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Documentation Isode ATN Directory Service API     atnds_test.c This extended example shows how to convert AFTN address to the corresponding AMHS form, and vice versa. The example also makes use of DSAPI to connect to the directory and manipulate directory data. To compile this example on Unix machines: cc -c -I/opt/isode/include/isode/ds/atnds/ -I/opt/isode/include -I/opt/isode/include/h To link this example on Unix machines: cc -o atnds_test atnds_test.o -L/opt/isode/lib \ -latnds -ldua -lisode -libase -lmdldap -lmdlber -lssl -lcrypto /* Copyright (c) 2004-2007, Isode Limited, London, England. * All rights reserved. * * Acquisition and use of this software and related materials for any * purpose requires a written licence agreement from Isode Limited, * or a written licence from an organisation licenced by Isode Limited * to grant such a licence. * */ /* * atnds_test.c * * Test functions of ATNds C library. * */ /* $RCSfile: atnds_test.c,v $ $Revision: 1.15 $ $Date: 2007/05/15 12:38:01 $ $State: Exp $ * * $Log: atnds_test.c,v $ * Revision 1.15 2007/05/15 12:38:01 dbw * T070515D - Update/Add copyright * * Revision 1.14 2007/05/10 10:43:55 ldv * T070509V - Remove the invalid variable dnbuf from error messages * * Revision 1.13 2007/04/05 12:41:46 brs * T070405A - Fix some warnings. * * Revision 1.12 2006/10/05 13:49:24 tc * T061005C - Replace use of free() with calls to ATNds_free(). * * Revision 1.11 2006/03/17 15:02:55 cjr * T060317B - Fix leak in read_atn_user(), and return 0 if successful. * * Revision 1.10 2006/02/23 11:42:05 brs * T060222A - Include standard headers. * * Revision 1.9 2005/11/03 14:21:54 ldv * T051103D.T1 - Add new feature to display AMHS user DN entries, if they exist * * Revision 1.8 2005/09/05 16:18:47 ldv * T050825L - Use o=Isode-MD-Register. Accept AFTN addresses as program argument * * Revision 1.7 2005/07/21 10:50:19 dsm * T050720C - Modify layout so that doxygen can parse function calls * correctly when cross-referencing to examples. * * Revision 1.6 2005/07/04 12:23:40 cjr * T050704A - Change result types to DS_Status. * * Revision 1.5 2005/05/25 15:45:34 dbw * T050525C - Add or update copyright for 2005 * * Revision 1.4 2005/05/17 11:04:35 ldv * T050517E - Remove references to CAAS AFTN and XF AFTN * * Revision 1.3 2005/05/16 14:52:00 dsm * T050516P - Remove references to Isode internal header files. * * Revision 1.2 2005/05/13 10:49:50 dsm * T050513C - Test new and updated conversion functionality. * * Revision 1.1 2005/04/12 16:09:48 dsm * T050412V - Initial revision of ATN DS library. * * */ #include <stdio.h> #include <string.h> #include <isode/ds/atnds/atnds.h> DS_Session *ds; static int read_atn_user (DS_DN *user_dn); int main( int argc, char *argv[] ) { const char *addr = "Internet=localhost+19999"; const char *registry_dn_str = "o=Isode-MD-Register"; DS_DN *registry_dn; DS_DN *user_dn; char *aftn_addr; const char *caas_aftn_addr = "LFCIZPZX"; const char *xf_aftn_addr = "ESMANUZX"; char *orbuf; size_t orbuf_len; DS_Status status; char *dnbuf; size_t dnbuf_len; char aftnbuf[9]; /* Initialize the DUA library. */ printf( "\nTEST: initializing DUA library %s.\n", addr ); printf( "----------------------------------------------------------------\n" ); status = DS_Initialize(); if ( status != DS_E_NOERROR ) { printf( "FAIL: couldn't initialize DUA library.\n" ); return status; } /* Attempt to bind." */ printf( "\nTEST: bind (to %s)\n", addr ); printf( "----------------------------------------------------------------\n" ); status = DS_BindSync_Anonymous( addr, &ds ); if ( status != DS_E_NOERROR ) { printf( "FAIL: couldn't bind to directory.\n" ); return status; } printf( "SUCCESS: bound to directory\n" ); /* Convert string registry DN to DSAPI DN structure. */ status = DS_String2DN( registry_dn_str, &registry_dn ); if ( status != DS_E_NOERROR ) { printf ( "FAIL: DN conversion failed (%s).\n", registry_dn_str ); return DS_E_BADDN; } /* Attempt to convert an AFTN address using CAAS. */ if ( argc > 1 ) { aftn_addr = argv[1]; if ( strlen(aftn_addr) != 8 ) { printf ( "FAIL: AFTN address is not 8 characters long (%s).\n", aftn_addr ); return DS_E_BADPARAM; } printf( "\nTEST: convert AFTN to X.400 (%s)\n", aftn_addr ); status = ATNds_AFTN2AMHS ( ds, registry_dn, aftn_addr, &orbuf, &orbuf_len, &user_dn ); } else { printf( "\nTEST: convert AFTN to X.400 (CAAS) (%s)\n", caas_aftn_addr ); status = ATNds_AFTN2AMHS ( ds, registry_dn, caas_aftn_addr, &orbuf, &orbuf_len, &user_dn ); } printf( "----------------------------------------------------------------\n" ); if ( status != DS_E_NOERROR ) { switch ( status ) { case DS_E_NOTFOUND: printf ( "FAIL: conversion data not found in the ATN directory.\n" ); return status; default: printf ( "FAIL: conversion failed (%d - no error message available).\n", status ); return status; } } printf( "SUCCESS: conversion succeeded.\n" ); printf( "DETAIL: O/R address is %s\n\n", orbuf ); if ( user_dn != NULL ) { status = DS_DN2String( user_dn, &dnbuf, &dnbuf_len ); if ( status != DS_E_NOERROR ) { printf( "DETAIL: Failed to display aMHSUser entry DN.\n" ); } else { printf( "DETAIL: aMHSUser entry DN is %s.\n", dnbuf ); ATNds_free( dnbuf ); } DS_DN_Delete( user_dn ); } else { printf( "DETAIL: no aMHSUser entry DN could be computed.\n"); } /* Perform reverse conversion. */ printf( "\nTEST: performing reverse conversion\n(from %s)\n", orbuf ); printf( "----------------------------------------------------------------\n" ); status = ATNds_AMHS2AFTN ( ds, registry_dn, orbuf, aftnbuf, &user_dn ); ATNds_free( ( void * ) orbuf ); if ( status != DS_E_NOERROR ) { switch ( status ) { case DS_E_NOTFOUND: printf ( "FAIL: conversion data not available.\n" ); return status; default: printf ( "FAIL: conversion failed (no error message available).\n" ); return status; } } printf( "SUCCESS: conversion succeeded.\n" ); printf( "DETAIL: AFTN address is %s\n", aftnbuf ); if ( user_dn != NULL ) { status = DS_DN2String( user_dn, &dnbuf, &dnbuf_len ); if ( status != DS_E_NOERROR ) { printf( "DETAIL: Failed to display aMHSUser entry DN.\n" ); } else { printf( "DETAIL: aMHSUser entry DN is %s.\n", dnbuf ); ATNds_free( dnbuf ); } read_atn_user( user_dn ); DS_DN_Delete( user_dn ); } else { printf( "DETAIL: no aMHSUser entry DN could be computed.\n"); } /* Attempt to convert an AFTN address using XF. */ printf( "\nTEST: convert AFTN to X.400 (XF) (%s)\n", xf_aftn_addr ); printf( "----------------------------------------------------------------\n" ); status = ATNds_AFTN2AMHS ( ds, registry_dn, xf_aftn_addr, &orbuf, &orbuf_len, &user_dn ); if ( status != DS_E_NOERROR ) { switch ( status ) { case DS_E_NOTFOUND: printf ( "FAIL: conversion data not found in the ATN directory.\n" ); return status; default: printf ( "FAIL: conversion failed (no error message available).\n" ); return status; } } printf( "SUCCESS: conversion succeeded.\n" ); printf( "DETAIL: O/R address is %s\n", orbuf ); if ( user_dn != NULL ) { status = DS_DN2String( user_dn, &dnbuf, &dnbuf_len ); if ( status != DS_E_NOERROR ) { printf( "DETAIL: Failed to display aMHSUser entry DN.\n" ); } else { printf( "DETAIL: aMHSUser entry DN is %s.\n", dnbuf ); ATNds_free( dnbuf ); } read_atn_user( user_dn ); DS_DN_Delete( user_dn ); } else { printf( "DETAIL: no aMHSUser entry DN could be computed.\n"); } /* Perform reverse conversion. */ printf( "\nTEST: performing reverse conversion\n(from %s)\n", orbuf ); printf( "----------------------------------------------------------------\n" ); status = ATNds_AMHS2AFTN ( ds, registry_dn, orbuf, aftnbuf, &user_dn ); ATNds_free( ( void * ) orbuf ); if ( status != DS_E_NOERROR ) { switch ( status ) { case DS_E_NOTFOUND: printf ( "FAIL: conversion data not available.\n" ); return status; default: printf ( "FAIL: conversion failed (no error message available).\n" ); return status; } } printf( "SUCCESS: conversion succeeded.\n" ); printf( "DETAIL: AFTN address is %s\n", aftnbuf ); if ( user_dn != NULL ) { status = DS_DN2String( user_dn, &dnbuf, &dnbuf_len ); if ( status != DS_E_NOERROR ) { printf( "DETAIL: Failed to display aMHSUser entry DN.\n" ); } else { printf( "DETAIL: aMHSUser entry DN is %s.\n", dnbuf ); ATNds_free( dnbuf ); } read_atn_user( user_dn ); DS_DN_Delete( user_dn ); } else { printf( "DETAIL: no aMHSUser entry DN could be computed.\n"); } /* Clean up. */ DS_DN_Delete( registry_dn ); /* Unbind from the DSA */ DS_UnbindSync( &ds ); /* All tests done. */ return 0; } static int read_atn_user ( DS_DN *user_dn ) { DS_Indication *di; const DS_EntryList *el; const DS_Entry *e; const DS_AttrList *al; const DS_Attr *a; DS_ErrorType type_p; int status; status = DS_ReadSync( ds, user_dn , NULL, NULL, &di ); if ( status != DS_E_NOERROR ) { if ( di != NULL ) { DS_Indication_GetStatus ( di, &type_p ) ; DS_Indication_Delete ( di ); if ( type_p == DS_E_NAME ) { printf( "No DSA entry for this ATN User entry\n"); return 0; } } printf( "Failed to read ATN User entry (status=%d)\n", status); return 1; } status = DS_Indication_GetEntryList( di, &el ); if ( status != DS_E_NOERROR ) { DS_Indication_Delete ( di ); printf( "Failed to read ATN User entry Indication\n"); return 2; } e = DS_EntryList_GetFirst( el ); status = DS_Entry_GetAttrList( e, &al ); if ( status != DS_E_NOERROR ) { DS_Indication_Delete ( di ); printf( "Failed to read attribute list for ATN User entry\n"); return 3; } for ( a = DS_AttrList_GetFirst( al ); a != NULL; a = DS_AttrList_GetNext( a ) ) { const char *name; const DS_AttrValList *vl; const DS_AttrVal *v; DS_Attr_GetTypeName( a, &name ); printf( "%s:\n", name ); /* Don't free name */ status = DS_Attr_GetValueList( a, &vl ); for ( v = DS_AttrValList_GetFirst( vl ); v != NULL; v = DS_AttrValList_GetNext( v ) ) { const char *val_str; size_t val_len; status = DS_AttrVal_GetStringPointer( v, &val_str, &val_len ); if ( status == DS_E_NOERROR ) printf( "\t%s\n", val_str ); else printf( "\t(No string value)\n"); /* Don't free val_str */ } } DS_Indication_Delete ( di ); return 0; }

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