bool RemoteRepositoryAssistant::try_git_pull_repository (const ustring& name)
// Pull repository.
{
GwSpawn spawn ("git");
spawn.workingdirectory (git_testing_directory (name));
spawn.arg ("pull");
spawn.run();
bool okay = (spawn.exitstatus == 0);
if (!okay) {
gtk_label_set_text(GTK_LABEL(label_try_git), _("git pull from remote repository failed"));
}
return okay;
}
void XeTeX::place_ptx2pdf_macros ()
{
GwSpawn spawn (Directories->get_tar());
spawn.workingdirectory (working_directory);
spawn.arg ("zxf");
spawn.arg (gw_build_filename (Directories->get_package_data (), "ptx2pdf.tar.gz"));
spawn.run ();
ustring ptx2pdf_directory = "ptx2pdf";
ReadFiles rf (gw_build_filename (working_directory, ptx2pdf_directory), "", "");
for (unsigned int i = 0; i < rf.files.size(); i++) {
unix_mv (gw_build_filename (working_directory, ptx2pdf_directory, rf.files[i]), gw_build_filename (working_directory, rf.files[i]));
}
unix_rmdir (gw_build_filename (working_directory, ptx2pdf_directory));
}
void RemoteRepositoryAssistant::on_assistant_apply ()
{
// Configurations.
extern Settings *settings;
ProjectConfiguration *projectconfig = settings->projectconfig(bible);
// Whether to use the remote repository.
bool use_remote_repository = gtk_toggle_button_get_active(GTK_TOGGLE_BUTTON(checkbutton_use_repository));
if (bible_notes_selector_bible ())
projectconfig->git_use_remote_repository_set(use_remote_repository);
else
settings->genconfig.consultation_notes_git_use_remote_repository_set(use_remote_repository);
// The remote repository URL.
if (bible_notes_selector_bible ())
projectconfig->git_remote_repository_url_set(repository_url_get());
else
settings->genconfig.consultation_notes_git_remote_repository_url_set(repository_url_get());
// If the repository was cloned, move it into place.
if (repository_was_cloned()) {
ustring destination_data_directory;
if (bible_notes_selector_bible ())
destination_data_directory = project_data_directory_project(bible);
else
destination_data_directory = notes_shared_storage_folder ();
unix_rmdir(destination_data_directory);
unix_mv(persistent_clone_directory, destination_data_directory);
// Switch rename detection off.
// This is necessary for the consultation notes, since git has been seen to cause spurious renames.
GwSpawn spawn ("git");
spawn.workingdirectory (destination_data_directory);
spawn.arg ("config");
spawn.arg ("--global");
spawn.arg ("diff.renamelimit");
spawn.arg ("0");
spawn.run ();
}
if (bible_notes_selector_bible ()) {
// Take a snapshot of the whole project.
snapshots_shoot_project (bible);
} else{
// Create the index for the consultation notes.
notes_create_index ();
}
// Show summary.
gtk_assistant_set_current_page (GTK_ASSISTANT (assistant), summary_page_number);
}
bool RemoteRepositoryAssistant::try_git_fetch_repository (const ustring& remote, const ustring& local)
// Fetch the local into the remote repository.
{
GwSpawn spawn ("git");
spawn.workingdirectory (git_testing_directory (remote));
spawn.arg ("--bare");
spawn.arg ("fetch");
spawn.arg (git_testing_directory (local));
spawn.arg ("master:master");
spawn.run();
bool okay = (spawn.exitstatus == 0);
if (!okay) {
gtk_label_set_text(GTK_LABEL(label_try_git), _("git --bare fetch fails to fetch data into remote repository"));
}
return okay;
}
bool RemoteRepositoryAssistant::try_git_create_repository (const ustring& name, bool remote)
{
ustring directory = git_testing_directory (name);
gw_mkdir_with_parents (directory);
GwSpawn spawn ("git");
spawn.workingdirectory (directory);
if (remote)
spawn.arg ("--bare");
spawn.arg ("init");
if (remote)
spawn.arg ("--shared");
spawn.run();
bool okay = (spawn.exitstatus == 0);
if (!okay) {
gtk_label_set_text(GTK_LABEL(label_try_git), _("git init fails to create a repository"));
}
return okay;
}
ustring XeTeX::run ()
{
write_document_tex_file ();
ustring pdf_file;
if (runtime_check (rtXeTeX)) {
pdf_file = gw_build_filename (working_directory, "document.pdf");
bool re_run = false;
unsigned int run_count = 0;
do {
run_count++;
GwSpawn spawn (runtime_program (rtXeTeX));
spawn.workingdirectory (working_directory);
spawn.arg ("document.tex");
spawn.read ();
spawn.progress ("Formatting run " + convert_to_string (run_count), true);
spawn.run ();
re_run = false;
for (unsigned int i = 0; i < spawn.standardout.size(); i++) {
gw_message (spawn.standardout[i]);
if (spawn.standardout[i].find ("re-run") != string::npos)
re_run = true;
}
for (unsigned int i = 0; i < spawn.standarderr.size(); i++) {
gw_critical (spawn.standarderr[i]);
if (spawn.standarderr[i].find ("re-run") != string::npos)
re_run = true;
}
// If the formatting process was cancelled, bail out, with no pdf file.
if (spawn.cancelled) {
return "";
}
} while (re_run && (run_count < 10));
}
// Info for user in logfile.
gw_message (_("All the data for this document is available in temporal folder ") + working_directory + ".");
gw_message (_("You can tune the files by hand, then run \"xetex document.tex\" in this folder to convert it into a PDF file."));
return pdf_file;
}
void RemoteRepositoryAssistant::on_button_push ()
/*
It copies the existing data, without the .git directory, into the persistent clone,
replaces any data that was there, and then pushes this data to the remote repository.
This makes the remote repository to have an exact copy of our data.
*/
{
// Progress.
ProgressWindow progresswindow (_("Pushing your data"), false);
progresswindow.set_fraction (0.2);
// Copy our data into a temporal location.
ustring my_data_directory = notes_shared_storage_folder ();
if (bible_notes_selector_bible ())
my_data_directory = project_data_directory_project(bible);
ustring temporal_data_directory = git_testing_directory ("mydata");
unix_cp_r (my_data_directory, temporal_data_directory);
// In rare cases a .git directory could have been copied along with our data. Remove that.
unix_rmdir (gw_build_filename (temporal_data_directory, ".git"));
// Remove all directories and all files from the persistent clone directory, but leave the .git directory
{
ReadDirectories rd (persistent_clone_directory, "", "");
for (unsigned int i = 0; i < rd.directories.size(); i++) {
if (rd.directories[i] != ".git") {
unix_rmdir (gw_build_filename (persistent_clone_directory, rd.directories[i]));
}
}
ReadFiles rf (persistent_clone_directory, "", "");
for (unsigned int i = 0; i < rf.files.size(); i++) {
unlink (gw_build_filename (persistent_clone_directory, rf.files[i]).c_str());
}
}
// Move our data, from its temporal location, into the persistent clone directory.
progresswindow.set_fraction (0.4);
{
ReadDirectories rd (temporal_data_directory, "", "");
for (unsigned int i = 0; i < rd.directories.size(); i++) {
unix_mv (gw_build_filename (temporal_data_directory, rd.directories[i]), persistent_clone_directory);
}
ReadFiles rf (temporal_data_directory, "", "");
for (unsigned int i = 0; i < rf.files.size(); i++) {
unix_mv (gw_build_filename (temporal_data_directory, rf.files[i]), persistent_clone_directory);
}
}
// Commit the new data in the persistent clone directory.
progresswindow.set_fraction (0.55);
{
GwSpawn spawn ("git");
spawn.workingdirectory (persistent_clone_directory);
spawn.arg ("add");
spawn.arg (".");
spawn.run ();
}
progresswindow.set_fraction (0.65);
{
GwSpawn spawn ("git");
spawn.workingdirectory (persistent_clone_directory);
spawn.arg ("commit");
spawn.arg ("-a");
spawn.arg ("-m");
spawn.arg ("user data into repo");
spawn.run ();
}
// Push our data to the remote repository.
progresswindow.set_fraction (0.8);
GwSpawn spawn("git");
spawn.workingdirectory(persistent_clone_directory);
spawn.arg ("push");
spawn.run();
// Take action depending on the outcome of pushing to the remote repository.
if (spawn.exitstatus == 0) {
// Clone okay.
gtk_label_set_text (GTK_LABEL (label_push), _("Your data has been pushed to the remote repository"));
} else {
// Clone failed.
gtk_label_set_text (GTK_LABEL (label_push), _("Your data could not be pushed to the remote repository,\nplease restart the assistant"));
repository_unclone();
}
}
