internal void ErrorParsingNode(VRMLReaderError error, Exception reason, X3DNode node, string fieldName, X3DNode value, int line)
{
if(error==VRMLReaderError.UnexpectedNodeType)
{
if(errorHandling.UnexpectedNodeType!=ErrorWarnIgnore.Ignore)
{
string msg="Error parsing node: Unexpected type while parsing node: '"+node.GetNodeName()+"' field: '"+fieldName+"'";
if(value!=null) msg+=" found: '"+value.GetNodeName()+"'";
msg+=" in line: "+line;
WriteWarning(msg);
}
if(errorHandling.UnexpectedNodeType!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.UnknownFieldInNode)
{
if(errorHandling.UnknownFieldInNode!=ErrorWarnIgnore.Ignore)
{
string msg="Error parsing node: Unknown field while parsing node: '"+node.GetNodeName()+"' field: '"+fieldName+"' in line: "+line;
WriteWarning(msg);
}
if(errorHandling.UnknownFieldInNode!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.SFImageInvalid)
{
string msg="Error parsing node: Could not parse SFImage value while parsing node: '"+node.GetNodeName()+"' field: '"+fieldName+"' in line: "+line;
WriteWarning(msg);
}
throw new VRMLReaderException(error, reason, line);
}
internal void ErrorParsingField(VRMLReaderError error, Exception reason)
{
WriteWarning(VRMLReaderException.VRMLReaderErrorToMessageString(error, line));
if (reason != null)
{
WriteWarning("Reason: " + reason.ToString());
}
throw new VRMLReaderException(error, reason, line);
}
internal static string VRMLReaderErrorToMessageString(VRMLReaderError message, int line)
{
switch(message)
{
case VRMLReaderError.UnexpectedEndOfStream: return string.Format("Error: Unexpected end of stream/file.");
case VRMLReaderError.IllegalCharacterInStream: return string.Format("Error: Illegal character found in stream/file in line: {0}", line);
case VRMLReaderError.PROTOAlreadyDefined: return string.Format("Error: (EXTERN)PROTO definition already defined in line: {0}", line);
case VRMLReaderError.MultipleISStatementForField: return string.Format("Error: Multiple IS statement for field in line: {0}", line);
case VRMLReaderError.UnexpectedNodeType: return string.Format("Error: Node of unexpected type in line: {0}", line);
case VRMLReaderError.UnknownFieldInNode: return string.Format("Error: Unknown field node in line: {0}", line);
case VRMLReaderError.ProtoFound: return string.Format("Error: (EXTERN)PROTO node used in line: {0}", line);
case VRMLReaderError.SFBoolInvalid: return string.Format("Error parsing SFBool field in line: {0}", line);
case VRMLReaderError.SFColorInvalid: return string.Format("Error parsing SFColor field in line: {0}", line);
case VRMLReaderError.SFColorRGBAInvalid: return string.Format("Error parsing SFColorRGBA field in line: {0}", line);
case VRMLReaderError.SFFloatInvalid: return string.Format("Error parsing SFFloat/SFDouble field in line: {0}", line);
case VRMLReaderError.SFImageInvalid: return string.Format("Error parsing SFImage field in line: {0}", line);
case VRMLReaderError.SFInt32Invalid: return string.Format("Error parsing SFInt32 field in line: {0}", line);
case VRMLReaderError.SFMatrix3fInvalid: return string.Format("Error parsing SFMatrix3(f/d) field in line: {0}", line);
case VRMLReaderError.SFMatrix4fInvalid: return string.Format("Error parsing SFMatrix4(f/d) field in line: {0}", line);
case VRMLReaderError.SFNodeInvalid: return string.Format("Error parsing SFNode field in line: {0}", line);
case VRMLReaderError.SFRotationInvalid: return string.Format("Error parsing SFRotation field in line: {0}", line);
case VRMLReaderError.SFStringInvalid: return string.Format("Error parsing SFString field in line: {0}", line);
case VRMLReaderError.SFTimeInvalid: return string.Format("Error parsing SFTime field in line: {0}", line);
case VRMLReaderError.SFVec2fInvalid: return string.Format("Error parsing SFVec2(f/d) field in line: {0}", line);
case VRMLReaderError.SFVec3fInvalid: return string.Format("Error parsing SFVec3(f/d) field in line: {0}", line);
case VRMLReaderError.SFVec4fInvalid: return string.Format("Error parsing SFVec4(f/d) field in line: {0}", line);
case VRMLReaderError.MFBoolInvalid: return string.Format("Error parsing MFBool field in line: {0}", line);
case VRMLReaderError.MFColorInvalid: return string.Format("Error parsing MFColor field in line: {0}", line);
case VRMLReaderError.MFColorRGBAInvalid: return string.Format("Error parsing MFColorRGBA field in line: {0}", line);
case VRMLReaderError.MFFloatInvalid: return string.Format("Error parsing MFFloat/MFDouble field in line: {0}", line);
case VRMLReaderError.MFImageInvalid: return string.Format("Error parsing MFImage field in line: {0}", line);
case VRMLReaderError.MFInt32Invalid: return string.Format("Error parsing MFInt32 field in line: {0}", line);
case VRMLReaderError.MFMatrix3fInvalid: return string.Format("Error parsing MFMatrix3(f/d) field in line: {0}", line);
case VRMLReaderError.MFMatrix4fInvalid: return string.Format("Error parsing MFMatrix4(f/d) field in line: {0}", line);
case VRMLReaderError.MFNodeInvalid: return string.Format("Error parsing MFNode field in line: {0}", line);
case VRMLReaderError.MFRotationInvalid: return string.Format("Error parsing MFRotation field in line: {0}", line);
case VRMLReaderError.MFStringInvalid: return string.Format("Error parsing MFString field in line: {0}", line);
case VRMLReaderError.MFTimeInvalid: return string.Format("Error parsing MFTime field in line: {0}", line);
case VRMLReaderError.MFVec2fInvalid: return string.Format("Error parsing MFVec2(f/d) field in line: {0}", line);
case VRMLReaderError.MFVec3fInvalid: return string.Format("Error parsing MFVec3(f/d) field in line: {0}", line);
case VRMLReaderError.MFVec4fInvalid: return string.Format("Error parsing MFVec4(f/d) field in line: {0}", line);
case VRMLReaderError.USENameNotDefined: return string.Format("Error: Name in USE statement is not defined in line: {0}", line);
case VRMLReaderError.RouteSourceNameNotDefined: return string.Format("Error: Source name of ROUTE statement is not defined in line: {0}", line);
case VRMLReaderError.RouteTargetNameNotDefined: return string.Format("Error: Target name of ROUTE statement is not defined in line: {0}", line);
case VRMLReaderError.RedundantISStatement: return string.Format("Error: Redundant IS statement for field in line: {0}", line);
case VRMLReaderError.ImproperInitializationOfMFNode: return string.Format("Error: Improper initialization of MFNode in line: {0}", line);
}
return string.Format("Error: Unknown error while reading VRML stream/file in line: {0}", line);
}
internal void ErrorParsing(VRMLReaderError error, string nodeTypeId)
{
if (error == VRMLReaderError.ProtoFound)
{
WriteWarning("Error: (EXTERN)PROTO node used: '" + nodeTypeId + "' in line: " + line);
}
else if (error == VRMLReaderError.UnexpectedNodeType)
{
WriteWarning("Error: Node of unexpected type: '" + nodeTypeId + "' in line: " + line);
}
throw new VRMLReaderException(error, line);
}
internal void ErrorParsingNode(VRMLReaderError error, Exception reason, X3DNode node, string fieldName, X3DNode value, int line)
{
if (error == VRMLReaderError.UnexpectedNodeType)
{
if (errorHandling.UnexpectedNodeType != ErrorWarnIgnore.Ignore)
{
string msg = "Error parsing node: Unexpected type while parsing node: '" + node.GetNodeName() + "' field: '" + fieldName + "'";
if (value != null)
{
msg += " found: '" + value.GetNodeName() + "'";
}
msg += " in line: " + line;
WriteWarning(msg);
}
if (errorHandling.UnexpectedNodeType != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.UnknownFieldInNode)
{
if (errorHandling.UnknownFieldInNode != ErrorWarnIgnore.Ignore)
{
string msg = "Error parsing node: Unknown field while parsing node: '" + node.GetNodeName() + "' field: '" + fieldName + "' in line: " + line;
WriteWarning(msg);
}
if (errorHandling.UnknownFieldInNode != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.SFImageInvalid)
{
string msg = "Error parsing node: Could not parse SFImage value while parsing node: '" + node.GetNodeName() + "' field: '" + fieldName + "' in line: " + line;
WriteWarning(msg);
}
throw new VRMLReaderException(error, reason, line);
}
internal VRMLReaderException(VRMLReaderError message, int line)
: base(VRMLReaderErrorToMessageString(message, line))
{
this.message=message;
this.line=line;
}
internal void ErrorParsingNode(VRMLReaderError error, X3DNode node, string fieldName, X3DNode value, int line)
{
ErrorParsingNode(error, null, node, fieldName, value, line);
}
internal void ErrorParsing(VRMLReaderError error, int line)
{
if(error==VRMLReaderError.RedundantISStatement)
{
if(errorHandling.RedundantISStatement!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: Redundant IS statement for field in line: "+line);
if(errorHandling.RedundantISStatement!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.ImproperInitializationOfMFNode)
{
if(errorHandling.ImproperInitializationOfMFNode!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: Improper initialization of MFNode in line: "+line);
if(errorHandling.ImproperInitializationOfMFNode!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.MultipleISStatementForField)
{
if(errorHandling.MultipleISStatementForField!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: Multiple IS statement for field in line: "+line);
if(errorHandling.MultipleISStatementForField!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.RouteSourceNameNotDefined)
{
if(errorHandling.RouteSourceNameNotDefined!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: Source name of ROUTE statement is not defined in line: "+line);
if(errorHandling.RouteSourceNameNotDefined!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.RouteTargetNameNotDefined)
{
if(errorHandling.RouteTargetNameNotDefined!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: Target name of ROUTE statement is not defined in line: "+line);
if(errorHandling.RouteTargetNameNotDefined!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.USENameNotDefined)
{
if(errorHandling.USENameNotDefined!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: Name in USE statement is not defined in line: "+line);
if(errorHandling.USENameNotDefined!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.PROTOAlreadyDefined)
{
if(errorHandling.PROTOAlreadyDefined!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: (EXTERN)PROTO definition already defined in line: "+line);
if(errorHandling.PROTOAlreadyDefined!=ErrorWarnIgnore.Error) return;
}
else if(error==VRMLReaderError.UnexpectedNodeType)
{
if(errorHandling.UnexpectedNodeType!=ErrorWarnIgnore.Ignore)
WriteWarning("Warning: Node of unexpected type in line: "+line);
if(errorHandling.UnexpectedNodeType!=ErrorWarnIgnore.Error) return;
}
throw new VRMLReaderException(error, line);
}
internal void ErrorParsing(VRMLReaderError error, int line)
{
if (error == VRMLReaderError.RedundantISStatement)
{
if (errorHandling.RedundantISStatement != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: Redundant IS statement for field in line: " + line);
}
if (errorHandling.RedundantISStatement != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.ImproperInitializationOfMFNode)
{
if (errorHandling.ImproperInitializationOfMFNode != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: Improper initialization of MFNode in line: " + line);
}
if (errorHandling.ImproperInitializationOfMFNode != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.MultipleISStatementForField)
{
if (errorHandling.MultipleISStatementForField != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: Multiple IS statement for field in line: " + line);
}
if (errorHandling.MultipleISStatementForField != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.RouteSourceNameNotDefined)
{
if (errorHandling.RouteSourceNameNotDefined != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: Source name of ROUTE statement is not defined in line: " + line);
}
if (errorHandling.RouteSourceNameNotDefined != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.RouteTargetNameNotDefined)
{
if (errorHandling.RouteTargetNameNotDefined != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: Target name of ROUTE statement is not defined in line: " + line);
}
if (errorHandling.RouteTargetNameNotDefined != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.USENameNotDefined)
{
if (errorHandling.USENameNotDefined != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: Name in USE statement is not defined in line: " + line);
}
if (errorHandling.USENameNotDefined != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.PROTOAlreadyDefined)
{
if (errorHandling.PROTOAlreadyDefined != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: (EXTERN)PROTO definition already defined in line: " + line);
}
if (errorHandling.PROTOAlreadyDefined != ErrorWarnIgnore.Error)
{
return;
}
}
else if (error == VRMLReaderError.UnexpectedNodeType)
{
if (errorHandling.UnexpectedNodeType != ErrorWarnIgnore.Ignore)
{
WriteWarning("Warning: Node of unexpected type in line: " + line);
}
if (errorHandling.UnexpectedNodeType != ErrorWarnIgnore.Error)
{
return;
}
}
throw new VRMLReaderException(error, line);
}
internal void ErrorParsing(VRMLReaderError error)
{
ErrorParsing(error, line);
}
internal void ErrorParsingNode(VRMLReaderError error, X3DNode node, string fieldName, X3DNode value, int line)
{
ErrorParsingNode(error, null, node, fieldName, value, line);
}
internal void ErrorParsingField(VRMLReaderError error, Exception reason)
{
WriteWarning(VRMLReaderException.VRMLReaderErrorToMessageString(error, line));
if(reason!=null) WriteWarning("Reason: "+reason.ToString());
throw new VRMLReaderException(error, reason, line);
}
internal void ErrorParsingField(VRMLReaderError error)
{
ErrorParsingField(error, null);
}
internal void ErrorParsing(VRMLReaderError error, string nodeTypeId)
{
if(error==VRMLReaderError.ProtoFound) WriteWarning("Error: (EXTERN)PROTO node used: '"+nodeTypeId+"' in line: "+line);
else if(error==VRMLReaderError.UnexpectedNodeType) WriteWarning("Error: Node of unexpected type: '"+nodeTypeId+"' in line: "+line);
throw new VRMLReaderException(error, line);
}
internal static string VRMLReaderErrorToMessageString(VRMLReaderError message, int line)
{
switch (message)
{
case VRMLReaderError.UnexpectedEndOfStream: return(string.Format("Error: Unexpected end of stream/file."));
case VRMLReaderError.IllegalCharacterInStream: return(string.Format("Error: Illegal character found in stream/file in line: {0}", line));
case VRMLReaderError.PROTOAlreadyDefined: return(string.Format("Error: (EXTERN)PROTO definition already defined in line: {0}", line));
case VRMLReaderError.MultipleISStatementForField: return(string.Format("Error: Multiple IS statement for field in line: {0}", line));
case VRMLReaderError.UnexpectedNodeType: return(string.Format("Error: Node of unexpected type in line: {0}", line));
case VRMLReaderError.UnknownFieldInNode: return(string.Format("Error: Unknown field node in line: {0}", line));
case VRMLReaderError.ProtoFound: return(string.Format("Error: (EXTERN)PROTO node used in line: {0}", line));
case VRMLReaderError.SFBoolInvalid: return(string.Format("Error parsing SFBool field in line: {0}", line));
case VRMLReaderError.SFColorInvalid: return(string.Format("Error parsing SFColor field in line: {0}", line));
case VRMLReaderError.SFColorRGBAInvalid: return(string.Format("Error parsing SFColorRGBA field in line: {0}", line));
case VRMLReaderError.SFFloatInvalid: return(string.Format("Error parsing SFFloat/SFDouble field in line: {0}", line));
case VRMLReaderError.SFImageInvalid: return(string.Format("Error parsing SFImage field in line: {0}", line));
case VRMLReaderError.SFInt32Invalid: return(string.Format("Error parsing SFInt32 field in line: {0}", line));
case VRMLReaderError.SFMatrix3fInvalid: return(string.Format("Error parsing SFMatrix3(f/d) field in line: {0}", line));
case VRMLReaderError.SFMatrix4fInvalid: return(string.Format("Error parsing SFMatrix4(f/d) field in line: {0}", line));
case VRMLReaderError.SFNodeInvalid: return(string.Format("Error parsing SFNode field in line: {0}", line));
case VRMLReaderError.SFRotationInvalid: return(string.Format("Error parsing SFRotation field in line: {0}", line));
case VRMLReaderError.SFStringInvalid: return(string.Format("Error parsing SFString field in line: {0}", line));
case VRMLReaderError.SFTimeInvalid: return(string.Format("Error parsing SFTime field in line: {0}", line));
case VRMLReaderError.SFVec2fInvalid: return(string.Format("Error parsing SFVec2(f/d) field in line: {0}", line));
case VRMLReaderError.SFVec3fInvalid: return(string.Format("Error parsing SFVec3(f/d) field in line: {0}", line));
case VRMLReaderError.SFVec4fInvalid: return(string.Format("Error parsing SFVec4(f/d) field in line: {0}", line));
case VRMLReaderError.MFBoolInvalid: return(string.Format("Error parsing MFBool field in line: {0}", line));
case VRMLReaderError.MFColorInvalid: return(string.Format("Error parsing MFColor field in line: {0}", line));
case VRMLReaderError.MFColorRGBAInvalid: return(string.Format("Error parsing MFColorRGBA field in line: {0}", line));
case VRMLReaderError.MFFloatInvalid: return(string.Format("Error parsing MFFloat/MFDouble field in line: {0}", line));
case VRMLReaderError.MFImageInvalid: return(string.Format("Error parsing MFImage field in line: {0}", line));
case VRMLReaderError.MFInt32Invalid: return(string.Format("Error parsing MFInt32 field in line: {0}", line));
case VRMLReaderError.MFMatrix3fInvalid: return(string.Format("Error parsing MFMatrix3(f/d) field in line: {0}", line));
case VRMLReaderError.MFMatrix4fInvalid: return(string.Format("Error parsing MFMatrix4(f/d) field in line: {0}", line));
case VRMLReaderError.MFNodeInvalid: return(string.Format("Error parsing MFNode field in line: {0}", line));
case VRMLReaderError.MFRotationInvalid: return(string.Format("Error parsing MFRotation field in line: {0}", line));
case VRMLReaderError.MFStringInvalid: return(string.Format("Error parsing MFString field in line: {0}", line));
case VRMLReaderError.MFTimeInvalid: return(string.Format("Error parsing MFTime field in line: {0}", line));
case VRMLReaderError.MFVec2fInvalid: return(string.Format("Error parsing MFVec2(f/d) field in line: {0}", line));
case VRMLReaderError.MFVec3fInvalid: return(string.Format("Error parsing MFVec3(f/d) field in line: {0}", line));
case VRMLReaderError.MFVec4fInvalid: return(string.Format("Error parsing MFVec4(f/d) field in line: {0}", line));
case VRMLReaderError.USENameNotDefined: return(string.Format("Error: Name in USE statement is not defined in line: {0}", line));
case VRMLReaderError.RouteSourceNameNotDefined: return(string.Format("Error: Source name of ROUTE statement is not defined in line: {0}", line));
case VRMLReaderError.RouteTargetNameNotDefined: return(string.Format("Error: Target name of ROUTE statement is not defined in line: {0}", line));
case VRMLReaderError.RedundantISStatement: return(string.Format("Error: Redundant IS statement for field in line: {0}", line));
case VRMLReaderError.ImproperInitializationOfMFNode: return(string.Format("Error: Improper initialization of MFNode in line: {0}", line));
}
return(string.Format("Error: Unknown error while reading VRML stream/file in line: {0}", line));
}
internal void ErrorParsingField(VRMLReaderError error)
{
ErrorParsingField(error, null);
}
internal VRMLReaderException(VRMLReaderError message, int line)
: base(VRMLReaderErrorToMessageString(message, line))
{
this.message = message;
this.line = line;
}
internal void ErrorParsing(VRMLReaderError error)
{
ErrorParsing(error, line);
}
