/// <summary>
/// Constructor.
/// </summary>
public PLSQLSpecParsedProcedureCollection(PLSQLSpecParsed spec)
{
HasParseError = false;
ParseErrorText = string.Empty;
specParsed = spec;
}
public static PLSQLSpecParsed ParseString(string stringToParse, string pathAndFileName)
{
PLSQLSpecParsed specFile = null;
if (!string.IsNullOrEmpty(stringToParse))
{
// Create the regular expression objects needed
Regex reSpec = new Regex(PLSQLSpecParserRegEx.SPEC_PACKAGE_FETCH);
Regex reProcCount = new Regex(PLSQLSpecParserRegEx.PROCEDURE_COUNT);
Regex reProcFetch = new Regex(PLSQLSpecParserRegEx.PROCEDURE_FETCH);
Regex reParamCount = new Regex(PLSQLSpecParserRegEx.PARAMETER_COUNT);
Regex reParamFetch = new Regex(PLSQLSpecParserRegEx.PARAMETER_FETCH);
// Fetch the spec file
MatchCollection specFetchMatches = reSpec.Matches(stringToParse);
// Check that we got one match
if (specFetchMatches.Count == 1)
{
// Create spec object
specFile = new PLSQLSpecParsed();
// Get the length of the read string.
specFile.PackageLength = stringToParse.Length;
// Get the hash of the read string.
specFile.PackageHash = Hashing.Get(Hash.HashTypes.SHA1, stringToParse);
// Get the filename that was read to parse
specFile.FileNameParsed = pathAndFileName;
// Get the only match
Match specMatch = specFetchMatches[0];
// Fetch the packagename
if (!string.IsNullOrEmpty(specMatch.Groups[PLSQLSpecParserRegEx.SPEC_PACKAGE_PACKAGENAME].Value))
{
specFile.PackageName = specMatch.Groups[PLSQLSpecParserRegEx.SPEC_PACKAGE_PACKAGENAME].Value;
string procedures = specMatch.Groups[PLSQLSpecParserRegEx.SPEC_PACKAGE_PROCEDURES].Value;
if (!string.IsNullOrEmpty(procedures))
{
// Do the fetch of the procedures and functions.
MatchCollection procFetchMatches = reProcFetch.Matches(procedures);
// Loop through the fetched procedures.
foreach (Match procMatch in procFetchMatches)
{
PLSQLSpecParsedProcedure procedure = new PLSQLSpecParsedProcedure();
// Fetch the name of the procedure/function
if (procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_NAME].Value != string.Empty)
{
procedure.Name = procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_NAME].Value;
}
else
{
// Name is empty!
specFile.Procedures.HasParseError = true;
specFile.Procedures.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureNameError, procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_NAME].Value);
continue;
}
// Fetch if this is a function or procedure
if (!procedure.HasParseError)
{
bool?isFunction = GetIsFunction(procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_TYPE].Value);
if (isFunction == true)
{
procedure.IsFunction = true;
}
else if (isFunction == false)
{
procedure.IsFunction = false;
}
else
{
// Invalid type!
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureTypeError, procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_TYPE].Value);
}
}
// Fetch the function return type if it's a function.
if (!procedure.HasParseError)
{
if (procedure.IsFunction)
{
// What type of return data type is it.
if (procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_RETURNTYPE_TABLE].Value != string.Empty &&
procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_RETURNTYPE_COLUMN].Value != string.Empty)
{
procedure.FunctionReturnType = ParseFunctionReturnType.TableColumn;
procedure.FunctionReturnTypeData.Param1 = procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_RETURNTYPE_TABLE].Value;
procedure.FunctionReturnTypeData.Param2 = procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_RETURNTYPE_COLUMN].Value;
}
else if (procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_RETURNTYPE_DBTYPE].Value != string.Empty)
{
procedure.FunctionReturnType = ParseFunctionReturnType.DataType;
procedure.FunctionReturnTypeData.DataType = GetFunctionReturnDataType(procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_RETURNTYPE_DBTYPE].Value);
if (procedure.FunctionReturnTypeData.DataType == ParseFunctionReturnDBDataType.Invalid)
{
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureFunctionReturnDataTypeError, procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_RETURNTYPE_DBTYPE].Value);
}
}
else
{
// Parse error. Function return type unknown.
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureFunctionReturnTypeUnknown, string.Empty);
}
}
}
// Fetch all parameters into the string.
// It IS possible for the parameters to be empty since it could be a parameterless
// procedure or function.
if (!procedure.HasParseError)
{
procedure.ParameterString = procMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_PARAMETERS].Value.Trim();
if (procedure.ParameterString != string.Empty)
{
// First check how many parameters that exists.
MatchCollection paramCountMatches = reParamCount.Matches(procedure.ParameterString);
// Do the real fetch of the procedures and functions.
MatchCollection paramFetchMatches = reParamFetch.Matches(procedure.ParameterString);
// Check that the two different regular expressions generates the same count
// of parameters.
if (paramCountMatches.Count == paramFetchMatches.Count)
{
// Loop through all the parameters found
foreach (Match paramMatch in paramFetchMatches)
{
PLSQLSpecParsedProcedureParameter param = new PLSQLSpecParsedProcedureParameter();
// First check what type of parameter this is so we know what kind of
// object we should instantiate.
if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_TABLE].Value != string.Empty &&
paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_COLUMN].Value != string.Empty)
{
// This is a parameter of type TABLE.COLUMN%type parameter.
param.ParameterType = ParseParameterType.TableColumn;
param.ParseParameterTypeTableColumn_Table = paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_TABLE].Value;
param.ParseParameterTypeTableColumn_Column = paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_COLUMN].Value;
}
else if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_TABLEROW].Value != string.Empty)
{
// This is a parameter of type TABLE%rowtype parameter.
param.ParameterType = ParseParameterType.TableRow;
param.ParseParameterTypeTableRow_Table = paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_TABLEROW].Value;
}
else if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_PACKAGE].Value != string.Empty &&
paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_PACKAGEDATATYPE].Value != string.Empty)
{
// This is a parameter of type PACKAGE.PACKAGEDATATYPE parameter.
param.ParameterType = ParseParameterType.PackageDataType;
param.ParseParameterTypePackageDataType_Package = paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_PACKAGE].Value;
param.ParseParameterTypePackageDataType_CustomDataType = paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_PACKAGEDATATYPE].Value;
}
else if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_DBTYPE].Value != string.Empty)
{
// This is a parameter of type varchar2, boolean etc. parameter.
param.ParameterType = ParseParameterType.DataType;
param.ParseParameterTypeDataType_DataType = GetParameterDataType(paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_DBTYPE].Value);
// Check the datatype if it's supported or not
if (param.ParseParameterTypeDataType_DataType == ParseParameterDBDataType.Invalid)
{
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureParameterDataTypeNotParsable, paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_NAME].Value);
break;
}
}
else
{
// Unknown parametertype!
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureParameterUnknownType, paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_NAME].Value);
break;
}
// Fetch the name of the parameter
if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_NAME].Value != string.Empty)
{
param.Name = paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_NAME].Value;
}
else
{
// Name is empty. Some error with parsing.
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureParameterNameEmpty, string.Empty);
break;
}
// Check if mandatory
// Pattern is created so that if there is text in the group
// then it's mandatory. If empty it's not.
if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_ISMANDATORY].Value != string.Empty)
{
param.IsMandatory = true;
}
else
{
param.IsMandatory = false;
}
// Check direction of parameter
if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_ISINANDOUT].Value != string.Empty)
{
param.Direction = ParseParameterDirection.InOut;
}
else if (paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_ISOUT].Value != string.Empty)
{
param.Direction = ParseParameterDirection.Out;
}
else
{
param.Direction = ParseParameterDirection.In;
}
// Fetch the defaultvalue (can be empty)
param.DefaultValue = paramMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_DEFAULTVALUE].Value;
// Add the parameter to the procedures parameters.
procedure.Parameters.Add(param);
}
}
else /* if (paramCountMatches.Count == paramFetchMatches.Count) */
{
if (paramCountMatches.Count > paramFetchMatches.Count)
{
// Check what parameter is missing.
string checkName = string.Empty;
foreach (Match countMatch in paramCountMatches)
{
checkName = countMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_COUNT_NAME].Value;
foreach (Match fetchMatch in paramFetchMatches)
{
if (checkName == fetchMatch.Groups[PLSQLSpecParserRegEx.PARAMETER_FETCH_NAME].Value)
{
checkName = string.Empty;
break;
}
}
if (checkName != string.Empty)
{
// Name of first parameter found that is missing.
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureParameterTooFewFetchedError, checkName);
break;
}
}
// Check if it's not set to error yet. There should be an error
// even if we can't find any specific parameters that we miss.
if (!procedure.HasParseError)
{
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureParameterTooFewFetchedGenericError, string.Empty);
}
}
else
{
// Too many fetched parameters compared to counted ones. Very strange!
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureParameterTooManyFetchedGenericError, string.Empty);
}
}
}
}
// Add the procedure to the collection.
if (procedure != null)
{
specFile.Procedures.Add(procedure);
}
}
// Check how many procedures and functions that exists in file.
MatchCollection procCountMatches = reProcCount.Matches(procedures);
// Check if we got the same count of procedures.
if (procCountMatches.Count > procFetchMatches.Count)
{
// There are more procedures that has been counted than really got fetched.
// Find out what procedures and functions that we miss so that we can add
// "ghost" versions of them to set as errors.
string checkName = string.Empty;
int namesFound = 0;
foreach (Match countMatch in procCountMatches)
{
checkName = countMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_COUNT_NAME].Value;
foreach (Match fetchMatch in procFetchMatches)
{
if (checkName == fetchMatch.Groups[PLSQLSpecParserRegEx.PROCEDURE_FETCH_NAME].Value)
{
checkName = string.Empty;
break;
}
}
if (checkName != string.Empty)
{
namesFound++;
PLSQLSpecParsedProcedure procedure = new PLSQLSpecParsedProcedure();
procedure.Name = checkName;
procedure.HasParseError = true;
procedure.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureNotParsedError, string.Empty);
// Add the "ghost" procedure so that it's possible to see the error.
specFile.Procedures.Add(procedure);
}
}
// Check if all names was found.
if (procCountMatches.Count + namesFound < procFetchMatches.Count)
{
specFile.Procedures.HasParseError = true;
specFile.Procedures.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureCollectionMissingProcedures, string.Empty);
}
}
else if (procCountMatches.Count < procFetchMatches.Count)
{
specFile.Procedures.HasParseError = true;
specFile.Procedures.SetParseErrorText(PLSQLSpecParserErrorTexts.ProcedureCollectionTooManyProcedures, string.Empty);
}
}
}
}
}
return(specFile);
}
