private void SaveSettings()
{
CApplicationSettings serial = new CApplicationSettings();
serial._fileDefaultLocation = this.textBoxDefaultLocation.Text;
serial._fileDefaultFile = this.textDefaultFile.Text;
serial._compCore = this.richTextBoxCompCore.Text;
serial._compPrimitiveInit = this.richTextBoxCompVar.Text;
serial._compPrimitiveFunctions = this.richTextBoxCompPrim.Text;
serial._compPrimitiveConstructor = this.richTextBoxCompConst.Text;
serial.Save("aurora_stettings.xml");
}
private void LoadSettings()
{
CApplicationSettings serial = new CApplicationSettings();
serial.Load("aurora_stettings.xml");
this.textBoxDefaultLocation.Text = serial._fileDefaultLocation;
this.textDefaultFile.Text = serial._fileDefaultFile;
this.richTextBoxCompCore.Text = serial._compCore;
this.richTextBoxCompVar.Text = serial._compPrimitiveInit;
this.richTextBoxCompPrim.Text = serial._compPrimitiveFunctions;
this.richTextBoxCompConst.Text = serial._compPrimitiveConstructor;
}
private void button1_Click(object sender, EventArgs e)
{
CCompiler tCompiler = new CCompiler();
// Look for primitive properties in the settings
CApplicationSettings settings = new CApplicationSettings();
settings.Load("aurora_stettings.xml");
// Really need another pointer ???
// CCellMatrix theMatrix = _cellMatrix;
// Call the compiler and run the code;
//serial._compCore = this.richTextBoxCompCore.Text;
tCompiler._injection_definition = this.richTextBoxCompVar.Text;
tCompiler._injection_constructor = this.richTextBoxCompConst.Text;
tCompiler._injection_primitives = this.richTextBoxCompPrim.Text;
string tScriptToTest = ""; // @richTextBoxScript.Text; // Main script to compile
//tCompiler.PreCompileScript(tScriptToTest);
//tCompiler.RunPrecompiledScript(theMatrix);
// Get the feedback of the compilation/run;
//richTextBoxFeedBack.Text = tCompiler._compilerOutput;
//richTextBoxFeedBack.Text += tCompiler._runOutput;
//textBoxPrevCellValue.Text = _cellMatrix._lastEvaluatedValue; //.ToString();
//_lastFeedback = tCompiler._runOutput;
if (tCompiler.CheckSyntax(tScriptToTest))
{
MessageBox.Show("Script is ok.",
"P2 C# Compiler 1.07");
}
else
{
MessageBox.Show(tCompiler._compilerOutput,
"P2 C# Compiler 1.07");
}
}
private void DoEval()
{
CCompiler tCompiler = new CCompiler();
// Apply Cycée counter to the cell evaluated
_cell.CycleInc();
DisplayCellCycle();
// Look for primitive properties in the settings
CApplicationSettings settings = new CApplicationSettings();
settings.Load("aurora_stettings.xml");
// Really need another pointer ???
CCellMatrix theMatrix = _cellMatrix;
// Call the compiler and run the code;
tCompiler._injection_definition = settings._compPrimitiveInit;
tCompiler._injection_constructor = settings._compPrimitiveConstructor;
tCompiler._injection_primitives = settings._compPrimitiveFunctions;
string tScriptToTest = @richTextBoxScript.Text; // Main script to compile
tCompiler.PreCompileScript(tScriptToTest);
tCompiler.RunPrecompiledScript(theMatrix);
// Get the feedback of the compilation/run;
richTextBoxFeedBack.Text = tCompiler._compilerOutput;
richTextBoxFeedBack.Text += tCompiler._runOutput;
textBoxPrevCellValue.Text = _cellMatrix._lastEvaluatedValue; //.ToString();
_lastFeedback = tCompiler._runOutput;
DisplayCellMainStatus(_cellMatrix._lastCellStatus);
}
