MusicData+0
;stx _MusicResetCounter+0
;ldx _MusicData+1
;inx
;stx _MusicResetCounter+1
; Initialize the read bit counter
ldy #2 ; should be useless because we can do iny which earn 1 byte
lda ptr1
clc
adc #2
bcc next20
inc ptr1+1
lda ptr1+1
sta __auto_music_ptr+2
next20:
sta ptr1
sta __auto_music_ptr+1
;lda #<(_MusicData+2)
;sta __auto_music_ptr+1
;lda #>(_MusicData+2)
;sta __auto_music_ptr+2
lda #1
sta _DecodeBitCounter
; Clear all data
lda #0
sta _DecodedResult
sta _DecodedByte
sta _PlayerVbl
sta _PlayerRegCurrentValue
sta _BufferFrameOffset
sta _PlayerCount
sta _CurrentAYRegister
sta _CurrentFrame
ldx #14
loop_init:
dex
sta _PlayerRegValues,x
bne loop_init
;
; Unpack the 128 first register frames
;
lda #>_PlayerBuffer
sta _RegisterBufferHigh
ldx #0
unpack_block_loop:
stx _CurrentAYRegister
; Unpack that register
jsr _PlayerUnpackRegister2
; Next register
ldx _CurrentAYRegister
inx
cpx #14
bne unpack_block_loop
lda #128
sta _PlayerVbl+0
lda #0
sta _PlayerCount
sta _CurrentAYRegister
sta _CurrentFrame
lda #9
sta _FrameLoadBalancer
lda #1
sta _MusicPlaying
;
; Install the IRQ
;
php
sei
lda #<_Mym_PlayFrame
sta _InterruptCallBack_3+1
lda #>_Mym_PlayFrame
sta _InterruptCallBack_3+2
plp
rts
_Mym_MusicStop:
; Indicate the main code that the music is finished
lda #0
sta _MusicPlaying
; Disable the IRQ so it does not conflict or cause weird things
php
sei
lda #<_DoNothing
sta _InterruptCallBack_3+1
lda #>_DoNothing
sta _InterruptCallBack_3+2
plp
; Cut the sound so it does not sounds like a dying cat
; y=register number
; x=value to write
ldy #7 ; Control register
ldx #$FF
jsr _PsgPlayRegister
ldy #8 ; Volume A
ldx #0
jsr _PsgPlayRegister
ldy #9 ; Volume B
ldx #0
jsr _PsgPlayRegister
ldy #10 ; Volume C
ldx #0
jsr _PsgPlayRegister
rts
_Mym_PlayFrame:
;
; Check for end of music
; CountZero: $81,$0d
dec _MusicResetCounter+0
bne music_contines
dec _MusicResetCounter+1
bne music_contines
music_resets:
jmp _Mym_MusicStop
music_contines:
;
; Play a frame of 14 registers
;
lda _CurrentFrame
sta _auto_psg_play_read+1
lda #>_PlayerBuffer
sta _auto_psg_play_read+2
ldy #0
register_loop:
_auto_psg_play_read:
ldx _PlayerBuffer
; y=register number
; x=value to write
jsr _PsgPlayRegister
inc _auto_psg_play_read+2
iny
cpy #14
bne register_loop
inc _CurrentFrame
inc _PlayerCount
lda _CurrentAYRegister
cmp #14
bcs end_reg
dec _FrameLoadBalancer
bne end
jsr _PlayerUnpackRegister
inc _CurrentAYRegister
lda #9
sta _FrameLoadBalancer
end:
rts
end_reg:
lda _PlayerCount
cmp #128
bcc skip2
lda #0
sta _CurrentAYRegister
sta _PlayerCount
lda #9
sta _FrameLoadBalancer
clc
lda _PlayerVbl+0
adc #128
sta _PlayerVbl+0
skip2:
rts
; y=register number
; x=value to write
_PsgPlayRegister:
sty VIA_1
txa
pha
lda VIA_2
ora #$EE ; $EE 238 11101110
sta VIA_2
and #$11 ; $11 17 00010001
ora #$CC ; $CC 204 11001100
sta VIA_2
tax
pla
sta VIA_1
txa
ora #$EC ; $EC 236 11101100
sta VIA_2
and #$11 ; $11 17 00010001
ora #$CC ; $CC 204 11001100
sta VIA_2
rts
;
; Initialise X with the number of bits to read
; Y is not modifier
;
_ReadBits:
lda #0
sta _DecodedResult
; Will iterate X times (number of bits to read)
loop_read_bits:
dec _DecodeBitCounter
beq get_next_byte
shift_bit:
asl _DecodedByte
rol _DecodedResult
dex
bne loop_read_bits
rts
get_next_byte:
; reset mask
lda #8
sta _DecodeBitCounter
; fetch a new byte, and increment the adress.
__auto_music_ptr:
lda _MusicData+2
sta _DecodedByte
inc __auto_music_ptr+1
bne shift_bit
inc __auto_music_ptr+2
jmp shift_bit
_PlayerUnpackRegister:
lda #>_PlayerBuffer
clc
adc _CurrentAYRegister
sta _RegisterBufferHigh
_PlayerUnpackRegister2:
;
; Init register bit count and current value
;
ldx _CurrentAYRegister
lda _PlayerRegValues,x
sta _PlayerRegCurrentValue
;
; Check if it's packed or not
; and call adequate routine...
;
ldx #1
jsr _ReadBits
ldx _DecodedResult
bne DecompressFragment
UnchangedFragment:
;
; No change at all, just repeat '_PlayerRegCurrentValue' 128 times
;
lda _RegisterBufferHigh ; highpart of buffer adress + register number
sta __auto_copy_unchanged_write+2
ldx #128 ; 128 iterations
lda _PlayerRegCurrentValue ; Value to write
ldy _PlayerVbl
repeat_loop:
__auto_copy_unchanged_write:
sta _PlayerBuffer,y
iny
dex
bne repeat_loop
jmp player_main_return
player_main_return:
; Write back register current value
ldx _CurrentAYRegister
lda _PlayerRegCurrentValue
sta _PlayerRegValues,x
; Move to the next register buffer
inc _RegisterBufferHigh
rts
DecompressFragment:
lda _PlayerVbl ; Either 0 or 128 at this point else we have a problem...
sta _BufferFrameOffset
decompressFragmentLoop:
player_copy_packed_loop:
; Check packing method
ldx #1
jsr _ReadBits
ldx _DecodedResult
bne PlayerNotCopyLast
UnchangedRegister:
; We just copy the current value 128 times
lda _RegisterBufferHigh ; highpart of buffer adress + register number
sta __auto_player_copy_last+2
ldx _BufferFrameOffset ; Value between 00 and 7f
lda _PlayerRegCurrentValue ; Value to copy
__auto_player_copy_last:
sta _PlayerBuffer,x
inc _BufferFrameOffset
player_return:
; Check end of loop
lda _BufferFrameOffset
and #127
bne decompressFragmentLoop
jmp player_main_return
PlayerNotCopyLast:
; Check packing method
ldx #1
jsr _ReadBits
ldx _DecodedResult
beq DecompressWithOffset
ReadNewRegisterValue:
; Read new register value (variable bit count)
ldx _CurrentAYRegister
lda _PlayerRegBits,x
tax
jsr _ReadBits
ldx _DecodedResult
stx _PlayerRegCurrentValue
; Copy to stream
lda _RegisterBufferHigh ; highpart of buffer adress + register number
sta __auto_player_read_new+2
ldx _BufferFrameOffset ; Value between 00 and 7f
lda _PlayerRegCurrentValue ; New value to write
__auto_player_read_new:
sta _PlayerBuffer,x
inc _BufferFrameOffset
jmp player_return
DecompressWithOffset:
; Read Offset (0 to 127)
ldx #7
jsr _ReadBits
lda _RegisterBufferHigh ; highpart of buffer adress + register number
sta __auto_write+2 ; Write adress
sta __auto_read+2 ; Read adress
; Compute wrap around offset...
lda _BufferFrameOffset ; between 0 and 255
clc
adc _DecodedResult ; + Offset Between 00 and 7f
sec
sbc #128 ; -128
tay
; Read count (7 bits)
ldx #7
jsr _ReadBits
inc _DecodedResult ; 1 to 129
ldx _BufferFrameOffset
player_copy_offset_loop:
__auto_read:
lda _PlayerBuffer,y ; Y for reading
iny
__auto_write:
sta _PlayerBuffer,x ; X for writing
inx
dec _DecodedResult
bne player_copy_offset_loop
stx _BufferFrameOffset
sta _PlayerRegCurrentValue
jmp player_return
;
; Size in bits of each PSG register
;
_PlayerRegBits:
; Chanel A Frequency
.byt 8
.byt 4
; Chanel B Frequency
.byt 8
.byt 4
; Chanel C Frequency
.byt 8
.byt 4
; Chanel sound generator
.byt 5
; select
.byt 8
; Volume A,B,C
.byt 5
.byt 5
.byt 5
; Wave period
.byt 8
.byt 8
; Wave form
.byt 8
_PlayerCount:
.res 1,0 ; must be equal to 0
_MusicPlaying:
.res 1,0 ; must be equal to 0
_PlayerRegValues:
_RegisterChanAFrequency:
; Chanel A Frequency
.res 1,8
.res 1,4
_RegisterChanBFrequency:
; Chanel B Frequency
.res 1,8
.res 1,4
_RegisterChanCFrequency:
; Chanel C Frequency
.res 1,8
.res 1,4
_RegisterChanNoiseFrequency:
; Chanel sound generator
.res 1,5
; select
.res 1,8
; Volume A,B,C
_RegisterChanAVolume:
.res 1,5
_RegisterChanBVolume:
.res 1,5
_RegisterChanCVolume:
.res 1,5
; Wave period
.res 1,8
.res 1,8
; Wave form
.res 1,8
_PlayerRegCurrentValue:
.res 1,0
_DoNothing:
rts
_InterruptCallBack_3: ; Used by the music player
jsr _DoNothing ; Transformed to "jsr _Mym_PlayFrame" -> 12 cycles
; jsr MiniScrollLoading ; -> 338 cycles
pla
tay
pla
tax
pla
rti
_PlayerBuffer:
.res 256*14 ; About 3.5 kilobytes somewhere in memory, we put the music file in overlay memory
.endproc

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@@ -3,13 +3,13 @@
;
; The following symbol is used by the linker config. file
; to force this module to be included into the output file.
.export __ORIXHDR__:abs = 1
; The following symbol is used by the linker config. file
; to force this module to be included into the output file.
.export __ORIXHDR__:abs = 1
; These symbols, also, come from the configuration file.
.import __AUTORUN__, __PROGFLAG__
.import __BASHEAD_START__, __MAIN_LAST__
; These symbols, also, come from the configuration file.
.import __AUTORUN__, __PROGFLAG__
.import __BASHEAD_START__, __MAIN_LAST__
; ------------------------------------------------------------------------
@@ -17,17 +17,17 @@
.segment "ORIXHDR"
.byte $01, $00 ;
.byte $01, $00 ; non C64 marker (same as o65 format)
.byte "ori"
.byte "ori" ; magic number
.byte $01 ; version
.byte $00,%00000000 ; 6502 only
.byte $00,$00 ; Extends
.byte $00,$00 ; OS
.byte $01 ; version of the header
.byte $00,%00000000 ; 6502 only
.byte $00,$00 ; type of language
.byte $00,$00 ; OS version
.byte $00 ; reserved
.byte $00 ; auto
.byte $00 ; auto or not
.word __BASHEAD_START__ ; Address of start of file
.word __MAIN_LAST__ - 1 ; Address of end of file

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@@ -1,75 +0,0 @@
;
; Stefan Haubenthal, 2004-05-25
; Ullrich von Bassewitz, 18.07.2002
;
; Defines the platform specific error list.
;
; The table is built as a list of entries
;
; .byte entrylen
; .byte errorcode
; .asciiz errormsg
;
; and terminated by an entry with length zero that is returned if the
; error code could not be found.
;
.export __sys_oserrlist
;----------------------------------------------------------------------------
; Macros used to generate the list (may get moved to an include file?)
; Regular entry
.macro sys_oserr_entry code, msg
.local Start, End
Start: .byte End - Start
.byte code
.asciiz msg
End:
.endmacro
; Sentinel entry
.macro sys_oserr_sentinel msg
.byte 0 ; Length is always zero
.byte 0 ; Code is unused
.asciiz msg
.endmacro
;----------------------------------------------------------------------------
; The error message table
.rodata
__sys_oserrlist:
sys_oserr_entry 1, "File not found"
sys_oserr_entry 2, "Invalid command end"
sys_oserr_entry 3, "No drive number"
sys_oserr_entry 4, "Bad drive number"
sys_oserr_entry 5, "Invalid filename"
sys_oserr_entry 6, "fderr=(error number)"
sys_oserr_entry 7, "Illegal attribute"
sys_oserr_entry 8, "Wildcard(s) not allowed"
sys_oserr_entry 9, "File already exists"
sys_oserr_entry 10, "Insufficient disc space"
sys_oserr_entry 11, "File open"
sys_oserr_entry 12, "Illegal quantity"
sys_oserr_entry 13, "End address missing"
sys_oserr_entry 14, "Start address > end address"
sys_oserr_entry 15, "Missing 'to'"
sys_oserr_entry 16, "Renamed file not on same disc"
sys_oserr_entry 17, "Unknown array"
sys_oserr_entry 18, "Target drive not source drive"
sys_oserr_entry 19, "Destination not specified"
sys_oserr_entry 20, "Cannot merge and overwrite"
sys_oserr_entry 21, "Single target file illegal"
sys_oserr_entry 22, "Syntax"
sys_oserr_entry 23, "Filename missing"
sys_oserr_entry 24, "Source file missing"
sys_oserr_entry 25, "Type mismatch"
sys_oserr_entry 26, "Disc write-protected"
sys_oserr_entry 27, "Incompatible drives"
sys_oserr_entry 28, "File not open"
sys_oserr_entry 29, "File end"
sys_oserr_sentinel "Unknown error"

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@@ -1,17 +0,0 @@
;
; Stefan Haubenthal, 2011-04-18
;
; int __fastcall__ _osmaperrno (unsigned char oserror);
; /* Map a system specific error into a system independent code */
;
.include "errno.inc"
.export __osmaperrno
.proc __osmaperrno
lda #<EUNKNOWN
ldx #>EUNKNOWN
rts
.endproc

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@@ -1,16 +0,0 @@
; jede jede@oric.org 2017-01-22
; void print (char * str);
.export _print
.import popax
.importzp tmp1
.include "telestrat.inc"
.proc _print
stx tmp1
ldy tmp1
BRK_TELEMON XWSTR0
rts
.endproc