bool FindAttrib( const char *xml, const char *name, CharBuf& val, const char *pend ){
if( !xml || !name ) return false;
const char *pc = strstr_nostr( xml, name );
if( !pc || pc>=pend ) return false;
// # Again, what are valid attribute name chars?
if( pc>xml && (isalnum(pc[-1]) || pc[-1]=='_') ) return false;
return GetAttrib( pc, name, val ) ? true : false;
}
const char *GetAttrib( const char *xml, const char *name, int &i ){
CharBuf cb;
xml = GetAttrib( xml, name, cb );
if( !xml ) return NULL;
if( cb[0]=='0' && tolower(cb[1])=='x' )
sscanf( cb, "%x", &i );
else
sscanf( cb.Str(), "%d", &i );
return xml;
}
BOOL ringFile::copyTo(LPCTSTR lpNewName,BOOL bForceOverWrite)
{
if(lpNewName == NULL || *lpNewName == '\0')
return FALSE;
if(m_bExtern)
{
LPSTR lpbuf;
int cnt = ReadAll(&lpbuf);
if(cnt > 0)
{
ringFile rf = lpNewName;
if(rf.isExist() && !bForceOverWrite)
return FALSE;
if(rf.Create(RF_NEW))
{
if(rf.Write(lpbuf,cnt))
return TRUE;
else
return FALSE;
}
}
return FALSE;
}
char dbuf[MAX_PATH];
DWORD attr = GetAttrib();
if((attr & FILE_ATTRIBUTE_DIRECTORY) == FILE_ATTRIBUTE_DIRECTORY)
{
if(lpNewName[strlen(lpNewName)-1] == '\\')
wsprintf(dbuf,"%s%s\0\0",lpNewName,Filename());
else
wsprintf(dbuf,"%s\\%s\0\0",lpNewName,Filename());
}
else
strcpy((char*)dbuf, (const char *)lpNewName);
// 拷贝文件
return ::CopyFile(m_szFilename,dbuf,!bForceOverWrite);
}
//如果文件已打开且以只读方式打开，失败
BOOL ringFile::SetFileTime(LPFILETIME lpCreate, LPFILETIME lpLast, LPFILETIME lpModify)
{
BOOL bOpen = FALSE;
if(!m_hFile)
{
if(MASK_MATCH(GetAttrib(),FILE_ATTRIBUTE_DIRECTORY))
bOpen = Create(RF_EDIT,FILE_FLAG_BACKUP_SEMANTICS);
else
bOpen = Create(RF_EDIT);
}
// 设置时间
BOOL result = ::SetFileTime(m_hFile,lpCreate,lpLast,lpModify);
if(bOpen)
Close();
return result;
}
BOOL ringFile::GetFileTime(LPFILETIME lpCreate, LPFILETIME lpLast, LPFILETIME lpModify)
{
BOOL result;
if(m_hFile)
result = ::GetFileTime(m_hFile,lpCreate,lpLast,lpModify);
else
{
if(MASK_MATCH(GetAttrib(),FILE_ATTRIBUTE_DIRECTORY))
result = Open(RF_READ,RF_SHARE_READ,FILE_FLAG_BACKUP_SEMANTICS);
else
result = Open();
if(result)
result = ::GetFileTime(m_hFile,lpCreate,lpLast,lpModify);
Close();
}
return result;
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{MAX_SWAP_INTERVAL}
*/
EGLint MaxSwapInterval(void) const
{
return GetAttrib(ConfigAttrib::MaxSwapInterval);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{CONFIG_ID}
*/
EGLint ConfigId(void) const
{
return GetAttrib(ConfigAttrib::ConfigId);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{CONFORMANT}
*/
Bitfield<eglplus::RenderableTypeBit> Conformant(void) const
{
return Bitfield<eglplus::RenderableTypeBit>(
GetAttrib(ConfigAttrib::Conformant)
);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{SURFACE_TYPE}
*/
Bitfield<eglplus::SurfaceTypeBit> SurfaceTypes(void) const
{
return Bitfield<eglplus::SurfaceTypeBit>(
EGLenum(GetAttrib(ConfigAttrib::SurfaceType))
);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{RENDERABLE_TYPE}
*/
Bitfield<eglplus::RenderableTypeBit> RenderableTypes(void) const
{
return Bitfield<eglplus::RenderableTypeBit>(
EGLenum(GetAttrib(ConfigAttrib::RenderableType))
);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{COLOR_BUFFER_TYPE}
*/
eglplus::ColorBufferType ColorBufferType(void) const
{
return eglplus::ColorBufferType(
EGLenum(GetAttrib(ConfigAttrib::ColorBufferType))
);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{LUMINANCE_SIZE}
*/
EGLint LuminanceSize(void) const
{
return GetAttrib(ConfigAttrib::LuminanceSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{BLUE_SIZE}
*/
EGLint BlueSize(void) const
{
return GetAttrib(ConfigAttrib::BlueSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{GREEN_SIZE}
*/
EGLint GreenSize(void) const
{
return GetAttrib(ConfigAttrib::GreenSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{RED_SIZE}
*/
EGLint RedSize(void) const
{
return GetAttrib(ConfigAttrib::RedSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{NATIVE_RENDERABLE}
*/
EGLint NativeRenderable(void) const
{
return GetAttrib(ConfigAttrib::NativeRenderable);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{CONFIG_CAVEAT}
*/
eglplus::ConfigCaveat ConfigCaveat(void) const
{
return eglplus::ConfigCaveat(
EGLenum(GetAttrib(ConfigAttrib::ConfigCaveat))
);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{ALPHA_SIZE}
*/
EGLint AlphaSize(void) const
{
return GetAttrib(ConfigAttrib::AlphaSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{TRANSPARENT_TYPE}
*/
eglplus::TransparentType TransparentType(void) const
{
return eglplus::TransparentType(
EGLenum(GetAttrib(ConfigAttrib::TransparentType))
);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{DEPTH_SIZE}
*/
EGLint DepthSize(void) const
{
return GetAttrib(ConfigAttrib::DepthSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{RENDERABLE_TYPE}
*/
bool HasRenderableType(eglplus::RenderableTypeBit type) const
{
EGLenum a = GetAttrib(ConfigAttrib::RenderableType);
EGLenum b = EGLenum(type);
return (a & b) == b;
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{STENCIL_SIZE}
*/
EGLint StencilSize(void) const
{
return GetAttrib(ConfigAttrib::StencilSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{SURFACE_TYPE}
*/
bool HasSurfaceType(eglplus::SurfaceTypeBit type) const
{
EGLenum a = GetAttrib(ConfigAttrib::SurfaceType);
EGLenum b = EGLenum(type);
return (a & b) == b;
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{MAX_PBUFFER_WIDTH}
*/
EGLint MaxPbufferWidth(void) const
{
return GetAttrib(ConfigAttrib::MaxPbufferWidth);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{CONFORMANT}
*/
bool IsConformantTo(eglplus::RenderableTypeBit type) const
{
EGLenum a = GetAttrib(ConfigAttrib::Conformant);
EGLenum b = EGLenum(type);
return (a & b) == b;
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{MAX_PBUFFER_HEIGHT}
*/
EGLint MaxPbufferHeight(void) const
{
return GetAttrib(ConfigAttrib::MaxPbufferHeight);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{BUFFER_SIZE}
*/
EGLint BufferSize(void) const
{
return GetAttrib(ConfigAttrib::BufferSize);
}
/**
* @eglsymbols
* @eglfunref{GetConfigAttrib}
* @egldefref{MAX_PBUFFER_PIXELS}
*/
EGLint MaxPbufferPixels(void) const
{
return GetAttrib(ConfigAttrib::MaxPbufferPixels);
}
