bool CCit_gen::GetLabelV1(string* label, TLabelFlags flags) const
{
bool unique = (flags & fLabel_Unique) != 0;
if (IsSetSerial_number()) {
*label += "[" + NStr::IntToString(GetSerial_number()) + "]";
}
if (IsSetMuid()) {
*label += "NLM" + NStr::IntToString(GetMuid());
}
string date;
string* date_ptr = 0;
if ( IsSetDate() ) {
date_ptr = &date;
GetDate().GetDate(date_ptr, true);
}
const string* title2 = 0;
const string* titleunique = 0;
bool unpublished = false;
const CTitle* title = IsSetJournal() ? &GetJournal() : 0;
const CAuth_list* authors = IsSetAuthors() ? &GetAuthors() : 0;
const string* volume = IsSetVolume() ? &GetVolume() : 0;
const string* issue = IsSetIssue() ? &GetIssue() : 0;
const string* pages = IsSetPages() ? &GetPages() : 0;
if (IsSetCit()) {
if ( NStr::EqualNocase( GetCit(), "Unpublished") ) {
unpublished = true;
} else if (!title) {
title2 = &GetCit();
}
}
if (IsSetTitle()) {
titleunique = &GetTitle();
} else if (title2) {
titleunique = title2;
} else if (!title && IsSetCit()) {
titleunique = &GetCit();
}
if (!title && !authors && !IsSetTitle() && !volume &&
!pages && !issue) {
titleunique = 0;
if (IsSetCit()) {
string cit(GetCit());
if (!unique) {
try {
cit.resize(cit.find_last_of('|'));
} catch(length_error&) {}
}
*label += cit;
}
return true;
}
return x_GetLabelV1(label, unique,
authors, 0, title, 0, 0, 0, title2, titleunique,
date_ptr, volume, issue, pages, unpublished);
}
// (x, y) is in the coordinates of w
void EbookController::ClickedProgress(Control *c, int x, int y)
{
CrashIf(c != ctrls->progress);
float perc = ctrls->progress->GetPercAt(x);
int pageCount = (int)GetPages()->Count();
int newPageNo = IntFromPerc(pageCount, perc) + 1;
GoToPage(newPageNo, true);
}
/// AllocatePage - This function returns a chunk of memory with size and
/// alignment specified by PageSize.
__attribute__((weak)) void * AllocatePage() {
FreePagesListType &FPL = FreePages;
if (!FPL.empty()) {
void *Result = FPL.back();
FPL.pop_back();
return Result;
}
// Allocate several pages, and put the extras on the freelist...
char *Ptr = (char*)GetPages(NumToAllocate);
// Place all but the first page into the page cache
for (unsigned i = 1; i != NumToAllocate; ++i) {
FPL.push_back (Ptr+i*PageSize);
}
return Ptr;
}
// show the status text based on current state
void EbookController::UpdateStatus()
{
int pageCount = GetMaxPageCount();
if (FormattingInProgress()) {
ScopedMem<WCHAR> s(str::Format(_TR("Formatting the book... %d pages"), pageCount));
ctrls->status->SetText(s);
ctrls->progress->SetFilled(0.f);
return;
}
ScopedMem<WCHAR> s(str::Format(L"%s %d / %d", _TR("Page:"), currPageNo, pageCount));
ctrls->status->SetText(s);
#if 1
ctrls->progress->SetFilled(PercFromInt(pageCount, currPageNo));
#else
if (GetPages())
ctrls->progress->SetFilled(PercFromInt(pageCount, currPageNo));
else
ctrls->progress->SetFilled(0.f);
#endif
}
// Based on FormatCitGen from the C Toolkit's api/asn2gnb5.c.
bool CCit_gen::GetLabelV2(string* label, TLabelFlags flags) const
{
if ( !CanGetCit() && !CanGetJournal() && !CanGetDate()
&& CanGetSerial_number() ) {
return false;
}
if ( !CanGetJournal() && CanGetCit() && SWNC(GetCit(), "unpublished")) {
if ((flags & fLabel_NoUnpubAffil) != 0) {
MaybeAddSpace(label);
*label += "Unpublished";
return true;
}
if (CanGetAuthors() && GetAuthors().CanGetAffil()) {
MaybeAddSpace(label);
*label += "Unpublished ";
GetAuthors().GetAffil().GetLabel(label, flags, eLabel_V2);
NStr::TruncateSpacesInPlace(*label, NStr::eTrunc_End);
return true;
}
if (CanGetCit() && HasText(GetCit())) {
MaybeAddSpace(label);
*label += NStr::TruncateSpaces(GetCit());
return true;
} else {
return false;
}
}
string year = CanGetDate() ? GetParenthesizedYear(GetDate()) : kEmptyStr;
string pages = CanGetPages() ? FixPages(GetPages()) : kEmptyStr;
string journal, inpress;
SIZE_TYPE pos;
if (CanGetJournal()) {
journal = GetJournal().GetTitle();
}
if (CanGetCit()) {
pos = GetCit().find("Journal=\"");
if (pos != NPOS) {
journal = GetCit().substr(pos + 9);
} else if (SWNC(GetCit(), "submitted")
|| SWNC(GetCit(), "unpublished")) {
if ((flags & fLabel_NoBadCitGen) == 0 || !journal.empty()) {
inpress = GetCit();
} else {
inpress = "Unpublished";
}
} else if (SWNC(GetCit(), "Online Publication")
|| SWNC(GetCit(), "Published Only in DataBase")
|| SWNC(GetCit(), "In press")) {
inpress = GetCit();
} else if (SWNC(GetCit(), "(er) ")) {
journal = GetCit();
} else if ((flags & fLabel_NoBadCitGen) == 0 && journal.empty()) {
journal = GetCit();
}
}
if ((!HasText(pages) || (flags & (fLabel_FlatNCBI | fLabel_FlatEMBL)) == 0)
&& journal.empty() && !HasText(inpress) && !HasText(year)
&& (!CanGetVolume() || !HasText(GetVolume()))) {
return false;
}
string prefix;
MaybeAddSpace(label);
if ( !journal.empty() ) {
pos = journal.find_first_of("=\"");
if (pos != NPOS) {
journal.resize(pos);
}
*label += journal;
prefix = " ";
}
if (HasText(inpress)) {
*label += prefix + inpress;
prefix = " ";
}
if (CanGetVolume() && HasText(GetVolume())) {
*label += prefix + GetVolume();
}
if (HasText(pages)) {
if ((flags & fLabel_FlatNCBI) != 0) {
*label += ", " + pages;
} else if ((flags & fLabel_FlatEMBL) != 0) {
*label += ':' + pages;
}
}
if (HasText(year)) {
*label += ' ' + year;
}
return true;
}
void *AllocateNPages(unsigned Num) {
if (Num <= 1) return AllocatePage();
return GetPages(Num);
}
