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Copyright (c) Applied Testing and Technology, Inc. 1993, 1994, 1995 Copyright (c) 88open Consortium, Ltd. 1990, 1991, 1992, 1993 All Rights Reserved. >># >># Project: VSW5 >># >># File: xts/Xlib7/XcmsCIELabQueryMaxC.m >># >># Description: >># Tests for XcmsCIELabQueryMaxC() >># >># Modifications: >># $Log: cmscieqc.m,v $ >># Revision 1.1 2005-02-12 14:37:35 anderson >># Initial revision >># >># Revision 8.0 1998/12/23 23:27:05 mar >># Branch point for Release 5.0.2 >># >># Revision 7.0 1998/10/30 22:45:23 mar >># Branch point for Release 5.0.2b1 >># >># Revision 6.0 1998/03/02 05:19:18 tbr >># Branch point for Release 5.0.1 >># >># Revision 5.0 1998/01/26 03:15:49 tbr >># Branch point for Release 5.0.1b1 >># >># Revision 4.0 1995/12/15 08:49:43 tbr >># Branch point for Release 5.0.0 >># >># Revision 3.1 1995/12/15 00:49:19 andy >># Prepare for GA Release >># >>AVSCODE >>TITLE XcmsCIELabQueryMaxC Xlib7 XcmsCIELabQueryMaxC() >>EXTERN Bool writeable_colormaps = 1; Display *display_good; Visual *visual_good ; XcmsCCC ccc_good ; Colormap colormap_good, colormap_return ; XcmsColor color_good, color_return ; XcmsColor color_in_out ; XcmsColorFormat format_good ; int screen_good ; int depth_good ; char *exec_file_name; int x_init, y_init, h_init, w_init; svccmsCIELabQueryMaxC(display, ccc, hue_a, L_s, color ) Display *display ; XcmsCCC ccc ; XcmsFloat hue_a ; XcmsFloat L_s ; XcmsColor color ; { extern int errcnt; extern int errflg; extern int chkflg; extern int signal_status(); extern int unexp_err(); extern char *strcpy(); char fmtstr[256], *call_string; union msglst fmt_lst[1]; int ss_status, /* save stat return status */ stat_status, /* check stat return status */ cleanup_status; Status svc_ret_value; regr_args.l_flags.bufrout = 1; (void)strcpy(fmtstr, "*********************\n"); message(fmtstr, fmt_lst, 0); (void)strcpy(fmtstr, "An error occurred during a call to %s\n\n"); fmt_lst[0].typ_str = TestName; message(fmtstr, fmt_lst, 1); call_string = "svc_ret_value = XcmsCIELabQueryMaxC("; (void)strcpy(fmtstr, "The routine call looked like this - \n %s\n"); fmt_lst[0].typ_str = call_string; message(fmtstr, fmt_lst, 1); call_string = " ccc, hue_angle, L_star, color);\n\n"; message(call_string, fmt_lst, 0); (void)strcpy(fmtstr, "The parameter values were as follows... \n"); message(fmtstr, fmt_lst, 0); bufrdisp(display); /* buffer display struct info for error checking */ XSync(display_arg, 0); if (regr_args.l_flags.chksta == 1) ss_status = save_stat(dpy_msk | win_msk , gc_id, display_arg, drawable_id); first_error = 0; /* no errors encountered yet */ svc_ret_value = 0 ; errflg = 0; XSetErrorHandler(signal_status); svc_ret_value = XcmsCIELabQueryMaxC( ccc, hue_a, L_s, &color ); XSync(display_arg, 0); XSetErrorHandler(unexp_err); r_wait(display_arg, window_arg, time_delay, None); /* no colormap by default */ if (regr_args.l_flags.chksta == 1) stat_status = chek_stat (dpy_msk | win_msk , gc_id, display_arg, drawable_id, ss_status); else stat_status = REGR_NORMAL; if ((!errflg) && (!chkflg)) if ((badstat(display_arg, estatus, Success)) != REGR_NORMAL) errflg = 1; if ((regr_args.l_flags.check) && (errflg == 0) && (stat_status == REGR_NORMAL)) { /* since it is difficult to get exact values */ /* check values are within range */ XcmsFloat L_star, a_star, b_star ; L_star = color.spec.CIELab.L_star ; a_star = color.spec.CIELab.a_star ; b_star = color.spec.CIELab.b_star ; check_dec(XcmsSuccess, svc_ret_value, "return value") ; if ( ((L_star < 45.000000) || (L_star > 55.000000)) || ((a_star < 0.000000) || (a_star > 100.000000)) || ((b_star < 0.000000) || (b_star > 100.000000)) ) { errflg = 1 ; message("Returned invalid CIELab values\n", NULL, 0) ; } } XSync(display_arg, 0); if (regr_args.l_flags.cleanup) { cleanup_status = REGR_NORMAL; } XSync(display_arg, 0); if (errflg) { /* if there was an error ... */ errcnt++; /* ...increment the error count */ (void)strcpy(fmtstr, "\nEnd of error report\n"); message(fmtstr, fmt_lst, 0); (void)strcpy(fmtstr, "*********************\n"); message(fmtstr, fmt_lst, 0); } chkflg = 0; regr_args.l_flags.bufrout = 0; dumpbuf(); } >>ASSERTION Good C If the implementation is X11R5 or later: A call to xname shall find the point of maximum chroma displayable by the screen for given hue, angle and lightness. >>CODE #if XT_X_RELEASE > 4 display_arg = Dsp; /* * Create a GC to save environmental data in */ gc_save = XCreateGC(display_arg,XRootWindow(display_arg,XDefaultScreen(display_arg)),(unsigned long)0,(XGCValues *)0); regr_args.l_flags.check = 0; regr_args.l_flags.nostat = 0; regr_args.l_flags.perf = 0; regr_args.l_flags.setup = 0; regr_args.l_flags.cleanup = 0; regr_args.l_flags.chksta = 0; regr_args.l_flags.chkdpy = 0; regr_args.l_flags.verbose = 0; regr_args.iter = 1; /* execute service once */ estatus[0] = 1; /****** * User defined initialization code for test case sets ******/ display_good = display_arg; /***** * Test wide set up *****/ screen_good = XDefaultScreen(display_good); depth_good = DisplayPlanes( display_good, screen_good ); visual_good = XDefaultVisual(display_good, screen_good ); if ((visual_good->class == StaticGray) || (visual_good->class == StaticColor) || (visual_good->class == TrueColor)) writeable_colormaps = 0 ; if ( writeable_colormaps ) { colormap_good = XDefaultColormap(display_good, screen_good ); ccc_good = XcmsCCCOfColormap(display_good, colormap_good) ; } if ( writeable_colormaps ) { estatus[0] = 1; estatus[1] = Success; if ((regr_args.l_flags.good == 0) || (estatus[1] == Success)) { tet_infoline("TEST: Testing XcmsCIELabQueryMaxC for Success\n"); regr_args.l_flags.check = 1; regr_args.l_flags.setup = 1; regr_args.l_flags.cleanup = 1; regr_args.l_flags.chksta = 0; regr_args.l_flags.chkdpy = 0; { double hue_angle = 29.000000 ; double L_star = 50.000000 ; svccmsCIELabQueryMaxC(display_good, ccc_good, hue_angle, L_star, color_return); } } /* end if */ } else message("Warning: not a writeable colormap\n", NULL, 0) ; tet_result(TET_PASS); #else tet_infoline("INFO: Implementation not X11R5 or greater"); tet_result(TET_UNSUPPORTED); #endif