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monitor.cc
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#include "translator.h"
#include "fonts.h"
using std::vector;
using std::endl;
using std::cout;
using std::ifstream;
using std::ofstream;
using std::ostream;
using std::string;
extern fontInfoClass fi;
static char *fptr;
extern bool urgb;
tnode::tnode()
{
}
tnode::~tnode()
{
}
byteclass::byteclass(int attr)
{
fill_attrs(attr);
direction = 0;
sbit = 0;
ebit = 15;
}
byteclass::~byteclass()
{
}
// process the "byte" object
int byteclass::parse(ifstream &inf, ostream &outf, ostream &outd)
{
int mode = 0;
int style = 1;
int numBits = 1;
direction = 1;
sbit = -1;
ebit = -1;
colormode = 0;
//outd << "In Byte " << translator::line_ctr << endl;
do {
getline(inf,line);
translator::line_ctr++;
pos = line.find(bopen,0);
if(pos != -1) { open++; }
pos = line.find(bclose,0);
if(pos != -1) { open--; }
eq_pos = line.find(eq,0);
if(eq_pos != -1){
line.replace(eq_pos,1,space);
snum = sscanf(line.c_str(), "%s %s", s1,s2);
if (!strcmp(s1,"x")) x = atoi(s2);
else if(!strcmp(s1,"y")) y = atoi(s2);
else if(!strcmp(s1,"width")) wid = atoi(s2);
else if(!strcmp(s1,"height")) hgt = atoi(s2);
else if(!strcmp(s1,"clr")) clr = atoi(s2);
else if(!strcmp(s1,"bclr")) bclr = atoi(s2);
else if(!strcmp(s1,"rdbk")) {
chan = string(line, eq_pos+1, std::string::npos);
}
else if(!strcmp(s1,"chan")) {
chan = string(line, eq_pos+1, std::string::npos);
}
else if(!strcmp(s1,"ebit")) ebit = atoi(s2);
else if(!strcmp(s1,"sbit")) sbit = atoi(s2);
else if(!strcmp(s1,"direction")) {
if(!strcmp(s1,"right")) direction = 0;
else if(!strcmp(s1,"left")) direction = 1;
else if(!strcmp(s1,"up")) direction = 1;
else if(!strcmp(s1,"down")) direction = 0;
}
}
else {
if(!strstr(line.c_str(),"object")) ;
else if(!strstr(line.c_str(),"monitor")) ;
else outd << "BYTE Can't decode: " << line << endl;
}
} while (open > 0);
if(sbit == -1) sbit = ebit;
outf << endl;
outf << "# (Byte)" << endl;
outf << "object ByteClass" << endl;
outf << "beginObjectProperties" << endl;
outf << "major " << BYTE_MAJOR << endl;
outf << "minor " << BYTE_MINOR << endl;
outf << "release " << BYTE_RELEASE << endl;
outf << "x " << x << endl;
outf << "y " << y << endl;
outf << "w " << wid<< endl;
outf << "h " << hgt << endl;
outf << "controlPv " << chan << endl;
if(urgb) {
outf << "lineColor rgb " << cmap.getRGB(14) << endl;
outf << "onColor rgb " << cmap.getRGB(clr) << endl;
outf << "offColor rgb " << cmap.getRGB(bclr) << endl;
} else {
outf << "lineColor index " << 14 << endl;
outf << "onColor index " << clr << endl;
outf << "offColor index " << bclr << endl;
}
if(sbit > ebit ){
outf << "endian \"big\"" << endl;
outf << "numBits " << sbit - ebit + 1 << endl;
outf << "shift " << ebit << endl; // shft
} else {
outf << "endian \"little\"" << endl;
outf << "numBits " << ebit - sbit + 1 << endl;
outf << "shift " << sbit << endl; // shft
}
outf << "endObjectProperties" << endl;
return 1;
}
xyclass::xyclass(int attr)
{
fill_attrs(attr);
squote = "\"";
nil = "";
bgColor = 0;
plotMode = 1; //0=PLOT_MODE_PLOT_N_STOP, 1=PLOT_MODE_PLOT_LAST_N
border = 1;
count = 1;
updateTimerValue = 100;
xAxis = 1; //0=don't show, 1= show
xAxisStyle = 0; //0=linear, 1=log, 2=time, 3=timelog (0)
xAxisSource = 1;
xMin1 = 16;
xMin2 = 0;
xMax1 = 24;
xMax2 = 0;
xAxisTimeFormat = 0;
symbol = 1;
}
xyclass::~xyclass()
{
}
// process the "cartesian" object
int xyclass::parse(ifstream &inf, ostream &outf, ostream &outd)
{
int open = 1;
int mode = 0;
int style = 1;
int trace_ct = 0;
vector <tnode> tracelist;
tnode *tn;
bool node = false;
bool no_x = false;
// axes stuff
int num_axes;
int range_x = 0;
int range_y = 0;
int range_y1 = 0;
double minx = -9.0;
double maxx = 9.0;
double miny = -9.0;
double maxy = 9.0;
double miny1 = -999.0;
double maxy1 = -999.0;
string tstr;
int i;
string bclose("}");
colormode = 0;
//outd << "In XY " << translator::line_ctr << endl;
do {
getline(inf,line);
translator::line_ctr++;
pos = line.find(bopen,0);
if(pos != -1) open++;
pos = line.find(bclose,0);
if(pos != -1) open--;
//outd << "L: " << line << endl;
eq_pos = line.find(eq,0);
if(eq_pos != -1){
line.replace(eq_pos,1,space);
snum = sscanf(line.c_str(), "%s %s", s1,s2);
//outd << "\t" << s1 << " " << s2 << endl;
if (!strcmp(s1,"x")) x = atoi(s2);
else if(!strcmp(s1,"y")) y = atoi(s2);
else if(!strcmp(s1,"width")) wid = atoi(s2);
else if(!strcmp(s1,"height")) hgt = atoi(s2);
else if(!strcmp(s1,"clr")) clr = atoi(s2);
else if(!strcmp(s1,"bclr")) bgColor = atoi(s2);
else if(!strcmp(s1,"count")) {
int tpos;
while((tpos = line.find(squote,0)) != -1) {
line.replace(tpos,1,nil);
}
tstr = string(line, eq_pos+1, (std::string::npos));
count = atoi(tstr.c_str());
}
else if(!strcmp(s1,"erase_oldest")) {
if(strstr(s2, "last") != 0x0) erase = 1;
else erase = 0;
}
else if(!strcmp(s1,"style")) {
if(strstr(s2, "line") != 0x0) style = 1;
else style = 0;
}
// axis stuff
else if(!strcmp(s1,"rangeStyle")) {
if(strstr(s2, "last") != 0x0) {
if(mode == 1)range_x = 1;
else if(mode == 2)range_y = 1;
else range_y1 = 1;
}
else if(strstr(s2, "auto") != 0x0) {
if(mode == 1)range_x = 2;
else if(mode == 2)range_y = 2;
else range_y1 = 2;
}
}
else if(!strcmp(s1,"minRange")) {
if(mode == 1) minx = strtod(s2, (char **)NULL);
else if(mode == 2) miny = strtod(s2, (char **)NULL);
else miny1 = strtod(s2, (char **)NULL);
//outd << "X mode: " << mode << " " << strtod(s2, (char **)NULL) << endl;
}
else if(!strcmp(s1,"maxRange")) {
if(mode == 1) maxx = strtod(s2, (char **)NULL);
else if(mode == 2) maxy = strtod(s2, (char **)NULL);
else maxy1 = strtod(s2, (char **)NULL);
//outd << "Y mode: " << mode << " " << strtod(s2, (char **)NULL) << endl;
}
else if(!strcmp(s1,"title"))
title = string(line, eq_pos+1, std::string::npos);
else if(!strcmp(s1,"xlabel"))
xlabel = string(line, eq_pos+1, std::string::npos);
else if(!strcmp(s1,"ylabel"))
ylabel = string(line, eq_pos+1, std::string::npos);
//trace stuff
else if(mode == 4 && !strcmp(s1,"xdata")) {
if(node == false){
tn = new tnode();
node = true;
}
tn->xdata = string(line, eq_pos+1, std::string::npos);
}
else if(mode == 4 && !strcmp(s1,"ydata")) {
if(node == false){
tn = new tnode();
node = true;
no_x = true;
}
tn->ydata = string(line, eq_pos+1, std::string::npos);
}
else if(mode == 4 && !strcmp(s1,"data_clr")) {
tn->color = atoi(s2);
tracelist.push_back(*tn);
trace_ct++;
delete tn;
node = false;
}
} // end of has '=' sign section
else if(strstr(line.c_str(), "x_axis") != 0x0) mode = 1;
else if(strstr(line.c_str(), "y1_axis") != 0x0) mode = 2;
else if(strstr(line.c_str(), "y2_axis") != 0x0) mode = 3;
else if(strstr(line.c_str(), "trace") != 0x0) mode = 4;
else if(strstr(line.c_str(), bclose.c_str()) != 0x0) mode = 0;
else if(strstr(line.c_str(), "object") != 0x0) ; // ignore
else if(strstr(line.c_str(), "plotcom") != 0x0) ; // ignore
else outd << "cartesian X-Y Graph Can't decode: " << line << endl;
} while (open > 0);
outf << endl;
outf << "# (X-Y Graph)" << endl;
outf << "object xyGraphClass" << endl;
outf << "beginObjectProperties" << endl;
outf << "major " << XYGC_MAJOR_VERSION << endl;
outf << "minor " << XYGC_MINOR_VERSION << endl;
outf << "release " << XYGC_RELEASE << endl;
outf << "x " << x << endl;
outf << "y " << y << endl;
outf << "w " << wid<< endl;
outf << "h " << hgt << endl;
outf << "# Appearance" << endl;
outf << "border" << endl;
outf << "graphTitle " << title << endl;
outf << "xLabel " << xlabel << endl;
outf << "yLabel " << ylabel << endl;
if(urgb) {
outf << "fgColor rgb " << cmap.getRGB(clr) << endl;
outf << "bgColor rgb " << cmap.getRGB(bgColor) << endl;
outf << "gridColor rgb " << cmap.getRGB(clr) << endl;
} else {
outf << "fgColor index " << clr << endl;
outf << "bgColor index " << bgColor << endl;
outf << "gridColor index " << clr << endl;
}
fptr = fi.bestFittingFont( 12 );
if ( fptr ) {
outf << "font \"" << fptr << "\"" << endl;
} else {
outf << "font \"" << "helvetica-bold-r-12.0" << "\"" << endl;
}
outf << "# Operating Modes" << endl;
outf << "plotMode \"plotLastNPts\"" << endl;
outf << "nPts " << count << endl;
outf << "# X axis properties" << endl;
outf << "showXAxis" << endl;
outf << "xAxisSrc \"AutoScale\"" << endl;
if(range_x == 0) {
outf << "xMin " << minx << endl;
outf << "xMax " << maxx << endl;
}
// spelling in edm?
outf << "xLablePrecision 1" << endl;
outf << "# Y axis properties" << endl;
outf << "showYAxis" << endl;
outf << "yAxisSrc \"AutoScale\"" << endl;
if(range_y == 0) {
outf << "yMin " << miny << endl;
outf << "yMax " << maxy << endl;
}
//outf << "yLabelPrecision 1" << endl;
if(miny1 != -999 && maxy1 != -999) {
outf << "# Y2 axis properties" << endl;
outf << "showY2Axis" << endl;
outf << "y2AxisSrc \"AutoScale\"" << endl;
if(range_y1 == 0) {
outf << "y2Min " << miny1 << endl;
outf << "y2Max " << maxy1 << endl;
}
}
outf << "# Trace Properties" << endl;
outf << "numTraces " << trace_ct << endl;
if(!no_x) {
outf << "xPv {" << endl;
for(i = 0; i < trace_ct; i++)
outf << " " << i << " " << tracelist[i].xdata << endl;
outf << "}" << endl;
}
outf << "yPv {" << endl;
for(i = 0; i < trace_ct; i++)
outf << " " << i << " " << tracelist[i].ydata << endl;
outf << "}" << endl;
outf << "plotStyle {" << endl;
for(i = 0; i < trace_ct; i++)
if(style == 0)
outf << " " << i << " " << "\"point\"" << endl;
else if(style == 1)
outf << " " << i << " " << "\"line\"" << endl;
outf << "}" << endl;
outf << "plotUpdateMode {" << endl;
for(i = 0; i < trace_ct; i++)
outf << " " << i << " " << "\"x\"" << endl;
outf << "}" << endl;
outf << "plotSymbolType {" << endl;
for(i = 0; i < trace_ct; i++)
outf << " " << i << " " << "\"circle\"" << endl;
outf << "}" << endl;
outf << "plotColor {" << endl;
for(i = 0; i < trace_ct; i++) {
if(urgb) {
string tstr = cmap.getRGB(tracelist[i].color);
outf << " " << i << " rgb " << tstr << endl;
} else {
outf << " " << i << " index " << tracelist[i].color << endl;
}
}
outf << "}" << endl;
outf << "endObjectProperties" << endl;
return 1;
}
stripclass::stripclass(int attr)
{
fill_attrs(attr);
bgColor = 0;
plotMode = 1; //0=PLOT_MODE_PLOT_N_STOP, 1=PLOT_MODE_PLOT_LAST_N
border = 1;
count = 200;
updateTimerValue = 100;
xAxis = 1; //0=don't show, 1= show
xAxisStyle = 0; //0=linear, 1=log, 2=time, 3=timelog (0)
xAxisSource = 1;
xMin1 = 16;
xMin2 = 0;
xMax1 = 24;
xMax2 = 0;
xAxisTimeFormat = 0;
symbol = 1;
}
stripclass::~stripclass()
{
}
// process the "cartesian" object
int stripclass::parse(ifstream &inf, ostream &outf, ostream &outd)
{
int open = 1;
int mode = 0;
int style = 1;
int trace_ct = 0;
vector <tnode> tracelist;
tnode *tn;
// axes stuff
int num_axes;
int range_x = 0;
int range_y = 0;
int range_y1 = 0;
double minx = 0.0;
double maxx = 1.0;
double miny = 0.0;
double maxy = 1.0;
double miny1 = 0.0;
double maxy1 = 1.0;
string tstr;
int i;
colormode = 0;
//outd << "In Strip " << translator::line_ctr << endl;
do {
getline(inf,line);
//outd << "X" << line << "X" << endl;
translator::line_ctr++;
pos = line.find(bopen,0);
if(pos != -1) open++;
pos = line.find(bclose,0);
if(pos != -1) open--;
eq_pos = line.find(eq,0);
if(eq_pos != -1){
line.replace(eq_pos,1,space);
snum = sscanf(line.c_str(), "%s %s", s1,s2);
if (!strcmp(s1,"x")) x = atoi(s2);
else if(!strcmp(s1,"y")) y = atoi(s2);
else if(!strcmp(s1,"width")) wid = atoi(s2);
else if(!strcmp(s1,"height")) hgt = atoi(s2);
else if(!strcmp(s1,"clr")) {
if(mode == 0) {
clr = atoi(s2);
} else {
tn->color = atoi(s2);
tracelist.push_back(*tn);
trace_ct++;
delete tn;
mode = 0;
}
}
else if(!strcmp(s1,"bclr")) bgColor = atoi(s2);
// axis stuff
else if(!strcmp(s1,"rangeStyle")) {
if(strstr(s2, "last") != 0x0) {
if(mode == 1)range_x = 1;
else if(mode == 2)range_x = 1;
else range_y1 = 1;
}
else if(strstr(s2, "auto") != 0x0) {
if(mode == 1)range_x = 2;
else if(mode == 2)range_y = 2;
else range_y1 = 2;
}
}
else if(!strcmp(s1,"minRange")) {
if(mode == 1) minx = strtod(s2, (char **)NULL);
else if(mode == 2) miny = strtod(s2, (char **)NULL);
else miny1 = strtod(s2, (char **)NULL);
}
else if(!strcmp(s1,"maxRange")) {
if(mode == 1) maxy = strtod(s2, (char **)NULL);
else if(mode == 2) maxy = strtod(s2, (char **)NULL);
else maxy1 = strtod(s2, (char **)NULL);
}
else if(!strcmp(s1,"title"))
title = string(line, eq_pos+1, std::string::npos);
else if(!strcmp(s1,"xlabel"))
xlabel = string(line, eq_pos+1, std::string::npos);
else if(!strcmp(s1,"ylabel"))
ylabel = string(line, eq_pos+1, std::string::npos);
else if(mode == 1 && !strcmp(s1,"chan")) {
tn->xdata = string(line, eq_pos+1, std::string::npos);
}
}// end of has '=' sign section
else if(strstr(line.c_str(), "object") != 0x0) ;// ignore
else if(strstr(line.c_str(), "plotcom") != 0x0) ;// ignore
else if(strstr(line.c_str(), "}") != 0x0) ;// ignore
else if(strstr(line.c_str(), "pen") != 0x0) {
mode = 1;
tn = new tnode();
}
else {
outd << "strip X-Y Graph Can't decode: " << line << endl;
}
} while (open > 0);
outf << endl;
outf << "# (X-Y Graph)" << endl;
outf << "object xyGraphClass" << endl;
outf << "beginObjectProperties" << endl;
outf << "major " << XYGC_MAJOR_VERSION << endl;
outf << "minor " << XYGC_MINOR_VERSION << endl;
outf << "release " << XYGC_RELEASE << endl;
outf << "# Geometry" << endl;
outf << "x " << x << endl;
outf << "y " << y << endl;
outf << "w " << wid<< endl;
outf << "h " << hgt << endl;
outf << "# Appearance" << endl;
outf << "border" << endl;
outf << "plotAreaBorder" << endl;
outf << "graphTitle " << title << endl;
outf << "xLabel " << xlabel << endl;
outf << "yLabel " << ylabel << endl;
if(urgb) {
outf << "fgColor rgb " << cmap.getRGB(clr) << endl;
outf << "bColor rgb " << cmap.getRGB(bgColor) << endl;
outf << "gridColor rgb " << cmap.getRGB(clr) << endl;
} else {
outf << "fgColor index " << clr << endl;
outf << "bgColor index " << bgColor << endl;
outf << "gridColor index " << clr << endl;
}
fptr = fi.bestFittingFont( 25 );
if ( fptr ) {
outf << "font \"" << fptr << "\"" << endl;
}
else {
outf << "font \"" << "helvetica-medium-r-18.0" << "\"" << endl;
}
outf << "# Operating Modes" << endl;
outf << "plotMode \"plotLastNPts\"" << endl;
outf << "nPts " << count << endl;
outf << "# X axis properties" << endl;
//outf << "showXAxis" << endl;
outf << "xAxisSrc \"AutoScale\"" << endl;
//outf << "xMin " << minx << endl;
outf << "xMax " << maxx << endl;
// spelling in edm?
outf << "xLablePrecision 1" << endl;
outf << "# Y axis properties" << endl;
outf << "showYAxis" << endl;
outf << "yAxisSrc \"AutoScale\"" << endl;
//outf << "yMin " << miny << endl;
outf << "yMax " << maxy << endl;
//outf << "yLabelPrecision 1" << endl;
outf << "# Y2 axis properties" << endl;
outf << "showY2Axis" << endl;
outf << "y2AxisSrc \"AutoScale\"" << endl;
//outf << "y2Min " << miny << endl;
outf << "y2Max " << maxy << endl;
outf << "# Trace Properties" << endl;
outf << "numTraces " << trace_ct << endl;
outf << "yPv {" << endl;
for(i = 0; i < trace_ct; i++){
outf << " " << i << " " << tracelist[i].xdata << endl;
}
outf << "}" << endl;
outf << "plotUpdateMode {" << endl;
for(i = 0; i < trace_ct; i++)
outf << " " << i << " " << "\"y\"" << endl;
outf << "}" << endl;
outf << "opMode {" << endl;
for(i = 0; i < trace_ct; i++)
outf << " " << i << " " << "\"plot\"" << endl;
outf << "}" << endl;
outf << "plotColor {" << endl;
for(i = 0; i < trace_ct; i++) {
if(urgb) {
string tstr = cmap.getRGB(tracelist[i].color);
outf << " " << i << " rgb " << tstr << endl;
} else {
outf << " " << i << " index " << tracelist[i].color << endl;
}
}
outf << "}" << endl;
outf << "endObjectProperties" << endl;
return 1;
}
barclass::barclass(int attr)
{
fill_attrs(attr);
}
barclass::~barclass()
{
}
// process the "bar" object
int barclass::parse(ifstream &inf, ostream &outf, ostream &outd)
{
bool vert = false;
bool center = false;
int label_type;
string prec;
string max;
string min;
colormode = 0;
//outd << "In Bar " << translator::line_ctr << endl;
do {
getline(inf,line);
translator::line_ctr++;
pos = line.find(bopen,0);
if(pos != -1) open++;
pos = line.find(bclose,0);
if(pos != -1) open--;
eq_pos = line.find(eq,0);
if(eq_pos != -1){
line.replace(eq_pos,1,space);
snum = sscanf(line.c_str(), "%s %s", s1,s2);
if (!strcmp(s1,"x")) x = atoi(s2);
else if(!strcmp(s1,"y")) y = atoi(s2);
else if(!strcmp(s1,"width")) wid = atoi(s2);
else if(!strcmp(s1,"height")) hgt = atoi(s2);
else if(!strcmp(s1,"clr")) clr = atoi(s2);
else if(!strcmp(s1,"bclr")) bgColor = atoi(s2);
else if(!strcmp(s1,"label")) {
if(strstr(line.c_str(), "none")!= 0x0) label_type = 0;
else if(strstr(line.c_str(), "no decorations")!= 0x0) label_type = 0;
else if(strstr(line.c_str(), "outline")!= 0x0) label_type = 1;
else if(strstr(line.c_str(), "limits")!= 0x0) label_type = 2;
else if(strstr(line.c_str(), "channel")!= 0x0) label_type = 3;
//label = string(line, eq_pos+1, std::string::npos);
}
else if(!strcmp(s1,"chan")||!strcmp(s1,"rdbk")) {
chan = string(line, eq_pos+1, std::string::npos);
}
else if(!strcmp(s1,"direction")) {
if(strstr(line.c_str(), "up")!= 0x0) vert = true;
else if(strstr(line.c_str(), "down")!= 0x0) vert = true;
else if(strstr(line.c_str(), "right")!= 0x0) vert = false;
else if(strstr(line.c_str(), "left")!= 0x0) vert = false;
}
else if(!strcmp(s1,"clrmod")) {
if(strstr(s2, "static") != 0x0) colormode = 0;
else if(strstr(s2, "alarm") != 0x0) colormode = 1;
else if(strstr(s2, "discrete") != 0x0) colormode = 2;
}
else if(!strcmp(s1,"fillmod")) {
if(strstr(line.c_str(), "center")!= 0x0) center = true;
}
else if(!strcmp(s1,"precSrc")) {
; // ignore
}
else if(!strcmp(s1,"hoprSrc")) {
; // ignore
}
else if(!strcmp(s1,"loprSrc")) {
; // ignore
}
else if(!strcmp(s1,"loprDefault")) {
min = s2;;
}
else if(!strcmp(s1,"hoprDefault")) {
max = s2;;
}
else if(!strcmp(s1,"precDefault")) {
prec = s2;
}
else {
outd << "Bar Can't decode text " << line << endl;
}
} else {
if(strstr(line.c_str(), "object")!= 0x0) ; //ignore
else if(strstr(line.c_str(), "monitor")!= 0x0) ; //ignore
}
} while (open > 0);
outf << "# (Bar)" << endl;
outf << "object activeBarClass" << endl;
outf << "beginObjectProperties" << endl;
outf << "major " << BARC_MAJOR_VERSION << endl;
outf << "minor " << BARC_MINOR_VERSION << endl;
outf << "release " << BARC_RELEASE << endl;
outf << "x " << x << endl;
outf << "y " << y << endl;
outf << "w " << wid<< endl;
outf << "h " << hgt << endl;
if(center)
outf << "origin 0" << endl;
if(urgb) {
outf << "indicatorColor rgb " << cmap.getRGB(clr) << endl;
outf << "fgColor rgb " << cmap.getRGB(14) << endl;
outf << "bgColor rgb " << cmap.getRGB(bgColor) << endl;
} else {
outf << "indicatorColor index " << clr << endl;
outf << "fgColor index " << 14 << endl;
outf << "bgColor index " << bgColor << endl;
}
if(colormode == 1) {
outf << "fgAlarm" << endl;
outf << "indicatorAlarm" << endl;
}
outf << "indicatorPv " << chan << endl;
if(label_type == 1 || label_type == 2)
outf << "showScale" << endl;
fptr = fi.bestFittingFont( 8 );
if ( fptr ) {
outf << "font \"" << fptr << "\"" << endl;
} else {
outf << "font \"" << "helvetica-bold-r-10.0" << "\"" << endl;
}
outf << "labelTicks 1" << endl;
outf << "majorTicks 10" << endl;
outf << "minorTicks 0" << endl;
// It would be nice to use "border" in some cases when type=0;
if(label_type == 1)
outf << "border" << endl;
if(label_type == 1)
outf << "limitsFromDb" << endl;
if(prec.length())
outf << "precision " << prec << endl;
if(min.length())
outf << "min " << min << endl;
if(max.length())
outf << "max " << max << endl;
outf << "border" << endl;
outf << "scaleFormat \"FFloat\"" << endl;
if(vert)
outf << "orientation \"vertical\"" << endl;
else
outf << "orientation \"horizontal\"" << endl;
outf << "endObjectProperties" << endl;
return 1;
}
meterclass::meterclass(int attr)
{
fill_attrs(attr);
}
meterclass::~meterclass()
{
}
// process the "meter" object
int meterclass::parse(ifstream &inf, ostream &outf, ostream &outd)
{
string min;
string max;
colormode = 0;
//outd << "In Meter " << translator::line_ctr << endl;
do {
getline(inf,line);
translator::line_ctr++;
pos = line.find(bopen,0);
if(pos != -1) open++;
pos = line.find(bclose,0);
if(pos != -1) open--;
eq_pos = line.find(eq,0);
if(eq_pos != -1){
line.replace(eq_pos,1,space);
snum = sscanf(line.c_str(), "%s %s", s1,s2);
if(!strcmp(s1,"x")) x = atoi(s2);
else if(!strcmp(s1,"y")) y = atoi(s2);
else if(!strcmp(s1,"width")) wid = atoi(s2);
else if(!strcmp(s1,"height")) hgt = atoi(s2);
else if(!strcmp(s1,"clr")) clr = atoi(s2);
else if(!strcmp(s1,"bclr")) bgColor = atoi(s2);
else if(!strcmp(s1,"label"))
label = string(line, eq_pos+1, std::string::npos);
else if(!strcmp(s1,"chan"))
chan = string(line, eq_pos+1, std::string::npos);
else if(!strcmp(s1,"loprDefault")) {
min = s2;;
}
else if(!strcmp(s1,"hoprDefault")) {
max = s2;;
}
else if(!strcmp(s1,"hoprSrc")) ; // ignore
else if(!strcmp(s1,"loprSrc")) ; // ignore
else
outd << "Meter Can't decode text " << line << endl;
}
} while (open > 0);
outf << "# (Meter)" << endl;
outf << "object activeMeterClass" << endl;
outf << "beginObjectProperties" << endl;
outf << "major " << METERC_MAJOR_VERSION << endl;
outf << "minor " << METERC_MINOR_VERSION << endl;
outf << "release " << METERC_RELEASE << endl;
outf << "x " << x << endl;
outf << "y " << y << endl;
outf << "w " << wid<< endl;
outf << "h " << hgt << endl;
if(urgb) {
outf << "caseColor rgb " << cmap.getRGB(bgColor) << endl;
outf << "sccaleColor rgb " << cmap.getRGB(clr) << endl;
outf << "labelColor rgb " << cmap.getRGB(clr) << endl;
outf << "fgColor rgb " << cmap.getRGB(clr) << endl;
outf << "bgColor rgb " << cmap.getRGB(bgColor) << endl;
outf << "topShadowColor rgb " << cmap.getRGB(clr) << endl;
outf << "botShadowColor rgb " << cmap.getRGB(clr) << endl;
} else {
outf << "caseColor index " << bgColor << endl;
outf << "scaleColor index " << clr << endl;
outf << "labelColor index " << clr << endl;
outf << "fgColor index " << clr << endl;
outf << "bgColor index " << bgColor << endl;
outf << "topShadowColor index " << clr << endl;
outf << "botShadowColor index " << clr << endl;
}
outf << "readPv " << chan << endl;
outf << "showScale " << endl;
outf << "scaleFormat \"FFloat\"" << endl;
if(min != "" || max != "") {
outf << "scaleMin " << min << endl;
outf << "scaleMax " << max << endl;
} else {
outf << "scaleLimitsFromDb " << endl;
}
outf << "useDisplayBg " << endl;
outf << "labelIntervals " << 2 << endl;
outf << "majorIntervals " << 2 << endl;
outf << "minorIntervals " << 0 << endl;
outf << "complexNeedle " << endl;
outf << "3d " << endl;
fptr = fi.bestFittingFont( 25 );
if ( fptr ) {
outf << "labelFontTag \"" << fptr << "\"" << endl;
} else {
outf << "labelFontTag \"" << "helvetica-medium-r-18.0" << "\"" << endl;
}
fptr = fi.bestFittingFont( 8 );
if ( fptr ) {
outf << "scaleFontTag \"" << fptr << "\"" << endl;
} else {
outf << "scaleFontTag \"" << "helvetica-bold-r-10.0" << "\"" << endl;
}
outf << "endObjectProperties" << endl;
return 1;
}
textmonclass::textmonclass(int attr)
{
fill_attrs(attr);
format = "decimal";
}
textmonclass::~textmonclass()
{
}
// process the "text entry" and "text update" object
// adl: text entry, edl: control editable
// adl: text update, edl: monitor
int textmonclass::parse(ifstream &inf, ostream &outf, ostream &outd, int edit)
{
int mode = 0;
string align = "";
string prec;
if ( ! edit ) {
// TextMonitor's should default to alarm sensitive if not specified
colormode = 1;
}
colormode = 0;
//outd << "In Textmoner & Textupdte " << translator::line_ctr << endl;
do {
getline(inf,line);
translator::line_ctr++;
pos = line.find(bopen,0);
if(pos != -1) open++;
pos = line.find(bclose,0);
if(pos != -1) open--;
eq_pos = line.find(eq,0);
if(eq_pos != -1){
line.replace(eq_pos,1,space);
snum = sscanf(line.c_str(), "%s %s", s1,s2);
if (!strcmp(s1,"x")) x = atoi(s2);
else if(!strcmp(s1,"y")) y = atoi(s2);
else if(!strcmp(s1,"width")) wid = atoi(s2);
else if(!strcmp(s1,"height")) hgt = atoi(s2);
else if(!strcmp(s1,"clr")) clr = atoi(s2);
else if(!strcmp(s1,"bclr")) bclr = atoi(s2);
else if(!strcmp(s1,"align")) {
if(strstr(line.c_str(), "horiz")!= 0x0) {
if(strstr(line.c_str(), "center")!= 0x0) align = "center";
else if(strstr(line.c_str(), "right")!= 0x0) align = "right";
else if(strstr(line.c_str(), "left")!= 0x0) align = "left";
}
}
else if(!strcmp(s1,"chan") || !strcmp(s1,"ctrl") || !strcmp(s1,"rdbk")) {
chan = string(line, eq_pos+1, std::string::npos);
}
else if(!strcmp(s1,"clrmod")) {
if(strstr(s2, "static") != 0x0) colormode = 0;
else if(strstr(s2, "alarm") != 0x0) colormode = 1;
else if(strstr(s2, "discrete") != 0x0) colormode = 2;
}
else if(!strcmp(s1,"format")) {
format = s2;
}
else if(!strcmp(s1,"precSrc")) {
; // ignore
}
else if(!strcmp(s1,"precDefault")) {
prec = s2;
}
else
outd << "Text Control Can't decode line " << line << endl;
}
else {
if(strstr(line.c_str(), "basic") != 0x0) mode = 1;
else if(strstr(line.c_str(), "dynamic") != 0x0) mode = 2;
else if(strstr(line.c_str(), "object") != 0x0) mode = 0;
else if(strstr(line.c_str(), "}") != 0x0) mode = 0;
}
} while (open > 0);
outf << endl;
if ( edit ) {
outf << "# (Text Control)" << endl;
outf << "object activeXTextDspClass" << endl;
}
else {
outf << "# (Text Monitor)" << endl;
outf << "object activeXTextDspClass:noedit" << endl;
}
outf << "beginObjectProperties" << endl;
outf << "major " << XTDC_MAJOR_VERSION << endl;
outf << "minor " << XTDC_MINOR_VERSION << endl;
outf << "release " << XTDC_RELEASE << endl;
outf << "x " << x << endl;
outf << "y " << y << endl;
outf << "w " << wid<< endl;
outf << "h " << hgt << endl;