void WindowCheckKeyterms::load_renderings()
{
extern Settings *settings;
ustring project = settings->genconfig.project_get();
ProjectConfiguration *projectconfig = settings->projectconfig(project);
ustring versification = projectconfig->versification_get();
ustring keyterm;
keyterms_get_term(keyword_id, keyterm);
vector <ustring> renderings;
vector <bool> wholewords;
vector <bool> casesensitives;
ustring category;
{
ustring dummy1;
vector < Reference > dummy2;
keyterms_get_data(keyword_id, category, dummy1, dummy2);
}
keyterms_retrieve_renderings(project, keyterm, category, renderings, wholewords, casesensitives);
clear_renderings();
GtkTreeIter iter;
for (unsigned int i = 0; i < renderings.size(); i++) {
gtk_tree_store_append(treestore_renderings, &iter, NULL);
bool wholeword = wholewords[i];
bool casesensitive = casesensitives[i];
gtk_tree_store_set(treestore_renderings, &iter, 0, wholeword, 1, casesensitive, 2, renderings[i].c_str(), 3, 1, -1);
}
gtk_tree_store_append(treestore_renderings, &iter, NULL);
gtk_tree_store_set(treestore_renderings, &iter, 0, false, 1, true, 2, enter_new_rendering_here().c_str(), 3, 1, -1);
}
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();
}
void WindowCheckKeyterms::save_renderings()
{
vector <ustring> renderings;
vector <bool> wholewords;
vector <bool> casesensitives;
get_renderings(renderings, wholewords, casesensitives);
ustring keyterm;
keyterms_get_term(keyword_id, keyterm);
ustring category;
{
ustring dummy1;
vector < Reference > dummy2;
keyterms_get_data(keyword_id, category, dummy1, dummy2);
}
extern Settings *settings;
ustring project = settings->genconfig.project_get();
keyterms_store_renderings(project, keyterm, category, renderings, wholewords, casesensitives);
load_renderings();
html_link_clicked (last_keyword_url.c_str());
}
void WindowCheckKeyterms::html_write_keyterms (HtmlWriter2& htmlwriter, unsigned int keyword_id)
{
// Get data about the project.
extern Settings *settings;
ustring project = settings->genconfig.project_get();
ProjectConfiguration *projectconfig = settings->projectconfig(project);
ustring versification = projectconfig->versification_get();
// Add action links.
htmlwriter.paragraph_open ();
htmlwriter.hyperlink_add ("index", "[Index]");
htmlwriter.text_add (" ");
htmlwriter.hyperlink_add ("send", _("[Send to references window]"));
htmlwriter.paragraph_close ();
// Add the keyterm itself.
ustring keyterm;
keyterms_get_term(keyword_id, keyterm);
htmlwriter.heading_open (3);
htmlwriter.text_add (keyterm);
htmlwriter.heading_close();
// Retrieve the renderings.
vector <ustring> renderings;
vector <bool> wholewords;
vector <bool> casesensitives;
get_renderings(renderings, wholewords, casesensitives);
// Get the data for the keyword identifier.
ustring dummy;
ustring information;
keyterms_get_data(keyword_id, dummy, information, references);
// Divide the information into lines.
ParseLine parseline (information);
// Write the information.
for (unsigned int i = 0; i < parseline.lines.size(); i++) {
information = parseline.lines[i];
htmlwriter.paragraph_open ();
size_t pos = information.find (keyterms_reference_start_markup ());
while (pos != string::npos) {
htmlwriter.text_add (information.substr (0, pos));
information.erase (0, pos + keyterms_reference_start_markup ().length());
pos = information.find (keyterms_reference_end_markup ());
if (pos != string::npos) {
// Extract the reference.
htmlwriter.paragraph_close ();
ustring original_reference_text = information.substr (0, pos);
Reference reference = get_reference (original_reference_text);
// Remap the reference.
{
Mapping mapping(versification, reference.book_get());
vector <int> chapters;
vector <int> verses;
mapping.original_to_me(reference.chapter_get(), reference.verse_get(), chapters, verses);
if (!chapters.empty()) {
reference.chapter_set(chapters[0]);
reference.verse_set(convert_to_string (verses[0]));
}
}
ustring remapped_reference_text = reference.human_readable ("");
ustring displayed_reference_text (remapped_reference_text);
if (remapped_reference_text != original_reference_text) {
displayed_reference_text.append (" (");
displayed_reference_text.append (original_reference_text);
displayed_reference_text.append (")");
}
// Add the reference with hyperlink.
htmlwriter.hyperlink_add ("goto " + remapped_reference_text, remapped_reference_text);
information.erase (0, pos + keyterms_reference_end_markup ().length());
// Add the reference's text.
ustring verse = project_retrieve_verse(project, reference);
if (verse.empty()) {
verse.append(_("<empty>"));
} else {
CategorizeLine cl(verse);
cl.remove_verse_number(reference.verse_get());
verse = cl.verse;
}
htmlwriter.text_add (" ");
// Add the verse plus markup for approved text.
vector <size_t> startpositions;
vector <size_t> lengths;
size_t processposition = 0;
if (find_renderings (verse, renderings, wholewords, casesensitives, &startpositions, &lengths)) {
quick_sort (startpositions, lengths, 0, startpositions.size());
// Overlapping items need to be combined to avoid crashes.
xml_combine_overlaps (startpositions, lengths);
for (unsigned int i = 0; i < startpositions.size(); i++) {
htmlwriter.text_add (verse.substr (0, startpositions[i] - processposition));
htmlwriter.bold_open();
htmlwriter.text_add (verse.substr (startpositions[i] - processposition, lengths[i]));
htmlwriter.bold_close();
verse.erase (0, startpositions[i] - processposition + lengths[i]);
processposition = startpositions[i] + lengths[i];
}
// Add whatever is left over of the verse. This could be the full verse in case it wasn't processed.
htmlwriter.text_add (verse);
}
else
{
htmlwriter.highlight_open();
htmlwriter.text_add (verse);
htmlwriter.highlight_close();
}
// Proceed to next.
htmlwriter.paragraph_open ();
pos = information.find (keyterms_reference_start_markup ());
}
}
htmlwriter.text_add (information);
htmlwriter.paragraph_close ();
}
}
void WindowShowRelatedVerses::load_webview (const gchar * url)
{
// New url.
active_url = url;
// Start writing a html page.
HtmlWriter2 htmlwriter ("");
bool display_another_page = true;
if (active_url.find ("keyterm ") == 0) {
item_type = ritKeytermId;
item_id = active_url.substr (8, 100);
gtk_button_clicked (GTK_BUTTON (button_item));
display_another_page = false;
}
else if (active_url.find ("strong ") == 0) {
item_type = ritStrongNumber;
item_id = active_url.substr (7, 100);
gtk_button_clicked (GTK_BUTTON (button_item));
display_another_page = false;
}
else if (active_url.find ("parallels") == 0) {
item_type = ritParallels;
gtk_button_clicked (GTK_BUTTON (button_item));
display_another_page = false;
}
else {
// Display the keyterms in the verse, and their renderings.
htmlwriter.heading_open (3);
htmlwriter.text_add (_("Keyterms in verse ") + myreference.verse);
htmlwriter.heading_close ();
vector <int> keyterms = keyterms_get_terms_in_verse(myreference);
for (unsigned int i = 0; i < keyterms.size(); i++) {
htmlwriter.paragraph_open();
// Display the keyterm.
ustring term;
keyterms_get_term(keyterms[i], term);
htmlwriter.text_add ("* ");
ustring url = "keyterm " + convert_to_string (keyterms[i]);
htmlwriter.hyperlink_add (url, term);
htmlwriter.text_add (": ");
// Display the renderings.
vector <ustring> renderings;
vector <bool> wholewords;
vector <bool> casesensitives;
ustring category;
{
ustring dummy1;
vector < Reference > dummy2;
keyterms_get_data(keyterms[i], category, dummy1, dummy2);
}
keyterms_retrieve_renderings(myproject, term, category, renderings, wholewords, casesensitives);
for (unsigned int i2 = 0; i2 < renderings.size(); i2++) {
if (i2)
htmlwriter.text_add (", ");
htmlwriter.text_add (renderings[i2]);
}
htmlwriter.paragraph_close();
}
// If there are no keyterms, mention this.
if (keyterms.empty()) {
htmlwriter.paragraph_open ();
htmlwriter.text_add ("none");
htmlwriter.paragraph_close ();
}
// Terms derived from the Strong's numbers in this verse.
htmlwriter.heading_open (3);
htmlwriter.text_add (_("Similar words in other verses"));
htmlwriter.heading_close ();
// Get the data.
vector <ustring> strongs;
vector <ustring> words;
kjv_get_strongs_data (myreference, strongs, words);
// Display the data.
for (unsigned int i = 0; i < strongs.size(); i++) {
htmlwriter.paragraph_open ();
Parse parse (strongs[i]);
for (unsigned int i2 = 0; i2 < parse.words.size (); i2++) {
htmlwriter.text_add (words[i]);
htmlwriter.text_add (" ");
ustring url = "strong " + parse.words[i2];
htmlwriter.hyperlink_add (url, parse.words[i2]);
}
htmlwriter.paragraph_close ();
}
// Parallel passages.
vector <Reference> parallel_references;
vector <ustring> parallel_comments;
parallel_passages_retrieve (myreference, parallel_references, parallel_comments);
if (!parallel_references.empty()) {
extern Settings *settings;
ProjectConfiguration *projectconfig = settings->projectconfig(myproject);
ustring language = projectconfig->language_get();
htmlwriter.heading_open (3);
htmlwriter.text_add (_("Parallel passages"));
htmlwriter.heading_close ();
for (unsigned int i = 0; i < parallel_references.size(); i++) {
htmlwriter.paragraph_open ();
htmlwriter.text_add (parallel_references[i].human_readable (language) + " " + parallel_comments[i]);
htmlwriter.paragraph_close ();
}
htmlwriter.paragraph_open ();
htmlwriter.hyperlink_add ("parallels", _("Send to references window"));
htmlwriter.paragraph_close ();
}
}
htmlwriter.finish();
if (display_another_page) {
// Load the page.
webkit_web_view_load_string (WEBKIT_WEB_VIEW (webview), htmlwriter.html.c_str(), NULL, NULL, NULL);
// Scroll to the position that possibly was stored while this url was last active.
GtkAdjustment * adjustment = gtk_scrolled_window_get_vadjustment (GTK_SCROLLED_WINDOW (scrolledwindow));
gtk_adjustment_set_value (adjustment, scrolling_position[active_url]);
}
}
