/// <summary>
/// A helper method for creating an object that represents a total count
/// of objects that the cmdlet would return without paging
/// (this can be more than the size of the page specified in the <see cref="First"/> cmdlet parameter).
/// </summary>
/// <param name="totalCount">A total count of objects that the cmdlet would return without paging.</param>
/// <param name="accuracy">
/// accuracy of the <paramref name="totalCount"/> parameter.
/// <c>1.0</c> means 100% accurate;
/// <c>0.0</c> means that total count is unknown;
/// anything in-between means that total count is estimated
/// </param>
/// <returns>An object that represents a total count of objects that the cmdlet would return without paging.</returns>
public PSObject NewTotalCount(UInt64 totalCount, double accuracy)
{
PSObject result = new PSObject(totalCount);
string toStringMethodBody = string.Format(
CultureInfo.CurrentCulture,
@"
$totalCount = $this.PSObject.BaseObject
switch ($this.Accuracy) {{
{{ $_ -ge 1.0 }} {{ '{0}' -f $totalCount }}
{{ $_ -le 0.0 }} {{ '{1}' -f $totalCount }}
default {{ '{2}' -f $totalCount }}
}}
",
CodeGeneration.EscapeSingleQuotedStringContent(CommandBaseStrings.PagingSupportAccurateTotalCountTemplate),
CodeGeneration.EscapeSingleQuotedStringContent(CommandBaseStrings.PagingSupportUnknownTotalCountTemplate),
CodeGeneration.EscapeSingleQuotedStringContent(CommandBaseStrings.PagingSupportEstimatedTotalCountTemplate));
PSScriptMethod toStringMethod = new PSScriptMethod("ToString", ScriptBlock.Create(toStringMethodBody));
result.Members.Add(toStringMethod);
accuracy = Math.Max(0.0, Math.Min(1.0, accuracy));
PSNoteProperty statusProperty = new PSNoteProperty("Accuracy", accuracy);
result.Members.Add(statusProperty);
return(result);
}
public async Task <IActionResult> CreateShortcodes([FromBody] CodeGenerationViewModel codeParameters)
{
if (ModelState.IsValid)
{
Survey survey = await this._unitOfWork.Surveys.GetAsync(codeParameters.SurveyId);
//Survey survey = codeParameters.NumberOfCodes > 1? await this._unitOfWork.Surveys.GetSurveyWithAllCodesAsync(codeParameters.SurveyId) : await this._unitOfWork.Surveys.GetAsync(codeParameters.SurveyId);
CodeGeneration codeGenerationParameters = Mapper.Map <CodeGeneration> (codeParameters);
if (survey.Owner == this.User.Identity.Name || await HasExecuteSurveyPermissions(codeParameters.SurveyId))
{
if (codeGenerationParameters.NumberOfCodes > 1)
{
this._codeGeneration.GenerateShortCodesBatch(codeGenerationParameters, survey);
}
else
{
await this._codeGeneration.GenerateShortCode(codeGenerationParameters, survey);
}
await this._unitOfWork.SaveChangesAsync();
return(new OkResult());
}
return(BadRequest("User does not have permissions to execute this survey."));
}
return(BadRequest(ModelState));
}
protected Configuration CreateConfigurationBlock(Config ConfigBlock, string AssemblyName, string OuputType)
{
Configuration ConfObj = new Configuration();
CodeGeneration CodeGenObj = new CodeGeneration();
Execution ExecutionObj = new Execution();
Output OutputObj = new Output();
ConfObj.runwithwarnings = "False";
ConfObj.name = ConfigBlock.Name;
// CodeGenObj member population
CodeGenObj.runtime = "MsNet";
CodeGenObj.compiler = "Csc";
CodeGenObj.warninglevel = ConfigBlock.WarningLevel;
CodeGenObj.nowarn = "";
CodeGenObj.includedebuginformation = (ConfigBlock.DebugSymbols == true) ?
CodeGenerationIncludedebuginformation.True :
CodeGenerationIncludedebuginformation.False;
CodeGenObj.optimize = (ConfigBlock.Optimize == true) ? "True" : "False";
if (ConfigBlock.AllowUnsafeBlocks == true)
{
CodeGenObj.unsafecodeallowed = CodeGenerationUnsafecodeallowed.True;
}
else
{
CodeGenObj.unsafecodeallowed = CodeGenerationUnsafecodeallowed.False;
}
if (ConfigBlock.CheckForOverflowUnderflow == true)
{
CodeGenObj.generateoverflowchecks = "True";
}
else
{
CodeGenObj.generateoverflowchecks = "False";
}
CodeGenObj.mainclass = "";
CodeGenObj.target = OuputType;
CodeGenObj.generatexmldocumentation = "False";
CodeGenObj.win32Icon = "";
// ExecutionObj member population
ExecutionObj.commandlineparameters = "";
ExecutionObj.consolepause = "True";
// OutputObj member population
OutputObj.directory = ConfigBlock.OutputPath;
OutputObj.assembly = AssemblyName;
OutputObj.executeScript = "";
OutputObj.executeBeforeBuild = "";
OutputObj.executeAfterBuild = "";
ConfObj.CodeGeneration = CodeGenObj;
ConfObj.Execution = ExecutionObj;
ConfObj.Output = OutputObj;
return(ConfObj);
}
/// <summary>
/// Helper function to generate a list of unique codes for a survey (both short and group)
/// </summary>
/// <param name="parameters"></param>
/// <param name="survey"></param>
/// <returns></returns>
private List <string> GenerateUniqueCodes(CodeGeneration parameters, Survey survey)
{
//Choose method of generation based on parameter
Func <CodeGeneration, string> codeGenFunction;
if (parameters.UsePattern)
{
codeGenFunction = delegate(CodeGeneration cParams) { return(CodePatternFunction(cParams.Pattern)); };
}
else
{
codeGenFunction = delegate(CodeGeneration cParams) { return(CodePatternFunction(cParams.Pattern)); };
}
List <string> newCodes = new List <string>();
bool allUnique = false;
int remainingCodes;
/// in a loop, generate codes without checking for uniqueness
/// compare against short code and group codes repo en mass
/// keep unique codes and continue until number required is generated
do
{
remainingCodes = parameters.NumberOfCodes - newCodes.Count;
List <string> partialCodes = new List <string>();
for (int i = 0; i < remainingCodes; i++)
{
string codeString = codeGenFunction(parameters);
partialCodes.Add(codeString);
}
newCodes = newCodes.Union(this._unitOfWork.GroupCodes.GetUniqueCodes(survey.Id, this._unitOfWork.Shortcodes.GetUniqueCodes(survey.Id, partialCodes))).ToList();
allUnique = newCodes.Count == parameters.NumberOfCodes;
} while (!allUnique);
return(newCodes);
}
public void GenerateSourceCode()
{
var nameSpace = ResolveNameSpace();
UnsubscribeTablePresenters();
Task.Factory.StartNew(() =>
{
var selectedTables = GetSelectedTables().ToArray();
var csharp = CodeGeneration.generateCsharp(selectedTables, nameSpace);
dispatcher.InvokeAsync(() =>
{
SourceCode = csharp;
});
SubscribeTablePresenters();
if (Tables.Any())
{
Document.Tables = Tables
.Select(t => new TableDocument(t.Table.Name, t.Fields.Where(f => f.Selected).Select(f => f.Field.Name).ToArray()))
.ToArray();
Document.SelectedTables = selectedTables.Select(t => t.Name).ToArray();
documentStorage.Save(Document, Filename);
}
SaveGeneratedCode();
});
}
protected override void ProcessRecord()
{
if (!MyInvocation.BoundParameters.ContainsKey(nameof(ListItemText)))
{
ListItemText = CompletionText;
}
if (!MyInvocation.BoundParameters.ContainsKey(nameof(ToolTip)))
{
ToolTip = CompletionText;
}
string completionText;
if (DoNotEscape)
{
completionText = CompletionText;
}
else
{
var temp = CodeGeneration.EscapeSingleQuotedStringContent(CompletionText);
if (temp.Contains(" ") || temp.Contains("'"))
{
completionText = "'" + temp + "'";
}
else
{
completionText = temp;
}
}
WriteObject(new CompletionResult(completionText, ListItemText, ResultType, ToolTip));
}
public void CodeGeneration_PerformanceTest() {
var sw = new Stopwatch();
sw.Start();
var func = CodeGeneration.GetVectorMultiplyFunction<int>();
sw.Stop();
Console.WriteLine("Generating & Compiling method time : {0} ms ({1} ticks)", sw.ElapsedMilliseconds, sw.ElapsedTicks);
const int TrialCount = 10000;
var first = Enumerable.Range(0, 100).ToArray();
var second = Enumerable.Range(0, 100).ToArray();
// Cold start for JIT-compiling
func(first, second);
CodeGeneration.MultuplyVectors(first, second);
sw.Reset();
sw.Start();
for (int i = 0; i < TrialCount; i++)
func(first, second);
sw.Stop();
Console.WriteLine("Generated code : {0} ms ({1} ticks)", sw.ElapsedMilliseconds, sw.ElapsedTicks);
sw.Reset();
sw.Start();
for (int i = 0; i < TrialCount; i++)
CodeGeneration.MultuplyVectors(first, second);
sw.Stop();
Console.WriteLine("Static code : {0} ms ({1} ticks)", sw.ElapsedMilliseconds, sw.ElapsedTicks);
}
public void WhenAddUsedTypesInvokedAfterEndInit_ThenThrowsInvalidOperationOperation()
{
var codegen = new CodeGeneration();
codegen.EndInit();
Assert.Throws <InvalidOperationException>(() => codegen.AddUsedTypes(typeof(Foo)));
}
public void WhenInvokingBeginInitAfterEndInit_ThenThrowsInvalidOperationOperation()
{
var codegen = new CodeGeneration();
codegen.EndInit();
Assert.Throws <InvalidOperationException>(() => codegen.BeginInit());
}
/// <summary>Ctor - sets up defaults.</summary>
public ExecutionConfig()
{
ThreadingProfile = ThreadingProfile.NORMAL;
FilterServiceProfile = FilterServiceProfile.READMOSTLY;
FilterServiceMaxFilterWidth = 16;
DeclaredExprValueCacheSize = 1;
IsPrioritized = false;
CodeGeneration = new CodeGeneration();
}
public override CodeGeneration.CodeBuilder.ICodeBlock GenerateActivity(CodeGeneration.CodeBuilder.ICodeBlock codeBlock, SaveClasses.IElement element)
{
// We used to call TimedEmit here
// but we only want to call it if the
// NOS is non-null. That means we are going
// to call the TimedEmit generating code from
// within the NamedObjectSaveCodeGenerator's GenerateActivity
return codeBlock;
}
public void GetVectorMultiplyFunction_Returns_Function_For_Long() {
var first = new long[] { 1L, 2L, 3L };
var second = new long[] { 2L, 2L, 2L };
var expected = 1L * 2L + 2L * 2L + 3L * 2L;
var func = CodeGeneration.GetVectorMultiplyFunction<long>();
var actual = func(first, second);
Assert.AreEqual(expected, actual);
}
public void GetVectorMultiplyFunction_Returns_Function_For_Double() {
var first = new double[] { 1D, 2D, 3D };
var second = new double[] { 2D, 2D, 2D };
var expected = 1D * 2D + 2D * 2D + 3D * 2D;
var func = CodeGeneration.GetVectorMultiplyFunction<double>();
var actual = func(first, second);
Assert.AreEqual(expected, actual);
}
public static string getDALFunction_SelectAll(ProjectClass pClass, string readConnection, cg.Language lang)
{
StringBuilder strB = new StringBuilder();
strB.Append(CodeGeneration.getMetaDataText("Gets a list of all " + pClass.NameSpaceVariable.NameBasedOnID + "." + pClass.Name.Capitalized()
+ " objects from the database.", false, (int)tab.XX, lang,
cg.GetByLanguage(lang, "List(Of ", "List<")
+ pClass.NameSpaceVariable.NameBasedOnID + "." + pClass.Name.Capitalized()
+ cg.GetByLanguage(lang, ")", ">")));
string sprocName = "sproc" + pClass.Name.PluralAndCapitalized + "GetAll";
if (lang == CodeGeneration.Language.VisualBasic)
{
strB.AppendLine(Strings.Space((int)tab.XX) + "Public Shared Function Get" + pClass.Name.PluralAndCapitalized
+ "() As List(Of " + pClass.Name.Capitalized() + ")");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Dim comm As New SqlCommand(\"" + sprocName + "\")");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Dim retList As New List(Of " + pClass.Name.Capitalized() + ")");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Try");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.CommandType = Microsoft.Data.CommandType.StoredProcedure");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "Dim dr As SqlDataReader = GetDataReader(comm)");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "While dr.Read()");
strB.AppendLine(Strings.Space((int)tab.XXXXX) + "retList.Add(New " + pClass.Name.Capitalized() + "(dr))");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "End While");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close()");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Catch ex As Exception");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close()");
strB.AppendLine(Strings.Space((int)tab.XXX) + "End Try");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Return retList");
strB.AppendLine(Strings.Space((int)tab.XX) + "End Function");
}
else
{
strB.AppendLine(Strings.Space((int)tab.XX) + "public static List<" + pClass.Name.Capitalized() + "> Get" + pClass.Name.PluralAndCapitalized + "()");
strB.AppendLine(Strings.Space((int)tab.XX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXX) + "SqlCommand comm = new SqlCommand(\"" + sprocName + "\");");
strB.AppendLine(Strings.Space((int)tab.XXX) + "List<" + pClass.Name.Capitalized() + "> retList = new List<" + pClass.Name.Capitalized() + ">();");
strB.AppendLine(Strings.Space((int)tab.XXX) + "try");
strB.AppendLine(Strings.Space((int)tab.XXX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.CommandType = Microsoft.Data.CommandType.StoredProcedure;");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "SqlDataReader dr = GetDataReader(comm);");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "while (dr.Read())");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXXXX) + "retList.Add(new " + pClass.Name.Capitalized() + "(dr));");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "}");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close();");
strB.AppendLine(Strings.Space((int)tab.XXX) + "}");
strB.AppendLine(Strings.Space((int)tab.XXX) + "catch (Exception ex)");
strB.AppendLine(Strings.Space((int)tab.XXX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close();");
strB.AppendLine(Strings.Space((int)tab.XXX) + "}");
strB.AppendLine(Strings.Space((int)tab.XXX) + "return retList;");
strB.AppendLine(Strings.Space((int)tab.XX) + "}");
}
strB.AppendLine();
return(strB.ToString());
}
public static string getDALFunction_SelectSingle(ProjectClass pClass, string readConnection, cg.Language lang)
{
StringBuilder strB = new StringBuilder();
strB.AppendLine(CodeGeneration.getMetaDataText("Gets the " + pClass.NameSpaceVariable.NameBasedOnID + "." + pClass.Name.Text()
+ "corresponding with the given ID", false, (int)tab.XX, lang, pClass.Name.Capitalized()));
string sprocName = "sproc" + pClass.Name.Capitalized() + "Get";
if (lang == CodeGeneration.Language.VisualBasic)
{
strB.AppendLine(Strings.Space((int)tab.XX) + "Public Shared Function Get" + pClass.Name.Capitalized() + "(ByVal id As Integer) As " + pClass.Name.Capitalized());
strB.AppendLine(Strings.Space((int)tab.XXX) + "Dim comm As New SqlCommand(\"" + sprocName + "\")");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Dim retObj As " + pClass.Name.Capitalized() + " = Nothing ");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Try");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "With comm");
strB.AppendLine(Strings.Space((int)tab.XXXXX) + getParaString(lang, pClass, "ID", "id"));
strB.AppendLine(Strings.Space((int)tab.XXXX) + "End With");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "Dim dr As SqlDataReader = GetDataReader(comm)");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "While dr.Read()");
strB.AppendLine(Strings.Space((int)tab.XXXXX) + "retObj = New " + pClass.Name.Capitalized() + "(dr)");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "End While");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close()");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Catch ex As Exception");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close()");
strB.AppendLine(Strings.Space((int)tab.XXX) + "End Try");
strB.AppendLine(Strings.Space((int)tab.XXX) + "Return retObj");
strB.AppendLine(Strings.Space((int)tab.XX) + "End Function");
}
else
{
strB.AppendLine(Strings.Space((int)tab.XX) + "public static " + pClass.Name.Capitalized() + " Get" + pClass.Name.Capitalized() + "(int id)");
strB.AppendLine(Strings.Space((int)tab.XX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXX) + "SqlCommand comm = new SqlCommand(\"" + sprocName + "\");");
strB.AppendLine(Strings.Space((int)tab.XXX) + pClass.Name.Capitalized() + " retObj = null;");
strB.AppendLine(Strings.Space((int)tab.XXX) + "try");
strB.AppendLine(Strings.Space((int)tab.XXX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXXX) + getParaString(lang, pClass, "ID", "id"));
strB.AppendLine(Strings.Space((int)tab.XXXX) + "SqlDataReader dr = GetDataReader(comm);");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "while (dr.Read())");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXXXX) + "retObj = new " + pClass.Name.Capitalized() + "(dr);");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "}");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close();");
strB.AppendLine(Strings.Space((int)tab.XXX) + "}");
strB.AppendLine(Strings.Space((int)tab.XXX) + "catch (Exception ex)");
strB.AppendLine(Strings.Space((int)tab.XXX) + "{");
strB.AppendLine(Strings.Space((int)tab.XXXX) + "comm.Connection.Close();");
strB.AppendLine(Strings.Space((int)tab.XXX) + "}");
strB.AppendLine(Strings.Space((int)tab.XXX) + "return retObj;");
strB.AppendLine(Strings.Space((int)tab.XX) + "}");
}
strB.AppendLine();
return(strB.ToString());
}
public void WhenAddingAssembly_ThenSafeUsingsDoNotContainGenerics()
{
var codegen = new CodeGeneration();
codegen.AddType(typeof(IEnumerable <string>));
codegen.AddType(typeof(IEnumerable));
codegen.EndInit();
Assert.False(codegen.SafeImports.Any(s => s.IndexOf('[') != -1));
}
public void GetVectorMultiplyFunction_Returns_Function_For_Int() {
var first = new int[] { 1, 2, 3 };
var second = new int[] { 2, 2, 2 };
var expected = 1*2 + 2*2 + 3*2;
var func = CodeGeneration.GetVectorMultiplyFunction<int>();
var actual = func(first, second);
Assert.AreEqual(expected, actual);
}
public void GenerateVBBusinessLogicClass()
{
string strTemplate = string.Empty;
string strDataAccessClass = string.Empty;
CodeGeneration objTemplate = new CodeGeneration();
strTemplate = objTemplate.ReadTemplate(PublicEnums.TemplateName.VBBusinessLogicClass);
strDataAccessClass = GenerateVBBusinessLogicClass(strTemplate, strTableName, dtColumns);
objTemplate.SaveClass(strDataAccessClass, strOutput + @"\CodeClasses\VBClasses\BusinessLogicClasses\" + strTableName + ".vb");
}
public void WhenSimplifyingAssemblyQualifiedName_ThenAddsUsingAndSimplifiesTypeName()
{
var codegen = new CodeGeneration();
codegen.AddType("Foo.Bar, Foo");
codegen.EndInit();
Assert.Equal("Bar", codegen.GetTypeName("Foo.Bar, Foo"));
Assert.True(codegen.SafeImports.Contains("Foo"));
}
public void WhenSimplifyingGenericType_ThenAddsUsingsAndSimplifiesGenericParameterType()
{
var codegen = new CodeGeneration();
codegen.AddType(typeof(IEnumerable <NonNestedType>));
codegen.EndInit();
Assert.Equal("IEnumerable<NonNestedType>", codegen.GetTypeName(typeof(IEnumerable <NonNestedType>)));
Assert.True(codegen.SafeImports.Contains(typeof(IEnumerable <>).Namespace));
Assert.True(codegen.SafeImports.Contains(typeof(NonNestedType).Namespace));
}
private Compiler(Context context)
{
context.put(CONTEX_KEY, this);
options = CommandLineOptions.instance(context);
parser = ParserRunner.instance(context);
declarationAnalysis = DeclarationAnalysis.instance(context);
codeTypeAnalysis = CodeTypeAnalysis.instance(context);
flowAnalysis = FlowAnalysis.instance(context);
codeGeneration = CodeGeneration.instance(context);
log = Log.instance(context);
}
public string getVariableName()
{
if (!CodeGeneration.isRegularDataType(ParameterType.Name()))
{
return(Name + "ID");
}
else
{
return(Name);
}
}
public void WhenSimplifyingTypeMap_ThenNoNamespaceTypesAreValid()
{
var codegen = new CodeGeneration();
codegen.TypeNameMap["Foo"] = "Foo";
codegen.TypeNameMap["Bar"] = "Foo";
codegen.EndInit();
Assert.Equal("Foo", codegen.TypeNameMap["Foo"], "Foo does not have a namespace but it still is valid.");
Assert.Equal("Bar", codegen.TypeNameMap["Bar"], "Bar does not have a namespace but it still is valid.");
}
public void WhenSimplifyingGenericTypeWithCollidingParameter_ThenKeepsParameterFullName()
{
var codegen = new CodeGeneration();
codegen.AddType(typeof(IEnumerable <StringConverter>));
codegen.AddType(typeof(System.ComponentModel.StringConverter));
codegen.EndInit();
Assert.Equal("IEnumerable<NuPattern.Runtime.UnitTests.CodeGen.StringConverter>", codegen.GetTypeName(typeof(IEnumerable <StringConverter>)));
Assert.True(codegen.SafeImports.Contains(typeof(IEnumerable <>).Namespace));
Assert.False(codegen.SafeImports.Contains(typeof(StringConverter).Namespace));
}
protected override void ProcessRecord()
{
var jobNames = Name?
.Select(i => WildcardPattern.Get(i, WildcardOptions.IgnoreCase))
?? new[] { WildcardPattern.Get("*", WildcardOptions.IgnoreCase) };
var printerNames = PrinterName?
.Select(i => CodeGeneration.EscapeSingleQuotedStringContent(WildcardPattern.Get(i, WildcardOptions.IgnoreCase).ToWql()))
?? new string[] { "%" };
if (ParameterSetName == DefaultSet)
{
foreach (var sn in Session !)
{
foreach (var printerName in printerNames)
{
try
{
var printers = sn.QueryInstances("root/standardcimv2", "WQL", $"select * from msft_printer where Name like '{printerName}'", _options);
foreach (var printer in printers)
{
var parameters = new CimMethodParametersCollection()
{
CimMethodParameter.Create("PrinterObject", printer, CimType.Instance, CimFlags.In)
};
var methodResult = sn.InvokeMethod("root/standardcimv2", "msft_printjob", "GetByObject", parameters, _options);
var jobs = (IEnumerable <CimInstance>)methodResult.OutParameters["cmdletOutput"].Value;
WriteObject(methodResult.OutParameters);
Console.WriteLine("checking jobs");
jobs.GetEnumerator();
Console.WriteLine("Got enumerator");
foreach (var job in jobs)
{
Console.WriteLine("creating job");
var psjob = new PSPrintJob(job);
Console.WriteLine("job created");
if (jobNames.Any(i => i.IsMatch(psjob.Name)))
{
WriteObject(psjob);
}
}
}
}
catch (Exception e)
{
WriteError(new ErrorRecord(e, "not good", ErrorCategory.NotSpecified, null));
}
}
}
}
else if (ParameterSetName == PrinterSet)
{
}
}
private DebuggerCommandResults HandlePromptCommand(PSDataCollection <PSObject> output)
{
// Nested debugged runspace prompt should look like:
// [DBG]: [JobName]: PS C:\>>
string promptScript = "'[DBG]: '" + " + " + "'[" + CodeGeneration.EscapeSingleQuotedStringContent(_jobName) + "]: '" + " + " + @"""PS $($executionContext.SessionState.Path.CurrentLocation)>> """;
PSCommand promptCommand = new PSCommand();
promptCommand.AddScript(promptScript);
_wrappedDebugger.ProcessCommand(promptCommand, output);
return(new DebuggerCommandResults(null, true));
}
public void WhenSimplifyingAllCoreLib_ThenAddsUsingForGenericsAndNonGenericEnumerable()
{
var codegen = new CodeGeneration();
codegen.AddTypes(typeof(string).Assembly);
codegen.AddType(typeof(IComparable <string>));
codegen.EndInit();
Assert.Equal("IComparable<String>", codegen.GetTypeName(typeof(IComparable <string>)));
Assert.Equal("IComparable", codegen.GetTypeName(typeof(IComparable)));
Assert.True(codegen.SafeImports.Contains(typeof(IComparable <>).Namespace));
}
public void WhenSimplifyingTypeMap_ThenUniqueTypeNamesAreSimplified()
{
var codegen = new CodeGeneration();
codegen.TypeNameMap["Foo.A"] = "Foo.A";
codegen.TypeNameMap["Bar.B"] = "Foo.B";
codegen.EndInit();
Assert.Equal("A", codegen.TypeNameMap["Foo.A"], "A is unique in the dictionary, so it can be used as a simplified type name.");
Assert.Equal("B", codegen.TypeNameMap["Bar.B"], "B is unique in the dictionary, so it can be used as a simplified type name.");
}
public void WhenSimplifyingGenericTypeWithNestedTypeParameter_ThenRemovesPlusFromNestedTypeName()
{
var codegen = new CodeGeneration();
codegen.AddType(typeof(IEnumerable <NestedType>));
codegen.EndInit();
Assert.Equal("IEnumerable<CodeGenerationSpec.NestedType>", codegen.GetTypeName(typeof(IEnumerable <NestedType>)));
Assert.True(codegen.SafeImports.Contains(typeof(IEnumerable <>).Namespace));
Assert.True(codegen.SafeImports.Contains(typeof(NestedType).Namespace));
Assert.False(codegen.SafeImports.Contains(typeof(CodeGenerationSpec).FullName), "The nested type parent should not be mistaken for a namespace.");
}
private string GenerateVariableDeclarationList(DataTable dtColumns)
{
string strVariablesList = string.Empty;
CodeGeneration objCodeGen = new CodeGeneration();
foreach (DataRow dr in dtColumns.Rows)
{
strVariablesList += "Dim " + objCodeGen.GetVariableName(dr["DATA_TYPE"].ToString(), dr["COLUMN_NAME"].ToString()) + " As " + GetVBDataType(dr["DATA_TYPE"].ToString()) + "\n";
}
return(strVariablesList);
}
} //end function
private string GenerateSPParametersList(DataTable dtColumns)
{
string strParametersList = string.Empty;
CodeGeneration objCodeGen = new CodeGeneration();
foreach (DataRow dr in dtColumns.Rows)
{
strParametersList += @"objCommand.Parameters.AddWithValue(""@" + dr["COLUMN_NAME"].ToString() + @""", " + objCodeGen.GetVariableName(dr["DATA_TYPE"].ToString(), dr["COLUMN_NAME"].ToString()) + ")\n";
}
return(strParametersList);
}