tVoid PrintArgs( int argc , char** argv )
{
int idx ;
for( idx = 0 ; idx < argc ; idx++ )
{
OutInt( idx , sizeof( idx ) ) ;
OutString( " : " ) ;
OutString( argv[ idx ] ) ;
OutLinefeed() ;
}
}
bool Archive::ToVarList(IVarList & args) {
UI8_TYPE nType = GetNextType();
if (TYPE_UNKWON == nType) {
return false;
}
args.Clear();
while (TYPE_UNKWON != nType) {
switch (nType) {
case TYPE_INT:
args << OutI32();
break;
case TYPE_INT64:
args << OutI64();
break;
case TYPE_STRING:
args << OutString();
break;
case TYPE_WIDESTR:
args << OutWideStr();
break;
case TYPE_DOUBLE:
args << OutDouble();
break;
}
nType = GetNextType();
}
return true;
}
/*
* EnableModem()
*
* This will enable the modem for use.
*/
void EnableModem(char FromNet)
{
if (FromNet || strLen(cfg.DepData.sEnable) == 0)
InternalEnDis(TRUE);
else
OutString(cfg.DepData.sEnable);
}
// Convert number to string (char array)
// Writes to timerOutput char array
SINT32 BinToDec( int seconds ){
int md = 0;
int ctr = 0;
while( seconds ){
// Take new least significant digit
md = seconds % 10;
// Convert to char and place in array
timerOutput[ctr] = md + '0';
// Remove handled digit
seconds /= 10;
ctr++;
}
// Last increment of ctr is above last index
ctr--;
// Output in reverse order
while( ctr >= 0 ){
OutChar( timerOutput[ctr] );
ctr--;
}
OutString( (CHAR*)" seconds passed\n\r" );
return RTX_SUCCESS;
}
/*
* ReInitModem()
*
* This function will reinitialize the modem at a high speed.
*/
void ReInitModem()
{
if (strLen(cfg.DepData.HiSpeedInit) != 0 && !gotCarrier()) {
setNetCallBaud(cfg.sysBaud);
OutString(cfg.DepData.HiSpeedInit);
}
}
tBoolean CliHelp( int argc , char** argv )
{
int idx ;
int idxMin ;
int idxMax ;
OutLinefeed() ;
if( argc > 0 )
{
idxMin = GetIndex( argv[0] ) ;
idxMax = idxMin+1 ;
}
else
{
idxMin = 0 ;
idxMax = sTableSize ;
}
for( idx = idxMin ; idx < idxMax ; idx++ )
{
OutString( sCliTable[idx].help ) ;
OutLinefeed() ;
OutLinefeed() ;
}
OutLinefeed() ;
return TRUE ;
}
/*
* DisableModem()
*
* This function will disable the modem.
*/
void DisableModem(char FromNet)
{
if (FromNet || strLen(cfg.DepData.sDisable) == 0)
InternalEnDis(FALSE);
else
OutString(cfg.DepData.sDisable);
}
REC_INFO* NewRecEle()
{
REC_INFO* pRec = NULL;
pRec = (REC_INFO*)malloc(sizeof(REC_INFO));
OutString(DBG_RES,"Malloc ELE\n");
if(pRec == NULL)
{
return NULL;
}
memset(pRec,0,sizeof(REC_INFO));
return pRec;
}
bool clWAVDataEncoder::ResetEncoder( int NumChannels, int NumSamplesPerSec, int BitsPerSample, float Quality )
{
m_OutputData.clear();
m_OutputData.reserve( 1024*1024 );
OutString( "RIFF----WAVEfmt " );
// write WAVEfmt header
OutValue( 16, 4 );
OutValue( 1, 2 ); // PCM
OutValue( NumChannels, 2 );
OutValue( NumSamplesPerSec, 4 );
OutValue( NumSamplesPerSec * BitsPerSample * NumChannels / 8, 4 );
OutValue( NumChannels * sizeof( uint16_t ), 2 ); // data block size
OutValue( 16, 2 ); // bits per sample
m_DataChunkPos = m_OutputData.size();
OutString( "data----" );
return false;
}
static tVoid ReplaceLine( int* curr , int* last , char* str )
{
int idx ;
for( idx = 0 ; idx < *curr ; idx++ )
{
SerialWrite( SERIAL_PORT_MONITOR , (tUByte*)LeftString , sizeof( LeftString ) ) ;
}
for( idx = 0 ; idx < *last ; idx++ )
{
OutString( " " ) ;
}
for( idx = 0 ; idx < *last ; idx++ )
{
SerialWrite( SERIAL_PORT_MONITOR , (tUByte*)LeftString , sizeof( LeftString ) ) ;
}
OutString( str ) ;
*curr = strlen( str ) ;
*last = *curr ;
}
inline int IsSeperator(char ch, enum ELE_SEPERATOR_TYPE *pType)
{
int i = 0;
for(i = 0; i < sizeof(seperator)/sizeof(seperator[0]); ++i)
{
if(seperator[i] == ch)
{
OutString(DBG_IS_SEPERATOR, "FindSeperator[%c]\n",ch);
*pType = i;
return 1;
}
}
return 0;
}
void SerialPortC::BreakConnection(void)
{
FlushOutput();
DropDtr();
RaiseDtr();
pause(50);
if (cfg.dumbmodem == 6 || cfg.dumbmodem == 7)
{
OutString(cfg.hangup);
OutString(br);
if (cfg.hangupdelay)
{
pause(cfg.hangupdelay * 100);
}
else
{
pause(50);
}
}
}
void DelAllEle(REC_INFO* pEle)
{
REC_INFO* pEleDel;
REC_INFO* pEleNext;
pEleDel = pEle;
while(pEleDel)
{
pEleNext = pEleDel->pNext;
if(pEleDel->pContent)
{
free(pEleDel->pContent);
}
free(pEleDel);
OutString(DBG_RES, "FREE ELE\n");
pEleDel = pEleNext;
}
return;
}
tBoolean CliProcess()
{
/* returns TRUE if still processing */
tBoolean processing = FALSE ;
int argc ;
int idx ;
argc = ParseLine( sLineCurrent ) ;
if( argc >= 1 && ( idx = GetIndex( argv[ 0 ] ) ) >= 0 )
{
sContinue = sCliTable[idx].pfunc( argc-1 , &argv[1] ) ;
}
else
{
OutLinefeed() ;
OutString( "Unrecognized command (enter ? for command list)" ) ;
OutLinefeed() ;
}
return processing ;
}
tBoolean CliGet()
{
static int idx = 0 ;
static int idxMax = 0 ;
static tBoolean esc = FALSE ;
tUByte inbyte ;
tBoolean enterHit = FALSE ;
tUByte* ptr ;
int size ;
static int lineCurrent = 0 ;
static int lineBuffer = 0 ;
static int lineMax = 0 ;
static tBoolean prompt = FALSE ;
int echo = FALSE ;
ptr = &inbyte ;
size = 1 ;
if( !prompt )
{
OutString( ">" ) ;
prompt = TRUE ;
}
if( SerialRead( SERIAL_PORT_MONITOR , &inbyte , 1 ) )
{
if( inbyte == ESCAPE_KEY )
{
esc = TRUE ;
}
else if( esc )
{
if( inbyte == ESCAPE2_KEY ) /* ignore after escape */
{
inbyte = 0 ;
}
else {
switch( inbyte )
{
case UP_KEY :
inbyte = 0 ;
lineBuffer-- ;
if( lineBuffer < 0 )
{
lineBuffer = lineMax-1 ;
}
memcpy( sLineCurrent , (char*)sLineBuf[ lineBuffer ] , sizeof( sLineCurrent ) ) ;
ReplaceLine( &idx , &idxMax , (char*)sLineCurrent ) ;
break ;
case DOWN_KEY :
inbyte = 0 ;
lineBuffer++ ;
if( lineBuffer >= lineMax )
{
lineBuffer = 0 ;
}
memcpy( sLineCurrent , (char*)sLineBuf[ lineBuffer ] , sizeof( sLineCurrent ) ) ;
ReplaceLine( &idx , &idxMax , (char*)sLineCurrent ) ;
break ;
case RIGHT_KEY :
inbyte = MAP_RIGHT ;
ptr = (tUByte*)RightString ;
size = sizeof( RightString ) ;
break ;
case LEFT_KEY :
inbyte = MAP_LEFT ;
ptr = (tUByte*)LeftString ;
size = sizeof( LeftString ) ;
break ;
default :
inbyte = 0 ;
break ;
}
esc = FALSE ;
}
}
if( ( inbyte == BACKSPACE_KEY )
|| ( inbyte == ENTER_KEY )
|| ( inbyte == MAP_LEFT )
|| ( inbyte == MAP_RIGHT )
|| ( ( inbyte >= ' ' ) && ( inbyte <= '~' ) ) )
{
if( inbyte == ENTER_KEY )
{
sLineCurrent[ idxMax ] = 0 ; /* null terminate string */
idx = 0 ;
idxMax = 0 ;
enterHit = TRUE ;
memcpy( sLineBuf[ lineCurrent ] , sLineCurrent , sizeof( sLineCurrent ) ) ;
lineCurrent++ ;
if( lineCurrent >= BUFFER_LINES )
{
lineCurrent = 0 ;
}
lineBuffer = lineCurrent ;
if( lineCurrent > lineMax )
{
lineMax = lineCurrent ;
}
prompt = FALSE ;
echo = TRUE ;
}
else if( inbyte == BACKSPACE_KEY )
{
if( idx )
{
SerialWrite( SERIAL_PORT_MONITOR , (tUByte*)LeftString , sizeof( LeftString ) ) ;
OutString( " " ) ;
SerialWrite( SERIAL_PORT_MONITOR , (tUByte*)LeftString , sizeof( LeftString ) ) ;
idx-- ;
}
}
else if( inbyte == MAP_LEFT )
{
if( idx )
{
idx-- ;
echo = TRUE ;
}
}
else if( ( inbyte == MAP_RIGHT ) )
{
if( idx < idxMax )
{
idx++ ;
echo = TRUE ;
}
}
else if( idx < ( LINE_BUF_SIZE - 1 ) )
{
sLineCurrent[ idx++ ] = inbyte ;
echo = TRUE ;
}
}
}
if( echo )
{
SerialWrite( SERIAL_PORT_MONITOR , ptr , size ) ;
}
if( idx > idxMax )
{
idxMax = idx ;
}
return enterHit ;
}
tBoolean MemDump( int argc , char** argv )
{
tByte* ptr ;
tByte* ptrEnd ;
int size ;
int linecount = 0 ;
char ascii[LINE_LENGTH+1] ;
ascii[ LINE_LENGTH ] = 0 ; /* Null terminate */
if( argc != 2 )
{
return FALSE ;
}
size = StringToInt( argv[1] ) ;
ptr = (char*)StringToInt( argv[0] ) ;
ptrEnd = ptr + size ;
OutLinefeed() ;
while( ptr < ptrEnd )
{
if( linecount == 0 )
{
OutHex( (tULong)ptr , 4 ) ;
OutString( " : " ) ;
}
OutHex( *ptr , 1 ) ;
/* printable characters */
if( *ptr >= ' ' && *ptr <= '~' )
{
ascii[ linecount ] = *ptr ;
}
else
{
ascii[ linecount ] = '.' ;
}
OutString( " " ) ;
ptr++ ;
linecount++ ;
if( linecount == 8 )
{
OutString( " " ) ;
}
else if( linecount == 16 )
{
OutString( " " ) ;
OutString( (char*)ascii ) ;
OutLinefeed() ;
linecount = 0 ;
}
}
ascii[ linecount ] = 0 ;
OutString( " " ) ;
OutString( (char*)ascii ) ;
OutLinefeed() ;
return TRUE ;
}
int GentConnect::TryRunning(string &outstr2) {
char *new_rbuf;
int rbytes = 0;
int readNum;
int stop=0;
while(true) {
if(stop==1) break;
switch(curstatus) {
case Status::CONN_READ:
outstr = "";
readNum = InitRead(rbytes);
LOG(GentLog::INFO, "init read the number of byte is %d.", readNum);
if(readNum < 0) {
LOG(GentLog::WARN, "init read the number of byte less than zero");
outstr2 = "read error\r\n";
Reset();
return readNum;
}else if(readNum == 0) {
return readNum;
}
remainsize = comm->Process(rbuf, rbytes, outstr);
LOG(GentLog::INFO, "curstatus: %d",curstatus);
if(!remainsize && outstr != "") {
curstatus = Status::CONN_WRITE;
gevent->UpdateEvent(fd, this, eventWrite);
}
break;
case Status::CONN_NREAD:
//OutString("ok\r\n");
//LOG(GentLog::INFO, "start conn_nread remainsize:%d",remainsize);
if(!content) {
new_rbuf = (char *)malloc(remainsize);
memset(new_rbuf,0,remainsize);
rcont = content = new_rbuf;
}
if(NextRead() == -1) {
stop = 1;
break;
}
break;
case Status::CONN_DATA:
outstr = "";
comm->Complete(outstr,content, actualsize);
curstatus = Status::CONN_WRITE;
gevent->UpdateEvent(fd, this, eventWrite);
return 0;
case Status::CONN_WRITE:
OutString(outstr);
break;
case Status::CONN_WAIT:
LOG(GentLog::INFO, "the status of %d is connect wait", fd);
remainsize = 0;
Reset();
curstatus = Status::CONN_READ;
//GentEvent::Instance()->UpdateEvent(fd, this);
gevent->UpdateEvent(fd, this, eventRead);
return 0;
case Status::CONN_CLOSE:
return -1;
default:
return -1;
}
}
return 1;
}
int ReadInLine(FILE* pFile, REC_INFO* pLineInfo)
{
char* pLine = NULL;
int ret = 0;
unsigned int readPos = 0;
unsigned int eleLen = 0;
size_t lineLen = 0;
REC_INFO* pEleEnd = pLineInfo;
enum ELE_SEPERATOR_TYPE sepType = SEP_END;
pLine = (char*)malloc(MAX_LINE_CHAR_COUNT);
OutString(DBG_RES, "Malloc Local pLine\n");
if(pLine == NULL)
{
return -1;
}
memset(pLine, 0, MAX_LINE_CHAR_COUNT);
ret = -2;
while(fgets(pLine, MAX_LINE_CHAR_COUNT, pFile) != NULL)
{
lineLen = strlen(pLine);
for(readPos = 0, eleLen = 0; readPos < lineLen; ++readPos)
{
if(IsSeperator(pLine[readPos],&sepType))
{
if(eleLen > 0)
{
pEleEnd = PushEleEnd(pEleEnd, ELE_TEXT, pLine + readPos - eleLen, eleLen);
if(pEleEnd == NULL)
{
ret = -3;
goto FREE_AND_RETURN;
}
eleLen = 0;
}
pEleEnd = PushEleEnd(pEleEnd, ELE_SEPERATOR, &sepType, 0);
if(pEleEnd == NULL)
{
ret = -3;
goto FREE_AND_RETURN;
}
}
else
{
++eleLen;
}
}
if(eleLen != 0)
{
pEleEnd = PushEleEnd(pEleEnd, ELE_TEXT, pLine + readPos - eleLen, eleLen);
if(pEleEnd == NULL)
{
ret = -3;
goto FREE_AND_RETURN;
}
eleLen = 0;
}
if(lineLen == 0)
{
ret = -4;
goto FREE_AND_RETURN;
}
if(IsLineEnd(pLine[lineLen - 1]))
{
ret = 0;
goto FREE_AND_RETURN;
}
}
FREE_AND_RETURN:
free(pLine);
OutString(DBG_RES, "FREE Local pLine\n");
return ret;
}