Gönderen Konu: Proton illegal Opcode / Overwriting hatası  (Okunma sayısı 759 defa)

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Proton illegal Opcode / Overwriting hatası
« : 14 Nisan 2017, 11:27:44 »
Arkadaşlar merhaba, her yerde illegal opcode ile PBP çözümleri verilmiş. INC dosyasındaki sigorta ayarlarını comment yapma anlatılmış. ProtonIDE dosyası içerisinde örneklere benzer config ayarları PPI uzantılı dosyanın içerisinde var. P18F2550.PPI olarak. MPASM Suite içerisindeki 18F2550.inc in içindeki koduda ekliyorum.
Kod: [Seç]
[CONFIGEND]

Default Configuration Definitions
[DEFCONFIGSTART]
ifndef CONFIG_REQ
ifdef PLL@REQ ; Do we require the PLL ?
__config Config1L, PLLDIV_5_1 & CPUDIV_OSC1_PLL2_1 & USBDIV_2_1
__config Config1H, FOSC_HSPLL_HS_1
Else
__config Config1H, FOSC_HSPLL_HS_1
EndIf
__config Config2L, PWRT_OFF_2 & BOR_ON_2 & BORV_3_2 & VREGEN_ON_2
ifdef WATCHDOG_REQ
__config Config2H, WDT_ON_2 & WDTPS_128_2
Else
__config Config2H, WDT_OFF_2 & WDTPS_128_2
EndIf
__config Config3H, PBADEN_OFF_3
ifdef DEBUG@REQ ; Do we require DEBUG ?
__config Config4L, LVP_OFF_4 & XINST_OFF_4 & DEBUG_ON_4
Else
__config Config4L, LVP_OFF_4 & XINST_OFF_4 & DEBUG_OFF_4
EndIf
EndIf
[DEFCONFIGEND]



Kod: [Seç]
;
;==========================================================================
;==========================================================================
;
;       Configuration Bits
;
;   NAME            Address
;   CONFIG1L        300000h
;   CONFIG1H        300001h
;   CONFIG2L        300002h
;   CONFIG2H        300003h
;   CONFIG3H        300005h
;   CONFIG4L        300006h
;   CONFIG5L        300008h
;   CONFIG5H        300009h
;   CONFIG6L        30000Ah
;   CONFIG6H        30000Bh
;   CONFIG7L        30000Ch
;   CONFIG7H        30000Dh
;
;==========================================================================

; The following is an assignment of address values for all of the
; configuration registers for the purpose of table reads
_CONFIG1L        EQU  H'300000'
_CONFIG1H        EQU  H'300001'
_CONFIG2L        EQU  H'300002'
_CONFIG2H        EQU  H'300003'
_CONFIG3H        EQU  H'300005'
_CONFIG4L        EQU  H'300006'
_CONFIG5L        EQU  H'300008'
_CONFIG5H        EQU  H'300009'
_CONFIG6L        EQU  H'30000A'
_CONFIG6H        EQU  H'30000B'
_CONFIG7L        EQU  H'30000C'
_CONFIG7H        EQU  H'30000D'


Kodlar bu şekilde. Türlü türlü 2 taraftan kapatıp açmalar yaptım. Sonuç aynı. Ne yapmalıyım tam olarak? Teşekkürler.

Çevrimdışı Maxim

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #1 : 14 Nisan 2017, 11:37:35 »
protonun config wizard programını kullanabilirsiniz

http://www.picproje.org/index.php/topic,32231.0.html

Çevrimdışı MR.CAPSLOCK

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #2 : 14 Nisan 2017, 11:48:39 »
protonun config wizard programını kullanabilirsiniz

http://www.picproje.org/index.php/topic,32231.0.html

Program harika. Sadece cihazı seçip yapıştırdığım da hatalar aynı kalıyor. Bazılarını değişmem gerekiyor sanıyorum ama hangisini OFF ON yapacağımı nasıl bileceğim? Bu konuda bilgim yok maalesef :/


« Son Düzenleme: 14 Nisan 2017, 11:50:57 Gönderen: MR.CAPSLOCK »

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #3 : 14 Nisan 2017, 12:15:50 »
Bu program ile kodu oraya kendi yapıştırınca, PPI. veya INC uzantılı 18f2550 dosyalarında değişiklik yapmam gerekiyor mu hala?

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #4 : 14 Nisan 2017, 21:40:59 »
hayır ppi dosyalarıyla falan oynamanız gerekmiyor
siz tam olarak ne yapmak istiyorsunuz onu yazın, 18F2550 osc ayarları biraz alengirlidir ona bakalım
birde proton+ versiyonu kaçtır?

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #5 : 15 Nisan 2017, 03:59:49 »
hayır ppi dosyalarıyla falan oynamanız gerekmiyor
siz tam olarak ne yapmak istiyorsunuz onu yazın, 18F2550 osc ayarları biraz alengirlidir ona bakalım
birde proton+ versiyonu kaçtır?
Cevap için teşekkürler.
Ne yapmak istiyorumdan kastınız, devre ne yapıyor ise, SD kart var RTC var. Harici OSC kullanıyorum. 20mHz. Sensörlerden gelen verileri zaman verileriyle birleştirip SD karta yazıyor.

ProtonIDE 2.0.1.0
Compiler Proton Basic Compiler 3.5.7.1

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #6 : 15 Nisan 2017, 07:25:17 »
20mhz ext osc ile bu şekilde çalışması lazım
benim derleyici 3.5.7.4 ve hatasız derliyor

Kod: [Seç]
;-------------------------------------------------------------------------------
;**** Added by Fuse Configurator ****
; Use the Fuse Configurator plug-in to change these settings

Device = 18F2550
Declare Xtal=20

Config_Start
  PLLDIV = 1    ;No prescale (4 MHz oscillator input drives PLL directly)
  CPUDIV = OSC1_PLL2    ;[Primary Oscillator Src: /1][96 MHz PLL Src: /2]
  USBDIV = 1    ;USB clock source comes directly from the primary oscillator block with no postscale
  FOSC = HS    ;HS oscillator (HS)
  FCMEN = OFF    ;Fail-Safe Clock Monitor disabled
  IESO = OFF    ;Oscillator Switchover mode disabled
  PWRT = On    ;PWRT enabled
  BOR = OFF    ;Brown-out Reset disabled in hardware and software
  BORV = 3    ;Minimum setting
  VREGEN = OFF    ;USB voltage regulator disabled
  WDT = OFF    ;WDT disabled (control is placed on the SWDTEN bit)
  WDTPS = 32768    ;1:32768
  CCP2MX = OFF    ;CCP2 input/output is multiplexed with RB3
  PBADEN = OFF    ;PORTB<4:0> pins are configured as digital I/O on Reset
  LPT1OSC = OFF    ;Timer1 configured for higher power operation
  MCLRE = OFF    ;RE3 input pin enabled; MCLR pin disabled
  STVREN = OFF    ;Stack full/underflow will not cause Reset
  LVP = OFF    ;Single-Supply ICSP disabled
  XINST = OFF    ;Instruction set extension and Indexed Addressing mode disabled (Legacy mode)
  Debug = OFF    ;Background debugger disabled, RB6 and RB7 configured as general purpose I/O pins
  Cp0 = OFF    ;Block 0 (000800-001FFFh) is not code-protected
  CP1 = OFF    ;Block 1 (002000-003FFFh) is not code-protected
  CP2 = OFF    ;Block 2 (004000-005FFFh) is not code-protected
  CP3 = OFF    ;Block 3 (006000-007FFFh) is not code-protected
  CPB = OFF    ;Boot block (000000-0007FFh) is not code-protected
  CPD = OFF    ;Data EEPROM is not code-protected
  WRT0 = OFF    ;Block 0 (000800-001FFFh) is not write-protected
  WRT1 = OFF    ;Block 1 (002000-003FFFh) is not write-protected
  WRT2 = OFF    ;Block 2 (004000-005FFFh) is not write-protected
  WRT3 = OFF    ;Block 3 (006000-007FFFh) is not write-protected
  WRTC = OFF    ;Configuration registers (300000-3000FFh) are not write-protected
  WRTB = OFF    ;Boot block (000000-0007FFh) is not write-protected
  WRTD = OFF    ;Data EEPROM is not write-protected
  EBTR0 = OFF    ;Block 0 (000800-001FFFh) is not protected from table reads executed in other blocks
  EBTR1 = OFF    ;Block 1 (002000-003FFFh) is not protected from table reads executed in other blocks
  EBTR2 = OFF    ;Block 2 (004000-005FFFh) is not protected from table reads executed in other blocks
  EBTR3 = OFF    ;Block 3 (006000-007FFFh) is not protected from table reads executed in other blocks
  EBTRB = OFF    ;Boot block (000000-0007FFh) is not protected from table reads executed in other blocks
Config_End

;**** End of Fuse Configurator Settings ****
;-------------------------------------------------------------------------------

Çevrimdışı MR.CAPSLOCK

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #7 : 15 Nisan 2017, 07:33:53 »
Bunları kendi koduma yapıştırıyorum değil mi?. Öyle yapınca hata devam ediyor. Fakat sanırım şununla ilgili olabilir.
SD_FILE_SYSTEM.pbp kullanıyorum. hata metninde ilk bu satırı gösterip illegal opcode diyor. Sonra masaüstünü göstererek onlarca overwriting hatası veriyor. Dosya eklenmiyor mu? Ekleyemedim. Codu koyuyorum bu kütüphanenin. Kütüphaneyi kaldırınca sigorta kodlarını yazmadan da derliyor. Tabi SD kart fonksiyonlarını tanımlamamışsın diyor otomatik olarak.


Kod: [Seç]
@LIB_NAME SD_File_System22

@LIB_NOTES

@LIB_SHARED
     
      Symbol SD_CS = PORTB.2                                      'SPI CS to SD CS (SD PortB pin 2)
      Symbol SD_DI = PORTB.5                                      'SPI DO to SD DI (SD PortB Pin 5)
      Symbol SD_CLK = PORTB.1                                     'SPI CLK to SD CLK (SD PortB Pin 1)
      Symbol SD_DO = PORTB.0                                      'SPI DI to SD DO (SD PortB Pin 0)
' Code and data shared by more than one subroutine in this library
Dim SD_ByteR As Byte                                                            'Receive byte from SHIn
Dim SD_Idx As Byte                                                              'General index byte
Dim SD_Sector_Num As Dword                                                      'Sector number for read/write
Dim SD_Address As Dword                                                         'Byte address
Dim SD_Seek_Response_Idx As Word                                                'Index in SD_Seek_Response
Dim SD_Seek_Response_Reqd As Byte                                               'Required byte returned from Cmd
Dim SD_Seek_Response_Return As Byte                                             'Return flag from SD_Seek_Response: 0 = OK, 1 = Timeout
Dim SD_Return As Byte                                                           'Return flag from Subroutine: 0 = OK, 1 = Timeout
Dim SD_Buffer0[$100] As Byte                                                    'Read/write buffer - L
Dim SD_Buffer1[$100] As Byte                                                    'Read/write buffer - H
Dim SD_Byte0 As Byte                                                            'Cmd Bytes 0-5
Dim SD_Byte1 As Byte
Dim SD_Byte2 As Byte
Dim SD_Byte3 As Byte
Dim SD_Byte4 As Byte
Dim SD_Byte5 As Byte
'Dim SD_Byte_Out As Byte
'Dim SD_Byte_In As Byte
Dim SD_Buffer_Idx As Word                                                       'Current position in buffer
Dim SD_Byte_RW As Byte                                                          'Byte to Read/Write
Dim SD_RW_Option As Byte
'Dim FSR0 As FSR0L.Word                                                         'Combine FSR0L/H as a 16-bit register
Dim SD_Extended_Return As Byte                                                  'Return flag from Extended Subroutine: 0 = OK, 1 = Fail
Dim SD_Extended_Return_Root_Dir As Byte                                         'Return flag from Root Dir Subroutine: 0 = OK, 1 = Fail
Dim SD_Data_IO As Byte                                                          'Bytes read/written to SD/MMC card
Dim SD_Buffer_Pos As Word                                                       'Internal counter of bytes in Sector (i.e. 512)
Dim SD_Root_Dir_File_Pos As Byte
Dim SD_Sec_Num As Dword                                                         'Sector of interest
'Dim SD_Hidden_Secs As DWord
Dim SD_Secs_Per_Cluster As Byte
Dim SD_Reserved_Secs As Word
Dim SD_Secs_Per_FAT As Word
Dim SD_Num_of_FATs As Byte
Dim SD_Num_of_Secs As Dword
Dim SD_Bytes_Per_Sec As Word
Dim SD_Num_of_Root_Entries As Word
Dim SD_Secs_in_Root As Word
Dim SD_Boot_Record As Word
Dim SD_FAT1 As Dword
Dim SD_FAT2 As Dword
Dim SD_Root_Dir As Dword
Dim SD_Data_Area As Dword
Dim SD_FAT_Entry As Word
Dim SD_FAT_Sec As Dword
Dim SD_FAT_Buffer_Pos As Word
Dim SD_FAT_Sec_Prev As Dword
Dim SD_FAT_Buffer_Pos_Prev As Word
Dim SD_Root_Dir_Sec As Dword
Dim SD_Root_Dir_Pos As Word
Dim SD_Data_Sec As Dword
Dim SD_Data_Buffer_Pos As Word
Dim SD_File_Name As String * 8
Dim SD_File_Ext As String * 3
Dim SD_Root_Dir_File[32] As Byte
Dim SD_Write_Sec_Num As Dword
Dim SD_Write_Buffer_Pos As Word
Dim SD_Null_F As Byte
Dim SD_Cluster_Num As Word
Dim SD_Cluster_Num_Prev As Word
Dim SD_Last_Cluster As Word
Dim SD_Sec_in_Cluster As Byte
Dim SD_File_Size As Dword
Dim SD_IO_Byte As Byte
Dim SD_Temp_Byte As Byte
Dim SD_Temp As Word
Dim SD_Temp_Dword As Dword
Dim SD_Cluster_Seq_Num As Word
Dim SD_Cluster_Seq_Idx As Word
Dim SD_Cluster_Seq_Num_Prev As Word
Dim SD_Cluster_Seq_Idx_Prev As Word
Dim SD_Find_Root_Dir_Entry_F As Byte                                            'SD_Find_Root_Dir_Entry request: 0=Free, 1=Existing
Dim SD_Bytes_Read As Dword                                                      'Sequential Read marker
Dim SD_EOF As Bit                                                               'EOF marker
Dim SD_File_Num As Word                                                         'File number for Dir
Dim SD_Dir_Direction As Byte                                                    'SD_Dir direction flag: 0 - first, 1 - next (default), 2 - previous
Dim SD_Extended_Return_Int As Byte                                              'Return flag from Init Subroutine: 0 = OK, 1 = Fail
Dim SD_File_Size_Left As Dword
Dim SD_RW_Ptr As SD_Bytes_Read
Dim SD_Free_Cluster_Num As SD_Cluster_Seq_Num
Dim SD_Free_Space_KB As SD_Bytes_Read
Dim SD_Disk_Size_KB As SD_Bytes_Read
Dim SD_Timeout As Byte
Dim SD_Day As Byte
Dim SD_Month As Byte
Dim SD_Year As Byte
Dim SD_MSeconds As Byte
Dim SD_Seconds As Byte
Dim SD_Minutes As Byte
Dim SD_Hours As Byte
Dim SD_Is_Dirty As Byte
Symbol SD_First = 0
Symbol SD_Next = 1
Symbol SD_Previous = 2
Symbol SD_SPI_BF = SSPSTAT.0                                                    'Master Synchronous Serial Port Buffer Full Status Flag
Dim SD_SSPSTAT As Byte
Symbol SD_SPI_IF = PIR1.3                                                       'Master Synchronous Serial Port Interrupt Flag
Symbol SD_SPI_FOSC_64 = %10                                                     'SPI Master mode, clock = FOSC/64
Symbol SD_SPI_FOSC_16 = %01                                                     'SPI Master mode, clock = FOSC/16
Symbol SD_SPI_FOSC_04 = %00                                                     'SPI Master mode, clock = FOSC/04

@LOCAL
' Add Local (non-persistent) variables here
@CODE
'-------------------------------------------------------------------------------
SD_Write_Sub:                                                                   'Write Byte
    If SD_Buffer_Idx > $FF Then
        SD_Buffer1[SD_Buffer_Idx - $100] = SD_Byte_RW
    Else
        SD_Buffer0[SD_Buffer_Idx] = SD_Byte_RW
    EndIf
    SD_Is_Dirty = 1
    If SD_Buffer_Idx = $1FF Then
        Repeat
            GoSub SD_Write_Sector
        Until SD_Return = 0
        SD_Is_Dirty = 0
        SD_Buffer_Idx = 0
        Inc SD_Sector_Num
    Else
        SD_Buffer_Idx = SD_Buffer_Idx + 1
    EndIf
    Return
'-------------------------------------------------------------------------------
SD_Sector_Sub:
    SD_Buffer_Idx = 0
    If SD_RW_Option = 0 Then                                                    'SD_RW_Option: 0 = Write, 1 = Read
        For SD_Idx = 0 To $FF
            SD_Buffer0[SD_Idx] = 0
            SD_Buffer1[SD_Idx] = 0
        Next SD_Idx
    Else
        GoSub SD_Read_Sector
    EndIf
    Return         
'-------------------------------------------------------------------------------
'SD_Send_Cmd:
'    SHOut SD_DI, SD_CLK, msbfirst, [SD_Byte0,SD_Byte1,SD_Byte2,SD_Byte3,SD_Byte4]
'SD_Send_Byte:
'    SHOut SD_DI, SD_CLK, msbfirst, [SD_Byte5]
'    Return
'-------------------------------------------------------------------------------
'SD_Receive_Byte:
'    SHIn SD_DO, SD_CLK, msbpre, [SD_ByteR]
'    Return
'-------------------------------------------------------------------------------
SD_Seek_Response:                                                               'Wait for response from SD/MMC or timeout
'   SD_Seek_Response_Idx = $FFFF
    Repeat
        GoSub SD_Receive_Byte
        Dec SD_Seek_Response_Idx
    Until SD_ByteR = SD_Seek_Response_Reqd Or SD_Seek_Response_Idx = 0
    If SD_Seek_Response_Idx = 0 Then
        SD_Seek_Response_Return = 1                                             'SD_Return = 1: Timeout
    Else
        SD_Seek_Response_Return = 0                                             'SD_Return = 0: Response obtained
    EndIf
    Return                                                           
'-------------------------------------------------------------------------------
SD_Write_Sector:                                                                'Write to SD/MMC
    SD_Timeout = 0
    SD_Return = 1                                                           
SD_Write_Sector_Start:
    SD_Address = SD_Sector_Num << 9
'SD_Cmd24:
    Low SD_CS
    SD_Byte0 = $58
    SD_Byte1 = SD_Address.Byte3
    SD_Byte2 = SD_Address.Byte2
    SD_Byte3 = SD_Address.Byte1
    SD_Byte4 = SD_Address.Byte0
    SD_Byte5 = $FF
SD_Seek_Response_Reqd = $00
SD_Seek_Response_Idx = $FFFF
GoSub SD_Send_Cmd
    GoSub SD_Seek_Response
    If SD_Seek_Response_Return = 1 Then GoTo SD_Write_Sector_Error
'SD_Write_Start_Token:
    SD_Byte5 = $FE
    GoSub SD_Send_Byte                                                         'Data start token
'SD_Write_Data_Block:
    For SD_Idx = 0 To $FF
        SD_Byte5 = SD_Buffer0[SD_Idx]
        GoSub SD_Send_Byte                                                      'Send SD_Buffer0
    Next SD_Idx   
    For SD_Idx = 0 To $FF
        SD_Byte5 = SD_Buffer1[SD_Idx]
        GoSub SD_Send_Byte                                                      'Send SD_Buffer1
    Next SD_Idx   
'SD_Write_Dummy_CRC:       
    SD_Byte5 = $FF
    GoSub SD_Send_Byte
    GoSub SD_Send_Byte                                                          'Send dummy CRC to conclude data block
'SD_Data_Response_Token:
SD_Seek_Response_Reqd = $FF
    SD_Seek_Response_Idx = $FFFF
    GoSub SD_Receive_Byte
    SD_Temp_Byte = SD_ByteR
    GoSub SD_Seek_Response
    SD_Temp_Byte = SD_Temp_Byte & $0F
    If SD_Temp_Byte <> $05 Then GoTo SD_Write_Sector_Error
    If SD_Seek_Response_Return = 1 Then GoTo SD_Write_Sector_Error
    SD_Return = 0                                                               'SD_Write completed successfully
    High SD_CS
    GoTo SD_Write_Sector_End                                                   
SD_Write_Sector_Error:
    High SD_CS
    SD_Timeout = SD_Timeout + 1
    If SD_Timeout < $03 Then
        GoTo SD_Write_Sector_Start
    EndIf
SD_Write_Sector_End:     
    Return
'-------------------------------------------------------------------------------
SD_Read_Sector:                                                                 'Read from SD/MMC
    SD_Timeout = 0
    SD_Return = 1                                                           
SD_Read_Sector_Start:
SD_Address = SD_Sector_Num << 9
'SD_Cmd17:
    Low SD_CS
    SD_Byte0 = $51
    SD_Byte1 = SD_Address.Byte3
    SD_Byte2 = SD_Address.Byte2
    SD_Byte3 = SD_Address.Byte1
    SD_Byte4 = SD_Address.Byte0
    SD_Byte5 = $FF
GoSub SD_Send_Cmd
SD_Seek_Response_Reqd = $00
    SD_Seek_Response_Idx = $FFFF
    GoSub SD_Seek_Response
    If SD_Seek_Response_Return = 1 Then GoTo SD_Read_Sector_Error
'SD_Read_Start_Token:
SD_Seek_Response_Reqd = $FE
    SD_Seek_Response_Idx = $FFFF
    GoSub SD_Seek_Response
    If SD_Seek_Response_Return = 1 Then GoTo SD_Read_Sector_Error
'SD_Read_Data_Block:
    For SD_Idx = 0 To $FF
        GoSub SD_Receive_Byte                                                   'Read SD_Buffer0
        SD_Buffer0[SD_Idx] = SD_ByteR
    Next SD_Idx   
    For SD_Idx = 0 To $FF
        GoSub SD_Receive_Byte                                                   'Read SD_Buffer1
        SD_Buffer1[SD_Idx] = SD_ByteR
    Next SD_Idx   
'SD_Read_Dummy_CRC:       
    GoSub SD_Receive_Byte                                                       'Read dummy CRC to conclude data block
    GoSub SD_Receive_Byte                                     
    High SD_CS
    SD_Byte5 = $FF
    GoSub SD_Send_Byte                                                          'Clock SD/MMC to complete job
    SD_Return = 0                                                               'SD_Read completed successfully
    GoTo SD_Read_Sector_End
SD_Read_Sector_Error:
    High SD_CS
    SD_Timeout = SD_Timeout + 1
    If SD_Timeout < $03 Then
        GoTo SD_Read_Sector_Start
    EndIf
SD_Read_Sector_End:     
    Return                                                               
'-------------------------------------------------------------------------------
SD_Read_FAT_Entry:
    If SD_Buffer_Pos > $0FF Then
        SD_FAT_Entry.Byte0 = SD_Buffer1[SD_Buffer_Pos - $100]                   'Read FAT entry as 2-byte word
        SD_FAT_Entry.Byte1 = SD_Buffer1[SD_Buffer_Pos + 1 - $100]
    Else
        SD_FAT_Entry.Byte0 = SD_Buffer0[SD_Buffer_Pos]                          'Read FAT entry as 2-byte word
        SD_FAT_Entry.Byte1 = SD_Buffer0[SD_Buffer_Pos + 1]
    EndIf
    Return
'-------------------------------------------------------------------------------
SD_Find_Free_Cluster:
    SD_Temp_Dword = SD_FAT1 + SD_Secs_Per_FAT - 1
    For SD_Sec_Num = (SD_FAT_Sec + SD_FAT1) To SD_Temp_Dword                    'Scan SD_FAT1 for free cluster address
        SD_Sector_Num = SD_Sec_Num
        SD_RW_Option = 1
        GoSub SD_Sector_Sub
'       SD_Sector SD_Sec_Num, 1                                                 'Set sector & read sector to SD_Buffer
        For SD_Buffer_Pos = $0000 To $1FF Step 2
            If SD_Sec_Num > (SD_FAT_Sec + SD_FAT1) Or SD_Buffer_Pos >= (SD_FAT_Buffer_Pos + (2 * SD_Cluster_Seq_Num)) Then           
                GoSub SD_Read_FAT_Entry
                If SD_FAT_Entry = $0000 Then GoTo SD_Store_FAT_Position
            EndIf
        Next SD_Buffer_Pos
    Next SD_Sec_Num
    SD_Extended_Return = 1
    Return
SD_Store_FAT_Position: 
    SD_FAT_Sec = SD_Sec_Num - SD_FAT1                                           'Store FAT Sec &
    SD_FAT_Buffer_Pos = SD_Buffer_Pos                                           'Buffer Position for Free Cluster
    SD_Cluster_Num = (SD_FAT_Sec * $100)
    SD_Cluster_Num = (SD_FAT_Buffer_Pos / 2) + SD_Cluster_Num
    SD_Cluster_Seq_Num = 0
    For SD_Buffer_Pos = SD_FAT_Buffer_Pos To $1FF Step 2
        GoSub SD_Read_FAT_Entry
        If SD_FAT_Entry = $0000 Then
            Inc SD_Cluster_Seq_Num                                              'Number of empty clusters in Sector of FAT1
        Else
            GoTo SD_Store_Cluster_Seq
        EndIf
    Next SD_Buffer_Pos
SD_Store_Cluster_Seq:
    SD_Cluster_Seq_Idx = 1                                                      'Initilise Cluster Sequence
    SD_Extended_Return = 0
    Return
'-------------------------------------------------------------------------------
SD_Modify_File_Name:
    SD_Null_F = 0
    For SD_Root_Dir_File_Pos = $00 To $07                                       'Replace Blank File Name Chr with $20
        If SD_Null_F = 1 Or SD_File_Name[SD_Root_Dir_File_Pos] = 0 Then
            SD_File_Name[SD_Root_Dir_File_Pos] = $20
            SD_Null_F = 1
        EndIf                           
    Next SD_Root_Dir_File_Pos
    SD_Null_F = 0
    For SD_Root_Dir_File_Pos = $08 To $0A                                       'Replace Blank File Name Chr with $20
        If SD_Null_F = 1 Or SD_File_Ext[SD_Root_Dir_File_Pos - $08] = 0 Then
            SD_File_Ext[SD_Root_Dir_File_Pos - $08] = $20
            SD_Null_F = 1
        EndIf                                                               
    Next SD_Root_Dir_File_Pos
    Return
'-------------------------------------------------------------------------------
SD_Find_Root_Dir_Entry:
    GoSub SD_Modify_File_Name
    SD_Num_of_Root_Entries = 0
    SD_Temp_Dword = SD_Root_Dir + SD_Secs_in_Root - 1
    For SD_Sec_Num = SD_Root_Dir To SD_Temp_Dword                               'Scan Root Dir for free entry
        SD_Sector_Num = SD_Sec_Num
        SD_RW_Option = 1
        GoSub SD_Sector_Sub
'       SD_Sector SD_Sec_Num, 1                                                 'Set sector & read sector to SD_Buffer
        For SD_Buffer_Pos = $000 To $1FF Step 32
            For SD_Root_Dir_File_Pos = 0 To 31
                SD_Temp = SD_Buffer_Pos + SD_Root_Dir_File_Pos
                If SD_Temp > $0FF Then
                    SD_Root_Dir_File[SD_Root_Dir_File_Pos] = SD_Buffer1[SD_Temp - $100]                           
                Else
                    SD_Root_Dir_File[SD_Root_Dir_File_Pos] = SD_Buffer0[SD_Temp]
                EndIf                           
            Next SD_Root_Dir_File_Pos
            Select SD_Find_Root_Dir_Entry_F
            Case 0                                                              'Search for free position
                If SD_Root_Dir_File[0] = $00 Or SD_Root_Dir_File[0] = $E5 Then
                    GoTo SD_Store_Root_Direct_Position
                EndIf
            Case 1                                                              'Search for file
                SD_Null_F = 0
                For SD_Root_Dir_File_Pos = $00 To $07                           'Check File Name
                    If SD_Root_Dir_File[SD_Root_Dir_File_Pos] <> SD_File_Name[SD_Root_Dir_File_Pos] Then
                        SD_Null_F = 1
                        Break
                    EndIf
                Next SD_Root_Dir_File_Pos
                For SD_Root_Dir_File_Pos = $08 To $0A                           'Check File Ext
                    If SD_Root_Dir_File[SD_Root_Dir_File_Pos] <> SD_File_Ext[SD_Root_Dir_File_Pos - $08] Then
                        SD_Null_F = 1
                        Break
                    EndIf
                Next SD_Root_Dir_File_Pos
                If SD_Null_F = 0 Then GoTo SD_Store_Root_Direct_Position
            Case 2                                                              'SD_Dir command
                If SD_Root_Dir_File[$0B] | %11110000 <> $FF Then                'Not Long Filename entry
                    If SD_Root_Dir_File[$00] <> $00 Then                        'Not empty entry
                        If SD_Root_Dir_File[$00] <> $E5 Then                    'Not deleted entry
                            If SD_Root_Dir_File[$0B] & %00011110 = 0 Then       'Not System, Hidden, Directory or Volume (File attributes (00ADVSHR) - 0: unused bit, A: archive bit, D: Dir bit, V: volume bit, S: system bit, R: read-only bit)
                                Inc SD_Num_of_Root_Entries
                                If SD_Num_of_Root_Entries = SD_File_Num Then    'Found required entry in directory
                                    For SD_Root_Dir_File_Pos = $00 To $07       'Copy File Name
                                        SD_File_Name[SD_Root_Dir_File_Pos] = SD_Root_Dir_File[SD_Root_Dir_File_Pos]
                                    Next SD_Root_Dir_File_Pos
                                    For SD_Root_Dir_File_Pos = $08 To $0A       'Copy File Ext
                                        SD_File_Ext[SD_Root_Dir_File_Pos - $08] = SD_Root_Dir_File[SD_Root_Dir_File_Pos]
                                    Next SD_Root_Dir_File_Pos
                                    GoTo SD_Store_Root_Direct_Position          'Returns with SD_Extended_Return_Root_Dir = 0 & Filename & Extension set
                                EndIf
                            EndIf
                        EndIf
                    EndIf
                EndIf
            EndSelect
        Next SD_Buffer_Pos
    Next SD_Sec_Num
    SD_Extended_Return_Root_Dir = 1
    Return
SD_Store_Root_Direct_Position:
    SD_Root_Dir_Sec = SD_Sec_Num - SD_Root_Dir                                  'Store Root Dir Position &
    SD_Root_Dir_Pos = SD_Buffer_Pos                                             'Buffer Position
    SD_Extended_Return_Root_Dir = 0
    Return
'-------------------------------------------------------------------------------
SD_Insert_Byte_Into_Buffer:
    If SD_Write_Buffer_Pos > $0FF Then
        SD_Buffer1[SD_Write_Buffer_Pos - $100] = SD_Data_IO
    Else
        SD_Buffer0[SD_Write_Buffer_Pos] = SD_Data_IO
    EndIf
    Return         
'-------------------------------------------------------------------------------
SD_Assemble_FAT_Sector:
    SD_Write_Buffer_Pos = SD_FAT_Buffer_Pos_Prev
    SD_Cluster_Num = (SD_FAT_Sec_Prev * $100)                                   'Derive first Cluster Number
    SD_Cluster_Num = (SD_FAT_Buffer_Pos_Prev / 2) + SD_Cluster_Num
    Inc SD_Cluster_Num
    While SD_Cluster_Seq_Num_Prev > 1
        SD_Data_IO = SD_Cluster_Num.Byte0                                 
        GoSub SD_Insert_Byte_Into_Buffer
        Inc SD_Write_Buffer_Pos
        SD_Data_IO = SD_Cluster_Num.Byte1                                 
        GoSub SD_Insert_Byte_Into_Buffer
        Inc SD_Write_Buffer_Pos     
        Inc SD_Cluster_Num
        Dec SD_Cluster_Seq_Num_Prev
    Wend
    Return
'-------------------------------------------------------------------------------
SD_Assemble_FAT_Sector_End_Cont:
    SD_Cluster_Num = (SD_FAT_Sec * $100)
    SD_Cluster_Num = (SD_FAT_Buffer_Pos / 2) + SD_Cluster_Num
    SD_Data_IO = SD_Cluster_Num.Byte0                                 
    GoSub SD_Insert_Byte_Into_Buffer
    Inc SD_Write_Buffer_Pos
    SD_Data_IO = SD_Cluster_Num.Byte1                                 
    GoSub SD_Insert_Byte_Into_Buffer
    Return
'-------------------------------------------------------------------------------
SD_Assemble_FAT_Sector_End_Close:
    SD_Data_IO = $FF                                 
    GoSub SD_Insert_Byte_Into_Buffer
    Inc SD_Write_Buffer_Pos
    GoSub SD_Insert_Byte_Into_Buffer
    Return
'-------------------------------------------------------------------------------
SD_Write_Byte_To_File_Sub:
    Inc SD_RW_Ptr
    If SD_RW_Ptr > SD_File_Size Then
        Inc SD_File_Size
        SD_EOF = 1
    EndIf
    Inc SD_Data_Buffer_Pos
    If SD_Data_Buffer_Pos > SD_Bytes_Per_Sec Then
        Inc SD_Data_Sec
        Inc SD_Sec_in_Cluster
        If SD_Sec_in_Cluster > SD_Secs_Per_Cluster Then
            If SD_EOF = 0 Then                                                      'Not extending file
                SD_FAT_Sec = SD_Cluster_Num / $100                                  'Find FAT position for existing cluster
                SD_FAT_Buffer_Pos = SD_Cluster_Num // $100
                SD_FAT_Buffer_Pos = SD_FAT_Buffer_Pos * 2
                SD_Sector_Num = SD_FAT1 + SD_FAT_Sec
                SD_RW_Option = 1
                GoSub SD_Sector_Sub
                SD_Buffer_Pos = SD_FAT_Buffer_Pos
                GoSub SD_Read_FAT_Entry
                SD_Cluster_Num = SD_FAT_Entry
                SD_Data_Sec = (SD_Cluster_Num - 2) * SD_Secs_Per_Cluster
                SD_Data_Sec = SD_Data_Sec + SD_Data_Area
                SD_Sector_Num = SD_Data_Sec
                SD_RW_Option = 1
                GoSub SD_Sector_Sub
                SD_Sec_in_Cluster = 1
               
                SD_FAT_Sec = SD_Cluster_Num / $100                                  'Find new FAT position for existing cluster
                SD_FAT_Buffer_Pos = SD_Cluster_Num // $100
                SD_FAT_Buffer_Pos = SD_FAT_Buffer_Pos * 2
                         
            Else                                                                    'Extending file
                Inc SD_Cluster_Seq_Idx
                If SD_Cluster_Seq_Idx > SD_Cluster_Seq_Num Then
                    SD_FAT_Buffer_Pos_Prev = SD_FAT_Buffer_Pos                     
                    SD_FAT_Sec_Prev = SD_FAT_Sec
                    SD_Cluster_Seq_Idx_Prev = SD_Cluster_Seq_Idx
                    SD_Cluster_Seq_Num_Prev = SD_Cluster_Seq_Num
    '               Inc SD_FAT_Sec
                    GoSub SD_Find_Free_Cluster
                    If SD_Extended_Return = 1 Then Return
                    SD_Write_Sec_Num = SD_FAT1 + SD_FAT_Sec_Prev                    'Write complete sector to FAT1   
                    SD_Sector_Num = SD_Write_Sec_Num
                    SD_RW_Option = 1
                    GoSub SD_Sector_Sub
    '               SD_Sector SD_Write_Sec_Num, 1                                   'Set sector & read sector to SD_Buffer
                    GoSub SD_Assemble_FAT_Sector                                    'Modify Buffer to assemble FAT
                    GoSub SD_Assemble_FAT_Sector_End_Cont
                    GoSub SD_Write_Sector                                           'Write FAT1
                    SD_Sector_Num = SD_FAT2 + SD_FAT_Sec_Prev                       'Write complete sector to FAT2   
                    GoSub SD_Write_Sector                                           'Write FAT2 as copy of FAT1 without re-assembly
                    SD_Data_Sec = (SD_Cluster_Num - 2) * SD_Secs_Per_Cluster
                    SD_Data_Sec = SD_Data_Sec + SD_Data_Area
                    SD_Sector_Num = SD_Data_Sec
                    SD_RW_Option = 0
                    GoSub SD_Sector_Sub
    '               SD_Sector SD_Data_Sec, 0
                Else
                    Inc SD_Cluster_Num
                EndIf
                SD_Sec_in_Cluster = 1
            EndIf
        Else
        GoSub SD_Read_Sector       
        EndIf     
        SD_Data_Buffer_Pos = 1
    EndIf
    SD_Byte_RW = SD_IO_Byte
    GoSub SD_Write_Sub
    SD_Extended_Return = 0
    Return       
'-------------------------------------------------------------------------------
SD_Check_For_File_Sub:
    SD_Find_Root_Dir_Entry_F = 1
    GoSub SD_Find_Root_Dir_Entry
    Return
'-------------------------------------------------------------------------------
SD_Read_Sub:                                                                    'Read Byte
    If SD_Buffer_Idx > $1FF Then                                                'Inc Sector if read past end of previous sector
'        If SD_Is_Dirty = 1 Then                                                'If bytes have been written in current sector, write sector back to SD card and reset SD_Is_Dirty
'            Repeat
'                GoSub SD_Write_Sector
'            Until SD_Return = 0
'            SD_Is_Dirty = 0
'        EndIf
        SD_Buffer_Idx = 0
        Inc SD_Sector_Num
        SD_RW_Option = 1
        GoSub SD_Sector_Sub                                                     
    EndIf
    If SD_Buffer_Idx > $0FF Then
        SD_Byte_RW = SD_Buffer1[SD_Buffer_Idx - $100]
    Else
        SD_Byte_RW = SD_Buffer0[SD_Buffer_Idx]
    EndIf
    Inc SD_Buffer_Idx
    Return
'-------------------------------------------------------------------------------

@END

@MACRO_START SD_Check_For_File

[member=12364]target[/member] 16 Bit

@HELP

SD_Check_For_File Macro 
 GoSub SD_Check_For_File_Sub
 #if (SD_Check_For_File_RETURN != 1)
  #error "SD_Check_For_File -  Mandatory return parameter missing"
 #else
  #if (Return_Type != Byte) && (Return_Type != Word) && (Return_Type != Dword)
   #error "SD_Check_For_File - Return variable should be a Byte, Word or DWord variable"
  #endif
  #if (Return_Type == Byte)
   BYTE_BYTE SD_Extended_Return_Root_Dir, Return_Var
  #endif
  #if (Return_Type == Word)
   BYTE_WORD SD_Extended_Return_Root_Dir, Return_Var
  #endif
  #if (Return_Type == Dword)
   BYTE_DWORD SD_Extended_Return_Root_Dir, Return_Var
  #endif
 #endif
Endm

@LOCAL
'Add Local (non-persistent) variables here

@CODE


@END

@MACRO_START SD_Close_File

[member=12364]target[/member] 16 Bit

@HELP

SD_Close_File Macro                                                         
    #if(Prm_Count != 0)         
     #error "No parameters required for SD_Close_File"
     Exitm
    #endif
    GoSub SD_Close_File_Sub
    Endm

@LOCAL
'Add Local (non-persistent) variables here

@CODE


SD_Close_File_Sub:
'   SD_Byte_RW = $00
'   While SD_Data_Buffer_Pos < SD_Bytes_Per_Sec
'       SD_Data_IO = $00
'       SD_Write SD_Data_IO
'       GoSub SD_Write_Sub
'       Inc SD_Data_Buffer_Pos
'   Wend
    If SD_Is_Dirty = 1 Then
        Repeat
            GoSub SD_Write_Sector                                               'Write current sector to file
        Until SD_Return = 0
    EndIf
    SD_Write_Sec_Num = SD_Root_Dir + SD_Root_Dir_Sec             
    SD_Sector_Num = SD_Write_Sec_Num
    SD_RW_Option = 1
    GoSub SD_Sector_Sub
'   SD_Sector SD_Write_Sec_Num, 1                                               'Set sector & read sector to SD_Buffer
    SD_Write_Buffer_Pos = SD_Root_Dir_Pos + $1C
    SD_Data_IO = SD_File_Size.Byte0                                             'File Size 
    GoSub SD_Insert_Byte_Into_Buffer
    Inc SD_Write_Buffer_Pos
    SD_Data_IO = SD_File_Size.Byte1                                             'File Size 
    GoSub SD_Insert_Byte_Into_Buffer
    Inc SD_Write_Buffer_Pos
    SD_Data_IO = SD_File_Size.Byte2                                             'File Size 
    GoSub SD_Insert_Byte_Into_Buffer
    Inc SD_Write_Buffer_Pos
    SD_Data_IO = SD_File_Size.Byte3                                             'File Size 
    GoSub SD_Insert_Byte_Into_Buffer
    SD_Write_Buffer_Pos = SD_Root_Dir_Pos + $16                                 'Position Write_Buffer_Pos to start of modified time & date
    GoSub SD_Set_File_Time_Modified                                             'Set file modified time & date
    GoSub SD_Write_Sector
    If SD_EOF = 1 Then
        SD_FAT_Buffer_Pos_Prev = SD_FAT_Buffer_Pos                     
        SD_FAT_Sec_Prev = SD_FAT_Sec
        SD_Write_Sec_Num = SD_FAT1 + SD_FAT_Sec_Prev                            'Write complete sector to FAT1   
        SD_Sector_Num = SD_Write_Sec_Num
        SD_RW_Option = 1
        GoSub SD_Sector_Sub
    '   SD_Sector SD_Write_Sec_Num, 1                                           'Set sector & read sector to SD_Buffer
        SD_Cluster_Seq_Num_Prev = SD_Cluster_Seq_Idx
        GoSub SD_Assemble_FAT_Sector                                            'Modify Buffer to assemble FAT
        GoSub SD_Assemble_FAT_Sector_End_Close                                 
        GoSub SD_Write_Sector                                                   'Write FAT1
        SD_Sector_Num = SD_FAT2 + SD_FAT_Sec_Prev                               'Write complete sector to FAT2   
        GoSub SD_Write_Sector                                                   'Write FAT2 as copy of FAT1 without re-assembly
    EndIf
    Return       


SD_Set_File_Time_Create:
    SD_Data_IO = SD_MSeconds + ((SD_Seconds // 2) * 100)                        'Create Time/Date - MSeconds
    GoSub SD_Insert_Byte_Into_Buffer     
    Inc SD_Write_Buffer_Pos
SD_Set_File_Time_Modified:
    SD_Data_IO = (SD_Seconds / 2) | (SD_Minutes << 5)                           'Create Time/Date - Seconds/Minutes
    GoSub SD_Insert_Byte_Into_Buffer     
    Inc SD_Write_Buffer_Pos
    SD_Data_IO = (SD_Minutes >> 3) | (SD_Hours << 3)                            'Create Time/Date - Minutes/Hours
    GoSub SD_Insert_Byte_Into_Buffer     
    Inc SD_Write_Buffer_Pos
    SD_Data_IO = SD_Day | (SD_Month << 5)                                       'Create Time/Date - Day/Month
    GoSub SD_Insert_Byte_Into_Buffer     
    Inc SD_Write_Buffer_Pos
    SD_Data_IO = (SD_Month >> 3) | ((SD_Year + 20) << 1)                        'Create Time/Date - Month/Year
    GoSub SD_Insert_Byte_Into_Buffer
    Return     


@END

@MACRO_START SD_Init

[member=12364]target[/member] 16 Bit

@HELP

SD_Init Macro 
    GoSub SD_Init_Sub
 #if (SD_Init_RETURN != 1)
 #else
  #if (Return_Type != Byte)
   #error "SD_Init - Return variable should be a Byte variable"
  #endif
  #if (Return_Type == Byte)
   BYTE_BYTE SD_Return, Return_Var
  #endif
 #endif
Endm

@LOCAL
'Add Local (non-persistent) variables here

@CODE

'-------------------------------------------------------------------------------
SD_Send_Cmd: 'Software SPI Version
    SHOut SD_DI, SD_CLK, MsbFirst, [SD_Byte0,SD_Byte1,SD_Byte2,SD_Byte3,SD_Byte4]
SD_Send_Byte:
    SHOut SD_DI, SD_CLK, MsbFirst, [SD_Byte5]
    Return
'-------------------------------------------------------------------------------
SD_Receive_Byte: 'Software SPI Version
    SHIn SD_DO, SD_CLK, MsbPre, [SD_ByteR]
    Return
'-------------------------------------------------------------------------------

SD_Init_Sub:                                                                    'Initialise SD/MMC card
    Output SD_CS : Output SD_DI : Output SD_CLK : Input SD_DO                   'Setup direction for SPI bus
High SD_CS                                                                  'Pull CS high
    SD_Byte0 = $FF
    SD_Byte1 = $FF
    SD_Byte2 = $FF
    SD_Byte3 = $FF
    SD_Byte4 = $FF
    SD_Byte5 = $FF
GoSub SD_Send_Cmd
GoSub SD_Send_Cmd
'SD_Cmd0:                                                                       'SD/MMC Cmd 0 & CRC
    DelayMS 100
    Low SD_CS                                                                   'Pull CS low
    SD_Byte0 = $40
    SD_Byte1 = $00
    SD_Byte2 = $00
    SD_Byte3 = $00
    SD_Byte4 = $00
    SD_Byte5 = $95
GoSub SD_Send_Cmd
SD_Seek_Response_Reqd = $01
    SD_Seek_Response_Idx = $FF
    GoSub SD_Seek_Response
    If SD_Seek_Response_Return = 1 Then
        High SD_CS
        SD_Return = 1                                                           
        Return
    EndIf
'SD_Cmd1:                                                                       'SD/MMC Cmd 1 & CRC - Init from idle
SD_Idx = $FF
    Repeat
        SD_Byte0 = $41
        SD_Byte1 = $00
        SD_Byte2 = $00
        SD_Byte3 = $00
        SD_Byte4 = $00
        SD_Byte5 = $FF
    GoSub SD_Send_Cmd
    SD_Seek_Response_Reqd = $00
        SD_Seek_Response_Idx = $FF
        GoSub SD_Seek_Response
        Dec SD_Idx
Until SD_Seek_Response_Return = 0 Or SD_Idx = 0
    If SD_Idx = 0 Then
        High SD_CS
        SD_Return = 1                                                           'SD_Init Failed @ Cmd 1
     
« Son Düzenleme: 17 Nisan 2017, 13:02:09 Gönderen: muhittin_kaplan »

Çevrimdışı mehmet

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #8 : 16 Nisan 2017, 02:45:16 »
@MR.CAPSLOCK ; mesajınıza kod eklerken, "KOD" düğmesini
kullanıp yeniden düzenleyiniz.
"Bir mum diğer mumu tutuşturmakla ışığından bir şey kaybetmez.''Mevlânâ
"Kendimiz için yaptıklarımız bizimle birlikte ölür. Dünya ve başkaları için yaptıklarımız ise sonsuza dek yaşar."Albert Pike"
"Kendi kurallarını koymazsan, başkalarının kurallarıyla yaşarsın."M
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Çevrimdışı MR.CAPSLOCK

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #9 : 16 Nisan 2017, 04:50:18 »
@MR.CAPSLOCK ; mesajınıza kod eklerken, "KOD" düğmesini
kullanıp yeniden düzenleyiniz.

KOD düğmesini zaten kullanmıştım. Tekrar kullandım. Önizleme'de çalışır halde gözüküyor fakat onay bekleme kısmında uzuncana gözüküyor. Dikkat ederseniz kullanmış görünüyorum

Çevrimdışı muhittin_kaplan

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #10 : 17 Nisan 2017, 13:00:39 »
Hocam Yanlış Kullanıyorsunuz bu code u,
eklemek istediğiniz kodları
[ code ] [ / code ] larının arasına alacaksınız.


[ code ]
kodlar...
kodlar...
kodlar...
[ /code ]

Çevrimdışı Maxim

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Ynt: Proton illegal Opcode / Overwriting hatası
« Yanıtla #11 : 17 Nisan 2017, 23:12:59 »
sizin sd file system kodunda uyumsuz satırlar var
muhtemelen o kod eskidir ve yeni versiyon protona uymuyordur

güncelemeler yapıldıkça eskiden hata vermeyen bir takım komut düzeni artık değişik şekilde yazılması gerekiyor.
yani komut gene var ama farklı şekilde yazılması gerekiyor artık
sizin o kodun (kütüphanenin) içinde boyle satırlar vardır.