int main( int argc, char *argv[]) //get options from command line
{
int mainfd=0; //mainfd is like file pointer execpt with no buff
mainfd = open_port(); //call the open port command in signfp.c
//Oh magical serial port config is done there!
int temp; //temp count of number of chars in buffer
char stringtemp[1024]; //HUGE BUFFER for strings
if (argc > 3 || argv[1] == NULL) //check to see if there are the correct # of args
{
printf("usage: %s color \"text\"\n",argv[0]);
return 1;
}
starttext(mainfd,'Z','0','A'); //See signfp.c and datasheet for the alpha protocol
// but basickly it says HEY ALL SIGNS WRITE TO Label A
temp=sprintf(stringtemp,"%c a %c%c",smf,fontmode,largetimesfont); //Set the sign to scroll on all lines
// and largetimes font in to buffer
temp=write(mainfd,stringtemp,temp); //write buffer to mainfd (which should be the serial port see signfp.c)
printf("wrote %d",temp); //debug
if (strcmp(argv[1],"red") == 0) //argv 1 ahould be the color att. for the sign from command line
{
if (debug == 1)
printf("red\n");
temp=sprintf(stringtemp,"%c%c",cc,red);// set the color code
temp=write(mainfd,stringtemp,temp); //and shove it out the door
if (debug == 1)
printf("wrote %d",temp);
}
else if (strcmp(argv[1],"green") == 0)
{
if (debug == 1)
printf("green\n");
temp=sprintf(stringtemp,"%c%c",cc,green);
temp=write(mainfd,stringtemp,temp);
if (debug == 1)
printf("wrote %d",temp);
}
else if (strcmp(argv[1],"amber") == 0)
{
if (debug == 1)
printf("amber\n");
temp=sprintf(stringtemp,"%c%c",cc,amb);
temp=write(mainfd,stringtemp,temp);
if (debug == 1)
printf("wrote %d",temp);
}
else
{
if (debug == 1)
printf("defult\n");
temp=sprintf(stringtemp,"%c%c",cc,green);
temp=write(mainfd,stringtemp,temp);
if (debug == 1)
printf("wrote %d",temp);
}
temp=strlen(argv[2]); //count the argv2 which should be a string
temp=write(mainfd,argv[2],temp); // and shove x chars out the door
if (debug == 1)
printf("wrote %d",temp);
temp=sprintf(stringtemp,"%c",end); // tell the sign were done
temp=write(mainfd,stringtemp,temp); // output it
if (debug == 1)
printf("wrote %d",temp);
close(mainfd); //close the serialport pointer
return 0;
}
void IO_GO(int sig){
syslog(LOG_ERR, "SIG IO SIG IO!!!!!!"); //Log it
mainfd = open_port();
struct sockaddr_in clientName = { 0 };
int BuffCount; // Got Count
char Buff[1024]; //Buffer size
bzero(Buff,sizeof(Buff)); //Zero out the buffer
int simpleChildSocket = 0;
int clientNameLength = sizeof(clientName);
int flag=0;
char endL[3];
char TempBuff[256];
int TempCount;
int returnstatus;
bzero(endL,sizeof(endL));
//transbridgeon(mainfd);
sprintf(endL,"%c%c",end,0x82);
simpleChildSocket = accept(simpleSocket,(struct sockaddr *)&clientName, &clientNameLength);
if (simpleChildSocket == -1) {
syslog(LOG_ERR, "Cannot accept connections!\n");
close(simpleSocket);
exit(1);
}
BuffCount=read(simpleChildSocket, Buff, 3);
TempCount=sprintf(TempBuff,"%d",BuffCount);
syslog(LOG_WARNING, "I read %d : %s",BuffCount,Buff);
//trying a switch case to select the begining mode of the sign protocoll
switch(Buff[0]){
case 'A':// Sign Type, Sign Addr (last bit)
startc(mainfd,Buff[1],Buff[2]);
TempCount=sprintf(TempBuff,"CASE A");
write(simpleChildSocket, TempBuff, strlen(TempBuff) );
bzero(Buff,sizeof(Buff));
break;
case 'B': //simple mode
starttext(mainfd,'Z','0','A');
TempCount=sprintf(TempBuff," CASE B");
write(simpleChildSocket, TempBuff, strlen(TempBuff));
bzero(Buff,sizeof(Buff));
break;
case 'C': //set 2 line mem
TempCount=sprintf(TempBuff,"CASE C");
write(simpleChildSocket, TempBuff, strlen(TempBuff));
syslog(LOG_ERR, "CASE C Buff1=%c",Buff[1]);
setmem(mainfd,Buff[1]);
bzero(Buff,sizeof(Buff));
flag =1; // skip loop
break;
case 'D': //Single line set memory
TempCount=sprintf(TempBuff,"CASE D");
write(simpleChildSocket, TempBuff, strlen(TempBuff));
syslog(LOG_ERR, "CASE D"); //Log it
slsetmem(mainfd,Buff[1]);
bzero(Buff,sizeof(Buff));
syslog(LOG_ERR, "End of Case D"); //Log it
flag =1;
break;
case 'P':
plotit();
flag=1;
break;
case 'X':
TempCount=sprintf(TempBuff,"CASE X");
write(simpleChildSocket, TempBuff, strlen(TempBuff));
bzero(Buff,sizeof(Buff));
break;
}
while(flag != 1){
BuffCount=read(simpleChildSocket, Buff, sizeof(Buff));
if(DEBUG == 1)
syslog(LOG_WARNING, "I read %d : %s",BuffCount,Buff);
if(endsearch(Buff)==1 )
{
flag=1;
}
if(BuffCount == 0){
flag =1;
}
/* handle the new connection request */
/* write out our message to the client */
write(mainfd,Buff,strlen(Buff));
bzero(Buff,sizeof(Buff));
/* OLD CODE SNIPPIT
write(simpleChildSocket, ACKMESSAGE, strlen(ACKMESSAGE));
close(simpleChildSocket);
transbridgeon(mainfd);
write(mainfd,Buff,strlen(Buff));
transbridgeoff(mainfd);
*/
}
//transbridgeoff(mainfd);
write(simpleChildSocket, ACKMESSAGE, strlen(ACKMESSAGE));
close(simpleChildSocket);
close(mainfd);
flag = 0;
usleep(250);
}
void drvPDF::show_text(const TextInfo & textinfo)
{
const float toRadians = 3.14159265359f / 180.0f;
const float angleInRadians = textinfo.currentFontAngle * toRadians;
int PDFFontNum = getFontNumber(textinfo.currentFontName.value());
if (PDFFontNum == -1) {
PDFFontNum = getSubStringFontNumber(textinfo.currentFontName.value());
if (PDFFontNum == -1) {
PDFFontNum = getSubStringFontNumber(defaultFontName);
if (PDFFontNum == -1) {
errf << "Warning, unsupported font " << textinfo.
currentFontName.value() << ", using Courier instead" << endl;
PDFFontNum = 0; // Courier
} else {
errf << "Warning, unsupported font " << textinfo.
currentFontName.value() << ", using " << defaultFontName << " instead" << endl;
}
} else {
errf << "Warning, unsupported font " << textinfo.
currentFontName.value() << ", using " << PDFFonts[PDFFontNum] << " instead" << endl;
}
}
starttext();
// define TFALWAYSONE
// note TFALWAYSONE does not work correctly with awidthshow. See showex.ps
#ifdef TFALWAYSONE
const float Sx = textinfo.currentFontSize;
const float Sy = textinfo.currentFontSize;
buffer << "/F" << PDFFontNum << ' ' << 1 << " Tf" << endl;
// use size 1 and scale via Tm
#else
// previously we used currentFontSize for SX and SY
// and fontsize 1 in Tm, now we use the fontsize in tm and set
// sx and sy to 1
const float Sx = 1.0f;
const float Sy = 1.0f;
buffer << "/F" << PDFFontNum << ' ' << textinfo.currentFontSize << " Tf" << endl;
#endif
const float cosphi = (float) cos(angleInRadians);
const float sinphi = (float) sin(angleInRadians);
// OK, we could get the real transformation matrix from the interpreter,
// but this approximation should do it in most cases.
// buffer.precision(3);
// buffer.setf(ios::fixed);
// buffer.width(0); // to force minimal width
// buffer.unsetf(ios::showpoint);
adjustbbox(textinfo.x + x_offset, textinfo.y + y_offset);
buffer << RND3(Sx * cosphi) << " "
<< RND3(Sx * sinphi) << " "
<< RND3(-Sy * sinphi) << " "
<< RND3(Sy * cosphi) << " "
<< RND3(textinfo.x + x_offset) << " " << RND3(textinfo.y + y_offset) << " Tm" << endl;
buffer << RND3(textinfo.currentR) << " " << RND3(textinfo.
currentG) << " " <<
RND3(textinfo.currentB) << " rg" << endl;
#ifdef TFALWAYSONE
buffer << RND3(textinfo.cx /
textinfo.currentFontSize) << ' ' << RND3(textinfo.ax / textinfo.currentFontSize)
<< ' ';
#else
buffer << RND3(textinfo.cx) << ' ' << RND3(textinfo.ax) << ' ';
#endif
buffer << "(";
const char *start_of_text = textinfo.thetext.value();
while (*start_of_text) {
if ((*start_of_text == '(') || (*start_of_text == ')') || (*start_of_text == '\\')) {
buffer << '\\';
}
buffer << *start_of_text;
start_of_text++;
}
buffer << ") \"" << endl;
// buffer << ") Tj" << endl;
// endtext(); // not done here to avoid ET BT, done on demand
}
