bool Groups::is_group(std::string m_name)
{
if (GetNameIndex(m_name) >= 0)
{
return true;
}
return false;
}
std::string Groups::group_get_parent(std::string m_name)
{
int GroupIndex = GetNameIndex(m_name);
if (GroupIndex >= 0)
{
return g[GroupIndex]->get_inheritedgroup();
}
return "NULL";
}
bool Groups::group_add_commands(std::string m_name, std::string m_commands)
{
int GroupIndex = GetNameIndex(m_name);
if (GroupIndex >= 0)
{
//g[GroupIndex]->add_commands(m_commands);
return true;
}
return false;
}
bool Groups::group_init(std::string m_id, std::string m_name, std::string m_admin, std::string m_canmodifyworld, std::string m_defaultgroup, std::string m_ignorerestrictions)
{
int GroupIndex = GetNameIndex(m_name);
if (GroupIndex >= 0)
{
g[GroupIndex]->init(m_id, m_name, m_admin, m_canmodifyworld, m_defaultgroup, m_ignorerestrictions);
return true;
}
return false;
}
bool Groups::group_add_parent(std::string m_name, std::string m_parent)
{
int GroupIndex = GetNameIndex(m_name);
if (GroupIndex >= 0)
{
g[GroupIndex]->add_inherit_group(m_parent);
cout << "group: " << m_name << " has parent: " << m_parent << endl;
return true;
}
return false;
}
bool Groups::DelGroup(std::string m_name)
{
boost::mutex::scoped_lock lock(Group_mutex);
int i = GetNameIndex(m_name);
if (i >= 0)
{
name.erase(name.begin()+i);
g[i]->~Group();
g.erase(g.begin()+i);
return true;
}
return false;
}
bool Groups::AddGroup(std::string m_name)
{
boost::mutex::scoped_lock lock(Group_mutex);
int i = GetNameIndex(m_name);
if (i == -1)
{
name.push_back (m_name);
Group *tmpgroup = new Group();
g.push_back (tmpgroup);
return true;
}
return false;
}
std::vector< std::string > Groups::group_get_childs(std::string m_name)
{
std::vector< std::string > childs;
int GroupIndex = GetNameIndex(m_name);
if (GroupIndex >= 0)
{
for (unsigned int group_it = 0; group_it < g.size(); group_it++)
{
if (boost::iequals(g[group_it]->get_inheritedgroup(),m_name))
{
childs.push_back(g[group_it]->get_name());
cout << "group: " << m_name << " has child: " << g[group_it]->get_name() << endl;
}
}
}
if (childs.size() > 0)
{
return childs;
}
return NULLvector;
}
BOOL CKatakoi::MountIar(CArcFile* pclArc)
{
if (pclArc->GetArcExten() != _T(".iar"))
return FALSE;
if (memcmp(pclArc->GetHed(), "iar ", 4) != 0)
return FALSE;
// Version check
DWORD dwVersion = *(LPDWORD)&pclArc->GetHed()[4];
DWORD dwFileEntrySize = 0;
if (dwVersion == 2)
{
dwFileEntrySize = 4;
}
else if (dwVersion == 3)
{
dwFileEntrySize = 8;
}
else
{
return FALSE;
}
pclArc->SeekHed(0x1C);
// Get number of files
DWORD dwFiles;
pclArc->Read(&dwFiles, 4);
// Get index size
DWORD dwIndexSize = dwFiles * dwFileEntrySize;
// Get index
YCMemory<BYTE> clmbtIndex(dwIndexSize);
pclArc->Read(&clmbtIndex[0], dwIndexSize);
// Get index filename
YCMemory<BYTE> clmbtSec;
DWORD dwNameIndex;
BOOL bSec = GetNameIndex(pclArc, clmbtSec, dwNameIndex);
// File information retrieval
TCHAR szFileName[_MAX_FNAME];
TCHAR szWork[_MAX_FNAME];
if (!bSec)
{
// Failed to get the filename index
lstrcpy(szWork, pclArc->GetArcName());
PathRemoveExtension(szWork);
}
for (DWORD i = 0; i < dwFiles; i++)
{
if (!bSec)
{
// Create a sequential filename
_stprintf(szFileName, _T("%s_%06u"), szWork, i);
}
else
{
// Get the name of the file from the filename index
lstrcpy(szFileName, (LPCTSTR)&clmbtSec[dwNameIndex]);
dwNameIndex += strlen((char*)&clmbtSec[dwNameIndex]) + 1; // Filename
dwNameIndex += strlen((char*)&clmbtSec[dwNameIndex]) + 1; // File type
dwNameIndex += strlen((char*)&clmbtSec[dwNameIndex]) + 1; // Archive type
dwNameIndex += 4 + *(LPDWORD)&clmbtSec[dwNameIndex]; // Archive name length + Archive name + File number
}
SFileInfo stfiWork;
stfiWork.name = szFileName;
stfiWork.start = *(LPDWORD)&clmbtIndex[i * dwFileEntrySize];
stfiWork.end = ((i + 1) < dwFiles) ? *(LPDWORD)&clmbtIndex[(i+1) * dwFileEntrySize] : pclArc->GetArcSize();
stfiWork.sizeCmp = stfiWork.end - stfiWork.start;
stfiWork.sizeOrg = stfiWork.sizeCmp;
pclArc->AddFileInfo(stfiWork);
}
return TRUE;
}
BOOL CKatakoi::MountWar(CArcFile* pclArc)
{
if (pclArc->GetArcExten() != _T(".war"))
return FALSE;
if (memcmp(pclArc->GetHed(), "war ", 4) != 0)
return FALSE;
// Version check
DWORD dwVersion = *(LPDWORD)&pclArc->GetHed()[4];
DWORD dwFileEntrySize = 0;
if (dwVersion == 8)
{
dwFileEntrySize = 24;
}
else
{
return FALSE;
}
pclArc->SeekHed(0x08);
// Get the number of files
DWORD dwFiles;
pclArc->Read(&dwFiles, 4);
// Get index size
DWORD dwIndexSize = dwFiles * dwFileEntrySize;
// Get index
YCMemory<BYTE> clmbtIndex(dwIndexSize);
pclArc->SeekCur(0x04);
pclArc->Read(&clmbtIndex[0], dwIndexSize);
// Get the filename index
YCMemory<BYTE> clmbtSec;
DWORD dwNameIndex;
BOOL bSec = GetNameIndex(pclArc, clmbtSec, dwNameIndex);
// Set index for each archive filename to see if it is correct(Used in delta synthesis/decoding)
pclArc->SetFlag(bSec);
// Getting file info
TCHAR szFileName[_MAX_FNAME];
TCHAR szWork[_MAX_FNAME];
if (!bSec)
{
// Failed to get the filename index
lstrcpy(szWork, pclArc->GetArcName());
PathRemoveExtension(szWork);
}
for (DWORD i = 0; i < dwFiles; i++)
{
if (!bSec)
{
// Create a sequential filename
_stprintf(szFileName, _T("%s_%06u"), szWork, i);
}
else
{
// Get filename from the filename index
lstrcpy(szFileName, (LPCTSTR)&clmbtSec[dwNameIndex]);
dwNameIndex += strlen((char*)&clmbtSec[dwNameIndex]) + 1; // File name
dwNameIndex += strlen((char*)&clmbtSec[dwNameIndex]) + 1; // File type
dwNameIndex += strlen((char*)&clmbtSec[dwNameIndex]) + 1; // Archive type
dwNameIndex += 4 + *(LPDWORD)&clmbtSec[dwNameIndex]; // Archive name length + Archive name + File number
}
SFileInfo stfiWork;
stfiWork.name = szFileName;
stfiWork.start = *(LPDWORD)&clmbtIndex[i * dwFileEntrySize];
stfiWork.sizeCmp = *(LPDWORD)&clmbtIndex[i * dwFileEntrySize + 4];
stfiWork.sizeOrg = stfiWork.sizeCmp;
stfiWork.end = stfiWork.start + stfiWork.sizeCmp;
pclArc->AddFileInfo(stfiWork);
}
return TRUE;
}