/*===========================================================================
*
* Name : DetermineAllDirectories
*
* Purpose : Finds all the subdirectories under the root path.
*
*
* Return value : TRUE - browse completed
* FALSE- either not valid root path or >1 root path
*
* Special notes:
*
* Implicit Input :
* Implicit Input/Output:
* Implicit Output:
*
* date / author revision
* ----------------- --------
* 18-Nov-1998 SFK Created
* 06-Jul-1999 SFK Version 2.04 - changed check for FILE_ATTRIBUTE_DIRECTORY to check
* ` if that bit is set rather than having the patterns match exactly
*
===========================================================================*/
BOOL DetermineAllDirectories(char *pDlgPath, CGFmtStr *pAllPaths, unsigned int *puiNumPaths)
{
char szTemp[PATH_LEN+1];
unsigned int uiNumFound;
unsigned int ui;
int iLen;
int iDum, iDum1;
int status;
long lAttributes;
CGFmtStr szMsg;
int iTemp;
GUI_ACTION response;
HCURSOR OldCur = ::SetCursor(LoadCursor(NULL, IDC_WAIT));
// Determine how many valid paths are in the pDlgPath entry.
status = CountPathsAndFiles(pDlgPath, "*.*", (int *)puiNumPaths, &iDum, &iDum1);
::SetCursor(OldCur);
if (status != TRUE) return(FALSE);
if (*puiNumPaths != 1) return(FALSE); // only allow one path for the browse
OldCur = ::SetCursor(LoadCursor(NULL, IDC_WAIT));
CGStrPtrDynaArray *pResult = BrowseDirectory("*.", pDlgPath, TRUE);
::SetCursor(OldCur);
OldCur = ::SetCursor(LoadCursor(NULL, IDC_WAIT));
uiNumFound = pResult->size();
pAllPaths->Printf("%s;", pDlgPath); // always include the root
*puiNumPaths = 1;
for (ui=0; ui<uiNumFound; ui++) {
MyStrnCpy(szTemp, (*pResult)[ui]->Get_sz(), PATH_LEN); // char * to work with
iLen = strlen(szTemp);
lAttributes = GetFileAttributes(szTemp); // address of the name of a file or directory
if ((lAttributes &FILE_ATTRIBUTE_DIRECTORY) == FILE_ATTRIBUTE_DIRECTORY) { // only examine the subdirectories
if ((szTemp[iLen-1] != '.') && // skip all . and .. paths
(strstr((strupr(szTemp)), "ARCHIVE") == NULL)) { // skip folders named archive
if ((strlen(pAllPaths->Get_sz()) + strlen(szTemp)) >= PATHS) {
szMsg.Printf("The subfolder list generated with the root path of %s contains %d ", pDlgPath, uiNumFound);
iTemp = PATHS;
szMsg.PrintfAppend("files and is too long. Do you want to proceed using only the first %d characters?", iTemp);
response = GUI_MsgBox(szMsg, GUI_ICON_QUESTION, GUI_NOYES);
if (response == GUI_YES) break;
*puiNumPaths = 0;
::SetCursor(OldCur);
return(FALSE);
}
pAllPaths->PrintfAppend("%s;", szTemp);
(*puiNumPaths)++;
}
}
}
::SetCursor(OldCur);
BrowseCleanup(pResult);
return(TRUE);
}
void CMpqPackGen::DoPacking()
{
// 日志文件
CHAR szTempFile[MAX_PATH] = {0};
::GetCurrentDirectory( MAX_PATH, szTempFile );
::PathAppend( szTempFile, "PackGen.log" );
m_pGenLogFile = fopen( szTempFile, "w" );
if( !m_pGenLogFile )
{
char szMsg[ MAX_PATH ];
_snprintf(szMsg, MAX_PATH, "日志文件%s创建失败！", szTempFile);
MessageBox(NULL, szMsg, "ERROR", MB_OK|MB_ICONSTOP);
return;
}
CHAR szTempErrFile[MAX_PATH] = {0};
::GetCurrentDirectory( MAX_PATH, szTempErrFile );
::PathAppend( szTempErrFile, "PackGenError.log" );
m_pErrorLogFile = fopen( szTempErrFile, "w" );
if( !m_pErrorLogFile )
{
char szMsg[ MAX_PATH ];
_snprintf(szMsg, MAX_PATH, "文件错误日志 %s创建失败！", szTempFile);
MessageBox(NULL, szMsg, "ERROR", MB_OK|MB_ICONSTOP);
return;
}
for( int i=0;i<m_iPackTotal;i++ )
{
if ( m_iPackPotion == 0 || m_iPackPotion == i+1 )
{
int FileNum = 0;
//统计文件个数，以决定HashTable大小
vector<string>::iterator it = m_vecPackInfo[i].vecPackPath.begin();
for ( ;it!= m_vecPackInfo[i].vecPackPath.end();it++ )
{
int num = BrowseDirectory(NULL,*it, m_vecPackInfo[i].vecExt,false);
FileNum += num;
}
FileNum = FileNum * 1.5; //Hash表大小是文件实际个数的1.5倍
if ( FileNum<MIN_HASH_TABLE_SIZE )
FileNum = MIN_HASH_TABLE_SIZE;
if (FileNum>MAX_HASH_TABLE_SIZE)
{
MessageBox(NULL, "Hash表太大，请检查文件个数", "ERROR", MB_OK|MB_ICONSTOP);
return;
}
DWORD R = 0;
string PackName = m_vecPackInfo[i].strPackName + ".mpq";
TKPMArchive* pArchive = KPM_CreateArchive( PackName.c_str(), R,FileNum , USE_TYPE_PATCH);
printf( "\n ==============================" );
printf( "\n PackName: %s", PackName.c_str() );
printf( "\n" );
it = m_vecPackInfo[i].vecPackPath.begin();
for ( ;it!= m_vecPackInfo[i].vecPackPath.end();it++ )
{
int num = BrowseDirectory(pArchive,*it, m_vecPackInfo[i].vecExt,true);
FileNum += num;
}
KPM_CloseArchive(pArchive);
}
}
printf( "\n PackGen OK！" );
}//DoPacking end
//递归遍历文件夹
//pArchive: MPQ包指针 strDir：原资源目录 VecExt：扩展名集合
int CMpqPackGen::BrowseDirectory(TKPMArchive* pArchive,string &strDir,vector<string> &VecExt,bool IsPack)
{
int FileNum = 0;
intptr_t ptrFile;
struct _finddata_t file;
string strFindTemp = "";
if ( strDir == "./" || strDir =="/" || strDir == "../" )
strFindTemp = strDir + "*.*";
else
strFindTemp = strDir + "/*.*";
if ( strDir == "./" || strDir =="/" )
strDir = ".";
if ( strDir == "../" )
strDir = "..";
bool bAddFileTag = false;
if( (ptrFile = _findfirst( strFindTemp.c_str(), &file )) != -1L )
{
while( _findnext( ptrFile, &file ) == 0 )
{
if (file.name[0] == '.')
continue; //忽略
_mbslwr((byte*)file.name);
string FilePath = strDir + "/" + file.name;
if( PathIsDirectory( FilePath.c_str() ) )
{
//如果是目录,进入此目录进行递归
FileNum = FileNum + BrowseDirectory(pArchive,strDir+"/"+file.name,VecExt,IsPack);
}
else
{
//得到文件扩展名
string::size_type ExtPos = FilePath.find_last_of(".");
string::size_type TmpPos = FilePath.find_last_of("/");
if ( ExtPos != string::npos )
{
string Ext = FilePath.substr(ExtPos,FilePath.size()-ExtPos);
if (Ext == ".exe")
{
//
}
string tmp = FilePath.substr(TmpPos+1,tmp.size()-TmpPos);
//转为小写
if ( find(VecExt.begin(),VecExt.end(),Ext) != VecExt.end() || VecExt.at(0) == "*.*" ||
find(VecExt.begin(),VecExt.end(),tmp) != VecExt.end() )
{
//指定KPM_FILE_IMPLODE/KPM_FILE_COMPRESS：表示使用压缩算法（同时指定速度较慢）
//遇有已压缩的数据时，不要指定KPM_FILE_IMPLODE/KPM_FILE_COMPRESS
//KPM_FILE_ENCRYPTED:表示加密
//KPM_FILE_REPLACEEXISTING:表示有同名文件时替换,有同名文件但未指定此参数，则返回错误
//FILE_TYPE_DATA:目前只支持两种格式：普通数据/WAVE数据，今后需扩展
DWORD Flags = KPM_FILE_COMPRESS;
DWORD FileType = FILE_TYPE_DATA;
if( ".wav" == Ext )
{
FileType = FILE_TYPE_WAVE;
}
else if( ".mp3" == Ext ||
".zip" == Ext ||
".rar" == Ext ||
".mpq" == Ext ||
".jpg" == Ext ||
".dds" == Ext
)
{
Flags &= ~KPM_FILE_COMPRESS;
}
else if( ".db" == Ext )
{
continue;
}
FileNum++;
if ( IsPack && pArchive )
{
m_iFileNum++;
if ( !m_bTestVersion )
{
//最终的发行版不带路径信息
bAddFileTag = KPM_AddFile( pArchive, FilePath.c_str(), file.name, Flags, 0, FileType );
}
else
{
//内部调试版带路径信息
bAddFileTag = KPM_AddFile( pArchive, FilePath.c_str(), FilePath.c_str(), Flags, 0, FileType );
}
if( bAddFileTag )
{
printf( "\n AddFile PackPath: %s", FilePath.c_str() );
fprintf( m_pGenLogFile, "%d: AddFile ( %s ) \n", m_iFileNum, FilePath.c_str() );
m_vFilePath.push_back( FilePath );
}
else
{
string str = "无";
vector<string>::iterator it = m_vFilePath.begin();
for( ; it != m_vFilePath.end(); it++ )
{
if( string::npos != (*it).find( file.name ) )
{
str = (*it);
break;
}
}
fprintf( m_pErrorLogFile, "%d: Error ( %s 已经存在 %s ) \n", m_iFileNum, FilePath.c_str(), str.c_str() );
// assert(false);
}
}
}
}
}
}//while end
//关闭查找句柄
_findclose( ptrFile );
}//if end
return FileNum;
}//BrowseDirectory end