Свершилось!!!!!
AVR-DOS на МиниБоте заработал!!!!!
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AVR-DOS для МиниБота
AVR-DOS для МиниБота
EdGull » 13 июл 2008, 16:44
Ура!!!!!!!!!!!!!
Свершилось!!!!!
AVR-DOS на МиниБоте заработал!!!!!
Свершилось!!!!!
AVR-DOS на МиниБоте заработал!!!!!
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EdGull - Сообщения: 10211
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Re: МиниБот-ПРО (MiniBot-PRO)
FireFly » 13 июл 2008, 18:57
опередил 
бьюсь третий день - все ни как не хочет зараза запускаться...
кинь исходник для обозрения
бьюсь третий день - все ни как не хочет зараза запускаться...кинь исходник для обозрения
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FireFly - Сообщения: 1576
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Re: МиниБот-ПРО (MiniBot-PRO)
Vooon » 13 июл 2008, 19:01
Ммм, я так понял ты поднял фат на миниботе? (с продвинутым мозгом, кстати)
Добавлено спустя 1 минуту 31 секунду:
Что думаеш о XMega в качестве мозга про версии?
Описание вкусностей:
Добавлено спустя 1 минуту 31 секунду:
Что думаеш о XMega в качестве мозга про версии?
Описание вкусностей:
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Re: МиниБот-ПРО (MiniBot-PRO)
EdGull » 13 июл 2008, 19:07
FireFly тебе исходник исходников или мой код?
исходник исходников я ввике с самого начала выкладывал.
да FAT32, да МиниБот в брабусовской коплектации, а именно с мегой644. Потому что меге 32 ОЗУ нехватает для фата.
И еще одна неприятность, AVR-DOS не знает команды format !!!
поэтому если вы припаяли карточкуи поексперементировали с прямым доступом к ней минуя AVR-DOS, то после этого он карту не видит!!!
приходится отпаивать и форматить на ПК.
исходник исходников я ввике с самого начала выкладывал.
да FAT32, да МиниБот в брабусовской коплектации, а именно с мегой644. Потому что меге 32 ОЗУ нехватает для фата.
И еще одна неприятность, AVR-DOS не знает команды format !!!
поэтому если вы припаяли карточкуи поексперементировали с прямым доступом к ней минуя AVR-DOS, то после этого он карту не видит!!!
приходится отпаивать и форматить на ПК.
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EdGull - Сообщения: 10211
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Re: МиниБот-ПРО (MiniBot-PRO)
blindman » 13 июл 2008, 19:11
Vooon писал(а):Что думаеш о XMega в качестве мозга про версии?
Да не продаются они еще. Даже в буржуйских дистрибьюторских конторах их нет
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blindman - Сообщения: 4130
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Re: МиниБот-ПРО (MiniBot-PRO)
FireFly » 13 июл 2008, 19:43
EdGull писал(а):FireFly тебе исходник исходников или мой код?
твой код поглядеть охота + CONFIG_AVR-DOS.bas и Config_MMC.bas
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FireFly - Сообщения: 1576
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Re: МиниБот-ПРО (MiniBot-PRO)
EdGull » 13 июл 2008, 20:03
ты чё ноги не преконфигурировал?
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AVR-DOS_MiniBot_ver1.rar- (43.34 КиБ) Скачиваний: 53
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EdGull - Сообщения: 10211
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Re: МиниБот-ПРО (MiniBot-PRO)
Arsen » 13 июл 2008, 20:10
EdGull писал(а):
И еще одна неприятность, AVR-DOS не знает команды format !!!
поэтому если вы припаяли карточкуи поексперементировали с прямым доступом к ней минуя AVR-DOS, то после этого он карту не видит!!!
приходится отпаивать и форматить на ПК.
Мораль сей басни такова (с) дедушка Крылов
Нефиг припаивать карту памяти.
Вторая мораль - ну его нафиг, этот ФАТ, даёшь журналируемую ФС! NTFS не предлагаю, монстр ещё тот, но пингвинский ЕХТ3 это да-а-а...
Кстати, пингвины тайком живут во многих устройствах скромных вычислительных ресурсов. В модемах, к примеру. Вот в D-Link'е вообще в каждом втором.
- Arsen
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Re: МиниБот-ПРО (MiniBot-PRO)
EdGull » 13 июл 2008, 20:52
Ты не предлагай!
Ты делай!!!
Добавлено спустя 3 минуты 5 секунд:
и во вторых, расценивай sd-card как микросхему памяти например как AT45DB161
она тоже spi, структура такая же.
Добавлено спустя 30 минут 33 секунды:
а смотрите чё я в недрах AVR-DOS нашел
файлег называется FS_Interpreter.bas
я правильно понимаю что он делает?
Ты делай!!!
Добавлено спустя 3 минуты 5 секунд:
и во вторых, расценивай sd-card как микросхему памяти например как AT45DB161
она тоже spi, структура такая же.
Добавлено спустя 30 минут 33 секунды:
а смотрите чё я в недрах AVR-DOS нашел
файлег называется FS_Interpreter.bas
я правильно понимаю что он делает?
- Код: Выделить всё • Развернуть
' Release Date 2006-03-11
' Driver and AVR-DOS must be configured first in main program
' Constants and variables for File System Interpreter (Shell)
Const Cpno = 0 '
Const Cpyes = 1
Const Cptoken_max = 10 ' Count of Tokens in USER-Input
Const Cpstrsep = "," ' Blank: Separator between tokens
Const Cpcinput_len = 80 ' max. length of user-Input
Dim Transferbuffer_write As Word
Dim Erampointer As Word
Dim Abinterpreterbuffer(512) As Byte
Dim Gstestline As String * 100
Dim Gstestline64 As String * 64 At Gstestline Overlay
Dim Gstoken As String * 100
Dim Gspcinput As String * 100 ' holds user-input
Dim Gbposstrparts(cptoken_max) As Byte ' for analysing user-input
Dim Gblenstrparts(cptoken_max) As Byte '
Dim Gbcnttoken As Byte ' found tokens in user-input
Dim Gbtoken_actual As Byte ' actual handled token of user-input
Dim Gbpcinputerror As Byte ' holds error-code during analysing user-input
Dim Gbpcinputpointer As Byte ' string-pointer during user-input
Dim Gldumpbase As Long
Dim Gwtemp1 As Word , Gbtemp1 As Byte
Dim Gword1 As Word
Dim Bsec As Byte , Bmin As Byte , Bhour As Byte , Bday As Byte , Bmonth As Byte , Byear As Byte
Dim Gbinp As Byte ' holds user input
Declare Sub Avr_dos
Declare Sub Docommand()
Declare Sub Extracttoken()
Declare Function Getnexttokenstr(byval Pblen_max As Byte ) As String
Declare Function Getnexttokenlong(byval Plmin As Long , Byval Plmax As Long ) As Long
Declare Sub Printparametererrorl(plparamlow As Long , Plparamhigh As Long)
Declare Sub Printparametercounterror(byval Psparm_anzahl As String)
Declare Sub Getinput(byval Pbbyte As Byte)
Declare Sub Printprompt()
Declare Function Getlongfrombuffer(pbsramarray As Byte , Byval Pbpos As Word) As Long
Declare Function Getwordfrombuffer(pbsramarray As Byte , Byval Pbpos As Word) As Word
Declare Sub Sramdump(pwsrampointer As Word , Byval Pwlength As Word , Plbase As Long)
Declare Sub Eramdump(pwerampointer As Word , Byval Pwlength As Word )
Declare Sub Printdoserror()
Declare Sub Directory(pstr1 As String)
Declare Sub Directory1(pstr1 As String , Pdays As Word)
Declare Sub Delete(pstr1 As String)
Declare Function Printfile(psname As String) As Byte
Declare Function Dumpfile(psname As String) As Byte
Declare Sub Printfileinfo(pbfilenr As Byte)
Declare Sub Printdriveerror()
Declare Sub Printdirinfo()
Declare Sub Printfatinfo()
Declare Sub Printfilesysteminfo()
Declare Sub Typewildcard(pstr1 As String)
Call Avr_dos
End
Sub Avr_dos
Gbpcinputpointer = 1
Gspcinput = ""
Erampointer = 0
Print #1 , "AVR-DOS: Ready for commands"
Printprompt
Do
Gbinp = Inkey(#1) ' get user input
If Gbinp <> 0 Then ' something typed in?
If Gbinp = 27 Then ' use ESC for exit from interpreter
Exit Do
End If
Getinput Gbinp ' give input to interpreter
End If
Loop ' do forever
Print #1 , "EXIT from AVR-DOS Shell"
End Sub
Sub Getinput(pbbyte As Byte)
' stores bytes from user and wait for CR (&H13)
Select Case Pbbyte
Case &H0A ' do nothing
Case &H0D ' Line-end?
Print #1 , Chr(&H0d) ; Chr(&H0a) ;
Docommand ' analyse command and execute
Gbpcinputpointer = 1 ' reset for new user-input
Gspcinput = ""
Printprompt
Case &H08 ' backspace ?
If Gbpcinputpointer > 1 Then
Print #1 , Chr(&H08);
Decr Gbpcinputpointer
End If
Case Else ' store user-input
If Gbpcinputpointer <= Cpcinput_len Then
Mid(gspcinput , Gbpcinputpointer , 1) = Pbbyte
Incr Gbpcinputpointer
Mid(gspcinput , Gbpcinputpointer , 1) = &H00 ' string-terminator
Print #1 , Chr(pbbyte); ' echo back to user
End If
End Select
End Sub
Sub Docommand
' interpretes the user-input and execute
' Local variables
Local Lbyte1 As Byte , Lbyte2 As Byte , Lbyte3 As Byte , Lbyte4 As Byte , Lbyte5 As Byte , Lbyte6 As Byte
Local Lint1 As Integer , Lint2 As Integer , Lint3 As Integer , Lint4 As Integer
Local Lword1 As Word , Lword2 As Word , Lword3 As Word , Lword4 As Word
Local Llong1 As Long , Llong2 As Long , Llong3 As Long , Llong4 As Long , Llong5 As Long , Llong6 As Long , Llong7 As Long
Local Lsingle1 As Single
Local Lbpos As Byte
Local Lblen As Byte
Local Lwsrampointer As Word
Gldumpbase = 0
Extracttoken ' token analysing
Gbtoken_actual = 0 ' reset to beginn of line (first token)
Gbpcinputerror = Cpno
Gwtemp1 = 1
If Gbcnttoken > 0 Then ' is there any input
Gstoken = Getnexttokenstr(70) ' get first string-token = command
Gstoken = Ucase(gstoken) ' all uppercase
Lwsrampointer = Varptr(abinterpreterbuffer(1))
' Pointer to SRAM Buffer
Select Case Gstoken
Case "CFI" ' Show CF-Card Information Block
Print #1 , "Read Card Info"
Lbyte1 = Drivegetidentity(lwsrampointer) ' read Info to SRAM
If Lbyte1 = 0 Then
Transferbuffer_write = 0
Sramdump Lwsrampointer , 512 , Gldumpbase ' Dump SRAM
' Get Count of Sectors in Compactflash-Card
Llong1 = Getlongfrombuffer(abinterpreterbuffer(1) , 120) : Llong2 = Llong1 * 512
Print #1 , Llong1 ; " Sectors = " ; Llong2 ; " Bytes"
' Get Buffersize of Compactflash-Card
Lword1 = Getwordfrombuffer(abinterpreterbuffer(1) , 42)
Llong2 = Lword1 * 512
Print #1 , "CF-Buffersize = " ; Lword1 ; " Sectors = " ; Llong2 ; " Bytes"
Else
Printdriveerror
End If
Case "CFRESET" ' Reset Compactflash Card
Lbyte1 = Drivereset()
If Lbyte1 = 0 Then
Print #1 , "OK"
End If
Printdriveerror
Case "CFINIT" ' Reset Compactflash Card
Lbyte1 = Driveinit()
If Lbyte1 = 0 Then
Print #1 , "OK"
End If
Printdriveerror
Case "CFCHECK" ' Reset Compactflash Card
Lbyte1 = Drivecheck()
If Lbyte1 = 0 Then
Print #1 , "OK"
End If
Printdriveerror
Case "MBR" ' Show Masterboot record = Sector 0
Llong1 = 0
Print #1 , "Read Master Boot Record ... " ;
Lbyte1 = Drivereadsector(lwsrampointer , Llong1 ) ' read Sector to abInterpreterBuffer
If Lbyte1 = 0 Then
Transferbuffer_write = 0
Print #1 , "done"
Sramdump Lwsrampointer , 512 , Gldumpbase ' show abInterpreterBuffer
Print #1 , " " : Print #1 , "Partition-Table" : Print #1 , " "
Lword1 = 446 ' first partition entry starts at 446
For Lbyte1 = 1 To 4
Lword2 = Lword1 + 1
Lbyte2 = Abinterpreterbuffer(lword2)
Lbyte2 = Lbyte2 And &B0111111 ' only H00 or H80 is valid
If Lbyte2 = 0 Then
Lword2 = Lword1 + 8
Llong1 = Getlongfrombuffer(abinterpreterbuffer(1) , Lword2)
Lword2 = Lword1 + 12
Llong2 = Getlongfrombuffer(abinterpreterbuffer(1) , Lword2)
Llong3 = Llong1 + Llong2
Lword2 = Lword1 + 5
Llong4 = Llong2 / 2 ' KB of partition
Lbyte2 = Abinterpreterbuffer(lword2)
If Lbyte2 > 0 Then
Print #1 , "Partition " ; Lbyte1 ; " " ;
Print #1 , "Sector: " ; Llong1 ; " to " ; Llong3 ; " = " ; Llong2 ; " Sectors; " ; " [" ; Llong4 ; " KB] " ;
Print #1 , "File-System Type: " ; Hex(lbyte2)
End If
End If
Lword1 = Lword1 + 16
Next
End If
Printdriveerror
Case "SD" ' Sector Dump
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , 10000000)
Llong2 = Llong1
Elseif Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(0 , 10000000)
Llong2 = Getnexttokenlong(llong1 , 10000000)
Else
Printparametercounterror "1, 2 "
Exit Sub
End If
If Gbpcinputerror = Cpno Then
Print #1 , "Dump Sectors from " ; Llong1 ; " to " ; Llong2
For Llong3 = Llong1 To Llong2
Print #1 , "Read Sector: " ; Llong3 ; " ... " ;
Lwsrampointer = Varptr(abinterpreterbuffer(1))
Lbyte1 = Drivereadsector(lwsrampointer , Llong3)
If Lbyte1 <> 0 Then
Print #1 , "Error " ; Lbyte1 ; " at sector# " ; Llong3
Printdriveerror
Exit For
End If
Print #1 , " done"
Transferbuffer_write = 0
Gldumpbase = 0
Lwsrampointer = Varptr(abinterpreterbuffer(1))
Sramdump Lwsrampointer , 512 , Gldumpbase
If Abinterpreterbuffer(508) = Asc( ":") Then
' copy sector# to lLong4
Loadadr Abinterpreterbuffer(509) , Z
Loadadr Llong4 , X
!Call _ZXMem4_Copy ' copy from Z to X
Print #1 , "SWM-Sector# = " ; Llong4
End If
Next
End If
Case "MD" ' Memory Dump
Lword2 = 512
If Gbcnttoken = 1 Then
Elseif Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , &HFFFF)
Lwsrampointer = Llong1 ' assign to word
Elseif Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(0 , &HFFFF)
Lwsrampointer = Llong1 ' assign to word
Llong2 = Getnexttokenlong(1 , &HFFFF)
Lword2 = Llong2
Else
Printparametercounterror "0, 1, 2 "
End If
If Gbpcinputerror = Cpno Then
Gldumpbase = Lwsrampointer
Sramdump Lwsrampointer , Lword2 , Gldumpbase ' Show 512 Bytes
End If
Case "ED" ' EEPROM Dump
Lword2 = 256
If Gbcnttoken = 1 Then
Elseif Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , &H1000)
Lwsrampointer = Llong1 ' assign to word
Elseif Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(0 , &H1000)
Lwsrampointer = Llong1 ' assign to word
Llong2 = Getnexttokenlong(1 , &H1000)
Lword2 = Llong2
Else
Printparametercounterror "0, 1, 2 "
End If
If Gbpcinputerror = Cpno Then
Gldumpbase = Erampointer
Eramdump Erampointer , Lword2 ' Show 512 Bytes
End If
Case "SW" ' Sector Write
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , 2000000)
Llong2 = 0
Llong3 = Llong1 + Llong2
Elseif Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(0 , 2000000)
Llong2 = Getnexttokenlong(1 , &H7F)
Llong2 = Llong2 - 1
Llong3 = Llong1 + Llong2
Elseif Gbcnttoken = 4 Then
Llong1 = Getnexttokenlong(0 , 2000000)
Llong2 = Getnexttokenlong(1 , &H7F)
Llong2 = Llong2 - 1
Llong3 = Llong1 + Llong2
Llong4 = Getnexttokenlong(0 , &HFFFF)
Lwsrampointer = Llong4
Else
Printparametercounterror "2, 3 "
Exit Sub
End If
If Gbpcinputerror = Cpno Then
Incr Llong2
Print #1 , "Write " ; Llong2 ; " Sector(s) to " ; Llong1 ; " at CF-Card from " ;
If Gbcnttoken = 4 Then
Print #1 , "SRAM Address " ; Hex(lwsrampointer) ; " ... "
Else
Print #1 , "Transfer-Buffer ... "
End If
For Llong2 = Llong1 To Llong3
Print #1 , "Write Sector " ; Llong2 ; " from SRAM " ; Hex(lwsrampointer)
Lbyte1 = Drivewritesector(lwsrampointer , Llong2)
If Lbyte1 <> 0 Then
Print #1 , "Error: " ; Lbyte1 ; " at sector " ; Llong2
Printdriveerror
Exit Sub
End If
If Gbcnttoken = 4 Then
Lwsrampointer = Lwsrampointer + 512
End If
Next
End If
Case "SWM" ' Sector Write multiple
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(0 , 1000000000) ' first sector to write
Llong2 = Getnexttokenlong(1 , 100000) ' count of sectors to write
Llong2 = Llong2 - 1
Llong3 = Llong1 + Llong2
If Gbcnttoken > 3 Then
Llong4 = Getnexttokenlong(0 , 255) ' starting with byte
Lbyte1 = Llong4
Else
Lbyte1 = 0
End If
Else
Printparametercounterror "2, 3 "
Exit Sub
End If
If Gbpcinputerror = Cpno Then
Lwsrampointer = Varptr(abinterpreterbuffer(1))
Incr Llong2
For Llong2 = 1 To 512
Abinterpreterbuffer(llong2) = Lbyte1
Incr Lbyte1
Next
Abinterpreterbuffer(508) = Asc( ":")
Llong2 = Llong3 - Llong1 : Incr Llong2
Print #1 , "Write " ; Llong2 ; " Sector(s) to " ; Llong1 ; " at CF-Card; Starting at " ;
Print #1 , Time$
Llong4 = Syssec()
For Llong2 = Llong1 To Llong3
' Copy Sector# to end of sector
Loadadr Abinterpreterbuffer(509) , X
Loadadr Llong2 , Z
!Call _ZXMem4_Copy ' copy from Z to X
Lbyte1 = Drivewritesector(lwsrampointer , Llong2)
If Lbyte1 <> 0 Then
Print #1 , "Error: " ; Lbyte1 ; " at sector " ; Llong2
Printdriveerror
Exit Sub
End If
Next
Llong4 = Syssecelapsed(llong4)
Llong2 = Llong3 - Llong1 : Incr Llong2
Llong4 = Llong4 * 1000000
Llong4 = Llong4 / Llong2
Print #1 , "Ready at " ; Time$
If Llong4 > 0 Then
Print #1 , "Using " ; Llong4 ; " Mikro-Seconds per sector"
End If
End If
Case "SRM" ' Sector Write multiple
If Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(0 , 20000000) ' first sector to write
Llong2 = Getnexttokenlong(1 , 100000) ' count of sectors to write
Llong2 = Llong2 - 1
Llong3 = Llong1 + Llong2
Else
Printparametercounterror "2 "
Exit Sub
End If
If Gbpcinputerror = Cpno Then
Lwsrampointer = Varptr(abinterpreterbuffer(1))
Incr Llong2
Print #1 , "Read " ; Llong2 ; " Sector(s) to " ; Llong1 ; " at CF-Card; Starting at " ;
Print #1 , Time$
Llong4 = Syssec()
For Llong2 = Llong1 To Llong3
Lbyte1 = Drivereadsector(lwsrampointer , Llong2)
If Lbyte1 <> 0 Then
Print #1 , "Error: " ; Lbyte1 ; " at sector " ; Llong2
Exit Sub
End If
Next
Llong4 = Syssecelapsed(llong4)
Llong2 = Llong3 - Llong1 : Incr Llong2
Llong4 = Llong4 * 1000000
Llong4 = Llong4 / Llong2
Print #1 , "Ready at " ; Time$
If Llong4 > 0 Then
Print #1 , "Using " ; Llong4 ; " Mikro-Seconds per sector"
End If
End If
Case "MT" ' Fill Memory with Text
If Gbcnttoken > 1 Then
Lbyte1 = Gbposstrparts(2)
Do
Incr Transferbuffer_write
Gstoken = Mid(gspcinput , Lbyte1 , 1)
Lbyte2 = Asc(gstoken)
If Lbyte2 = 0 Then ' String Terminator
Exit Do
End If
Abinterpreterbuffer(transferbuffer_write) = Lbyte2
Incr Lbyte1
Loop Until Transferbuffer_write > 511
Decr Transferbuffer_write ' 1 based to 0 based
End If
Case "ET" ' Fill Memory with Text
If Gbcnttoken > 1 Then
Lbyte1 = Gbposstrparts(2)
Do
Gstoken = Mid(gspcinput , Lbyte1 , 1)
Lbyte2 = Asc(gstoken)
Writeeeprom Lbyte2 , Erampointer
Incr Erampointer
If Lbyte2 = 0 Then ' String Terminator
Exit Do
End If
Incr Lbyte1
Loop Until Erampointer > &HFFF
End If
Case "MP" ' Memory Pointer for MB and MT
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , 511)
If Gbpcinputerror = Cpno Then
Transferbuffer_write = Llong1
End If
Else
Printparametercounterror "1 "
End If
Case "EP" ' Memory Pointer for MB and MT
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , &H1000)
If Gbpcinputerror = Cpno Then
Erampointer = Llong1
End If
Else
Printparametercounterror "1 "
End If
Case "MB" 'Fill Memory with Same Byte
If Gbcnttoken > 1 Then
For Lbyte1 = 2 To Gbcnttoken
Llong1 = Getnexttokenlong(0 , 255)
If Gbpcinputerror = Cpno Then
Incr Transferbuffer_write
Lbyte2 = Llong1
Abinterpreterbuffer(transferbuffer_write) = Lbyte2
If Transferbuffer_write >= 511 Then
Exit For
End If
Else
Exit For
End If
Next
End If
Case "EB" 'Fill Memory with Same Byte
If Gbcnttoken > 1 Then
For Lbyte1 = 2 To Gbcnttoken
Llong1 = Getnexttokenlong(0 , 255)
If Gbpcinputerror = Cpno Then
Lbyte2 = Llong1
Writeeeprom Lbyte2 , Erampointer
Incr Erampointer
If Erampointer > &HFFF Then
Exit For
End If
Else
Exit For
End If
Next
End If
Case "MF"
Llong2 = Transferbuffer_write : Llong3 = 511
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , 255)
Elseif Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(0 , 255)
Llong2 = Getnexttokenlong(0 , 511)
Elseif Gbcnttoken = 4 Then
Llong1 = Getnexttokenlong(0 , 255)
Llong2 = Getnexttokenlong(0 , 511)
Llong3 = Getnexttokenlong(llong2 , 511)
Else
Printparametercounterror "1, 2, 3 "
Exit Sub
End If
If Gbpcinputerror = Cpno Then
Lbyte1 = Llong1
Incr Llong2 : Lword2 = Llong2
Incr Llong3 : Lword3 = Llong3
For Lword1 = Lword2 To Lword3
Abinterpreterbuffer(lword1) = Lbyte1
Next
Transferbuffer_write = Lword1 - 1
End If
Case "FS" ' Init File System
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(0 , 3)
Lbyte1 = Llong1
Lbyte2 = Initfilesystem(lbyte1)
If Lbyte2 <> 0 Then
Print #1 , "Error at file system init"
Else
Printfilesysteminfo
End If
Else
Printparametercounterror "1 "
End If
Case "DIR" ' Directory
If Gbcnttoken = 1 Then
Gstoken = "*.*"
Directory Gstoken
Elseif Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Directory Gstoken
Else
Printparametercounterror "0 or 1 "
End If
Case "DIRT" ' Directory
If Gbcnttoken = 1 Then
Gstoken = "*.*"
Lword1 = 7
Directory1 Gstoken , Lword1
Elseif Gbcnttoken = 3 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Llong1 = Getnexttokenlong(0 , 1000)
Lword1 = Llong1
Directory1 Gstoken , Lword1
Else
Printparametercounterror "0 or 1 "
End If
Case "DIR$" ' Directory
If Gbcnttoken = 1 Then
Gstestline = Dir()
Print #1 , Gstestline
Printdoserror
Elseif Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Gstestline = Dir(gstoken)
Print Gstestline
Printdoserror
Else
Printparametercounterror "0 or 1 "
End If
Case "FILEDATETIMEB"
If Gbcnttoken = 1 Then
Bsec = Filedatetime()
If Gbdoserror = 0 Then
Print #1 , Byear ; " " ; Bmonth ; " " ; Bday ; " " ; Bhour ; " " ; Bmin ; " " ; Bsec
Else
Printdoserror
End If
Elseif Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Bsec = Filedatetime(gstoken)
If Gbdoserror = 0 Then
Print #1 , Byear ; " " ; Bmonth ; " " ; Bday ; " " ; Bhour ; " " ; Bmin ; " " ; Bsec
Else
Printdoserror
End If
Else
Printparametercounterror "0 or 1 "
End If
Case "FILEDATETIMES"
If Gbcnttoken = 1 Then
Gstestline = Filedatetime()
Print #1 , Gstestline
Printdoserror
Elseif Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Gstestline = Filedatetime(gstoken)
Print Gstestline
Printdoserror
Else
Printparametercounterror "0 or 1 "
End If
Case "FILELEN"
If Gbcnttoken = 1 Then
Llong1 = Filelen()
Print #1 , Llong1
Printdoserror
Elseif Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Llong1 = Filelen(gstoken)
Print #1 , Llong1
Printdoserror
Else
Printparametercounterror "0 or 1 "
End If
Case "GETATTR"
If Gbcnttoken = 1 Then
' lByte1 = GetAttr()
Print #1 , Bin(lbyte1)
Printdoserror
Elseif Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Lbyte1 = Getattr(gstoken)
Print #1 , Bin(lbyte1)
Printdoserror
Else
Printparametercounterror "0 or 1 "
End If
Case "TYPE" ' Type ASCII-file (sector by sector)
If Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
'Lbyte1 = Printfile(gstoken)
Typewildcard Gstoken
'Printdoserror
Else
Printparametercounterror "1 "
End If
Case "DUMP" ' Dump file
If Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Lbyte1 = Dumpfile(gstoken)
Printdoserror
Else
Printparametercounterror "1 "
End If
Case "FOO" ' File open for Output
If Gbcnttoken > 1 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte2 = Llong1
Open Gstoken For Output As #lbyte2
Else
Lbyte2 = Freefile()
Open Gstoken For Output As #lbyte2
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , "File# = " ; Lbyte2
End If
Else
Printparametercounterror "1 "
End If
Case "FOI" ' File open for Input
If Gbcnttoken > 1 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte2 = Llong1
Open Gstoken For Input As #lbyte2
Else
Lbyte2 = Freefile()
Open Gstoken For Input As #lbyte2
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , "File# = " ; Lbyte2
End If
Else
Printparametercounterror "1 "
End If
Case "FOB" ' File open for Binary
If Gbcnttoken > 1 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte2 = Llong1
Open Gstoken For Binary As #lbyte2
Else
Lbyte2 = Freefile()
Open Gstoken For Binary As #lbyte2
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , "File# = " ; Lbyte2
End If
Else
Printparametercounterror "1 "
End If
Case "FOA" ' File open for Append
If Gbcnttoken > 1 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte2 = Llong1
Open Gstoken For Append As #lbyte2
Else
Lbyte2 = Freefile()
Open Gstoken For Append As #lbyte2
End If
If Gbdoserror = 0 Then
Print #1 , "File# = " ; Lbyte2
Else
Printdoserror
End If
Else
Printparametercounterror "1 "
End If
Case "RL" ' File line input
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255) ' file#
Lbyte1 = Llong1
If Gbpcinputerror = Cpno Then
Line Input #lbyte1 , Gstestline
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , Gstestline
End If
End If
Else
Printparametercounterror "1 "
End If
Case "LOC" ' File Location last read/write
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
If Gbpcinputerror = Cpno Then
Lbyte1 = Llong1
Llong2 = Loc(#lbyte1)
If Gbdoserror = 0 Then
Print #1 , Llong2
Else
Printdoserror
End If
End If
End If
Case "LOF" ' File Length
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
If Gbpcinputerror = Cpno Then
Lbyte1 = Llong1
Llong2 = Lof(#lbyte1)
If Gbdoserror = 0 Then
Print #1 , Llong2
Else
Printdoserror
End If
End If
Else
Printparametercounterror "1 "
End If
Case "SEEK" ' next byte position to read/write in file
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
If Gbpcinputerror = Cpno Then
Lbyte1 = Llong1
Llong2 = Seek(#lbyte1)
If Gbdoserror = 0 Then
Print #1 , Llong2
Else
Printdoserror
End If
End If
Elseif Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(1 , 255)
Llong2 = Getnexttokenlong(1 , 2000000000)
If Gbpcinputerror = Cpno Then
Lbyte1 = Llong1
Seek #lbyte1 , Llong2
Printdoserror
End If
Else
Printparametercounterror "1 or 2 "
End If
Case "DEL" ' delete file
If Gbcnttoken = 1 Then
Gstoken = "*.*"
Delete Gstoken
Elseif Gbcnttoken = 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Delete Gstoken
Else
Printparametercounterror "0 or 1 "
End If
Case "WL" ' Write line to file
If Gbcnttoken = 3 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
Gstoken = Getnexttokenstr(70)
Gstestline = Ltrim(gstoken) : Print #lbyte1 , Gstestline
Printdoserror
Else
Printparametercounterror "1 "
End If
Case "WLM" ' write multiple lines to file
If Gbcnttoken = 5 Then
Llong1 = Getnexttokenlong(1 , 255)
Llong2 = Getnexttokenlong(1 , 100000)
Llong3 = Getnexttokenlong(1 , 1000000)
Lbyte1 = Llong1
Gstoken = Getnexttokenstr(70) : Gstoken = Ltrim(gstoken)
If Gbpcinputerror = Cpno Then
For Llong4 = Llong2 To Llong3
Gstestline = Gstoken + " "
Gstestline = Gstoken + Str(llong4)
Print #lbyte1 , Gstestline
If Gbdoserror <> 0 Then
Printdoserror
Exit For
End If
Next
End If
Else
Printparametercounterror "4 "
End If
Case "CLOSE" ' Close file
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
Close #lbyte1
Printdoserror
Else
Printparametercounterror "1 "
End If
Case "FLUSH" ' flush file
Lbyte2 = 0
If Gbcnttoken = 1 Then
Flush
Elseif Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
Flush #lbyte1
Else
Printparametercounterror "0 or 1 "
End If
Printdoserror
Case "BSAVE" ' save SRAM to file
If Gbcnttoken = 4 Then
Gstoken = Getnexttokenstr(12) ' Filename
Llong1 = Getnexttokenlong(0 , &HFFFF) ' Start
Llong2 = Getnexttokenlong(1 , &HFFFF) ' Length
Lword1 = Llong1 : Lword2 = Llong2
If Gbpcinputerror = Cpno Then
Bsave Gstoken , Lword1 , Lword2
Printdoserror
End If
Else
Printparametercounterror "3 "
End If
Case "BLOAD" ' load SRAM with file content
If Gbcnttoken = 3 Then
Gstoken = Getnexttokenstr(12) ' Filename
Llong1 = Getnexttokenlong(0 , &HFFFF) ' Start
Lword1 = Llong1
If Gbpcinputerror = Cpno Then
Llong2 = Varptr(gbdoserror)
Llong2 = Llong2 + C_filesystemsramsize
If Llong2 > Llong1 Then
Print #1 , "Command rejected, because it overwrites AVR-DOS in SRAM"
Else
Bload Gstoken , Lword1
End If
Printdoserror
End If
Else
Printparametercounterror "2 "
End If
Case "FILEATTR" ' File open mode
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
Lbyte2 = Fileattr(lbyte1)
If Lbyte2 <> 0 Then
Print #1 , Lbyte2
Else
Printdoserror
End If
Else
Printparametercounterror "1 "
End If
Case "FREEFILE" ' File open mode
If Gbcnttoken = 1 Then
Lbyte2 = Freefile()
If Lbyte2 <> 0 Then
Print #1 , Lbyte2
Else
Printdoserror
End If
Else
Printparametercounterror "no "
End If
Case "EOF" ' File open mode
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
Lbyte2 = Eof(#lbyte1)
If Gbdoserror = 0 Then
Print #1 , Lbyte2
Else
Printdoserror
End If
Else
Printparametercounterror "1 "
End If
Case "PUTL"
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Llong2 = Getnexttokenlong( -10000000 , 10000000)
Lbyte1 = Llong1
If Gbcnttoken > 3 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Put #lbyte1 , Llong2 , Llong3
Else
Put #lbyte1 , Llong2
End If
Printdoserror
Else
Printparametercounterror "2 or 3 "
End If
Case "GETL"
If Gbcnttoken > 1 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
If Gbcnttoken > 2 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Get #lbyte1 , Llong2 , Llong3
Else
Get #lbyte1 , Llong2
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , Llong2
End If
Else
Printparametercounterror "1 or 2 "
End If
Case "PUTB"
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Llong2 = Getnexttokenlong(0 , 255)
Lbyte1 = Llong1
Lbyte3 = Llong2
If Gbcnttoken > 3 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Put #lbyte1 , Lbyte3 , Llong3
Else
Put #lbyte1 , Lbyte3
End If
Printdoserror
Else
Printparametercounterror "2 or 3 "
End If
Case "GETB"
If Gbcnttoken > 1 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
If Gbcnttoken > 2 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Get #lbyte1 , Lbyte3 , Llong3
Else
Get #lbyte1 , Lbyte3
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , Lbyte3
End If
Else
Printparametercounterror "1 or 2 "
End If
Case "PUTI"
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Llong2 = Getnexttokenlong( -32767 , 32767)
Lbyte1 = Llong1
Lint1 = Llong2
If Gbcnttoken > 3 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Put #lbyte1 , Lint1 , Llong3
Else
Put #lbyte1 , Lint1
End If
Printdoserror
Else
Printparametercounterror "2 or 3 "
End If
Case "PUTW"
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Llong2 = Getnexttokenlong(0 , 65635)
Lbyte1 = Llong1
Lword1 = Llong2
If Gbcnttoken > 3 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Put #lbyte1 , Lword1 , Llong3
Else
Put #lbyte1 , Lword1
End If
Printdoserror
Else
Printparametercounterror "2 or 3 "
End If
Case "GETI"
If Gbcnttoken > 1 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
If Gbcnttoken > 2 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Get #lbyte1 , Lint1 , Llong3
Else
Get #lbyte1 , Lint1
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , Lint1
End If
Else
Printparametercounterror "1 or 2 "
End If
Case "GETW"
If Gbcnttoken > 1 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
If Gbcnttoken > 2 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Get #lbyte1 , Lword1 , Llong3
Else
Get #lbyte1 , Lword1
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , Lword1
End If
Else
Printparametercounterror "1 or 2 "
End If
Case "PUTS"
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Gstoken = Getnexttokenstr(70) : Gstoken = Trim(gstoken) : Lsingle1 = Val(gstoken)
Lbyte1 = Llong1
If Gbcnttoken > 3 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Put #lbyte1 , Lsingle1 , Llong3
Else
Put #lbyte1 , Lsingle1
End If
Printdoserror
Else
Printparametercounterror "2 or 3 "
End If
Case "GETS"
If Gbcnttoken > 1 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
If Gbcnttoken > 2 Then
Llong3 = Getnexttokenlong(1 , 10000000)
Get #lbyte1 , Lsingle1 , Llong3
Else
Get #lbyte1 , Lsingle1
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , Lsingle1
End If
Else
Printparametercounterror "1 or 2 "
End If
Case "PUTT"
If Gbcnttoken > 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Gstoken = Getnexttokenstr(70) : Gstoken = Trim(gstoken)
Lbyte1 = Llong1
If Gbcnttoken > 3 Then
Llong3 = Getnexttokenlong(1 , 100000000)
Llong4 = Getnexttokenlong(1 , 255)
Put #lbyte1 , Gstoken , Llong3 , Llong4
Else
Put #lbyte1 , Gstoken
End If
Printdoserror
Else
Printparametercounterror "2 or 3 "
End If
Case "GETT"
If Gbcnttoken > 1 Then
Gstoken = ""
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
If Gbcnttoken > 2 Then
Llong3 = Getnexttokenlong(1 , 100000000)
Llong4 = Getnexttokenlong(1 , 255)
Get #lbyte1 , Gstoken , Llong3 , Llong4
Else
Get #lbyte1 , Gstoken
End If
If Gbdoserror <> 0 Then
Printdoserror
Else
Print #1 , Gstoken
End If
Else
Printparametercounterror "1 or 2 "
End If
Case "TIME"
If Gbcnttoken = 1 Then
Print #1 , Time$
Elseif Gbcnttoken = 2 Then
Time$ = Getnexttokenstr(8)
Else
Printparametercounterror "0 or 1"
End If
Case "DATE"
If Gbcnttoken = 1 Then
Print #1 , Date$
Elseif Gbcnttoken = 2 Then
Date$ = Getnexttokenstr(8)
End If
Case "DISKFREE"
If Gbcnttoken = 1 Then
Llong1 = Diskfree()
Print #1 , Llong1
End If
Case "DISKSIZE"
Llong1 = Disksize()
Print #1 , Llong1
Case "FILEINFO"
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
If Gbpcinputerror = Cpno Then
Printfileinfo Lbyte1
End If
Else
Printparametercounterror "1"
End If
Case "DIRINFO"
Printdirinfo
Case "FATINFO"
Printfatinfo
Case "FSINFO"
Printfilesysteminfo
Case "ERROR"
Printdoserror
Print #1 , "Error printed"
Case "RESET"
Goto 0
Case "FIND" ' find line in file, which starts with specified text
'
If Gbcnttoken = 2 Then
Llong1 = Getnexttokenlong(1 , 255)
Lbyte1 = Llong1
Lbyte2 = 0
Lbyte3 = Eof(#lbyte1)
If Lbyte3 = 0 Then
Do
Llong1 = Seek(#lbyte1)
Line Input #lbyte1 , Gstestline
If Mid(gstestline , 1 , 1) = " " Then
Lbyte2 = 1
Seek #lbyte1 , Llong1
Exit Do
End If
Loop Until Eof(#lbyte1) <> 0
End If
If Lbyte2 = 1 Then
Print #1 , "Found at position " ; Llong1
Else
Print #1 , "not found"
End If
Printdoserror
Else
Printparametercounterror "1 "
End If
Case "MKDIR" ' File open for Output
If Gbcnttoken > 1 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Mkdir Gstoken
If Gbdoserror <> 0 Then
Printdoserror
End If
Else
Printparametercounterror "1 "
End If
Case "CHDIR" ' File open for Output
If Gbcnttoken > 1 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Chdir Gstoken
If Gbdoserror <> 0 Then
Printdoserror
End If
Else
Printparametercounterror "1 "
End If
Case "RMDIR" ' File open for Output
If Gbcnttoken > 1 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Rmdir Gstoken
If Gbdoserror <> 0 Then
Printdoserror
End If
Else
Printparametercounterror "1 "
End If
Case "NAME" ' File open for Output
If Gbcnttoken > 2 Then
Gstoken = Getnexttokenstr(12)
Gstoken = Trim(gstoken)
Gstestline = Getnexttokenstr(12)
Gstestline = Trim(gstestline)
Name Gstoken As Gstestline
If Gbdoserror <> 0 Then
Printdoserror
End If
Else
Printparametercounterror "1 "
End If
Case Else
Print #1 , "Command '" ; Gspcinput ; "' not recognized"
End Select
If Transferbuffer_write > 511 Then
Transferbuffer_write = 0
End If
End If
End Sub
Sub Extracttoken
' Counts the Token in the Input-String: gsPCInput
' following variable and arrays are filled
' cntToken: Cont of Token
' PosStrParts: positions, where the tokens start
' LenStrParts: Count of bytes of each token
Local Lstrlen As Byte
Local Lparseend As Byte
Local Lpos1 As Byte , Lpos2 As Byte
' Init arrays with 0
For Gbcnttoken = 1 To Cptoken_max
Gbposstrparts(gbcnttoken) = 0 : Gblenstrparts(gbcnttoken) = 0
Next
Gbcnttoken = 0
Gspcinput = Trim(gspcinput)
Lstrlen = Len(gspcinput) ' how long is string
If Lstrlen = 0 Then 'no Input ?
Exit Sub
End If
Lparseend = 0
Lpos1 = 0
For Gbcnttoken = 1 To Cptoken_max
Incr Lpos1
If Gbcnttoken = 1 Then
Lpos2 = Instr(lpos1 , Gspcinput , " ") ' find next blank
Else
Lpos2 = Instr(lpos1 , Gspcinput , Cpstrsep) ' After command look with strSep
End If
If Lpos2 = 0 Then ' no more found?
Lpos2 = Lstrlen : Incr Lpos2 : Lparseend = 1
End If
Gblenstrparts(gbcnttoken) = Lpos2 - Lpos1 ' Lenght of token
Gbposstrparts(gbcnttoken) = Lpos1
If Lparseend = 1 Then
Exit For
End If
Lpos1 = Lpos2
Next
End Sub
Function Getnexttokenstr(byval Pblen_max As Byte ) As String
' Returns next String-token from Input
' Parameter: pbLen_Max: Limit for string-length
Local Lbpos As Byte
Local Lblen As Byte
Incr Gbtoken_actual ' switch to new/next token
Lbpos = Gbposstrparts(gbtoken_actual) ' at which position in string
Lblen = Gblenstrparts(gbtoken_actual) ' how long
If Lblen > Pblen_max Then Lblen = Pblen_max ' to long?
Getnexttokenstr = Mid(gspcinput , Lbpos , Lblen) ' return string
End Function
Function Getnexttokenlong(byval Plmin As Long , Byval Plmax As Long ) As Long
' returns a Long-Value from next Token and check for inside lower and upper limit
' plMin: minimum limit for return-value
' plMax: maximum limit for return-value
Local Lbpos As Byte
Local Lblen As Byte
Local Lstoken As String * 12
Incr Gbtoken_actual ' switch to new/next token
Lbpos = Gbposstrparts(gbtoken_actual) ' at which position in string
Lblen = Gblenstrparts(gbtoken_actual) ' how long
If Lblen > 12 Then Lblen = 12 ' to long?
Lstoken = Mid(gspcinput , Lbpos , Lblen)
Lstoken = Ltrim(lstoken)
If Mid(lstoken , 1 , 1) = "$" Then ' Is input a HEX vlue?
Mid(lstoken , 1 , 1) = " "
Lstoken = Ltrim(lstoken)
Getnexttokenlong = Hexval(lstoken)
Else
Getnexttokenlong = Val(lstoken)
End If
Select Case Getnexttokenlong ' check for limits
Case Plmin To Plmax ' within limits, noting to do
Case Else
Gbpcinputerror = Cpyes ' Set Error Sign
Print #1 , " " ;
' print #1 , Spc(lbPos) ; ' bug in 1.11.7.4 using SPC() in SW-Uart
Gstestline = Space(lbpos) : Print #1 , Gstestline ;
Print #1 , "^ " ; "Parameter Error ";
Printparametererrorl Plmin , Plmax ' with wanted limits
End Select
End Function
Sub Printparametercounterror(byval Psparm_anzahl As String * 10)
' User message for wrong count of parameter
Print #1 , "? " ; Psparm_anzahl ; " " ; "Parameter " ; "expected "
End Sub
Sub Printparametererrorl(plparamlow As Long , Plparamhigh As Long)
' Print Limits at wrong Input - value
Print #1 , " [ " ; Plparamlow ; " ] - [ " ; Plparamhigh ; " ] " ; "expected "
End Sub
Sub Printprompt()
Print #1 ,
Print #1 , Hex(transferbuffer_write) ; ">" ;
End Sub
Function Getlongfrombuffer(pbsramarray As Byte , Byval Pbpos As Word) As Long
' Extract a Long-Value from a Byte-Array
' pbSRAMArray: Byte-array, from which the Long-value should be extracted
' pbPos: Position, at which the Long-Value starts (0-based)
Loadadr Pbsramarray , Z
Loadadr Pbpos , X
ld r24, x+
ld r25, x+
add zl, r24
adc zh, r25
Loadadr Getlongfrombuffer , X
!Call _ZXMem4_copy
End Function
Function Getwordfrombuffer(pbsramarray As Byte , Byval Pbpos As Word) As Word
' Extract a Word-value from a Byte-Array
' pbSRAMArray: Byte-array, from which the Word-value should be extracted
' pbPos: Position, at which the Word-Value starts (0-based)
Loadadr Pbsramarray , Z
Loadadr Pbpos , X
ld r24, x+
ld r25, x+
add zl, r24
adc zh, r25
Loadadr Getwordfrombuffer , X
ldi r24, 2
!Call _ZXMem_copy
End Function
Sub Sramdump(pwsrampointer As Word , Byval Pwlength As Word , Plbase As Long)
' Dump a Part of SRAM to Print-Output #1
' pwSRAMPointer: (Word) Variable which holds the address of SRAM to dump
' pwLength: (Word) Count of Bytes to be dumped (1-based)
Local Lsdump As String * 16
Local Lbyte1 As Byte , Lbyte2 As Byte
Local Lword1 As Word , Lword2 As Word
Local Llong1 As Long
If Pwlength > 0 Then
Decr Pwlength
For Lword1 = 0 To Pwlength
Lword2 = Lword1 Mod 8
If Lword2 = 0 Then
If Lword1 > 0 Then
Print #1 , " " ;
End If
End If
Lword2 = Lword1 Mod 16
If Lword2 = 0 Then
If Lword1 > 0 Then
Print #1 , " " ; Lsdump
End If
Llong1 = Plbase + Lword1
Print #1 , Hex(llong1) ; " " ;
Lsdump = " "
Lbyte2 = 1
End If
Lbyte1 = Inp(pwsrampointer)
Incr Pwsrampointer
Print #1 , Hex(lbyte1) ; " " ;
If Lbyte1 > 31 Then
Mid(lsdump , Lbyte2 , 1) = Lbyte1
Else
Mid(lsdump , Lbyte2 , 1) = "."
End If
Incr Lbyte2
Next
Print #1 , " " ; Lsdump
End If
Incr Pwlength
Plbase = Plbase + Pwlength
End Sub
Sub Eramdump(pwerampointer As Word , Byval Pwlength As Word)
' Dump a Part of ERAM to Print-Output #1
' pwERAMPointer: (Word) Variable which holds the address of ERAM to dump
' pwLength: (Word) Count of Bytes to be dumped (1-based)
Local Lsdump As String * 16
Local Lbyte1 As Byte , Lbyte2 As Byte
Local Lword1 As Word , Lword2 As Word
If Pwlength > 0 Then
Decr Pwlength
For Lword1 = 0 To Pwlength
Lword2 = Lword1 Mod 8
If Lword2 = 0 Then
If Lword1 > 0 Then
Print #1 , " " ;
End If
End If
Lword2 = Lword1 Mod 16
If Lword2 = 0 Then
If Lword1 > 0 Then
Print #1 , " " ; Lsdump
End If
Print #1 , Hex(lword1) ; " " ;
Lsdump = " "
Lbyte2 = 1
End If
Readeeprom Lbyte1 , Pwerampointer
Incr Pwerampointer
Print #1 , Hex(lbyte1) ; " " ;
If Lbyte1 > 31 Then
Mid(lsdump , Lbyte2 , 1) = Lbyte1
Else
Mid(lsdump , Lbyte2 , 1) = "."
End If
Incr Lbyte2
Next
Print #1 , " " ; Lsdump
End If
End Sub
' -----------------------------------------------------------------------------
' copy Memory from (Z) nach (X)
' counts of bytes in r24
_zxmem4_copy:
ldi r24, 4
_zxmem_copy:
ld r25, z+
st x+, r25
dec r24
brne _ZXMem_copy
ret
' Declaration of Functions
' Print DOS Error Number
Sub Printdoserror()
If Gbdoserror > 0 Then
Print #1 , "DOS Error: " ; Gbdoserror
End If
If Gbdriveerror > 0 Then
Printdriveerror
End If
End Sub
Sub Printdriveerror()
If Gbdriveerror > 0 Then
Print #1 , "Drive Error: " ; Gbdriveerror
Print #1 , "Drive Status:" ; Bin(gbdrivestatusreg)
Print #1 , "Drive Debug: " ; Gbdrivedebug
End If
End Sub
'Declare Sub Directory(pStr1 as String)
' Read and print Directory, Filename, Date, Time, Size
' Input Filename in form "name.ext"
Sub Directory(pstr1 As String)
Local Lfilename As String * 12 ' hold file name for print
Local Lwcounter As Word , Lfilesizesum As Long ' for summary
Local Lbyte1 As Byte , Llong1 As Long
Lwcounter = 0 : Lfilesizesum = 0
Lfilename = Dir(pstr1)
While Lfilename <> ""
Print #1 , Lfilename;
Lbyte1 = 14 - Len(lfilename)
'print #1 , spc(lByte1); Bug in 1.11.7.4 on soft-uart
Gstestline = Space(lbyte1) : Print #1 , Gstestline ;
Llong1 = Filelen()
Print #1 , Filedate() ; " " ; Filetime() ; " " ;
' lByte1 = getAttr()
If Lbyte1.4 = 1 Then
Print #1 , "Dir"
Else
Print #1 , Llong1
End If
Incr Lwcounter : Lfilesizesum = Lfilesizesum + Llong1
Lfilename = Dir()
Wend
Print #1 , Lwcounter ; " File(s) found with " ; Lfilesizesum ; " Byte(s)"
End Sub
Sub Delete(pstr1 As String)
Local Lfilename As String * 12 , Lbyte1 As Byte ' hold file name for print
Lfilename = Dir(pstr1)
While Lfilename <> ""
' lByte1 = GetAttr()
If Lbyte1.4 = 0 Then
Print #1 , "Delete File: " ; Lfilename
Kill Lfilename
End If
Lfilename = Dir()
Wend
End Sub
Sub Typewildcard(pstr1 As String)
Local Lfilename As String * 12 ' hold file name for print
Local Lbyte1 As Byte , Lbyte2 As Byte
Lbyte2 = 0
Lfilename = Dir(pstr1)
If Lfilename = "" Then
Print #1 , "No File found for " ; Pstr1
Exit Sub
End If
While Lfilename <> ""
Print #1 , "File " ; Lfilename ; " is printed ..."
Lbyte1 = Printfile(lfilename)
Print #1 , " "
Lfilename = Dir()
Incr Lbyte2
Wend
Print #1 , Lbyte2 ; " Files printed"
End Sub
'Declare Sub Directory1(pStr1 as String , pDays as Word)
' Read and print Directory and show Filename, Date, Time, Size
' for all files matching pStr1 and create/update younger than pDays
Sub Directory1(pstr1 As String , Pdays As Word)
Local Lfilename As String * 12 ' hold file name for print
Local Lwcounter As Word , Lfilesizesum As Long ' for summary
Local Lwnow As Word , Lwdays As Word
Local Lsec As Byte , Lmin As Byte , Lhour As Byte , Lday As Byte , Lmonth As Byte , Lyear As Byte
Print #1 , "Listing of all Files matching " ; Pstr1 ; " and create/last update date within " ; Pdays ; " days"
Lwnow = Sysday()
Lwcounter = 0 : Lfilesizesum = 0
Lfilename = Dir(pstr1)
While Lfilename <> ""
Lsec = Filedatetime()
Lwdays = Lwnow - Sysday(lday) ' Days between Now and last File Update
If Lwdays <= Pdays Then ' days smaller than desired with parameter
Print #1 , Lfilename ; Filedate() ; " " ; Filetime() ; " " ; Filelen()
Incr Lwcounter : Lfilesizesum = Filelen() + Lfilesizesum
End If
Lfilename = Dir()
Wend
Print #1 , Lwcounter ; " File(s) found with " ; Lfilesizesum ; " Byte(s)"
End Sub
'Declare Function PrintFile(psName as String) as Byte
' Print File Sector by Sector
Function Printfile(psname As String) As Byte
$external _getfreefilenumber , _normfilename , _openfile , _loadfilebufferstatusyz , _addrfilebuffer2x
$external _loadnextfilesector , _closefilehandle , _cleardoserror
Local Lstr1 As String * 1 , Lstr2 As String * 1
!call _GetFreeFileNumber ' to get free file# in r24
brcs _PrintFileEnd ' Error?; if C-set
push r24 ' File#
Loadadr Psname , X
!call _NormFileName ' Result: Z-> Normalized name
pop r24 ' File#
ldi r25, cpFileOpenInput ' Read only and archive-bit allowed
!call _OpenFile ' Search file, set File-handle and load first sector
brcs _PrintFileEnd ' Error?; if C-set
sbiw yl, 2 ' If Openfile OK! then (Y-2), (Y-1) -> Filehandle
_printfile2:
!call _LoadFileBufferStatusYZ ' Someting to read?
sbrc r24, dEOF ' End of File?
rjmp _PrintFile3
!call _addrFileBuffer2X ' put String (sector) start now in X
' !call _SendString0 ' X at sector-buffer basis
' trick to fool Print #1 to print 512 long string
st Y+2, xl
st Y+3, xh
Print #1 , Lstr1 ; ' Address pointer is shifted one position
' because of using Y-pointer for AVR-DOS
!call _LoadNextFileSector_Position
brcc _PrintFile2 ' Loop to print next sector; irregular Error if C-set
_printfile3:
!call _CloseFileHandle_Y
adiw yl, 2 ' Restore Y
!call _ClearDOSError
_printfileend:
Loadadr Printfile , X
st X, r25 ' give Error code back
End Function
'Declare Function DumpFile(psName as String) as Byte
Function Dumpfile(psname As String) As Byte
Gldumpbase = 0
!call _GetFreeFileNumber ' to get free file# in r24
brcs _DumpFileEnd ' Error?; if C-set
push r24 ' File#
Loadadr Psname , X
!call _NormFileName ' Result: Z-> Normalized name
pop r24 ' File#
ldi r25, cpFileOpenInput ' Read only and archive-bit allowed
!call _OpenFile ' Search file, set File-handle and load first sector
brcs _DumpFileEnd ' Error?; if C-set
sbiw yl, 2 ' If Openfile OK! then (Y-2), (Y-1) -> Filehandle
_dumpfile2:
!call _LoadFileBufferStatusYZ ' Someting to read?
sbrc r24, dEOF ' End of File?
rjmp _DumpFile3
!call _addrFileBuffer2X
Loadadr Gword1 , Z
st Z+, xl
st Z+, xh
Sramdump Gword1 , 512 , Gldumpbase
!call _LoadNextFileSector_Position
brcc _DumpFile2 ' Loop to Dump next sector; irregular Error if C-set
_dumpfile3:
!call _CloseFileHandle_Y
adiw yl, 2 ' Restore Y
!call _ClearDOSError
_dumpfileend:
Loadadr Dumpfile , X
st X, r25 ' give Error code back
End Function
Sub Printfilesysteminfo()
Print #1 , "File System: " ; Gbfilesystem
Print #1 , "File System Status: " ; Gbfilesystemstatus
Print #1 , "FAT first Sector: " ; Glfatfirstsector
Print #1 , "Number of FATs: " ; Gbnumberoffats
Print #1 , "Sectors per FAT: " ; Glsectorsperfat
Print #1 , "Root first Sector: " ; Glrootfirstsector
Print #1 , "Root Entries: " ; Gwrootentries
Print #1 , "Data first Sector: " ; Gldatafirstsector
Print #1 , "Sectors per Cluster: " ; Gbsectorspercluster
Print #1 , "Highest Cluster#: " ; Glmaxclusternumber
Print #1 , "Start check Cluster# " ; Gllastsearchedcluster
End Sub
Sub Printdirinfo()
Local Lwtemp1 As Word , Lltemp1 As Long
Print #1 , "Dir first Sector#: " ; Gldirfirstsectornumber
Print #1 , "Free Dir Entry#: " ; Gwfreedirentry
Print #1 , "Free Dir Sector# " ; Glfreedirsectornumber
Print #1 , "Dir0 File name " ; Gsdir0tempfilename
Print #1 , "Dir0 Entry " ; Gwdir0entry
Print #1 , "Dir0 Sector# " ; Gldir0sectornumber
Print #1 , "File Name " ; Gstempfilename
Print #1 , "Dir Entry# " ; Gwdirentry
Print #1 , "Dir Sector# " ; Gldirsectornumber
Print #1 , "Dir buffer status " ; Bin(gbdirbufferstatus)
Lltemp1 = 0
Lwtemp1 = Varptr(gbdirbuffer(1))
Sramdump Lwtemp1 , 512 , Lltemp1
End Sub
Sub Printfatinfo()
Local Lwtemp1 As Word , Lltemp1 As Long
#if Csepfathandle = 1
Print #1 , "FAT Sector# " ; Glfatsectornumber
Print #1 , "FAT buffer status " ; Bin(gbfatbufferstatus)
Lwtemp1 = Varptr(gbfatbuffer(1))
Lltemp1 = 0
Sramdump Lwtemp1 , 512 , Lltemp1
#else
Print #1 , "Directory and FAT handled with on buffer"
Print #1 , "Dir Entry# " ; Gwdirentry
Print #1 , "Dir Sector# " ; Gldirsectornumber
Print #1 , "Dir buffer status " ; Bin(gbdirbufferstatus)
Lltemp1 = 0
Lwtemp1 = Varptr(gbdirbuffer(1))
Sramdump Lwtemp1 , 512 , Lltemp1
#endif
End Sub
Sub Printfileinfo(pbfilenr As Byte)
Local Lltemp1 As Long
Local Lbfilenumber As Byte
Local Lbfilemode As Byte
Local Lwfiledirentry As Word
Local Llfiledirsectornumber As Long
Local Llfilefirstcluster As Long
Local Llfilesize As Long
Local Llfileposition As Long
Local Llfilesectornumber As Long
Local Lbfilebufferstatus As Byte
Local Lwfilebufferaddress As Word
Loadadr Pbfilenr , X
ld r24, X
!Call _GetFileHandle
brcc PrintFileInfo1
rjmp PrintFileInfoError
Printfileinfo1:
Loadadr Lbfilenumber , X
ldi r24, 25
!Call _Mem_Copy
Loadadr Lwfilebufferaddress , X
st X+, zl
st X+, zh
Print #1 , "Handle#: " ; Lbfilenumber
Print #1 , "Open mode: " ; Bin(lbfilemode)
Print #1 , "Dir Entry#: " ; Lwfiledirentry
Print #1 , "Dir Sector#: " ; Llfiledirsectornumber
Print #1 , "First Cluster#: " ; Llfilefirstcluster
Print #1 , "Size: " ; Llfilesize
Print #1 , "Position: " ; Llfileposition
Print #1 , "Sector#: " ; Llfilesectornumber
Print #1 , "Buffer Status: " ; Bin(lbfilebufferstatus)
Lltemp1 = 0
Sramdump Lwfilebufferaddress , 512 , Lltemp1
Exit Sub
Printfileinfoerror:
Print #1 , "No Filehandle for " ; Pbfilenr ; " found"
End Sub
-
EdGull - Сообщения: 10211
- Зарегистрирован: 28 дек 2004, 20:33
- Откуда: Тольятти
- Skype: Ed_Gull
- прог. языки: Bascom AVR Basic
- ФИО: Гуль Эдуард Викторович
Re: МиниБот-ПРО (MiniBot-PRO)
FireFly » 13 июл 2008, 20:53
EdGull писал(а):ты чё ноги не преконфигурировал?
да не - конфигурировал. Посомтрел как у тебя, у меня так же, компильнул таки под 32-ю мегу, вроде дернулось, но пока кроме фат еррор 227 нечего добится не удалось
копаю дальше...-
FireFly - Сообщения: 1576
- Зарегистрирован: 19 июн 2005, 18:27
- Откуда: Камышин
Re: МиниБот-ПРО (MiniBot-PRO)
EdGull » 13 июл 2008, 20:56
как это оно у тебя компельнулось??? 
оно должно ругаться что ОЗУ не хватает!!!
оно должно ругаться что ОЗУ не хватает!!!
-
EdGull - Сообщения: 10211
- Зарегистрирован: 28 дек 2004, 20:33
- Откуда: Тольятти
- Skype: Ed_Gull
- прог. языки: Bascom AVR Basic
- ФИО: Гуль Эдуард Викторович
Re: МиниБот-ПРО (MiniBot-PRO)
FireFly » 13 июл 2008, 21:03
EdGull писал(а):как это оно у тебя компельнулось???
оно должно ругаться что ОЗУ не хватает!!!
вот такие настройки я делал
- Код: Выделить всё • Развернуть
' Config File-System for Version 5.5:
' === User Settings ============================================================
' Count of file-handles, each file-handle needs 524 Bytes of SRAM
Const Cfilehandles = 1 ' [default = 2]
' Handling of FAT-Buffer in SRAM:
' 0 = FAT- and DIR-Buffer is handled in one SRAM buffer with 561 bytes
' 1 = FAT- and DIR-Buffer is handled in separate SRAM buffers with 1078 bytes
' Parameter 1 increased speed of file-handling
Const Csepfathandle = 0 ' [default = 1]
' Handling of pending FAT and Directory information of open files
' 0 = FAT and Directory Information is updated every time a data sector of the file is updated
' 1 = FAT and Directory Information is only updated at FLUSH and SAVE command
' Parameter 1 increases writing speed of data significantly
Const Cfatdirsaveatend = 1 ' [default = 1]
' Surrounding String with Quotation Marks at the Command WRITE
' 0 = No Surrounding of strings with quotation.marks
' 1 = Surrounding of strings with quotation.marks (f.E. "Text")
Const Ctextquotationmarks = 1 ' [default = 1]
' Write second FAT. Windows accepts a not updated second FAT
' PC-Command: chkdsk /f corrects the second FAT, it overwrites the
' second FAT with the first FAT
' set this parameter to 0 for high speed continuing saving data
' 0 = Second FAT is not updated
' 1 = Second FAT is updated if exist
Const Cfatsecondupdate = 1 ' [default = 1]
' Character to separate ASCII Values in WRITE - statement (and INPUT)
' Normally a comma (,) is used. but it can be changed to other values, f.E.
' to TAB (ASCII-Code 9) if EXCEL Files with Tab separated values should be
' written or read. This parameter works for WRITE and INPUT
' Parameter value is the ASSCII-Code of the separator
' 44 = comma [default]
' 9 = TAB ' [default = 44]
Const Cvariableseparator = 9
-
FireFly - Сообщения: 1576
- Зарегистрирован: 19 июн 2005, 18:27
- Откуда: Камышин
-
EdGull - Сообщения: 10211
- Зарегистрирован: 28 дек 2004, 20:33
- Откуда: Тольятти
- Skype: Ed_Gull
- прог. языки: Bascom AVR Basic
- ФИО: Гуль Эдуард Викторович
AVR-DOS для МиниБота
EdGull » 13 июл 2008, 21:09
Здесь обсуждаем исключительно сабж.
Остальное по старой и доброй традиции удаляю без предупреждения
Так что Без обид...
Остальное по старой и доброй традиции удаляю без предупреждения
Так что Без обид...
-
EdGull - Сообщения: 10211
- Зарегистрирован: 28 дек 2004, 20:33
- Откуда: Тольятти
- Skype: Ed_Gull
- прог. языки: Bascom AVR Basic
- ФИО: Гуль Эдуард Викторович
Вернуться в МиниБот — национальный класс роботов
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