QString CppHelperPluginConfigPage::getCurrentCompiler() const
{
auto binary = QString{};
if (m_compiler_paths->gcc->isChecked())
binary = findBinary(DEFAULT_GCC_BINARY);
else if (m_compiler_paths->clang->isChecked())
binary = findBinary(DEFAULT_CLANG_BINARY);
return binary;
}
static tagResult find(tagFile * const file, tagEntry * const entry,
const char *const name, const int options)
{
tagResult result = TagFailure;
file->search.name = name;
file->search.nameLength = strlen(name);
file->search.partial = (options & TAG_PARTIALMATCH) != 0;
file->search.ignorecase = (options & TAG_IGNORECASE) != 0;
fseek(file->fp, 0, SEEK_END);
file->size = ftell(file->fp);
rewind(file->fp);
if ((file->sortMethod == TAG_SORTED && !file->search.ignorecase) ||
(file->sortMethod == TAG_FOLDSORTED && file->search.ignorecase))
result = findBinary(file);
else
result = findSequential(file);
if (result != TagSuccess)
file->search.pos = file->size;
else
{
file->search.pos = file->pos;
if (entry != NULL)
parseTagLine(file, entry);
}
return result;
}
bool dpLoader::unload(const char *path)
{
if(dpBinary *bin=findBinary(path)) {
unloadImpl(bin);
return true;
}
return false;
}
void main() {
int a[MAX] = {0, 2,1, 5,4,3, 9,8,7,6, 11,10};
int n = 12;
int num = 5;
int pos;
pos = findBinary(a, n, num);
if (pos != -1)
printf("a[%d] = %d\n", pos, a[pos]);
else
printf("Not found\n");
}
static tagResult find (tagFile *const file, tagEntry *const entry,
const char *const name, const int options)
{
tagResult result;
if (file->search.name != NULL)
free (file->search.name);
file->search.name = duplicate (name);
file->search.nameLength = strlen (name);
file->search.partial = (options & TAG_PARTIALMATCH) != 0;
file->search.ignorecase = (options & TAG_IGNORECASE) != 0;
fseek (file->fp, 0, SEEK_END);
file->size = ftell (file->fp);
rewind (file->fp);
if ((file->sortMethod == TAG_SORTED && !file->search.ignorecase) ||
(file->sortMethod == TAG_FOLDSORTED && file->search.ignorecase))
{
#ifdef DEBUG
printf ("<performing binary search>\n");
#endif
result = findBinary (file);
}
else
{
#ifdef DEBUG
printf ("<performing sequential search>\n");
#endif
result = findSequential (file);
}
if (result != TagSuccess)
file->search.pos = file->size;
else
{
file->search.pos = file->pos;
if (entry != NULL)
parseTagLine (file, entry);
}
return result;
}
BinaryType* dpLoader::loadBinaryImpl(const char *path)
{
dpBuilder::ScopedPreloadLock pl(dpGetBuilder());
BinaryType *old = static_cast<BinaryType*>(findBinary(path));
if(old) {
dpTime t = dpGetMTime(path);
if(t<=old->getLastModifiedTime()) { return old; }
}
BinaryType *ret = new BinaryType(m_context);
if(ret->loadFile(path)) {
if(old) { unloadImpl(old); }
m_binaries.push_back(ret);
addOnLoadList(ret);
dpPrintInfo("loaded \"%s\"\n", ret->getPath());
}
else {
delete ret;
ret = nullptr;
}
return ret;
}