void Option::writeStrings(JSON::Sink &sink, const string &value,
const string &delims) {
strings_t l = parseStrings(value, delims);
sink.beginList();
for (unsigned i = 0; i < l.size(); i++) sink.append(l[i]);
sink.endList();
}
void ToolTable::write(JSON::Sink &sink) const {
sink.beginDict();
for (const_iterator it = begin(); it != end(); it++)
if (it->second->getNumber()) {
sink.beginInsert(String(it->second->getNumber()));
it->second->write(sink, false);
}
sink.endDict();
}
void IPRangeSet::write(JSON::Sink &sink) const {
sink.beginList();
for (unsigned i = 0; i < rangeSet.size(); i += 2)
if (rangeSet[i] == rangeSet[i + 1])
sink.append(IPAddress(rangeSet[i]).toString());
else sink.append(IPAddress(rangeSet[i]).toString() + "-" +
IPAddress(rangeSet[i + 1]).toString());
sink.endList();
}
void Option::writeDoubles(JSON::Sink &sink, const string &value,
const string &delims) {
doubles_t l = parseDoubles(value, delims);
sink.beginList();
for (unsigned i = 0; i < value.size(); i++) {
sink.beginAppend();
sink.append(l[i]);
}
sink.endList();
}
void Option::writeIntegers(JSON::Sink &sink, const string &value,
const string &delims) {
integers_t l = parseIntegers(value, delims);
sink.beginList();
for (unsigned i = 0; i < l.size(); i++) {
sink.beginAppend();
if (JSON_MIN_INT < l[i] && l[i] < JSON_MAX_INT) sink.write(l[i]);
else sink.write(SSTR("0x" << hex << l[i]));
}
sink.endList();
}
void Workpiece::write(JSON::Sink &sink) const {
sink.beginDict();
sink.insertBoolean("automatic", automatic);
sink.insert("margin", margin);
if (bounds.isValid()) {
sink.beginInsert("bounds");
bounds.write(sink);
}
sink.endDict();
}
void ToolPath::write(JSON::Sink &sink) const {
Axes lastPos(numeric_limits<double>::infinity());
MoveType type = (MoveType::enum_t)-1;
int line = -1;
int tool = -1;
double feed = -1;
double speed = -1;
sink.beginList();
for (unsigned i = 0; i < size(); i++) {
const Move &move = at(i);
sink.appendDict(true);
// Axes
for (unsigned j = 0; j < 9; j++)
if (move.getEnd()[j] != lastPos[j])
sink.insert(string(1, Axes::toAxis(j)), lastPos[j] = move.getEnd()[j]);
// Type
if (type != move.getType())
sink.insert("type", (type = move.getType()).toString());
// Line number
if (line != (int)move.getLine())
sink.insert("line", line = move.getLine());
// Tool
if (tool != (int)move.getTool())
sink.insert("tool", tool = move.getTool());
// Feed
if (feed != move.getFeed())
sink.insert("feed", feed = move.getFeed());
// Speed
if (speed != move.getSpeed())
sink.insert("speed", speed = move.getSpeed());
sink.endDict();
}
sink.endList();
}
void Option::writeValue(JSON::Sink &sink, const string &value,
const string &delims) const {
switch (type) {
case BOOLEAN_TYPE: writeBoolean(sink, value); break;
case STRING_TYPE: sink.write(value); break;
case INTEGER_TYPE: writeInteger(sink, value); break;
case DOUBLE_TYPE: writeDouble(sink, value); break;
case STRINGS_TYPE: writeStrings(sink, value, delims); break;
case INTEGERS_TYPE: writeIntegers(sink, value, delims); break;
case DOUBLES_TYPE: writeDoubles(sink, value, delims); break;
default: THROWS("Invalid type " << type);
}
}
void Tool::write(JSON::Sink &sink, bool withNumber) const {
sink.beginDict();
double scale = units == ToolUnits::UNITS_INCH ? 1.0 / 25.4 : 1;
if (withNumber) sink.insert("number", number);
sink.insert("units", getUnits().toString());
sink.insert("shape", getShape().toString());
sink.insert("length", getLength() * scale);
sink.insert("diameter", getDiameter() * scale);
if (getShape() == ToolShape::TS_SNUBNOSE)
sink.insert("snub_diameter", getSnubDiameter() * scale);
sink.insert("description", getDescription());
sink.endDict();
}
void Simulation::write(JSON::Sink &sink) const {
sink.beginDict();
sink.beginInsert("tools");
tools.write(sink);
sink.beginInsert("path");
path->write(sink);
sink.beginInsert("workpiece");
workpiece.write(sink);
sink.insert("resolution", resolution);
sink.insert("time", time);
sink.endDict();
}
void DwellCommand::insert(JSON::Sink &sink) const {
sink.insert("seconds", seconds);
}
void Option::write(JSON::Sink &sink, bool config, const string &delims) const {
if (config) {
string value = toString();
if (isObscured() && !(flags & OBSCURED_FLAG))
sink.write(string(value.size(), '*'));
else writeValue(sink, value, delims);
return;
}
sink.beginDict();
if (!getHelp().empty()) sink.insert("help", getHelp());
if (hasValue()) {
sink.beginInsert("value");
string value = toString();
if (isObscured() && !(flags & OBSCURED_FLAG))
sink.write(string(value.size(), '*'));
else writeValue(sink, value, delims);
}
if (hasDefault()) {
sink.beginInsert("default");
writeValue(sink, getDefault(), delims);
}
sink.insert("type", getTypeString());
if (isOptional()) sink.insertBoolean("optional", true);
if (shortName) sink.insert("short", string(1, shortName));
if (isSet()) sink.insertBoolean("set", true);
if (isCommandLine()) sink.insertBoolean("command_line", true);
if (isDepreciated()) sink.insertBoolean("depreciated", true);
if (!constraint.isNull()) sink.insert("constraint", constraint->getHelp());
sink.endDict();
}
void Option::writeDouble(JSON::Sink &sink, const string &value) {
sink.write(parseDouble(value));
}
void Option::writeInteger(JSON::Sink &sink, const string &value) {
int64_t x = parseInteger(value);
if (JSON_MIN_INT < x && x < JSON_MAX_INT) sink.write(x);
else sink.write(SSTR("0x" << hex << x));
}
void Option::writeBoolean(JSON::Sink &sink, const string &value) {
sink.writeBoolean(parseBoolean(value));
}
void OutputCommand::insert(JSON::Sink &sink) const {
sink.insert("port", String::transcode
(String::toLower(PortType(port).toString()), "_", "-"));
sink.insert("value", value);
}
