void ShowFileVer(const char * cp)
{
PutRawByte(LOG_REC_START);
PutRawByte(MSG_TYPE );
while(*cp) PutEscapedByte(*cp++);
PutRawByte(LOG_REC_END);
}
/* Ciruclar buffer layout **************************************
***********ack**********get********put*************** Mode 0
***put********ack**********get*********************** Mode 1
*********get*******put********ack******************** Mode 2
*/
WORD space()
{
WORD cpy_ack;
WORD cpy_put;
cpy_ack = ack_pos;
cpy_put = put_pos;
if ( cpy_ack > cpy_put ) /* mode 1,2 above */
{
return ( cpy_ack - cpy_put );
}
return ( ( cpy_ack + TCPBLEN ) - cpy_put );
}
void WriteBufferData(int tcp)
{
WORD cpy_get;
WORD cpy_put;
int force_send;
USER_ENTER_CRITICAL();
cpy_get = get_pos;
cpy_put = put_pos;
USER_EXIT_CRITICAL();
if ( cpy_put == cpy_get )
return;
force_send=1;
if ( cpy_get > cpy_put ) /* mode 1 above */
{
if ( write_for_callback( tcp, (const char *) ( CircBuffer + cpy_get ), ( TCPBLEN
- cpy_get ), force_send ) )
{
cpy_get = 0;
}
}
if ( cpy_get < cpy_put ) /* Mode 0 or 2 above */
{
if ( write_for_callback( tcp, (const char *) ( CircBuffer + cpy_get ), ( cpy_put - cpy_get ), force_send ) )
{
cpy_get = cpy_put;
}
}
USER_ENTER_CRITICAL();
get_pos = cpy_get;
USER_EXIT_CRITICAL();
}
};
int lfd;
int cfd;
bool bSentBlob;
log_to_TCP_Buffer ltb;
void PutRawByte(BYTE b)
{
//IRQ_writechar(LOG_UART,hexnib(b>>4));
//IRQ_writechar(LOG_UART,hexnib(b &0x0f));
// iprintf("%c",b);
// iprintf("%02X",b);
if(cfd)
{
while(((bBlock) && (ltb.space()==0 ))) OSTimeDly(2);
ltb.PutBufChar(b);
if((LogCount & 127)==127)ltb.WriteBufferData(cfd);
}
//IRQ_writechar(LOG_UART,b);
//else
//IRQ_WriteCharNoBlock(LOG_UART,b);
LogCount++;
}
TCPCallbacks mycallback;
WORD WinSiz(int socket) {return 1;};
void ReadDataCB(int socket, PBYTE data, int len) {};
void WriteFreeCB(int socket, const char * data_sent, int len){ ltb.FreeBuf(len);};
void CloseErrCB(int socket) {close(cfd); cfd=0; iprintf("Closed \n");};
TCPCallbacks * MyAccept(int listen_socket, int new_socket)
{
if(cfd) close(cfd);
bSentBlob=false;
cfd=new_socket;
ltb.Flush();
iprintf("Accept");
return &mycallback;
}
void PutEscapedByte(BYTE b)
{
if(b==LOG_REC_START) {PutRawByte(LOG_REC_ESC); PutRawByte(0); }
else
if(b==LOG_REC_ESC) {PutRawByte(LOG_REC_ESC); PutRawByte(1); }
else
if(b==LOG_REC_END) {PutRawByte(LOG_REC_ESC); PutRawByte(2); }
else
if(b==LOG_REC_TICK) {PutRawByte(LOG_REC_ESC); PutRawByte(3); }
else
if(b==0x11) {PutRawByte(LOG_REC_ESC); PutRawByte(4); }
else
if(b==0x13) {PutRawByte(LOG_REC_ESC); PutRawByte(5); }
else
PutRawByte(b);
}
inline void StartLogRecord() { PutRawByte(LOG_REC_START); }
inline void EndLogRecord() { PutRawByte(LOG_REC_END); }
void LogRawRecord(BYTE msg, const unsigned char * data, int len)
{
BYTE bs=(msg);
StartLogRecord();
PutRawByte(msg);
for(int i=0; i<len; i++)
{
bs+=data[i];
PutEscapedByte(((PBYTE)data)[i]);
}
EndLogRecord();
PutEscapedByte(bs);
}
void StartItemIntro(BYTE id, int siz, const char * name)
{
PutRawByte(LOG_REC_START);
PutRawByte(LOG_TYPE_STRUCT);
BYTE bs=LOG_TYPE_STRUCT;
PutRawByte(id);
bs+=id;
PutEscapedByte((BYTE)(siz>>8)&0xFF);
bs+=(BYTE)(siz>>8)&0xFF;
PutEscapedByte((BYTE)(siz&0xFF));
bs+=(BYTE)(siz&0xFF);
while(*name)
{bs+=*name;
PutEscapedByte(*name++);
}
PutRawByte(LOG_REC_END);
PutEscapedByte(bs);
}
//Log the base element of a structure */
void ShowBaseElement(BYTE id,PBYTE p1, PBYTE p2,int siz, enum tNames tn, const char * el_name)
{
//iprintf("Offset : %d size :%d type %d name %s\r\n",(p2-p1),siz,tn ,el_name);
int offset=(p2-p1);
PutRawByte(LOG_REC_START);
PutRawByte(LOG_TYPE_ITEM );
BYTE bs=LOG_TYPE_ITEM;
PutEscapedByte((BYTE)id);
bs+=id;
PutEscapedByte((BYTE)tn);
bs+=tn;
PutEscapedByte((BYTE)(siz>>8)&0xFF);
bs+=(BYTE)(siz>>8)&0xFF;
PutEscapedByte((BYTE)(siz&0xFF));
bs+=(BYTE)(siz&0xFF);
PutEscapedByte((BYTE)(offset>>8)&0xFF);
bs+=(BYTE)(offset>>8)&0xFF;
PutEscapedByte((BYTE)(offset&0xFF));
bs+=(BYTE)(offset&0xFF);
while(*el_name)
{
bs+=*el_name;
PutEscapedByte(*el_name++);
}
PutRawByte(LOG_REC_END);
PutEscapedByte(bs);
}
void PutLL(int target, long long value) {
CheckNodeId(target);
if (DEBUG) PutRawByte(&outgoing_buffers[target], kLL);
int i;
for (i = 0; i < 8; i++)
PutRawByte(&outgoing_buffers[target], (0xff & (value >> (8 * i))));
}
void PutInt(int target, int value) {
CheckNodeId(target);
if (DEBUG) PutRawByte(&outgoing_buffers[target], kInt);
int i;
for (i = 0; i < 4; i++)
PutRawByte(&outgoing_buffers[target], (0xff & (value >> (8 * i))));
}
void StartItemIntro(BYTE id, int siz, const char * name)
{
PutRawByte(LOG_REC_START);
PutRawByte(LOG_TYPE_STRUCT);
BYTE bs=LOG_TYPE_STRUCT;
PutRawByte(id);
bs+=id;
PutEscapedByte((BYTE)(siz>>8)&0xFF);
bs+=(BYTE)(siz>>8)&0xFF;
PutEscapedByte((BYTE)(siz&0xFF));
bs+=(BYTE)(siz&0xFF);
while(*name)
{bs+=*name;
PutEscapedByte(*name++);
}
PutRawByte(LOG_REC_END);
PutEscapedByte(bs);
}
void LogRawRecord(BYTE msg, const unsigned char * data, int len)
{
BYTE bs=(msg);
StartLogRecord();
PutRawByte(msg);
for(int i=0; i<len; i++)
{
bs+=data[i];
PutEscapedByte(((PBYTE)data)[i]);
}
EndLogRecord();
PutEscapedByte(bs);
}
void PutChar(int target, char value) {
CheckNodeId(target);
if (DEBUG) PutRawByte(&outgoing_buffers[target], kChar);
PutRawByte(&outgoing_buffers[target], value);
}
inline void EndLogRecord() { PutRawByte(LOG_REC_END); }
inline void StartLogRecord() { PutRawByte(LOG_REC_START); }
void PutEscapedByte(BYTE b)
{
if(b==LOG_REC_START) {PutRawByte(LOG_REC_ESC); PutRawByte(0); }
else
if(b==LOG_REC_ESC) {PutRawByte(LOG_REC_ESC); PutRawByte(1); }
else
if(b==LOG_REC_END) {PutRawByte(LOG_REC_ESC); PutRawByte(2); }
else
if(b==LOG_REC_TICK) {PutRawByte(LOG_REC_ESC); PutRawByte(3); }
else
if(b==0x11) {PutRawByte(LOG_REC_ESC); PutRawByte(4); }
else
if(b==0x13) {PutRawByte(LOG_REC_ESC); PutRawByte(5); }
else
PutRawByte(b);
}