private void GetInstitution(string strInstitution)
{
if (!lsbInstitution.Items.Contains(strInstitution))
{
RLiteratureInstitution newInstitution = new RLiteratureInstitution();
newInstitution.Institution = strInstitution;
lstLiteratureInstitution.Add(newInstitution);
lsbInstitution.Items.Add(strInstitution);
}
}
private void btnBibTeX_Click(object sender, EventArgs e)
{
// First, create a temp literature log, use it to generate BibTeX
// So that we don't need to care if the BibTeX is generated for new literature log or existing literature log
// Anyway, BibTeX is just a set of attribution and eventually become a string
CLiterature tmpLiterature = new CLiterature();
tmpLiterature.Title = txtTitle.Text;
tmpLiterature.BibKey = txtBibKey.Text;
tmpLiterature.JournalOrConferenceName = txtJournalConference.Text;
tmpLiterature.BibTeX = literatureBib;
modifiedFlag = true;
if (txtTitle.Enabled == false)
{
tmpLiterature.DateAdded = G.glb.lstLiterature.Find(o => o.Title == txtTitle.Text).DateAdded;
}
else
{
tmpLiterature.DateAdded = DateTime.Today;
}
tmpLiterature.DateModified = DateTime.Today;
if (txtYear.Text == "")
{
tmpLiterature.PublishYear = 9999;
}
else
{
tmpLiterature.PublishYear = Convert.ToInt32(txtYear.Text);
}
List <RLiteratureAuthor> tmpAuthorList = new List <RLiteratureAuthor>();
for (int i = 0; i < lsbAuthor.Items.Count; i++)
{
RLiteratureAuthor tmpAuthor = new RLiteratureAuthor();
tmpAuthor.Author = lsbAuthor.Items[i].ToString();
tmpAuthor.Rank = i;
tmpAuthorList.Add(tmpAuthor);
}
List <RLiteratureInstitution> tmpInstitutionList = new List <RLiteratureInstitution>();
for (int i = 0; i < lsbInstitution.Items.Count; i++)
{
RLiteratureInstitution tmpInstitution = new RLiteratureInstitution();
tmpInstitution.Institution = lsbInstitution.Items[i].ToString();
tmpInstitutionList.Add(tmpInstitution);
}
switch (cbxBibEntryType.Text)
{
case "Article":
frmBibArticle frmBibArticle = new frmBibArticle(tmpLiterature, tmpAuthorList);
frmBibArticle.BuildBibTeX += new frmBibArticle.BuildBibTeXHandler(ParseBibTeXText);
frmBibArticle.Show();
break;
case "Mastersthesis":
RLiteratureAuthor tmpMasterAuthor = new RLiteratureAuthor();
if (tmpAuthorList.Count > 0)
{
tmpMasterAuthor = tmpAuthorList[0];
}
else
{
tmpMasterAuthor.Author = "";
}
RLiteratureInstitution tmpMasterInstitution = new RLiteratureInstitution();
if (tmpInstitutionList.Count > 0)
{
tmpMasterInstitution = tmpInstitutionList[0];
}
else
{
tmpMasterInstitution.Institution = "";
}
frmBibMasterThesis frmBibMasterThesis = new frmBibMasterThesis(tmpLiterature, tmpMasterAuthor, tmpMasterInstitution);
frmBibMasterThesis.BuildBibTeX += new frmBibMasterThesis.BuildBibTeXHandler(ParseBibTeXText);
frmBibMasterThesis.Show();
break;
case "Phdthesis":
RLiteratureAuthor tmpPhDAuthor = new RLiteratureAuthor();
if (tmpAuthorList.Count > 0)
{
tmpPhDAuthor = tmpAuthorList[0];
}
else
{
tmpPhDAuthor.Author = "";
}
RLiteratureInstitution tmpPhDInstitution = new RLiteratureInstitution();
if (tmpInstitutionList.Count > 0)
{
tmpPhDInstitution = tmpInstitutionList[0];
}
else
{
tmpPhDInstitution.Institution = "";
}
frmBibPhDThesis frmBibPhDThesis = new frmBibPhDThesis(tmpLiterature, tmpPhDAuthor, tmpPhDInstitution);
frmBibPhDThesis.BuildBibTeX += new frmBibPhDThesis.BuildBibTeXHandler(ParseBibTeXText);
frmBibPhDThesis.Show();
break;
case "Conference":
frmBibConference frmBibConference = new frmBibConference(tmpLiterature, tmpAuthorList);
frmBibConference.BuildBibTeX += new frmBibConference.BuildBibTeXHandler(ParseBibTeXText);
frmBibConference.Show();
break;
case "Unpublished":
frmBibUnpublished frmBibUnpublished = new frmBibUnpublished(tmpLiterature, tmpAuthorList);
frmBibUnpublished.BuildBibTeX += new frmBibUnpublished.BuildBibTeXHandler(ParseBibTeXText);
frmBibUnpublished.Show();
break;
default:
break;
}
}
public frmBibPhDThesis(CLiterature inputLiterature, RLiteratureAuthor inputAuthor, RLiteratureInstitution inputSchool)
{
InitializeComponent();
bibTeX.BibEntry = EBibEntry.Phdthesis;
literature = inputLiterature;
txtTitle.Text = literature.Title;
txtBibKey.Text = literature.BibKey;
bibTeX.BibKey = literature.BibKey;
if (inputLiterature.BibTeX != null)
{
if (inputLiterature.BibTeX.BibEntry != EBibEntry.Phdthesis)
{
inputLiterature.BibTeX = null;
}
}
if (inputLiterature.BibTeX == null || inputLiterature.BibTeX.Title == "" || inputLiterature.BibTeX.Title == null)
{
txtBibTitle.Text = literature.Title;
bibTeX.Title = literature.Title;
}
else
{
txtBibTitle.Text = literature.BibTeX.Title;
bibTeX.Title = literature.BibTeX.Title;
}
if (inputLiterature.BibTeX == null || inputLiterature.BibTeX.Author == "" || inputLiterature.BibTeX.Author == null)
{
string[] thesisAuthorFullName = inputAuthor.Author.Split(" ".ToCharArray());
string thesisAuthor = thesisAuthorFullName[0].Substring(0, 1).ToUpper() + ". " + thesisAuthorFullName[thesisAuthorFullName.Length - 1];
txtBibAuthor.Text = thesisAuthor;
bibTeX.Author = thesisAuthor;
}
else
{
txtBibAuthor.Text = inputLiterature.BibTeX.Author;
bibTeX.Author = inputLiterature.BibTeX.Author;
}
if (inputLiterature.BibTeX == null || inputLiterature.BibTeX.Booktitle == "" || inputLiterature.BibTeX.Booktitle == null)
{
txtBibSchool.Text = inputSchool.Institution;
bibTeX.School = inputSchool.Institution;
}
else
{
txtBibSchool.Text = literature.BibTeX.School;
bibTeX.School = literature.BibTeX.School;
}
if (inputLiterature.BibTeX == null || inputLiterature.BibTeX.Year == "" || inputLiterature.BibTeX.Year == null)
{
if (literature.PublishYear != 9999)
{
txtBibYear.Text = literature.PublishYear.ToString();
bibTeX.Year = literature.PublishYear.ToString();
}
else
{
txtBibYear.Text = "";
bibTeX.Year = "";
}
}
else
{
txtBibYear.Text = inputLiterature.BibTeX.Year;
bibTeX.Year = inputLiterature.BibTeX.Year;
}
if (inputLiterature.BibTeX != null)
{
if (inputLiterature.BibTeX.Address != null)
{
txtBibAddress.Text = inputLiterature.BibTeX.Address;
bibTeX.Address = inputLiterature.BibTeX.Address;
}
if (inputLiterature.BibTeX.Month != null)
{
cbxBibMonth.Text = inputLiterature.BibTeX.Month;
bibTeX.Month = inputLiterature.BibTeX.Month;
}
if (inputLiterature.BibTeX.Note != null)
{
txtBibNote.Text = inputLiterature.BibTeX.Note;
bibTeX.Note = inputLiterature.BibTeX.Note;
}
if (inputLiterature.BibTeX.Key != null)
{
txtBibKeyBackup.Text = inputLiterature.BibTeX.Key;
bibTeX.Key = inputLiterature.BibTeX.Key;
}
}
dateAdded = literature.DateAdded;
txtBibTeX.Text = ParseBib.ParseBibTeXPhdthesis(bibTeX, dateAdded, DateTime.Today);
}
