/// <summary>Initializes a new instance of the <see cref="SpiceParserError"></see> class.</summary>
public SpiceParserError(SpiceParserErrorCode errorCode, int lineNumber, int lineColumn, object[] args)
{
LineNumber = lineNumber;
LineColumn = lineColumn;
ErrorCode = errorCode;
Args = args;
}
/// <summary>
/// Makes ErrorInfo instance with given error code. LineNumber, LineColumn and message args are extracted from the
/// token.
/// </summary>
/// <param name="t"></param>
/// <param name="errorCode"></param>
/// <returns></returns>
public static SpiceParserError ToError(this Token t, SpiceParserErrorCode errorCode, params object[] args)
{
var a = args.Length == 0 ? new object[] { t.Value } : args;
return(new SpiceParserError(errorCode, t.LineNumber, t.LineColumn, a));
}
public static string GetMessage(this SpiceParserErrorCode errorCode, params object[] arg)
{
if (arg == null)
{
throw new ArgumentNullException(nameof(arg));
}
switch (errorCode)
{
case SpiceParserErrorCode.DeviceAlreadyDefined:
return($"Device with name {arg[0]} is already defined.");
case SpiceParserErrorCode.NotANumber:
return($"Cannot convert {arg[0]} to numeric representation.");
case SpiceParserErrorCode.NotANode:
return($"Symbol {arg[0]} is not a node");
case SpiceParserErrorCode.InvalidNumberOfArguments:
return($"Invalid number of arguments for '{arg[0]}'");
case SpiceParserErrorCode.UnexpectedCharacter:
return($"Unexpected character: '{arg[0]}'.");
case SpiceParserErrorCode.UnknownTransientFunction:
return($"Unknown transient source function: '{arg[0]}'");
case SpiceParserErrorCode.NoBreakpointRepetition:
return("Repetition point must be equal to a function breakpoint.");
case SpiceParserErrorCode.TimePointWithoutValue:
return("Timpeoint without corresponding value.");
case SpiceParserErrorCode.NegativeTimepoint:
return("Timepoints must be nonnegative.");
case SpiceParserErrorCode.NonascendingTimepoints:
return("Timepoints must be ascending.");
case SpiceParserErrorCode.ModelAlreadyExists:
return($"There already exists model with name '{arg[0]} for this device type.");
case SpiceParserErrorCode.InvalidParameter:
return($"Invalid parameter '{arg[0]}'.");
case SpiceParserErrorCode.InvalidIcArgument:
return($"Invalid .IC argument '{arg[0]}'");
case SpiceParserErrorCode.UnknownDeviceModelDiscriminator:
return($"Unknown device model discriminator'{arg[0]}'");
case SpiceParserErrorCode.UnknownPrintStatementParameter:
return($"Unknown .PRINT statement parameter '{arg[0]}'.");
case SpiceParserErrorCode.UnknownAnalysisType:
return($"Unknown analysis type: '{arg[0]}'.");
case SpiceParserErrorCode.SubcircuitAlreadyExists:
return($"Subcircuit with name '{arg[0]}' already exists.");
case SpiceParserErrorCode.TerminalNamesNotUnique:
return("Terminal names must be unique.");
case SpiceParserErrorCode.TerminalToGround:
return("Cannot specify ground node as a subcircuit terminal.");
case SpiceParserErrorCode.SubcircuitNotConnected:
return
($"No path connecting node sets {string.Join(", ", arg.Select(c => $"({string.Join(", ", c as IEnumerable<object>)})"))}.");
case SpiceParserErrorCode.UnknownStatement:
return($"Unknown statement '{arg[0]}'");
case SpiceParserErrorCode.UnknownDevice:
return($"Unknown device type '{arg[0]}'");
case SpiceParserErrorCode.NoDcPathToGround:
return($"Some nodes are not connected to the ground node ({string.Join(", ", arg)}).");
case SpiceParserErrorCode.VoltageBranchCycle:
return($"Circuit contains a cycle of voltage defined devices ({string.Join(", ", arg)}).");
case SpiceParserErrorCode.CurrentBranchCutset:
return($"Circuit contains a cutset of current defined devices ({string.Join(", ", arg)}).");
case SpiceParserErrorCode.NoPrintProvider:
return($"There is no print value provider for '{arg[0]}' for device '{arg[1]}'.");
case SpiceParserErrorCode.NotAnDevice:
return($"'{arg[0]}' is not a circuit device.");
case SpiceParserErrorCode.NotANodeOrDevice:
return($"'{arg[0]}' is not a node or a circuit device.");
case SpiceParserErrorCode.NoSuchModel:
return($"There is no model named '{arg[0]}' for this device type.");
case SpiceParserErrorCode.NoSuchSubcircuit:
return($"There is no model named '{arg[0]}' for this device type.");
case SpiceParserErrorCode.InvalidTerminalCount:
return($"Subcircuit has wrong number of terminals '{arg[0]}'");
case SpiceParserErrorCode.UnexpectedEnds:
return($"Unexpected .ENDS statement for '{arg[0]}'");
case SpiceParserErrorCode.NotVoltageSource:
return($"'{arg[0]} is not a Voltage source device.'");
default:
throw new ArgumentOutOfRangeException(nameof(errorCode), errorCode, null);
}
}
/// <summary>Creates a new instance of the <see cref="SpiceParserError"></see> class.</summary>
public static SpiceParserError Create(SpiceParserErrorCode errorCode, int lineNumber, int lineColumn,
params object[] args)
{
return(new SpiceParserError(errorCode, lineNumber, lineColumn, args));
}
