public void Eof_Op_Bwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder
{
ToTokenize = Search,
ReverseOrder = true
};
dtb.AddEoFOp();
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
int cnt = 0;
while (dt.HasMoreOps())
{
result += dt.NextToken();
cnt++;
}
Assert.AreEqual("AB-CD-DE-FG-HI", result);
Assert.IsTrue(cnt == 1);
}
public void Single_Token_Perfomance_Op()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder {
ToTokenize = TestStrings.tokenizerBase
};
dtb.AddTokenOp("-", false);
IDev2Tokenizer dt = dtb.Generate();
int opCnt = 0;
Stopwatch sw = new Stopwatch();
sw.Start();
while (dt.HasMoreOps() && opCnt < 100000)
{
dt.NextToken();
opCnt++;
}
sw.Stop();
long exeTime = sw.ElapsedMilliseconds;
// can we do 100k ops in less then 1,2s?
// I sure hope so ;)
Console.WriteLine(@"Total Time : " + exeTime);
Assert.IsTrue(opCnt == 100000 && exeTime < 1200, "Expecting it to take 1200 ms but it took " + exeTime + " ms.");
}
public void More_Then_One_Op_Fwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder {
ToTokenize = Search
};
dtb.AddIndexOp(2);
dtb.AddEoFOp();
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
int cnt = 0;
while (dt.HasMoreOps())
{
result += dt.NextToken();
cnt++;
}
Assert.AreEqual("AB-CD-DE-FG-HI", result);
Assert.IsTrue(cnt == 2);
}
public void Three_Token_Perfomance_Op()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder {
ToTokenize = TestStrings.tokenizerBase
};
dtb.AddTokenOp("AB-", false);
IDev2Tokenizer dt = dtb.Generate();
int opCnt = 0;
Stopwatch sw = new Stopwatch();
sw.Start();
while (dt.HasMoreOps() && opCnt < 35000)
{
dt.NextToken();
opCnt++;
}
sw.Stop();
long exeTime = sw.ElapsedMilliseconds;
// can we do it in less then 2.5s?
// I sure hope so ;)
Console.WriteLine("Total Time : " + exeTime);
Assert.IsTrue(opCnt == 35000 && exeTime < 2500, "It took [ " + exeTime + " ]");
}
private List <string> Split()
{
List <string> results = new List <string>();
try
{
IDev2Tokenizer tokenizer = CreateSplitPattern(VariableListString, SplitType, SplitToken);
while (tokenizer.HasMoreOps())
{
string tmp = tokenizer.NextToken();
if (!string.IsNullOrEmpty(tmp))
{
results.Add(tmp);
}
}
}
catch (Exception e)
{
_errorColletion.Add(new KeyValuePair <ErrorType, string>(ErrorType.Critical, e.Message));
CanAdd = false;
}
return(results);
}
public void Token_Op_With_Token_Fwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder();
dtb.ToTokenize = search;
dtb.AddTokenOp("-", true);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += dt.NextToken();
}
Assert.AreEqual("AB-CD-DE-FG-HI", result);
}
public void Three_Token_Op_Fwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder();
dtb.ToTokenize = search2;
dtb.AddTokenOp("AB-", false);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += " " + dt.NextToken();
}
Assert.AreEqual(" CD- CD", result);
}
public void Index_Op_Fwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder();
dtb.ToTokenize = search;
dtb.AddIndexOp(2);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += " " + dt.NextToken();
}
Assert.AreEqual(" AB -C D- DE -F G- HI", result);
}
public void Single_Token_Op_Fwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder {
ToTokenize = Search
};
dtb.AddTokenOp("-", false);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += dt.NextToken();
}
Assert.AreEqual("ABCDDEFGHI", result);
}
public void Index_Op_Bwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder();
dtb.ToTokenize = search;
dtb.ReverseOrder = true;
dtb.AddIndexOp(2);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += "." + dt.NextToken();
}
Assert.AreEqual(".HI.G-.-F.DE.D-.-C.AB", result);
}
public void Token_Op_With_Token_Bwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder();
dtb.ToTokenize = search;
dtb.ReverseOrder = true;
dtb.AddTokenOp("-", true);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += "." + dt.NextToken();
}
Assert.AreEqual(".-HI.-FG.-DE.-CD.AB", result);
}
public void Two_Token_Op_Bwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder();
dtb.ToTokenize = search2;
dtb.ReverseOrder = true;
dtb.AddTokenOp("B-", false);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += "." + dt.NextToken();
}
Assert.AreEqual(".CD.CD-A.A", result);
}
public void Single_Token_Op_Bwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder
{
ReverseOrder = true,
ToTokenize = Search
};
dtb.AddTokenOp("-", false);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += "." + dt.NextToken();
}
Assert.AreEqual(".HI.FG.DE.CD.AB", result);
}
public static void UpsertTokens(Collection <ObservablePair <string, string> > target, IDev2Tokenizer tokenizer, string tokenPrefix, string tokenSuffix, bool removeEmptyEntries)
{
if (target == null)
{
throw new ArgumentNullException(nameof(target));
}
target.Clear();
if (tokenizer == null)
{
return;
}
while (tokenizer.HasMoreOps())
{
var token = tokenizer.NextToken();
if (string.IsNullOrEmpty(token))
{
if (!removeEmptyEntries)
{
target.Add(new ObservablePair <string, string>(string.Empty, string.Empty));
}
}
else
{
token = AddBracketsToValueIfNotExist($"{tokenPrefix}{StripLeadingAndTrailingBracketsFromValue(token)}{tokenSuffix}");
target.Add(new ObservablePair <string, string>(token, string.Empty));
}
}
foreach (var observablePair in target)
{
observablePair.Key = observablePair.Key.Replace(" ", "");
}
}
public void Token_And_Index_Op_Bwd()
{
Dev2TokenizerBuilder dtb = new Dev2TokenizerBuilder
{
ToTokenize = Search,
ReverseOrder = true
};
dtb.AddTokenOp("-", false);
dtb.AddIndexOp(3);
IDev2Tokenizer dt = dtb.Generate();
string result = string.Empty;
while (dt.HasMoreOps())
{
result += "." + dt.NextToken();
}
Assert.AreEqual(".HI.-FG.DE.-CD.AB", result);
}
protected override void ExecuteTool(IDSFDataObject dataObject, int update)
{
_indexCounter = 1;
ErrorResultTO allErrors = new ErrorResultTO();
var env = dataObject.Environment;
WarewolfListIterator iter = new WarewolfListIterator();
InitializeDebug(dataObject);
try
{
var sourceString = SourceString ?? "";
if (dataObject.IsDebugMode())
{
AddDebugInputItem(new DebugEvalResult(sourceString, "String to Split", env, update));
AddDebugInputItem(new DebugItemStaticDataParams(ReverseOrder ? "Backward" : "Forward", "Process Direction"));
AddDebugInputItem(new DebugItemStaticDataParams(SkipBlankRows ? "Yes" : "No", "Skip blank rows"));
AddDebug(ResultsCollection, dataObject.Environment, update);
}
var res = new WarewolfIterator(env.Eval(sourceString, update));
iter.AddVariableToIterateOn(res);
IDictionary <string, int> positions = new Dictionary <string, int>();
CleanArguments(ResultsCollection);
ResultsCollection.ToList().ForEach(a =>
{
if (!positions.ContainsKey(a.OutputVariable))
{
positions.Add(a.OutputVariable, update == 0 ? 1 : update);
}
IsSingleValueRule.ApplyIsSingleValueRule(a.OutputVariable, allErrors);
});
bool singleInnerIteration = ArePureScalarTargets(ResultsCollection);
var resultsEnumerator = ResultsCollection.GetEnumerator();
var debugDictionary = new List <string>();
while (res.HasMoreData())
{
const int OpCnt = 0;
var item = res.GetNextValue(); // item is the thing we split on
if (!string.IsNullOrEmpty(item))
{
string val = item;
var blankRows = new List <int>();
if (SkipBlankRows)
{
var strings = val.Split(new[] { Environment.NewLine, "\r", "\n" }, StringSplitOptions.RemoveEmptyEntries);
var newSourceString = string.Join(Environment.NewLine, strings);
val = newSourceString;
}
else
{
var strings = val.Split(new[] { Environment.NewLine }, StringSplitOptions.None);
for (int blankRow = 0; blankRow < strings.Length; blankRow++)
{
if (String.IsNullOrEmpty(strings[blankRow]))
{
blankRows.Add(blankRow);
}
}
}
ErrorResultTO errors;
IDev2Tokenizer tokenizer = CreateSplitPattern(ref val, ResultsCollection, env, out errors, update);
allErrors.MergeErrors(errors);
if (!allErrors.HasErrors())
{
if (tokenizer != null)
{
int pos = 0;
int end = ResultsCollection.Count - 1;
// track used tokens so we can adjust flushing ;)
while (tokenizer.HasMoreOps())
{
var currentval = resultsEnumerator.MoveNext();
if (!currentval)
{
if (singleInnerIteration)
{
break;
}
resultsEnumerator.Reset();
resultsEnumerator.MoveNext();
}
string tmp = tokenizer.NextToken();
if (tmp.StartsWith(Environment.NewLine) && !SkipBlankRows)
{
resultsEnumerator.Reset();
while (resultsEnumerator.MoveNext())
{
var tovar = resultsEnumerator.Current.OutputVariable;
if (!String.IsNullOrEmpty(tovar))
{
var assignToVar = ExecutionEnvironment.ConvertToIndex(tovar, positions[tovar]);
env.AssignWithFrame(new AssignValue(assignToVar, ""), update);
positions[tovar] = positions[tovar] + 1;
}
}
resultsEnumerator.Reset();
resultsEnumerator.MoveNext();
}
if (blankRows.Contains(OpCnt) && blankRows.Count != 0)
{
tmp = tmp.Replace(Environment.NewLine, "");
while (pos != end + 1)
{
pos++;
}
}
var outputVar = resultsEnumerator.Current.OutputVariable;
if (!String.IsNullOrEmpty(outputVar))
{
var assignVar = ExecutionEnvironment.ConvertToIndex(outputVar, positions[outputVar]);
if (ExecutionEnvironment.IsRecordsetIdentifier(assignVar))
{
env.AssignWithFrame(new AssignValue(assignVar, tmp), update);
}
else if (ExecutionEnvironment.IsScalar(assignVar) && positions[outputVar] == 1)
{
env.AssignWithFrame(new AssignValue(assignVar, tmp), update);
}
else
{
env.AssignWithFrame(new AssignValue(assignVar, tmp), update);
}
positions[outputVar] = positions[outputVar] + 1;
}
if (dataObject.IsDebugMode())
{
var debugItem = new DebugItem();
var outputVarTo = resultsEnumerator.Current.OutputVariable;
AddDebugItem(new DebugEvalResult(outputVarTo, "", env, update), debugItem);
if (!debugDictionary.Contains(outputVarTo))
{
debugDictionary.Add(outputVarTo);
}
}
if (pos == end)
{
}
else
{
pos++;
}
}
}
}
}
env.CommitAssign();
if (singleInnerIteration)
{
break;
}
}
if (dataObject.IsDebugMode())
{
var outputIndex = 1;
foreach (var varDebug in debugDictionary)
{
var debugItem = new DebugItem();
AddDebugItem(new DebugItemStaticDataParams("", outputIndex.ToString(CultureInfo.InvariantCulture)), debugItem);
var dataSplitUsesStarForOutput = varDebug.Replace("().", "(*).");
AddDebugItem(new DebugEvalResult(dataSplitUsesStarForOutput, "", env, update), debugItem);
_debugOutputs.Add(debugItem);
outputIndex++;
}
}
}
catch (Exception e)
{
Dev2Logger.Error("DSFDataSplit", e);
allErrors.AddError(e.Message);
}
finally
{
// Handle Errors
var hasErrors = allErrors.HasErrors();
if (hasErrors)
{
DisplayAndWriteError("DsfDataSplitActivity", allErrors);
var errorString = allErrors.MakeDisplayReady();
dataObject.Environment.AddError(errorString);
}
if (dataObject.IsDebugMode())
{
DispatchDebugState(dataObject, StateType.Before, update);
DispatchDebugState(dataObject, StateType.After, update);
}
}
}
// ReSharper restore RedundantOverridenMember
protected override void OnExecute(NativeActivityContext context)
{
_debugInputs = new List <DebugItem>();
_debugOutputs = new List <DebugItem>();
_indexCounter = 1;
IDSFDataObject dataObject = context.GetExtension <IDSFDataObject>();
IDataListCompiler compiler = DataListFactory.CreateDataListCompiler();
Guid dlId = dataObject.DataListID;
ErrorResultTO allErrors = new ErrorResultTO();
ErrorResultTO errors;
_datalistString = compiler.ConvertFrom(dataObject.DataListID, DataListFormat.CreateFormat(GlobalConstants._Studio_XML), Dev2.DataList.Contract.enTranslationDepth.Shape, out errors).ToString();
InitializeDebug(dataObject);
try
{
var sourceString = SourceString ?? "";
IBinaryDataListEntry expressionsEntry = compiler.Evaluate(dlId, enActionType.User, sourceString, false, out errors);
if (dataObject.IsDebugMode())
{
AddDebugInputItem(new DebugItemVariableParams(sourceString, "String to Split", expressionsEntry, dlId));
AddDebugInputItem(new DebugItemStaticDataParams(ReverseOrder ? "Backward" : "Forward", "Process Direction"));
AddDebugInputItem(new DebugItemStaticDataParams(SkipBlankRows ? "Yes" : "No", "Skip blank rows"));
}
CleanArguments(ResultsCollection);
ResultsCollection.ToList().ForEach(a => IsSingleValueRule.ApplyIsSingleValueRule(a.OutputVariable, allErrors));
if (ResultsCollection.Count > 0)
{
if (dataObject.IsDebugMode())
{
AddDebug(ResultsCollection, compiler, dlId);
}
CheckIndex(sourceString);
allErrors.MergeErrors(errors);
IDev2DataListEvaluateIterator itr = Dev2ValueObjectFactory.CreateEvaluateIterator(expressionsEntry);
IDev2DataListUpsertPayloadBuilder <string> toUpsert = Dev2DataListBuilderFactory.CreateStringDataListUpsertBuilder(true);
bool singleInnerIteration = ArePureScalarTargets(ResultsCollection);
bool exit = false;
while (itr.HasMoreRecords())
{
IList <IBinaryDataListItem> cols = itr.FetchNextRowData();
foreach (IBinaryDataListItem c in cols)
{
// set up live flushing iterator details
toUpsert.HasLiveFlushing = true;
toUpsert.LiveFlushingLocation = dlId;
#pragma warning disable 219
int opCnt = 0;
#pragma warning restore 219
if (!string.IsNullOrEmpty(c.TheValue))
{
string val = c.TheValue;
var blankRows = new List <int>();
if (SkipBlankRows)
{
var strings = val.Split(new[] { Environment.NewLine, "\r", "\n" }, StringSplitOptions.RemoveEmptyEntries);
var newSourceString = string.Join(Environment.NewLine, strings);
val = newSourceString;
}
else
{
var strings = val.Split(new[] { Environment.NewLine }, StringSplitOptions.None);
for (int blankRow = 0; blankRow < strings.Length; blankRow++)
{
if (String.IsNullOrEmpty(strings[blankRow]))
{
blankRows.Add(blankRow);
}
}
}
IDev2Tokenizer tokenizer = CreateSplitPattern(ref val, ResultsCollection, compiler, dlId, out errors);
allErrors.MergeErrors(errors);
if (!allErrors.HasErrors())
{
if (tokenizer != null)
{
int pos = 0;
int end = (ResultsCollection.Count - 1);
// track used tokens so we can adjust flushing ;)
HashSet <string> usedTokens = new HashSet <string>();
while (tokenizer.HasMoreOps() && !exit)
{
string tmp = tokenizer.NextToken();
if (blankRows.Contains(opCnt) && blankRows.Count != 0)
{
tmp = tmp.Replace(Environment.NewLine, "");
while (pos != end + 1)
{
UpdateOutputVariableWithValue(pos, usedTokens, toUpsert, "");
pos++;
}
pos = CompletedRow(usedTokens, toUpsert, singleInnerIteration, ref opCnt, ref exit);
}
UpdateOutputVariableWithValue(pos, usedTokens, toUpsert, tmp);
// Per pass
if (pos == end)
{
//row has been processed
pos = CompletedRow(usedTokens, toUpsert, singleInnerIteration, ref opCnt, ref exit);
}
else
{
pos++;
}
}
// flush the final frame ;)
toUpsert.FlushIterationFrame();
toUpsert = Dev2DataListBuilderFactory.CreateStringDataListUpsertBuilder(true);
}
}
}
}
}
if (dataObject.IsDebugMode() && !allErrors.HasErrors())
{
AddResultToDebug(compiler, dlId);
}
}
}
catch (Exception e)
{
Dev2Logger.Log.Error("DSFDataSplit", e);
allErrors.AddError(e.Message);
}
finally
{
// Handle Errors
var hasErrors = allErrors.HasErrors();
if (hasErrors)
{
DisplayAndWriteError("DsfDataSplitActivity", allErrors);
compiler.UpsertSystemTag(dlId, enSystemTag.Dev2Error, allErrors.MakeDataListReady(), out errors);
}
if (dataObject.IsDebugMode())
{
if (hasErrors)
{
AddResultToDebug(compiler, dlId);
}
DispatchDebugState(context, StateType.Before);
DispatchDebugState(context, StateType.After);
}
}
}