/**
*
* Determine if a substring is the "documentElement" in the document.
*
* All of our sniffed substrings: <rss, <feed, <rdf:RDF must be the "document"
* element within the XML DOM, i.e. the root container element. Otherwise,
* it's possible that someone embedded one of these tags inside a document of
* another type, e.g. a HTML document, and we don't want to show the preview
* page if the document isn't actually a feed.
*
* @param start
* The beginning of the data being sniffed
* @param end
* The end of the data being sniffed, right before the substring that
* was found.
* @returns true if the found substring is the documentElement, false
* otherwise.
*/
static bool
IsDocumentElement(const char *start, const char* end)
{
// For every tag in the buffer, check to see if it's a PI, Doctype or
// comment, our desired substring or something invalid.
while ( (start = FindChar('<', start, end)) ) {
++start;
if (start >= end)
return false;
// Check to see if the character following the '<' is either '?' or '!'
// (processing instruction or doctype or comment)... these are valid nodes
// to have in the prologue.
if (*start != '?' && *start != '!')
return false;
// Now advance the iterator until the '>' (We do this because we don't want
// to sniff indicator substrings that are embedded within other nodes, e.g.
// comments: <!-- <rdf:RDF .. > -->
start = FindChar('>', start, end);
if (!start)
return false;
++start;
}
return true;
}
/**
* @brief Split the command line into its parts
* @author R.Lillback
* @date 1-Sep-2015
*
* @details This function uses my strings.c FindChar and GetSubString functions.
* It splits the command line into 2 components. The syntax of a command is
* COMMAND SUBCOMMAND
* where COMMAND = Text
* and SUBCOMMAND = a Number
*
* the subcommand is returned as an integer result from this function
*
* @param strCommand = pointer to the input buffer
* @param strMainCmd = pointer to the main command buffer
* @param strSubCmdOne = pointer to the text subcommand buffer
*
* @returns the integer value of the sub command, if any. If none, it returns 0.
*
*/
int ParseCommands(char* strCommand, char strMainCmd[], char strSubCmdOne[])
{
int iSpaceOne; // String location of the first space
int iEnd; // String location of the end of the command
int i;
int iSubCmdOne;
iSpaceOne = FindChar(' ', strCommand, 0); // Find the first space
iEnd = FindChar('\0', strCommand, 0); // Get the end of line
if (iSpaceOne > 0)
{
GetSubstring(0, iSpaceOne-1, strCommand, strMainCmd); // Get main command
GetSubstring(iSpaceOne+1, iEnd, strCommand, strSubCmdOne); // Get sub command
iSubCmdOne = StrToInt(strSubCmdOne); // Convert sub command to a number
}
else // No space, so just have one command
{
for (i=0; i<MAX_INPUT_LINE_LEN; i++) strMainCmd[i] = strCommand[i]; // we just have a single command
for (i=0; i<MAX_INPUT_LINE_LEN; i++) strSubCmdOne[i] = '\0'; // Sub-command is blank
iSubCmdOne = 0;
}
return iSubCmdOne;
} // ParseCommands
char* MiniApache::ExtractRequestPath(){
int rlen = strlen(_HTTP_request);
int start = FindChar(_HTTP_request, ' ', 0, rlen) + 1;
int end = FindChar(_HTTP_request, '?', start, rlen);
if (end == -1){
end = FindChar(_HTTP_request, ' ', start, rlen);
}
char * retVal = SubStr(_HTTP_request, start, end);
return retVal; // Remember to delete [] retVal to not leak memory
}
char* MiniApache::ExtractRequestData(){
int rlen = strlen(_HTTP_request);
int start = FindChar(_HTTP_request, '?', 0, rlen) + 1;
int end = FindChar(_HTTP_request, ' ', start, rlen);
if (start == 0){
start = end;
}
char * retVal = SubStr(_HTTP_request, start, end); // extract GET data
return retVal; // Remember to delete [] retVal to not leak memory
}
bool Decode(const Platform::String& source, Platform::String& result)
{
int index = 0;
Platform::String::Iterator iterator = source.GetIterator();
while(iterator.CanMoveNext())
{
Platform::Char ch;
Platform::StaticString<8> buffer;
switch(TakeMorseWord(iterator, buffer))
{
case R_WORD:
ch = FindChar(buffer);
break;
case R_SPACE:
ch = ' ';
break;
case R_EOF:
return true;
}
result[index] = ch;
index++;
}
return true;
}
/* This routine extracts tokens from a string that are separated by one or
more spaces. It returns the number of tokens found. */
int tokenize(char *ptr, char *tokens[])
{
int num = 0;
while (*ptr)
{
ptr = SkipChar(ptr, ' ');
if (*ptr == 0) break;
if (ptr[0] == '>')
{
ptr++;
if (ptr[0] == '>')
{
tokens[num++] = ">>";
ptr++;
}
else
tokens[num++] = ">";
continue;
}
if (ptr[0] == '<')
{
ptr++;
tokens[num++] = "<";
continue;
}
tokens[num++] = ptr;
ptr = FindChar(ptr, ' ');
if (*ptr) *ptr++ = 0;
}
return num;
}
char* MiniApache::GetGETVariable(char * name){
char * varp = JoinStr(name, "=");
int dlen = strlen(GET_data);
int vlen = strlen(varp);
int start = -1;
char * sub;
for (int i = 0; i < dlen; i++) { // Find variable
sub = SubStr(GET_data, i, i + vlen);
if (strcmp(varp, sub) == 0 && (i == 0 || GET_data[i-1] == '&')) {
start = i + vlen;
delete [] sub;
break;
}
delete [] sub;
}
if (start == -1) {
start = dlen;
}
int end = FindChar(GET_data, '&', start, dlen);
if (end == -1) {
end = dlen;
}
delete [] varp;
char * retVal = SubStr(GET_data, start, end);
return retVal; // Remember to delete [] retVal to not leak memory
}
size_t CCharRefArray::AttachChar( const CChar *pChar )
{
ADDTOCALLSTACK("CCharRefArray::AttachChar");
size_t i = FindChar(pChar);
if ( i != m_uidCharArray.BadIndex() )
return i;
return m_uidCharArray.Add(pChar->GetUID());
}
size_t CCharRefArray::DetachChar( const CChar *pChar )
{
ADDTOCALLSTACK("CCharRefArray::DetachChar");
size_t i = FindChar(pChar);
if ( i != m_uidCharArray.BadIndex() )
DetachChar(i);
return i;
}
bool FileList::Key(dword key, int count) {
if(key == K_ESCAPE && IsEdit()) {
EndEdit();
return true;
}
if(key == K_ENTER && IsEdit()) {
OkEdit();
return true;
}
if(accelkey) {
int c = ToUpper((int)key);
if(key < 256 && IsAlNum(c)) {
if(!FindChar(GetCursor() + 1, c))
FindChar(0, c);
return true;
}
}
return ColumnList::Key(key, count);
}
int FindString(FILE *f,char *y)
{
int indic=0;
do { if (FindChar(f,y[indic]))
{ if (indic) return 1;
else return 2;
}
indic++;
} while (y[indic]!='\0');
return 0;
}
void String::TruncateToLeftSection(char separator, bool exclude_separator)
{
if (_meta && separator)
{
size_t slice_at = FindChar(separator);
if (slice_at != -1)
{
TruncateToLeft(exclude_separator ? slice_at : slice_at + 1);
}
}
}
bool String::FindSection(char separator, size_t first, size_t last, bool exclude_first_sep, bool exclude_last_sep,
size_t &from, size_t &to) const
{
if (!_meta || !separator)
{
return false;
}
if (first > last)
{
return false;
}
size_t this_field = 0;
size_t slice_from = 0;
size_t slice_to = _meta->Length;
size_t slice_at = -1;
do
{
slice_at = FindChar(separator, slice_at + 1);
if (slice_at == -1)
slice_at = _meta->Length;
// found where previous field ends
if (this_field == last)
{
// if previous field is the last one to be included,
// then set the section tail
slice_to = exclude_last_sep ? slice_at : slice_at + 1;
}
if (slice_at != _meta->Length)
{
this_field++;
if (this_field == first)
{
// if the new field is the first one to be included,
// then set the section head
slice_from = exclude_first_sep ? slice_at + 1 : slice_at;
}
}
}
while (slice_at < _meta->Length && this_field <= last);
// the search is a success if at least the first field was found
if (this_field >= first)
{
// correct the indices to stay in the [0; length] range
assert(slice_from <= slice_to);
from = Math::Clamp((size_t)0, _meta->Length, slice_from);
to = Math::Clamp((size_t)0, _meta->Length, slice_to);
return true;
}
return false;
}
// Extract leftmost part, separated by the given char
String String::LeftSection(char separator, bool exclude_separator) const
{
if (_meta && separator)
{
int slice_at = FindChar(separator);
if (slice_at >= 0)
{
slice_at = exclude_separator ? slice_at : slice_at + 1;
return Left(slice_at + 1);
}
}
return String();
}
inline char DecodeHalf(short s) const {
IMatrix r;
#ifdef DEBUG
cout << "Half word to decode: ";
Print(s, 8);
#endif
MatrixProduct(ScanChar(s), hm, r);
#ifdef DEBUG
cout << "Product Vector: ";
PrintArray(r[0]);
#endif
return FindChar(r[0]);
}
void String::ClipLeftSection(char separator, bool include_separator)
{
if (_meta && separator)
{
size_t slice_at = FindChar(separator);
if (slice_at != -1)
{
ClipLeft(include_separator ? slice_at + 1 : slice_at);
}
else
Empty();
}
}
String String::LeftSection(char separator, bool exclude_separator) const
{
if (_meta && separator)
{
size_t slice_at = FindChar(separator);
if (slice_at != -1)
{
slice_at = exclude_separator ? slice_at : slice_at + 1;
return Left(slice_at);
}
}
return *this;
}
bool String::FindSection(char separator, int first, int last, bool exclude_first_sep, bool exclude_last_sep,
int &from, int &to) const
{
if (!_meta || !separator)
{
return false;
}
int slice_from = -1;
int slice_to = _meta->Length;
int slice_at = -1;
int sep_count = 0;
do
{
slice_at = FindChar(separator, slice_at + 1);
if (slice_at < 0)
{
break;
}
sep_count++;
if (sep_count == first)
{
slice_from = exclude_first_sep ? slice_at + 1 : slice_at;
if (slice_to < _meta->Length)
{
break;
}
}
if (sep_count == last)
{
slice_to = exclude_last_sep ? slice_at - 1 : slice_at;
if (slice_from >= 0)
{
break;
}
}
}
while (slice_at < _meta->Length);
from = slice_from;
to = slice_to;
if ((slice_from >= 0 || slice_to < _meta->Length) &&
slice_from <= slice_to && first <= last)
{
slice_from = slice_from >= 0 ? slice_from : 0;
slice_to = slice_to < _meta->Length ? slice_to : _meta->Length - 1;
return true;
}
return false;
}
BOOL CFileUtil::IsAbsolutePath(char* szPathName)
{
char* pcPos;
pcPos = FindChar(szPathName, FILE_SEPARATOR[0]);
if (pcPos == szPathName)
{
return TRUE;
}
else
{
return FALSE;
}
}
VOID CFile::NextLine()
{
DWORD_PTR totalBufLen = GetBufferInWCharLength();
if (totalBufLen == 0)
{
goto SetEOF;
}
const WCHAR *pwch = GetBufferInWChar();
DWORD_PTR indexTrace = 0; // in char
if (FindChar(L'\r', pwch, totalBufLen, &indexTrace) != S_OK)
{
goto SetEOF;
}
if (indexTrace >= DWORD_MAX -1)
{
goto SetEOF;
}
indexTrace++; // skip CR
totalBufLen -= indexTrace;
if (totalBufLen == 0)
{
goto SetEOF;
}
if (pwch[indexTrace] != L'\n')
{
_filePosPointer += (indexTrace * sizeof(WCHAR));
return;
}
indexTrace++;
totalBufLen--;
if (totalBufLen == 0)
{
goto SetEOF;
}
_filePosPointer += (indexTrace * sizeof(WCHAR));
return;
SetEOF:
_filePosPointer = _fileSize;
return;
}
// find start of string, read data until ending quote found, allocate memory and return a string
static char *
ReadString(FreeImageIO *io, fi_handle handle) {
if( !FindChar(io, handle,'"') )
return NULL;
BYTE c;
std::string s;
io->read_proc(&c, sizeof(BYTE), 1, handle);
while(c != '"') {
s += c;
if( io->read_proc(&c, sizeof(BYTE), 1, handle) != 1 )
return NULL;
}
char *cstr = (char *)malloc(s.length()+1);
strcpy(cstr,s.c_str());
return cstr;
}
size_t CCharRefArray::InsertChar( const CChar *pChar, size_t i )
{
ADDTOCALLSTACK("CCharRefArray::InsertChar");
size_t currentIndex = FindChar(pChar);
if ( currentIndex != m_uidCharArray.BadIndex() )
{
if ( currentIndex == i ) // already there
return i;
DetachChar(currentIndex); // remove from list
}
if ( !IsValidIndex(i) ) // prevent from being inserted too high
i = GetCharCount();
m_uidCharArray.InsertAt(i, pChar->GetUID() );
return i;
}
static void ReadAnswers(FILE *infile, questionT q)
{
string line, ans;
int len, cpos, nextq, nAnswers;
nAnswers = 0;
while ((line = ReadLine(infile)) != NULL
&& (len = StringLength(line)) != 0) {
cpos = FindChar(':', line, 0);
if (cpos == -1) Error("Illegal answer format");
ans = SubString(line, 0, cpos - 1);
nextq = StringToInteger(SubString(line, cpos+1, len-1));
q->answers[nAnswers].ans = ConvertToUpperCase(ans);
q->answers[nAnswers].nextq = nextq;
nAnswers++;
}
q->nAnswers = nAnswers;
}
BOOL CFileUtil::IsAbsolutePath(const char*szPathName)
{
const char* szPos;
char cDrive;
szPos = FindChar(szPathName, FILE_SEPARATOR[0]);
if (szPos == szPathName)
{
return TRUE;
}
else
{
cDrive = GetDriveLetter(szPathName);
if (cDrive != '\0')
{
return TRUE;
}
else
{
return FALSE;
}
}
}
HttpHeader::ResultEnum HttpHeader::ProcessHeaderData(const char* buffer, size_t length, bool eof)
{
log_trace();
if (length < startIndex_)
{
log_warn("Incorrect length=" << length << ", previous start=" << startIndex_);
headerResult_ = HEADER_FAULT;
}
else
while (headerResult_ == HEADER_INCOMPLETE)
{
const char* endLine = FindChar(buffer+startIndex_, length-startIndex_, '\n');
if (endLine == NULL)
{
if (eof)
{
log_warn("EOF before header fully parsed");
headerResult_ = HEADER_FAULT;
}
break;
}
size_t lineLength = endLine - buffer - startIndex_;
if ((lineLength > 0) && (*(endLine-1) == '\r'))
lineLength--;
std::string line(buffer+startIndex_, lineLength);
if (startIndex_ == 0)
headerResult_ = ProcessFirstLine(line);
else
headerResult_ = ProcessLine(line);
startIndex_ = endLine - buffer + 1;
}
return headerResult_;
}
static void WINAPI Abbreviate(HDC hdc, int nWidth, LPTSTR lpch, int nMaxChars)
{
/* string is too long to fit; chop it */
/* set up new prefix & determine remaining space in control */
LPTSTR lpszFileName = NULL;
LPTSTR lpszCur = CharNext(CharNext(lpch));
lpszCur = FindChar(lpszCur, TEXT('\\'));
// algorithm will insert \... so allocate extra 4
LPTSTR lpszNew = (LPTSTR)OleStdMalloc((lstrlen(lpch)+5) * sizeof(TCHAR));
if (lpszNew == NULL)
return;
if (lpszCur != NULL) // at least one backslash
{
*lpszNew = (TCHAR)0;
*lpszCur = (TCHAR)0;
lstrcpy(lpszNew, lpch);
*lpszCur = TEXT('\\');
// lpszNew now contains c: or \\servername
lstrcat(lpszNew, TEXT("\\..."));
// lpszNew now contains c:\... or \\servername\...
LPTSTR lpszEnd = lpszNew;
while (*lpszEnd != (TCHAR)0)
lpszEnd = CharNext(lpszEnd);
// lpszEnd is now at the end of c:\... or \\servername\...
// move down directories until it fits or no more directories
while (lpszCur != NULL)
{
*lpszEnd = (TCHAR)0;
lstrcat(lpszEnd, lpszCur);
if (GetTextWSize(hdc, lpszNew) <= nWidth &&
lstrlen(lpszNew) < nMaxChars)
{
lstrcpyn(lpch, lpszNew, nMaxChars);
OleStdFree(lpszNew);
return;
}
lpszCur = CharNext(lpszCur); // advance past backslash
lpszCur = FindChar(lpszCur, TEXT('\\'));
}
// try just ...filename and then shortening filename
lpszFileName = FindReverseChar(lpch, TEXT('\\'));
}
else
lpszFileName = lpch;
while (*lpszFileName != (TCHAR)0)
{
lstrcpy(lpszNew, TEXT("..."));
lstrcat(lpszNew, lpszFileName);
if (GetTextWSize(hdc, lpszNew) <= nWidth && lstrlen(lpszNew) < nMaxChars)
{
lstrcpyn(lpch, lpszNew, nMaxChars);
OleStdFree(lpszNew);
return;
}
lpszFileName = CharNext(lpszFileName);
}
OleStdFree(lpszNew);
// not even a single character fit
*lpch = (TCHAR)0;
}
// ----------------------------------------------------------------------------
void MSW_ProcessMacro::SendMacroString(wxString wsMacro, wxWindow* pWin)
// ----------------------------------------------------------------------------
{
#ifdef LOGGING
wxString msg;
msg.Printf(wxT("ProcessMacro:SendMacroString[%s]"), wsMacro.c_str() );
//-WriteLog( msg );
#if defined(LOGGING)
LOGIT( _T("[%s]"), msg.c_str());
#endif
#endif //LOGGING
char macroChar;
string::size_type macroStrIndex = 0 ;
bool bPreviousCapsLockState = false;
long attachError = 0;
// Focus window to accept keystrokes
// Dont do the following or {ALT} to activate menu won't work
//-::SetForegroundWindow( (HWND)pWin->GetHandle());
//-::SetFocus((HWND)pWin->GetHandle());
// Set focus to SU, else HiddenFrame can get focus after menu scans
::SetFocus(g_hWndSketchUp);
::SetForegroundWindow(g_hWndSketchUp);
// Memorize CapsLock position
if ( m_bCapsLockState == true )
bPreviousCapsLockState = DoKeyToggle(VK_CAPITAL, OFF);
// wait for user to stop leaning on the keyboard so we can type in the macro
DWORD thisThread = GetCurrentThreadId();
DWORD winThread = GetWindowThreadProcessId( (HWND)(pWin->GetHandle()), NULL);
//FIXME: attaching fails and is unnecessary when code used in same process
bool attachOk = AttachThreadInput(thisThread, winThread, true);
if (not attachOk)
attachError = GetLastError();
BYTE lpKeyState[256]={0};
BOOL getStateOk = GetKeyboardState( lpKeyState);
//wxString str(wxChar('.'),256);
//wxString str;
//msg.Clear();
if ( attachOk && getStateOk )
{
// -------------------------------------------------------------------
//// -- ways *not* to hold macro while user sleeps on the keyboard ---
// -------------------------------------------------------------------
////for ( int i = 0 ; i < 255; ++i){
// //-if ( lpKeyState[i] & 0x01) continue; // ignore toggle keys
// //-if ( lpKeyState[i] & 0x80 ){ // key down
// //-if ( lpKeyState[i] ) str.Append(msg.Format(wxT("[%d][%x]"),i,lpKeyState[i])); // key down
//// if ( (lpKeyState[VK_CONTROL] | lpKeyState[VK_SHIFT] | lpKeyState[VK_MENU]) & 0x80)
//// { //str = str.Format(wxT("Ctrl Status[%d][%x]"),i,lpKeyState[VK_CONTROL]);
//// wxMilliSleep(128);
//// getStateOk = GetKeyboardState( lpKeyState);
//// if (not getStateOk) break;
//// i = 0;
//// }//else str.Append('.');
////}//for
////WriteLog(str);
// If user is leaning on the keyboard, our chars can't get stuffed into the keyboard.
// wait for user to release Ctrl &/or Shift &/or Alt
while ((lpKeyState[VK_CONTROL] | lpKeyState[VK_SHIFT] | lpKeyState[VK_MENU]) & 0x80)
{
wxMilliSleep(128);
getStateOk = GetKeyboardState( lpKeyState);
if (not getStateOk) break;
}//while
}//if
#ifdef LOGGING
else
{
// Attach always fails when we're operating in the same process
msg.Printf( _T("SendMacroString: failed attach[%d %ld] getState[%d]"),attachOk, attachError, getStateOk);
//-WriteLog( msg );
#if defined(LOGGING)
//LOGIT( _T("[%s]"), msg.c_str());
#endif
}
#endif
//FIXME: attaching fails and is unnecessary when code in same process
attachOk = AttachThreadInput(thisThread, winThread, false);
if (not attachOk)
{
attachError = GetLastError();
#if defined(LOGGING)
// Attach always fails when we're operating in the same process
msg.Printf( _T("SendMacroString: failed AttachThreadInput[%d %ld]"),attachOk, attachError);
//-WriteLog( msg );
//LOGIT( _T("[%s]"), msg.c_str());
#endif
}
// translate unicode to ascii
wxWX2MBbuf cb = kmU2C(wsMacro);
string asciiString(cb);
string namedMacroString(cb);
// Process macro characters and named Macro Keys
while ( macroStrIndex < asciiString.size() )
{
macroChar = asciiString[macroStrIndex++];
// check for ALT '!',CTRL '^',SHIFT '+',and named macros '{'
if ( '!' == macroChar ) { m_nShiftFlags |= SEND_ALT_FLAG; }
else
if ( '^' == macroChar ) { m_nShiftFlags |= SEND_CTRL_FLAG; }
else
if ( '+' == macroChar ) { m_nShiftFlags |= SEND_SHIFT_FLAG;}
else
if ( '{' == macroChar )
{ // have a named macro eg., {CTRL DN}, {INSERT ON}, {ENTER} etc.
string::size_type savedMacroStrIndex = macroStrIndex;
if ( not FindChar( '}', asciiString, namedMacroString, macroStrIndex) )
{
// missing '}' to end named macro, just send single char
macroStrIndex = savedMacroStrIndex;
InjectMacroChar('{', 1);
}//if
else
{ // translate named macro to virtual key and inject to kbd queue
InjectNamedKeyMacro( namedMacroString );
m_nShiftFlags &= CLEAR_SEND_FLAGS;
}//else
}
else // inject a single key to keyboard
{ InjectMacroChar(macroChar, 1);
//#ifdef LOGGING
// WriteLog( _T("SendMacroSting[%c]"),wxChar(macroChar) );
//#endif //LOGGING
m_nShiftFlags &= CLEAR_SEND_FLAGS;
}//else
} // End While
// restore CapsLock position
if ( m_bCapsLockState )
DoKeyToggle(VK_CAPITAL, bPreviousCapsLockState);
}//SendMacro()
void ScanGrub2::ScanConfigFile (char *dir, char *file_name)
{
bool scan_kernel_setup = false;
bool added_to_menu = false;
bool found = false;
bool variables = false;
FILE *pf;
//int default_boot_number = 0;
pf = fopen (file_name, "r");
if (!pf) {
Log ("Couldn't open '%s'/'%s'", dir, file_name);
ScanDirectory (dir);
return;
} else {
Log ("Parsing '%s'/'%s'", dir, file_name);
}
MenuEntry menuEntry;
menuEntry.Reset();
menuEntry.check_default_boot = true;
while (fgets (cfg_line, sizeof (cfg_line), pf)) {
RemoveUnneededChars (cfg_line, '#');
TabToSpace (cfg_line);
StripChar (cfg_line, '{'); // dirty hack, use menuentry as start
if (!variables && FindChar (cfg_line, '$')) {
variables = true;
}
/*
if ((strncasecmp (cfg_line, "set default", 11) == 0) && !FindChar (cfg_line, '$')) {
GetValue(cfg_line);
default_boot_number = atoi (cfg_line);
continue;
}
*/
if (strncasecmp (cfg_line, "menuentry ", 10) == 0) {
if (variables) {
Log ("Warning: Grub2 added menu entry '%s' with variable/s, they were removed.", cfg_line);
variables = false;
}
// when a new label has been found then add the previous collected data to the menu
if (!added_to_menu && found) {
menu->AddEntry (menuEntry);
menuEntry.Reset();
added_to_menu = true;
found = false;
}
StripChar (cfg_line, '"');
menuEntry.SetMenuLabel (cfg_line + 10);
scan_kernel_setup = true;
}
if (scan_kernel_setup) {
//if (FindChar (cfg_line, '$'))
// Log ("Grub2: Adding initrd/kernel args with variable '%s'", cfg_line);
if (strncasecmp (cfg_line, "linux ", 6) == 0) {
menuEntry.SetKernel (cfg_line + 6, dir);
found = true;
added_to_menu = false;
char append[1024];
strncpy (append, cfg_line + 6, sizeof (append));
int start = Trim (append);
int pos = FindChar (append + start, ' ');
if (pos > -1) {
menuEntry.SetAppend (append + start + pos);
}
} else if (strncasecmp (cfg_line, "initrd ", 7) == 0) {
menuEntry.SetInitrd (cfg_line, dir);
}
}
}
if (!added_to_menu && found) {
menu->AddEntry (menuEntry);
}
fclose (pf);
}
static FIBITMAP * DLL_CALLCONV
Load(FreeImageIO *io, fi_handle handle, int page, int flags, void *data) {
char msg[256];
FIBITMAP *dib = NULL;
if (!handle) return NULL;
try {
char *str;
//find the starting brace
if( !FindChar(io, handle,'{') )
throw "Could not find starting brace";
//read info string
str = ReadString(io, handle);
if(!str)
throw "Error reading info string";
int width, height, colors, cpp;
if( sscanf(str, "%d %d %d %d", &width, &height, &colors, &cpp) != 4 ) {
free(str);
throw "Improperly formed info string";
}
free(str);
if (colors > 256) {
dib = FreeImage_Allocate(width, height, 24, FI_RGBA_RED_MASK, FI_RGBA_GREEN_MASK, FI_RGBA_BLUE_MASK);
} else {
dib = FreeImage_Allocate(width, height, 8);
}
//build a map of color chars to rgb values
std::map<std::string,FILE_RGBA> rawpal; //will store index in Alpha if 8bpp
for(int i = 0; i < colors; i++ ) {
FILE_RGBA rgba;
str = ReadString(io, handle);
if(!str)
throw "Error reading color strings";
std::string chrs(str,cpp); //create a string for the color chars using the first cpp chars
char *keys = str + cpp; //the color keys for these chars start after the first cpp chars
//translate all the tabs to spaces
char *tmp = keys;
while( strchr(tmp,'\t') ) {
tmp = strchr(tmp,'\t');
*tmp++ = ' ';
}
//prefer the color visual
if( strstr(keys," c ") ) {
char *clr = strstr(keys," c ") + 3;
while( *clr == ' ' ) clr++; //find the start of the hex rgb value
if( *clr == '#' ) {
int red = 0, green = 0, blue = 0, n;
clr++;
//end string at first space, if any found
if( strchr(clr,' ') )
*(strchr(clr,' ')) = '\0';
//parse hex color, it can be #rgb #rrggbb #rrrgggbbb or #rrrrggggbbbb
switch( strlen(clr) ) {
case 3: n = sscanf(clr,"%01x%01x%01x",&red,&green,&blue);
red |= (red << 4);
green |= (green << 4);
blue |= (blue << 4);
break;
case 6: n = sscanf(clr,"%02x%02x%02x",&red,&green,&blue);
break;
case 9: n = sscanf(clr,"%03x%03x%03x",&red,&green,&blue);
red >>= 4;
green >>= 4;
blue >>= 4;
break;
case 12: n = sscanf(clr,"%04x%04x%04x",&red,&green,&blue);
red >>= 8;
green >>= 8;
blue >>= 8;
break;
default:
n = 0;
break;
}
if( n != 3 ) {
free(str);
throw "Improperly formed hex color value";
}
rgba.r = (BYTE)red;
rgba.g = (BYTE)green;
rgba.b = (BYTE)blue;
} else if( !strncmp(clr,"None",4) || !strncmp(clr,"none",4) ) {
rgba.r = rgba.g = rgba.b = 0xFF;
} else {
char *tmp = clr;
//scan forward for each space, if its " x " or " xx " end the string there
//this means its probably some other visual data beyond that point and not
//part of the color name. How many named color end with a 1 or 2 character
//word? Probably none in our list at least.
while( (tmp = strchr(tmp,' ')) != NULL ) {
if( tmp[1] != ' ' ) {
if( (tmp[2] == ' ') || (tmp[2] != ' ' && tmp[3] == ' ') ) {
tmp[0] = '\0';
break;
}
}
tmp++;
}
//remove any trailing spaces
tmp = clr+strlen(clr)-1;
while( *tmp == ' ' ) {
*tmp = '\0';
tmp--;
}
if (!FreeImage_LookupX11Color(clr, &rgba.r, &rgba.g, &rgba.b)) {
sprintf(msg, "Unknown color name '%s'", str);
free(str);
throw msg;
}
}
} else {