Tuxedo development in Windows

1. Install
   Install tuxedo8.1 on winxpand copy it to the D:/BEA/tuxedo8.1/udataobj directory with the name licensefile named lic.txt. Select the license directory.
   Copied to the udataobj directory.
   [BEA Tuxedo]
   Developers = 5
   Licensee = China CNC
   Serial = 650522264138-1511336328750
   Type = SDK
   Users = 5
   Version = 8.1
   Signature = mc4cfqcugab0mfiqj6piucnjz5tmpha2waivalz6su + zhptrmmnxf0ofu9rpt3gs

   [Link encryption]
   Developers = 5
   Licensee = China CNC
   Serial = 650522264138-1511336328750
   Strength = 56
   Type = SDK
   Users = 5
   Version = 8.1
   Signature = mc0cfdo0wo + lr5jfjkoq5vglncrmfvuyahuarx + klwb6qrfewujsmns5p3gmvb4 =

   [PK encryption]
   Developers = 5
   Licensee = China CNC
   Serial = 650522264138-1511336328750
   Strength = 56
   Type = SDK
   Users = 5
   Version = 8.1
   Signature = mc0cfariv6cffzhh9cquziwbaznhfq8vahuas/k962upbb1mxrgw7clbmz88ejs =

   [PK signature]
   Developers = 5
   Licensee = China CNC
   Serial = 650522264138-1511336328750
   Strength = 56
   Type = SDK
   Users = 5
   Version = 8.1
   Signature = mcwcfbm04mn7qziqyfjbnudzvp78dpxpahrfzqq4bvln1/3knann8g7l/mjuww =

   [SNMP]
   Developers = 5
   Licensee = China CNC
   Serial = 650522264138-1511336328750
   Type = SDK
   Users = 5
   Version = 8.1
   Signature = mc0cfbm04mn7qziqyfjbnudzvp78dpxpahuanlizmimgzbsnv4yjn1cii/wha3c =

   [SSL encryption]
   Developers = 5
   Licensee = China CNC
   Serial = 650522264138-1511336328750
   Strength = 56
   Type = SDK
   Users = 5
   Version = 8.1
   Signature = mc0cfbm04mn7qziqyfjbnudzvp78dpxpahuayhg9ufcabk + doinluu + cgbujvyc =

2. Set Environment Variables
   Modify the environment path and the executable file path of tuxedo. D:/BEA/tuxedo8.1/bin
   Tuxdir = D:/BEA/tuxedo8.1
   Tuxconfig = % appdir %/tuxconfig
3. Compile the setenv. CMD script
   The content of setenv. CMD is as follows. After editing, it is stored in the D:/BEA/tuxedo8.1/apps/simpapp directory.
   Set tuxdir = D:/BEA/tuxedo8.1
   Set appdir = D:/BEA/tuxedo8.1/apps/simpapp
   Set Path = % tuxdir %/bin; % appdir %; % PATH %
   Set tuxconfig = % appdir %/tuxconfig
   Vcvars32.bat
   The preceding directory is modified according to your own situation.
4. Edit ubbconfig
   Compile the file UBB and store it in the Directory D:/BEA/tuxedo8.1/apps/simpapp. The content is as follows:
   # (C) 2003 BEA Systems, Inc. All rights reserved.
   # Ident "@ (#) samples/atmi/simpapp/ubbsimple $ revision: 1.5 $"
   # Skeleton ubbconfig file for the tuxedo simple application.
   # Replace the <bracketed> items with the appropriate values.
   * Resources
   # Example:
   Ipckey 123456
   Domainid Chenli
   Master Chenli
   Maxaccessers 50
   Maxservers 5
   Maxservices 10
   Maxgtt 5
   Model SHM
   Ldbal n
   * Machines
   Default:
   Appdir = "D:/BEA/tuxedo8.1/apps/simpapp"
   Tuxconfig = "D:/BEA/tuxedo8.1/apps/simpapp/tuxconfig"
   Tuxdir = "D:/BEA/tuxedo8.1"
   Ulogpfx = "D:/BEA/tuxedo8.1/apps/simpapp/log.txt"
   Maxwsclients = 40
   # Example:
   # Appdir = "/home/ME/simpapp"
   # Tuxconfig = "/home/ME/simpapp/tuxconfig"
   # Tuxdir = "/usr/tuxedo"
   # <Machine-Name>
   Chenli lmid = Chenli
   # Example:
   # Beatux lmid = Chenli
   * Groups
   Group1 lmid = Chenli kgno = 1 openinfo = none

   * Servers
   Default:
   Clopt = "-"
   Simpserv srvgrp = group1 srvid = 1 min = 1 max = 5

   * Services
   Toupper

5. Compile UBB
   Run the CMD command to go to the console and enter the D:/BEA/tuxedo8.1/apps/simpapp directory:
   Run the setenv command successively and run the script setenv. CMD edited above.
   Then run tmloadcf-y UBB to compile the UBB file.
   If any compilation error occurs, modify UBB according to the error information to solve the problem.
6. Programming preparation
   A data. h header file needs to be used in subsequent programs and stored in the D:/BEA/tuxedo8.1/apps/simpapp directory. The content is as follows:

   # Ifndef data_h
   # Define data_h
   # Define name_length 64
   Typedef struct trans_data
   {
   Int age;
   Char name [name_length];
   } Trans_data_t;
   # Endif

7. Write the server-side program simpserv. C.
   Edit the simpserv. c file and store it in the D:/BEA/tuxedo8.1/apps/simpapp directory. The content is as follows:
   /* (C) 2003 BEA Systems, Inc. All Rights Reserved .*/
   /* Copyright (c) 1997 BEA Systems, Inc.
   All Rights Reserved
   This is unpublished proprietary
   Source code of BEA Systems, Inc.
   The copyright notice above does not
   Evisponany actual or intended
   Publication of such source code.
   */
   /* # Ident "@ (#) samples/atmi/simpapp/simpserv. C $ revision: 1.5 $ "*/
   # Include <stdio. h>
   # Include <ctype. h>
   # Include <atmi. h>/* tuxedo header file */
   # Include <userlog. h>/* tuxedo header file */
   # Include "data. H"

   /* Tpsvrinit is executed when a server is booted, before it begins
   Processing requests. It is not necessary to have this function.
   Also available is tpsvrdone (not used in this example), which is
   Called at server shutdown time.
   */
   Int inc_count = 0;
   # If defined (_ stdc _) | defined (_ cplusplus)
   Tpsvrinit (INT argc, char * argv [])
   # Else
   Tpsvrinit (argc, argv)
   Int argc;
   Char ** argv;
   # Endif
   {
   /* Some compilation systems without argc and argv will have warning information .*/
   /* Some compilers warn if argc and argv aren't used .*/
   Argc = argc;
   Argv = argv;
   /* Userlog writes the tuxedo message to the log file */
   /* Userlog writes to the central tuxedo message log */
   Userlog ("welcome to the simple server ");
   Return (0 );
   }
   /* This function performs the actual service requested by the client.
   Its argument is a structure containing among other things a pointer
   To the data buffer, and the length of the data buffer.
   */
   # Ifdef _ cplusplus
   Extern "C"
   # Endif
   Void
   # If defined (_ stdc _) | defined (_ cplusplus)
   Toupper (tpsvcinfo * rqst)/* tuxedo service name toupper */
   # Else
   Toupper (rqst)
   Tpsvcinfo * rqst;
   # Endif
   {
   Int I;
   Int X;
    
   Trans_data_t buf_data;
   Char * Data = "how are you? ";
   Char * ref;
   Int Len = strlen (data) + 1;
    
   Userlog ("START proccess toupper service ");
    
   Ref = (char *) malloc (LEN );
    
   Strcpy (ref, data );
    
   Userlog ("rqst-> Len = % d/N", rqst-> Len );
    
   Memcpy (& buf_data, rqst-> data, sizeof (trans_data_t ));
   
   Userlog ("receive string: % s", rqst-> data );
    
   Userlog ("receive name: % s", buf_data.name );
   Userlog ("receive age: % d", buf_data.age );
    
   Buf_data.age ++ = 100;
    
   Memcpy (rqst-> data, & buf_data, sizeof (trans_data_t ));
    
   // Data = rqst-> data;
    
   /* Return the transformed buffer to the requestor .*/
   /* Set the return Client Buffer */
   Tpreturn (tpsuccess, 0, rqst-> data, sizeof (trans_data_t), 0 );
    
   Free (REF );
   }

   Then run the command buildserver-O simpserv-F simpserv. C-s toupper on the console to compile the server program.

8. Edit the client program simpcl. c
   Edit the simpcl. c file and save it to the D:/BEA/tuxedo8.1/apps/simpapp directory. The content is as follows:
   /* (C) 2003 BEA Systems, Inc. All Rights Reserved .*/
   /* Copyright (c) 1997 BEA Systems, Inc.
   All Rights Reserved
   This is unpublished proprietary
   Source code of BEA Systems, Inc.
   The copyright notice above does not
   Evisponany actual or intended
   Publication of such source code.
   */
   /* # Ident "@ (#) samples/atmi/simpapp/simpcl. C $ revision: 1.5 $ "*/
   # Include <stdio. h>
   # Include "atmi. H"/* tuxedo header file */
   # Include "data. H"
   # If defined (_ stdc _) | defined (_ cplusplus)
   Main (INT argc, char * argv [])
   # Else
   Main (argc, argv)
   Int argc;
   Char * argv [];
   # Endif
   {
   Trans_data_t buf_data;
   Char * sendbuf, * rcvbuf;
   Long sendlen, rcvlen;
   Int ret = 0;
   If (argc! = 2 ){
   (Void) fprintf (stderr, "Usage: simpcl age (INT)/n ");
   Exit (1 );
   }
    
   Buf_data.age = atoi (argv [1]);
   /* Connect to the tuxedo system as the tuxedo client */
   /* Attach to system/T as a client process */
   If (tpinit *) null) =-1 ){
   (Void) fprintf (stderr, "tpinit failed/N ");
   Exit (1 );
   }
    
   Sendlen = sizeof (trans_data_t );
   Strcpy (buf_data.name, "Chenli ");
   // Buf_data.age = 20;
    
   // Sendlen = strlen (argv [1]);
   /* Allocate string buffers for the request and the reply */
   /* Use tpalloc to apply for a string-type buffer as the request and Response Buffer */
   If (sendbuf = (char *) tpalloc ("carray", null, sendlen + 1) = NULL ){
   (Void) fprintf (stderr, "error allocating send buffer/N ");
   Tpterm ();
   Exit (1 );
   }

   If (rcvbuf = (char *) tpalloc ("carray", null, sendlen) = NULL ){
   (Void) fprintf (stderr, "error allocating Receive Buffer/N ");
   Tpfree (sendbuf );
   Tpterm ();
   Exit (1 );
   }
    
   Printf ("sendlen = % d/N", sendlen );
    
   Memcpy (sendbuf, & buf_data, sendlen );
   // (Void) strcpy (sendbuf, argv [1]);
    
   /* Request the service toupper, waiting for a reply */
   Ret = tpcall ("toupper", (char *) sendbuf, sendlen, (char **) & rcvbuf, & rcvlen, (long) 0 );
    
   (Void) fprintf (stderr, "RET value = % d/N", RET );
   /* Synchronously call the toupper Service */
   If (Ret <0 ){
   Printf ("tpcall failed, tperrno = % lD, tperrtext = % s/n", tperrno, tpstrerror (tperrno ));
   (Void) fprintf (stderr, "can't send request to service toupper/N ");
   (Void) fprintf (stderr, "tperrno = % d/N", tperrno );
   (Void) fprintf (stderr, "RET value = % d/N", RET );
   Tpfree (sendbuf );
   Tpfree (rcvbuf );
   Tpterm ();
   Exit (1 );
   }
    
   Memset (& buf_data, 0, sizeof (trans_data_t ));
    
   Memcpy (& buf_data, rcvbuf, rcvlen );
    
   Printf ("rcvlen = % d/N", rcvlen );
   (Void) fprintf (stdout, "returned name: % s/n", buf_data.name );
   (Void) fprintf (stdout, "returned age: % d/N", buf_data.age );
   /* Use tpfree to release the requested buffer space and respond to it */
   /* Free buffers & detach from system/T */
   Tpfree (sendbuf );
   Tpfree (rcvbuf );
   /* Use tpterm to exit tuxedo system */
   Tpterm ();
   Return (0 );
   }

   Run the buildclient-v-o client-F simpcl. C command in the directory where the file is located.

9. Run and Test
   Run the tmboot-y command to start the tuxedo service.
   Run clien 1 in the command line to check whether any result is returned.
   Both client and server programs are simple. I believe you can understand them at a glance.