TriOS-alt/system/regnatix/admtest.spin

<EFBFBD><EFBFBD>{{ 
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% Autor: Ingo Kripahle                                                                                 %
% Copyright (c) 2010 Ingo Kripahle                                                                     %
% See end of file for terms of use.                                                                    %
% Die Nutzungsbedingungen befinden sich am Ende der Datei                                              %
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Informationen   : hive-project.de
Kontakt         : drohne235@googlemail.com
System          : TriOS
Name            : Administra-Test
Chip            : Regnatix
Typ             : Programm
Version         : 01
Subversion      : 01
Funktion        : Testroutinen f<00>r die Administra-Funktionen
Komponenten     : -
COG's           : -
Logbuch         :

21-03-2010-dr235  - erste version

Kommandoliste   :
Notizen         :

}}

OBJ
        ios: "ios"

CON

_CLKMODE     = XTAL1 + PLL16X
_XINFREQ     = 5_000_000

PUB main 

  ios.start
'  ios.startram                                          'code f<00>r test im ram, sollte bei bin-datei auskommentiert werden
  ios.screeninit(string("<00>% Hive: Administra-Test"),1)

  repeat
    fTest1
    fTest2
    fTest3

DAT                                                     'test 1: mount & unmount
t1_s1   byte  "Test1: Volume mounten",0
t1_s2   byte  "[sdmount]",0
t1_s3   byte  "[sdvolname] = ",0
t1_s4   byte  "[sdcheckmounted] = ",0
t1_s5   byte  "[sdcheckused] = ",0
t1_s6   byte  "[sdcheckfree] = ",0

PRI fTest1 | err
  
  fPause(@t1_s1)
  repeat
    ios.print(@t1_s2)                                   'sdmount
    err := ios.sdmount
    fError(err)
    fPrintResultDec(@t1_s4,ios.sdcheckmounted)
    ifnot err                                           
      fPrintResultStr(@t1_s3,ios.sdvolname)
      fPrintResultDec(@t1_s5,ios.sdcheckused)
      fPrintResultDec(@t1_s6,ios.sdcheckfree)
  until fAktion  


DAT                                                     'test 2: daten schreiben & lesen
t2_s1   byte  "Test2: Daten schreiben und lesen ",0
t2_s2   byte  "[sdopen-w]",0
t2_s3   byte  "[sdputc] = ",0
t2_s4   byte  "[sdclose]",0
t2_s5   byte  "[sdnewfile]",0
t2_s6   byte  "[sdgetc] = ",0
t2_s7   byte  "[sdopen-r]",0
t2_s8   byte  "Daten lesen...",0
t2_fn   byte  "admtest.dat",0

PRI fTest2 | err,i

  fPause(@t2_s1)
  repeat

    ios.print(@t1_s2)                                   'sdmount
    err := ios.sdmount
    fError(err)

    ios.print(@t2_s5)                                   'sdnewfile
    err := ios.sdnewfile(@t2_fn)
    fError(err)

    ios.print(@t2_s2)
    err := ios.sdopen("W",@t2_fn)                       'sdopen
    fError(err)
    ifnot err
      ios.print(@t2_s3)
      ios.printnl
      i := 0
      repeat 256
        ios.printchar(i)
        ios.sdputc(i++)                                 'sdputc
      ios.printnl
      ios.print(@t2_s4)
      fError(ios.sdclose)                               'sdclose

    fPause(@t2_s8)

    ios.print(@t2_s7)
    err := ios.sdopen("R",@t2_fn)                       'sdopen
    fError(err)
    ifnot err
      ios.print(@t2_s6)
      ios.printnl
      repeat 256
        ios.printchar(ios.sdgetc)                       'sdgetc
      ios.printnl
      ios.print(@t2_s4)
      fError(ios.sdclose)                               'sdclose
        

    
  until fAktion  

DAT                                                     'test 3:
t3_s1   byte  "Test3: Block schreiben & lesen",0
t3_s2   byte  "[sdnewfile]",0
t3_s3   byte  "[sdopen-w]",0
t3_s4   byte  "[sdopen-r]",0
t3_s5   byte  "[sdclose]",0
t3_s6   byte  "[sdputblk]",0
t3_s7   byte  "[sdgetblk]",0
t3_s8   byte  "Puffer mit Werten f<00>llen...",0
t3_s9   byte  "Puffer l<00>schen...",0
t3_s10  byte  "Puffer = ",0
t3_fn   byte  "admtest.dat",0

CON
blkcount        = 256

VAR
byte    buffer[blkcount]

PRI fTest3 | i,err

  fPause(@t3_s1)
  repeat

    i := 0
    ios.print(@t3_s8)                                   'puffer mit werten f<00>llen
    ios.printnl
    repeat blkcount
      byte[@buffer][i++] := i

    i := 0
    ios.print(@t3_s10)                                  'puffer anzeigen
    repeat blkcount
      ios.printhex(byte[@buffer][i++],2)
      ios.printchar(":")

    fPause(@t3_s8)

    ios.print(@t3_s3)                                   'puffer --> datei
    err := ios.sdopen("W",@t3_fn)                       
    fError(err)
    ifnot err
      ios.print(@t3_s6)
      ios.printnl
      ios.sdputblk(blkcount,@buffer)
      ios.print(@t3_s5)
      ios.sdclose
      ios.printnl

    i := 0
    ios.print(@t3_s9)                                   'puffer l<00>schen
    repeat blkcount
      byte[@buffer][i++] := 0

    ios.print(@t3_s4)                                   'puffer <-- datei
    err := ios.sdopen("R",@t3_fn)                       
    fError(err)
    ifnot err
      ios.print(@t3_s6)
      ios.printnl
      ios.sdgetblk(blkcount,@buffer)
      ios.print(@t3_s5)
      ios.sdclose
      ios.printnl

    i := 0
    ios.print(@t3_s10)                                  'puffer anzeigen
    repeat blkcount
      ios.printhex(byte[@buffer][i++],2)
      ios.printchar(":")
      
  until fAktion  

DAT                                                     'fAktion: Aktion abfragen
a_s1    byte  "<E>nde, <N>ochmal, <W>eiter : ",0

PRI fAktion: aktion

  ios.printnl
  ios.print(@a_s1)
  case ios.keywait
    "e":  ios.stop
    "w":  aktion := 1
    "n":  aktion := 0

  ios.printnl
    
DAT                                                     'fPause: Printausgabe und Pause
p_s1   byte "Weiter? <*> :",0

PRI fPause(strptr)                                      

  ios.print(strptr)
  ios.printnl
  ios.print(@p_s1)
  ios.keywait
  ios.printnl

DAT                                                     'fPrintResultStr: Testanzeige von Stringresultaten
PRI fPrintResultStr(strptr1,strptr2)                    

  ios.print(strptr1)
  ios.print(strptr2)
  ios.printnl

DAT                                                     'fPrintResultDec: Testanzeige von Dezimalwerten 
PRI fPrintResultDec(strptr, wert)                       

  ios.print(strptr)
  ios.printdec(wert)
  ios.printnl

DAT                                                     'fError: Fehler ausgeben
f_s1    byte "Fehlernummer : ",0
f_s2    byte "Fehler       : ",0

err0    byte "no error",0
err1    byte "fsys unmounted",0
err2    byte "fsys corrupted",0
err3    byte "fsys unsupported",0
err4    byte "not found",0
err5    byte "file not found",0
err6    byte "dir not found",0
err7    byte "file read only",0
err8    byte "end of file",0
err9    byte "end of directory",0
err10   byte "end of root",0
err11   byte "dir is full",0
err12   byte "dir is not empty",0
err13   byte "checksum error",0
err14   byte "reboot error",0
err15   byte "bpb corrupt",0
err16   byte "fsi corrupt",0
err17   byte "dir already exist",0
err18   byte "file already exist",0
err19   byte "out of disk free space",0
err20   byte "disk io error",0


PRI fError(err)

  ios.printnl
  ios.print(@f_s1)
  ios.printdec(err)
  ios.print(string(" : $"))
  ios.printhex(err,2)
  ios.printnl
  ios.print(@f_s2)
  case err
    0:  ios.print(@err0)
    1:  ios.print(@err1)
    2:  ios.print(@err2)
    3:  ios.print(@err3)
    4:  ios.print(@err4)
    5:  ios.print(@err5)
    6:  ios.print(@err6)
    7:  ios.print(@err7)
    8:  ios.print(@err8)
    9:  ios.print(@err9)
    10: ios.print(@err10)
    11: ios.print(@err11)
    12: ios.print(@err12)
    13: ios.print(@err13)
    14: ios.print(@err14)
    15: ios.print(@err15)
    16: ios.print(@err16)
    17: ios.print(@err17)
    18: ios.print(@err18)
    19: ios.print(@err19)
    20: ios.print(@err20)
  ios.printnl


DAT

DAT
     
{{

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%                                                   TERMS OF USE: MIT License                                                  %                                                            
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