static void
log_object_text_caret_moved (EventLog *log, const AccessibleEvent *event)
{
AccessibleText *text;
long int start, end, offset, text_length;
if (!log_sanity_check_text (log, event))
return;
offset = event->detail1;
log_message (log, "caret moved (%s) to %d on ", event->type, offset);
log_accessible (log, event->source);
text = Accessible_getText (event->source);
offset = event->detail1;
text_length = AccessibleText_getCharacterCount (text);
if (offset < 0 || offset > text_length) {
log_error (log, TRUE, "caret moved beyond end of text %d characters long", text_length);
return;
}
AccessibleText_getTextAtOffset (text, offset,
SPI_TEXT_BOUNDARY_SENTENCE_START,
&start, &end);
log_message (log, "offsets: sentance_start %d->%d, ", start, end);
AccessibleText_getTextAtOffset (text, offset,
SPI_TEXT_BOUNDARY_SENTENCE_END,
&start, &end);
log_message (log, "sentance_end %d->%d, ", start, end);
AccessibleText_getTextAtOffset (text, offset,
SPI_TEXT_BOUNDARY_LINE_START,
&start, &end);
log_message (log, "line_start %d->%d, ", start, end);
AccessibleText_getTextAtOffset (text, offset,
SPI_TEXT_BOUNDARY_LINE_END,
&start, &end);
log_message (log, "line_end %d->%d, ", start, end);
AccessibleText_getTextAtOffset (text, offset,
SPI_TEXT_BOUNDARY_WORD_START,
&start, &end);
log_message (log, "word_start %d->%d, ", start, end);
AccessibleText_getTextAtOffset (text, offset,
SPI_TEXT_BOUNDARY_WORD_END,
&start, &end);
log_message (log, "word_end %d->%d, ", start, end);
log_message (log, "\n");
}
static void
test_text (AccessibleText *text)
{
char *str;
fprintf (stderr, "Testing text ...\n");
g_assert (AccessibleText_getCharacterCount (text) ==
strlen (TEST_STRING_A));
str = AccessibleText_getText (text, 0, WHOLE_STRING);
g_assert (!strcmp (str, TEST_STRING_A));
SPI_freeString (str);
str = AccessibleText_getText (text, 0, 5);
g_assert (!strncmp (str, TEST_STRING_A, 5));
SPI_freeString (str);
AccessibleText_setCaretOffset (text, 7);
g_assert (AccessibleText_getCaretOffset (text) == 7);
/* FIXME: lots more tests - selections etc. etc. */
}
char * windows_text ( SQByteArray * _pointer )
{
char * text = NULL;
Accessible * accessibleObject = windows_to_accessible(_pointer);
if ( Accessible_isText(accessibleObject) == SPI_TRUE )
{
AccessibleText * textObj = Accessible_getText(accessibleObject);
long count = AccessibleText_getCharacterCount ( textObj );
text = AccessibleText_getText ( textObj, 0, count );
AccessibleText_unref ( textObj );
return windows_string(text);
}
else if ( Accessible_isValue(accessibleObject) == SPI_TRUE )
{
AccessibleValue * valueObj = Accessible_getValue(accessibleObject);
double current = AccessibleValue_getCurrentValue ( valueObj );
text = malloc(SQ_MAX_VALUE_LENGTH);
SNPRINTF_FUNCTION ( text, SQ_MAX_VALUE_LENGTH, "%f", current );
return text;
}
return SQ_STRDUP_FUNCTION("");
}
