Initial import of the CDE 2.1.30 sources from the Open Group.
This commit is contained in:
Peter Howkins
324
cde/programs/dtterm/tests/shared/synfunc.c
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324
cde/programs/dtterm/tests/shared/synfunc.c
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/* $XConsortium: synfunc.c /main/3 1995/10/31 12:01:30 rswiston $ */
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#include <stdio.h>
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#include <errno.h>
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#include <time.h>
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#include "synvar.h"
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int errno;
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#ifdef LOG
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extern FILE *TermLog;
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#define SAVELOG fclose(TermLog); TermLog = fopen("term.log", "a");
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#endif
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static TestData test;
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extern char LogStr[200];
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void LogTime()
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{
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time_t Time;
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#ifdef LOG
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time(&Time);
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fprintf(TermLog, "%s", ctime(&Time));
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SAVELOG;
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#endif
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}
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void LogError(Str)
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char *Str;
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{
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#ifdef LOG
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fprintf(TermLog, "%s\n", Str);
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SAVELOG;
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#endif
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}
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char *MemAllocate(Size)
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int Size;
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{
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char *P;
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if (Size <= 0) {
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sprintf(LogStr, "Invalid Size for memory allocation %d ", Size);
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LogError(LogStr); return(NULL);
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}
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P = (char *) calloc(Size, 1);
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if (P == NULL) {
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sprintf(LogStr, "No memory for allocation");
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LogError(LogStr); return(NULL);
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}
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return(P);
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}
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void MemRelease(P)
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char *P;
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{
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if (P == NULL) {LogError("Invalid memory address for release");return;}
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free(P);
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}
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int FileExists(FileName)
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char *FileName;
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{
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if (fopen(FileName, "r") != NULL) return(0);
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return((int) errno);
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}
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void InitTest(argc, argv)
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int argc;
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char *argv[];
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{
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test.display = SynOpenDisplay(NULL);
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SynParseCommandOptions(argc, argv);
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SynNameWindow(test.display, DefaultRootWindow(test.display), "WinRoot");
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#if 0
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SynSetDoubleClickDelay(MULTI_CLICK_DELAY);
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#endif
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test.waitTime = WIN_WAIT_TIME;
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}
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CloseTest(exitDialog)
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int exitDialog;
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{
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Window Win;
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SynStatus Result;
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SynCloseDisplay(test.display);
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}
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void MatchWindows(WinName, ImageFile)
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char *WinName, *ImageFile;
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{
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int Result;
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SynStatus SynResult;
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char *Expected, *Actual;
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#ifdef SLOW
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sleep(10);
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#endif
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if ((Result = FileExists(ImageFile)) != 0) {
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sprintf(LogStr, "ImageFile <%s> does not exist", ImageFile);
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#if 0
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if (Result == ENOENT)
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sprintf(LogStr, "ImageFile <%s> does not exist", ImageFile);
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else if (Result == EACCES)
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sprintf(LogStr, "ImageFile <%s> permission problem ", ImageFile);
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else LogError(LogStr, "ImageFile <%s> Unknown error ", ImageFile);
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#endif
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LogError(LogStr);
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}
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Expected = MemAllocate((int) (strlen(ImageFile) + strlen(EXPECTED_SUFFIX)));
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Actual = MemAllocate((int) (strlen(ImageFile) + strlen(ACTUAL_SUFFIX)));
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strcpy(Expected, ImageFile); strcat(Expected, EXPECTED_SUFFIX);
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strcpy(Actual, ImageFile); strcat(Actual, ACTUAL_SUFFIX);
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if ((SynResult = SynCompareWindowImage(test.display, WinName, ImageFile,
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Expected, Actual)) != SYN_SUCCESS) {
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sprintf(LogStr,"ImageComparison Failed ImageFile <%s> \
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Expected <%s> Actual <%s>", ImageFile, Expected, Actual);
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LogError(LogStr);
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}
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else {
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sprintf(LogStr, "ImageComparison Success \n");
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LogError(LogStr);
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}
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}
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int AssignWinName(WinName, TitleName)
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char *WinName, *TitleName;
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{
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SynStatus Result;
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Window Win, *SelList;
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int SelCount;
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Result = SynNameWindowByProperty(test.display, WinName, TitleName,
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"WM_CLASS", &SelList, &SelCount);
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if (Result == SYN_SUCCESS)
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{sprintf(LogStr, "SynSucc SelCount %d ", SelCount); LogError(LogStr);}
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else if (Result == SYN_NAME_COLLISION)
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{sprintf(LogStr, "Window Collision "); LogError(LogStr);}
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else if (Result == BAD_SYN_WINDOW)
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{sprintf(LogStr, "SynFail"); LogError(LogStr); return(-1);}
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return(0);
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}
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void PressKeypadKeys()
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{
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SynClickKey(test.display, "<KP_0>");
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SynClickKey(test.display, "<KP_1>");
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SynClickKey(test.display, "<KP_2>");
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SynClickKey(test.display, "<KP_3>");
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SynClickKey(test.display, "<KP_4>");
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SynClickKey(test.display, "<KP_5>");
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SynClickKey(test.display, "<KP_6>");
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SynClickKey(test.display, "<KP_7>");
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SynClickKey(test.display, "<KP_8>");
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SynClickKey(test.display, "<KP_9>");
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SynClickKey(test.display, "<KP_Multiply>");
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SynClickKey(test.display, "<KP_Divide>");
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SynClickKey(test.display, "<KP_Add>");
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SynClickKey(test.display, "<KP_Subtract>");
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SynClickKey(test.display, "<KP_Separator>");
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SynClickKey(test.display, "<KP_Tab>");
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SynClickKey(test.display, "<KP_Decimal>");
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SynClickKey(test.display, "<KP_Enter>");
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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}
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void PrintTermString(WinName, String)
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char *WinName, *String;
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{
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int i;
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SynMovePointer(test.display, WinName, "LocTerm1");
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for (i=0; i < 5; i++) {
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SynPrintString(test.display, String);
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SynPrintString(test.display, " ");
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}
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SynFlushInputBuffer(test.display);
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}
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void ExecCommand(Command)
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char *Command;
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{
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sleep(5);
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SynMovePointer(test.display, "WinRoot", "LocTerm");
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SynPressAndHoldKey(test.display, "<Control_L>");
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SynPrintString(test.display, "C");
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SynReleaseKey(test.display, "<Control_L>");
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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/* Above things are auxillary things and assumes intr set as ^C */
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SynPrintString(test.display, Command);
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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}
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void ExecWinCommand(WinName, Command)
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char *WinName, *Command;
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{
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SynMovePointer(test.display, WinName, "LocTerm1");
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SynPressAndHoldKey(test.display, "<Control_L>");
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SynPrintString(test.display, "C");
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SynReleaseKey(test.display, "<Control_L>");
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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/* Above things are auxillary things and assumes intr set as ^C */
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SynPrintString(test.display, Command);
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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}
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void PressPrevKey(WinName)
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char *WinName;
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{
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SynClickKey(test.display, "<Prior>");
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SynFlushInputBuffer(test.display);
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}
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void PressCtrlGKey(WinName)
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char *WinName;
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{
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SynPressAndHoldKey(test.display, "<Control_L>");
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SynPrintString(test.display, "G");
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SynReleaseKey(test.display, "<Control_L>");
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SynFlushInputBuffer(test.display);
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}
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void PressKeyNtimes(WinName, Key, N)
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char *WinName, *Key;
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int N;
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{
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int i;
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for (i=0; i < N; i++)
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SynPrintString(test.display, Key);
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SynFlushInputBuffer(test.display);
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}
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void PressBackSpace(WinName)
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char *WinName;
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{
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SynClickKey(test.display, "<BackSpace>");
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SynFlushInputBuffer(test.display);
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}
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void CloseTerm(WinName)
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char *WinName;
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{
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SynMovePointer(test.display, WinName, "LocTerm1");
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SynPressAndHoldKey(test.display, "<Control_L>");
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SynPrintString(test.display, "C");
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SynReleaseKey(test.display, "<Control_L>");
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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SynPrintString(test.display, "exit");
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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}
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void JustExit(WinName)
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char *WinName;
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{
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SynMovePointer(test.display, WinName, "LocTerm1");
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SynPrintString(test.display, "exit");
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SynClickKey(test.display, "<Return>");
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SynFlushInputBuffer(test.display);
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}
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int WaitWinMap(WinName)
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char *WinName;
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{
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SynStatus Result;
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Result = SynWaitWindowMap(test.display, WinName, WIN_WAIT_TIME);
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if (Result == SYN_TIME_OUT)
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{LogError("term window did not come up"); return(-1);}
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return(0);
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}
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void WaitWinUnMap(WinName, WaitTime)
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char *WinName;
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long WaitTime;
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{
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SynStatus Result;
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Result = SynWaitWindowUnmap(test.display, WinName, WaitTime);
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if (Result == BAD_SYN_WINDOW) LogError("Named window does not exist");
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}
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void CheckCapsLock()
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{
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int X, Y, X1, Y1;
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unsigned int Mask;
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Window A, B;
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if (XQueryPointer(test.display, DefaultRootWindow((test.display)),
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&A, &B, &X, &Y, &X1, &Y1, &Mask) == True) {
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if ((Mask&LockMask) == LockMask) {
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SynClickKey(test.display, "<Caps_Lock>");
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SynFlushInputBuffer(test.display);
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}
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}
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else LogError("QueryPointer failed ");
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}
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void Deiconify(WinName)
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char *WinName;
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{
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SynDoubleClickButton(test.display, "Button1", WinName, "LocTerm1");
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SynWaitWindowMap(test.display, NULL, WIN_WAIT_TIME);
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SynWaitWindowUnmap(test.display, NULL,WIN_WAIT_TIME);
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SynWaitWindowUnmap(test.display, WinName, WIN_WAIT_TIME);
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}
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void TestMenu(WinName)
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char *WinName;
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{
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SynMovePointer(test.display, WinName, "file");
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SynClickButton(test.display, "Button1", WinName, "file");
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SynMovePointer(test.display, WinName, "file");
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/*
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SynClickButton(test.display, "Button1", WinName, "exit");
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*/
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sleep(5);
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}
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