public override void setValue(Variable other)
{
if (!assigned)
{
assign();
}
_list = other.getValue();
trace("setValue", new dynamic[] { other.getRawValue() });
}
public void addValue(Variable x)
{
if (!assigned)
{
assign();
}
_list.Add(x);
trace("addValue", new dynamic[] { x.getRawValue() });
}
/// <summary>
/// Create a new <see cref="VarTracer"/>
/// </summary>
/// <param name="traced"> the traced <see cref="Variable"/></param>
public VarTracer(Variable traced) : base(traced)
{
_traced_var = traced;
printTrace(("trace type: " + traced.trace_mode));
var creation_event =
new Event(new Alteration("creation", _traced_var, _traced_var.getRawValue(), new dynamic[] { }, traced.trace_mode));
events.Push(creation_event); // tracer creation event
last_stack_count = 1;
callUpdateHandler(creation_event.alter);
}
public void insertValue(Variable x, Integer index)
{
assertAssignment();
_list.Insert(index.getValue(), x);
trace("insertValue", new dynamic[] { index.getRawValue(), x.getRawValue() });
}
public override void execute()
{
setContext();
// get variable value
Variable variable_value = _var_expr.evaluate();
// is the value assigned ? (only relevant if other variable)
variable_value.assertAssignment();
Variable variable = Variable.fromRawValue(variable_value.getRawValue());
// keep track of source vars -> should do something generic for lots of attributes ...
if (variable is NumericalValue)
{
((NumericalValue)variable).source_vars = new Dictionary <string, NumericalValue>(((NumericalValue)variable_value).source_vars);
}
variable.setName(_var_name);
// explicit typing
if (_var_type != StringConstants.Types.AUTO_TYPE)
{
Debugging.print("checking variable explicit type");
Expression default_value = Global.default_values_by_var_type[_var_type];
Debugging.assert(variable_value.hasSameParent(default_value.evaluate())); // TypeException
}
// constant
if (_constant)
{
if (variable_value.isConst())
{
variable.setConst();
}
else
{
throw new AquilaExceptions.InvalidVariableClassifierException(
"The \"const\" cannot be used when assigning to a non-const value");
}
}
// actually declare it to its value
if (_global)
{
Global.addGlobalVariable(_var_name, variable);
}
else
{
Global.getCurrentDict()[_var_name] = variable; // overwriting is mandatory
Debugging.print("variable exists ", Global.variableExistsInCurrentScope(_var_name));
if (_assignment)
{
variable.assign(); // should not need this, but doing anyway
}
else
{
variable.assigned = false;
}
}
Debugging.print("finished declaration with value assignment: ", variable.assigned);
// automatic tracing ?
if (_assignment && Global.getSetting("auto trace"))
{
Debugging.print("Tracing variable: \"auto trace\" setting set to true");
// Does NOT work by simply doing "variable.startTracing()", and idk why
Tracing tracing_instr = new RawInstruction($"trace ${_var_name}", line_index).toInstr() as Tracing;
//Tracing tracing_instr = new Tracing(line_index, new List<Expression>{_var_expr}); // <- does not work either :(
tracing_instr.execute();
}
// update things 'n stuff
Global.onElementaryInstruction();
// reset Context
Context.reset();
}
