protected override void visitConditionalSignalAssignment(ConditionalSignalAssignment statement)
{
appendLabel(statement);
if (statement.Postponed)
{
writer.Append(KeywordEnum.POSTPONED.ToString()).Append(' ');
}
output.writeSignalAssignmentTarget(statement.Target);
writer.Append(" <= ");
if (statement.Guarded)
{
writer.Append(KeywordEnum.GUARDED.ToString()).Append(' ');
}
if (statement.DelayMechanism != null)
{
output.getMiscellaneousElementOutput().delayMechanism(statement.DelayMechanism);
writer.Append(' ');
}
bool first = true;
foreach (ConditionalSignalAssignment.ConditionalWaveformElement element in statement.ConditionalWaveforms)
{
if (first)
{
first = false;
}
else
{
writer.Append(' ').Append(KeywordEnum.ELSE.ToString()).Append(' ');
}
output.getMiscellaneousElementOutput().waveform(element.Waveform);
if (element.Condition != null)
{
writer.Append(' ').Append(KeywordEnum.WHEN.ToString()).Append(' ');
output.writeExpression(element.Condition);
}
}
writer.Append(';').NewLine();
}
protected override void visitSignalAssignment(SignalAssignment statement)
{
appendLabel(statement);
output.writeSignalAssignmentTarget(statement.Target);
writer.Append(" <= ");
if (statement.DelayMechanism != null)
{
output.getMiscellaneousElementOutput().delayMechanism(statement.DelayMechanism);
writer.Append(' ');
}
output.getMiscellaneousElementOutput().waveform(statement.Waveform);
writer.Append(";").NewLine();
}