void WindowCheckKeyterms::add_to_renderings(const ustring & rendering, bool wholeword)
// Adds "rendering" to renderings. If it contains any capitals, the
// casesensitive is set too.
{
ustring keyterm;
keyterms_get_term(keyword_id, keyterm);
GtkTreeIter iter;
gtk_tree_store_append(treestore_renderings, &iter, NULL);
bool casesensitive = rendering != rendering.casefold();
gtk_tree_store_set(treestore_renderings, &iter, 0, wholeword, 1, casesensitive, 2, rendering.c_str(), 3, 1, -1);
save_renderings();
}
bool WindowCheckKeyterms::find_renderings (const ustring& text, const vector <ustring>& renderings, const vector <bool>& wholewords, const vector <bool>& casesensitives, vector <size_t> * startpositions, vector <size_t> * lengths)
// Finds renderings in the text.
// text: Text to be looked into.
// renderings: Renderings to look for.
// wholewords / casesensitives: Attributes of the renderings.
// startpositions: If non-NULL, will be filled with the positions that each rendering starts at.
// lengths: If non-NULL, will be filled with the lengths of the renderings found.
// Returns whether one or more renderings were found in the verse.
{
if (startpositions)
startpositions->clear();
if (lengths)
lengths->clear();
GtkTextBuffer * textbuffer = gtk_text_buffer_new (NULL);
gtk_text_buffer_set_text (textbuffer, text.c_str(), -1);
GtkTextIter startiter;
gtk_text_buffer_get_start_iter(textbuffer, &startiter);
bool found = false;
for (unsigned int i2 = 0; i2 < renderings.size(); i2++) {
ustring rendering = renderings[i2];
bool wholeword = wholewords[i2];
bool casesensitive = casesensitives[i2];
ustring mytext;
ustring myrendering;
if (casesensitive) {
mytext = text;
myrendering = rendering;
} else {
mytext = text.casefold();
myrendering = rendering.casefold();
}
size_t position = mytext.find(myrendering);
while (position != string::npos) {
bool temporally_approved = true;
GtkTextIter approvedstart = startiter;
GtkTextIter approvedend;
gtk_text_iter_forward_chars(&approvedstart, position);
approvedend = approvedstart;
gtk_text_iter_forward_chars(&approvedend, rendering.length());
if (wholeword) {
if (!gtk_text_iter_starts_word(&approvedstart))
temporally_approved = false;
if (!gtk_text_iter_ends_word(&approvedend))
temporally_approved = false;
}
if (temporally_approved) {
found = true;
if (startpositions)
startpositions->push_back (position);
if (lengths)
lengths->push_back (rendering.length());
}
position = mytext.find(myrendering, ++position);
}
}
g_object_unref (textbuffer);
return found;
}
bool searchwords_find_fast (const ustring& text,
const vector <ustring>& searchwords,
const vector <bool>& wholewords,
const vector <bool>& casesensitives,
vector <size_t>& startpositions,
vector <size_t>& lengths)
// Finds occurrences of searchwords in the text.
// text: Text to be looked through.
// searchwords: Search words to look for.
// wholewords / casesensitives: Attributes of the searchwords.
// startpositions: If non-NULL, will be filled with the positions that each searchword starts at.
// lengths: If non-NULL, will be filled with the lengths of the searchwords found.
// Returns whether one or more searchwords were found in the text.
{
// Clear output containers.
startpositions.clear();
lengths.clear();
// A textbuffer makes searching text easier in this case.
GtkTextBuffer * textbuffer = gtk_text_buffer_new (NULL);
gtk_text_buffer_set_text (textbuffer, text.c_str(), -1);
GtkTextIter startiter;
gtk_text_buffer_get_start_iter(textbuffer, &startiter);
bool found = false;
// Go through all words to look for.
for (unsigned int i2 = 0; i2 < searchwords.size(); i2++) {
// Define this search word and its parameters.
ustring searchword = searchwords[i2];
bool wholeword = wholewords[i2];
bool casesensitive = casesensitives[i2];
// Handle case sensitivity.
ustring mytext;
ustring mysearchword;
if (casesensitive) {
mytext = text;
mysearchword = searchword;
} else {
mytext = text.casefold();
mysearchword = searchword.casefold();
}
// Find all occurrences of the word.
size_t position = mytext.find(mysearchword);
while (position != string::npos) {
bool temporally_approved = true;
GtkTextIter approvedstart = startiter;
GtkTextIter approvedend;
gtk_text_iter_forward_chars(&approvedstart, position);
approvedend = approvedstart;
gtk_text_iter_forward_chars(&approvedend, searchword.length());
if (wholeword) {
if (!gtk_text_iter_starts_word(&approvedstart))
temporally_approved = false;
if (!gtk_text_iter_ends_word(&approvedend))
temporally_approved = false;
}
if (temporally_approved) {
found = true;
startpositions.push_back (position);
lengths.push_back (searchword.length());
}
position = mytext.find(mysearchword, ++position);
}
}
// Free textbuffer used.
g_object_unref (textbuffer);
if (found) {
// Sort the output.
quick_sort (startpositions, lengths, 0, (unsigned int)startpositions.size());
// Overlapping items need to be combined to avoid crashes.
xml_combine_overlaps (startpositions, lengths);
}
// Return true if anything was found.
return found;
}
