/// /// <summary> /// Converts CseLogicExceptionType value to a formatted exception message /// (to be used in String.Format()) /// </summary> /// /// <param name="CseLogicExceptionType">Exception to convert to a message</param> /// /// <returns>The corresponding message for the exception type given</returns> /// private static string GetExceptionMsg(CseLogicExceptionType CseLogicExceptionType) { string msg = null; switch (CseLogicExceptionType) { case CseLogicExceptionType.ARITH_EXCEPTION: msg = "Arithmetic exception for {0}"; break; case CseLogicExceptionType.ARRAY_INDEX_NOT_INT: msg = "Array index must be an int"; break; case CseLogicExceptionType.CANT_AFFIRM_NON_NUM: msg = "Can't affirm {0} since it is not numeric"; break; case CseLogicExceptionType.CANT_CAST_VALUE_TO_TYPE: msg = "Can't cast {0} to {1}"; break; case CseLogicExceptionType.CANT_CONVERT_TO_CHAR: msg = "Can't convert {0} to char"; break; case CseLogicExceptionType.CANT_CONVERT_TO_DBL: msg = "Can't convert {0} to double"; break; case CseLogicExceptionType.CANT_CONVERT_TO_FLT_TYPE: msg = "Can't convert {0} to a float type"; break; case CseLogicExceptionType.CANT_CONVERT_TO_INT_TYPE: msg = "Can't convert {0} to an integral type"; break; case CseLogicExceptionType.CANT_FIND_IDENT_IN_ENV: msg = "Can't find {0} in {1}"; break; case CseLogicExceptionType.CANT_NEGATE_NON_NUM: msg = "Can't negate {0} since it is not numeric"; break; case CseLogicExceptionType.ERROR_NEGATING_VALUE_OF_TYPE: msg = "Error negating {0} of type {1}"; break; case CseLogicExceptionType.HEX_ESC_CODE_NOT_RECOGNIZED: msg = "Hex escape code not recognized"; break; case CseLogicExceptionType.IDENT_IS_NOT_ARRAY: msg = "Identifier {0} is not an array"; break; case CseLogicExceptionType.IDENT_NOT_FOUND: msg = "Identifier {0} not found"; break; case CseLogicExceptionType.LEFT_OP_NON_NUM: msg = "Left operand {0} non-numeric"; break; case CseLogicExceptionType.METHOD_CALL_AMBIGUOUS: msg = "Call to method {0} is ambiguous. Please cast arg(s) to desired type to resolve."; break; case CseLogicExceptionType.METHOD_CANT_IMPLICITLY_COERCE_ARGS: msg = "Can't implicity coerce arg(s) to method {0}. Please cast arg(s) to proper type."; break; case CseLogicExceptionType.METHOD_DOESNT_EXIST: msg = "Method {0} doesn't exist"; break; case CseLogicExceptionType.METHOD_EXISTS_BUT_CANT_BE_INVOKED: msg = "Method {0} exists but can not be invoked"; break; case CseLogicExceptionType.NOT_A_NUM: msg = "{0} is not a valid number"; break; case CseLogicExceptionType.OUT_OR_REF_USED_WITH_LIT: msg = "Keywords 'out' and 'ref' cannot be used with a literal"; break; case CseLogicExceptionType.OVERFLOW_TRYING_TO_CAST: msg = "Overflow when trying to cast {0} to {1}"; break; case CseLogicExceptionType.POW_OP_TYPE_INVALID: msg = "Operand {0} to power operator is an invalid type"; break; case CseLogicExceptionType.RIGHT_OP_NON_NUM: msg = "Right operand {0} non-numeric"; break; case CseLogicExceptionType.UNKNOWN_TYPE: msg = "Unknown Type {0}"; break; } return msg; }
/// /// <summary> /// Constructor /// </summary> /// /// <param name="type">Type of exception to display</param> /// <param name="args">Argument(s) to send to the formatted string that param type produces</param> /// public CseLogicException(CseLogicExceptionType type, params object[] args) : base(String.Format(GetExceptionMsg(type), QuoteArgs(args))) { }
/// /// <summary> /// Constructor /// </summary> /// /// <param name="type">Type of exception to display</param> /// public CseLogicException(CseLogicExceptionType type) : base(GetExceptionMsg(type)) { }
/// /// <summary> /// Converts CseLogicExceptionType value to a formatted exception message /// (to be used in String.Format()) /// </summary> /// /// <param name="CseLogicExceptionType">Exception to convert to a message</param> /// /// <returns>The corresponding message for the exception type given</returns> /// private static string GetExceptionMsg(CseLogicExceptionType CseLogicExceptionType) { string msg = null; switch (CseLogicExceptionType) { case CseLogicExceptionType.ARITH_EXCEPTION: msg = "Arithmetic exception for {0}"; break; case CseLogicExceptionType.ARRAY_INDEX_NOT_INT: msg = "Array index must be an int"; break; case CseLogicExceptionType.CANT_AFFIRM_NON_NUM: msg = "Can't affirm {0} since it is not numeric"; break; case CseLogicExceptionType.CANT_CAST_VALUE_TO_TYPE: msg = "Can't cast {0} to {1}"; break; case CseLogicExceptionType.CANT_CONVERT_TO_CHAR: msg = "Can't convert {0} to char"; break; case CseLogicExceptionType.CANT_CONVERT_TO_DBL: msg = "Can't convert {0} to double"; break; case CseLogicExceptionType.CANT_CONVERT_TO_FLT_TYPE: msg = "Can't convert {0} to a float type"; break; case CseLogicExceptionType.CANT_CONVERT_TO_INT_TYPE: msg = "Can't convert {0} to an integral type"; break; case CseLogicExceptionType.CANT_FIND_IDENT_IN_ENV: msg = "Can't find {0} in {1}"; break; case CseLogicExceptionType.CANT_NEGATE_NON_NUM: msg = "Can't negate {0} since it is not numeric"; break; case CseLogicExceptionType.ERROR_NEGATING_VALUE_OF_TYPE: msg = "Error negating {0} of type {1}"; break; case CseLogicExceptionType.HEX_ESC_CODE_NOT_RECOGNIZED: msg = "Hex escape code not recognized"; break; case CseLogicExceptionType.IDENT_IS_NOT_ARRAY: msg = "Identifier {0} is not an array"; break; case CseLogicExceptionType.IDENT_NOT_FOUND: msg = "Identifier {0} not found"; break; case CseLogicExceptionType.LEFT_OP_NON_NUM: msg = "Left operand {0} non-numeric"; break; case CseLogicExceptionType.METHOD_CALL_AMBIGUOUS: msg = "Call to method {0} is ambiguous. Please cast arg(s) to desired type to resolve."; break; case CseLogicExceptionType.METHOD_CANT_IMPLICITLY_COERCE_ARGS: msg = "Can't implicity coerce arg(s) to method {0}. Please cast arg(s) to proper type."; break; case CseLogicExceptionType.METHOD_DOESNT_EXIST: msg = "Method {0} doesn't exist"; break; case CseLogicExceptionType.METHOD_EXISTS_BUT_CANT_BE_INVOKED: msg = "Method {0} exists but can not be invoked"; break; case CseLogicExceptionType.NOT_A_NUM: msg = "{0} is not a valid number"; break; case CseLogicExceptionType.OUT_OR_REF_USED_WITH_LIT: msg = "Keywords 'out' and 'ref' cannot be used with a literal"; break; case CseLogicExceptionType.OVERFLOW_TRYING_TO_CAST: msg = "Overflow when trying to cast {0} to {1}"; break; case CseLogicExceptionType.POW_OP_TYPE_INVALID: msg = "Operand {0} to power operator is an invalid type"; break; case CseLogicExceptionType.RIGHT_OP_NON_NUM: msg = "Right operand {0} non-numeric"; break; case CseLogicExceptionType.UNKNOWN_TYPE: msg = "Unknown Type {0}"; break; } return(msg); }
/// /// <summary> /// Constructor /// </summary> /// /// <param name="type">Type of exception to display</param> /// <param name="args">Argument(s) to send to the formatted string that param type produces</param> /// public CseLogicException(CseLogicExceptionType type, params object[] args) : base(String.Format(GetExceptionMsg(type), QuoteArgs(args))) { }
/// /// <summary> /// Constructor /// </summary> /// /// <param name="type">Type of exception to display</param> /// public CseLogicException(CseLogicExceptionType type) : base(GetExceptionMsg(type)) { }