久久免费视频在线观看6_成人精品一区亚洲午夜久久久_久久www视频_天天干干夜夜_日本一区二区三区视频在线播放_亚洲va视频

This is the main handler of the MMI profile container

Parameters : fb_in_offset   First byte in the input container
             fb_out_offset  First byte in the output container
             db_address     Number of the database to use
             con_len        Length of container in bytes (min.32)  

Example : The terminal is configured to be on input and output byte 64,
          32 bytes allocated  and database to communcate with is 51:
          fb_in_offset  = 64
          fb_out_offset = 64
          db_address    = 51
          con_len       = 32

The function block handles one complete container in one scan. If read index,
FC111 is called.
If write index, FC112 is called.
Note that the control byte is not set until next scan, to avoid timing problems



      L     #fb_in_offset               // Incontainer start address
      T     MW   496                    // Remember incontainer start
      T     MW   500

      L     #fb_in_offset               // Incontainer start address
      SLD   3                           //
      LAR1  
      L     IB [AR1,P#0.0]              // Get the proper control byte from inp.container
      T     MB   486                    // Store it

      L     #fb_out_offset              // Outcontainer start address
      T     MW   498                    // Store it
      T     MW   502

      L     #m_110                      // Previous input control byte
      T     MB   479                    // Store it

      L     0
      T     MB   474                    // Clear error code

      A     M    479.0
      R     M    479.0                  // Clear error flag

      A     M    486.6                  // Terminal present ?
      JC    WEI1                        //
      L     1                           // Error 1 : Comm error
      JU    FEH                         //

WEI1: A     M    486.5                  // Does the terminal toggle the toggle bit ?
      AN    M    486.5
      L     S5T#2S                      // Timeout timer
      SD    "Terminal timeout"
      AN    "Terminal timeout"
      JC    WEI2
      L     2                           // Error 2 : Terminal not in RUN
      JU    FEH

WEI2: A     M    486.7                  // Test if new container
      A     M    479.7                  // Compare old container byte with the new one
      O    
      AN    M    486.7
      AN    M    479.7
      JC    ENDE                        // No new container

      A     M    486.7                  // Pulse
      =     M    479.7

      L     MW   498                    // Outcontainer pointer
      L     4
      +I    
      T     MW   498                    // First data position : 4

      L     MW   496                    // Incontainer pointer
      L     4
      +I    
      T     MW   496                    // First index position : 4
//    
LOOP: NOP   0
      L     MW   496                    // Incontainer pointer
      ITD  
      SLD   3
      T     MD   504                    // Make it double word
      L     IB [MD 504]                 // Get first index byte
      T     MB   486                    // Store it
      L     MB   486
      L     0
      ==I  
      JC    DONE                        // Jump out if index is 0

      A     M    486.7                  // Is it a read index ?
      JC    ANK1
      CALL  "READ INDEX OP PANEL"       // Then call read index function
       DataBase:=#db_address
ANK1: NOP   0
      L     MB   478                    // Check return value from FC111
      L     0
      ==I  
      JC    WEI3                        // Was there an error return ?
      AN    M    479.0
      S     M    479.0                  // Then, set error bit
      L     MB   478
      JU    FEH                         // Jump to error
WEI3: AN    M    486.7                  // Is it a write index ?
      JC    WEI4
      CALL  "WRITE INDEX OP PANEL"      // Then call write index function
       DataBase:=#db_address
      L     MB   478                    // Check return value from FC112
      L     0
      ==I  
      JC    WEI4                        // Was there an error return ?
      AN    M    479.0
      S     M    479.0                  // Then set error bit
      L     MB   478                    //
      JU    FEH                         // Jump to error
WEI4: L     MW   496                    // Check if incontainer is done
      L     MW   500
      -I    
      L     #con_len
      <I    
      A(    
      L     MW   498                    // .. or that outcontainer is done
      L     MW   502
      -I    
      L     #con_len
      <I    
      )    
      JC    LOOP                        // Continue id conatiner not completed
DONE: L     #fb_in_offset               // Container done !
      SLD   3
      LAR1  
      L     IB [AR1,P#0.0]              // Get input control byte

      T     MB   486                    // Store it
      JU    ENDE
//-------  ERROR HANDLING  ---------
FEH:  T     MB   474                    // Store error code
FEH1: L     MW   498
      ITD  
      SLD   3
      T     MD   504

      L     0                           // Write controlbyte to output container
      T     QB [MD 504]

      L     1
      L     MW   498

      +I    
      T     MW   498

      L     MW   502
      -I                                // INTERNES MERKERBYTE SICHERN

      L     32
      <I    

      JC    FEH1
ENDE: NOP   0
      NOP   0
      AN    M    486.6
      S     M    486.6                  // Set the COM-bit
      AN    M    486.5
      =     M    486.5                  // Toggle the Toggel-bit
      A     M    479.0
      =     M    486.4
//----------------------
      L     MB   486                    // Delay answer one scan to avoid timing problems
      T     #out_this_cycle
      L     #fb_out_offset
      SLD   3
      LAR1  
      L     #out_last_cycle
      T     QB [AR1,P#0.0]
      L     #out_this_cycle
      T     #out_last_cycle
      L     MB   479
      T     #m_110
      NOP   0