private static Types GetTypesResult(TypeMetrics metrics)
{
Types type = new Types();
type.AddRange(MetricsReportBuilder.GetTypeResults(metrics));
return(type);
}
public void LoadAllTypes(string webApiModuleFilePath)
{
var webApiApplicationModule = ModuleDefinition
.ReadModule(webApiModuleFilePath);
var corlib = ModuleDefinition.ReadModule(typeof(object).Module.FullyQualifiedName);
Types.AddRange(corlib.GetTypes());
Types.AddRange(webApiApplicationModule.GetTypes());
var moduleDirectoryName = Path.GetDirectoryName(webApiModuleFilePath);
foreach (var reference in webApiApplicationModule.AssemblyReferences)
{
var fileName = $"{reference.Name}.dll";
var path = Path.Combine(moduleDirectoryName, fileName);
if (!File.Exists(path))
{
continue;
}
var moduleDefinition = ModuleDefinition.ReadModule(path);
Types.AddRange(moduleDefinition.GetTypes());
}
}
void Parse()
{
TemplateProviders.AddRange(Type
.GetCustomAttributes(typeof(IRouteTemplateProvider), true)
.Cast <IRouteTemplateProvider>().ToList());
var actionMethods = Type
.GetMethods(BindingFlags.Public | BindingFlags.Instance)
.Where(a => a.DeclaringType == Type);
foreach (var actionMethod in actionMethods)
{
var returnType = ApiAction.GetCleanReturnType(actionMethod.ReturnType);
if (returnType == null ||
actionMethod.GetCustomAttribute(typeof(NonActionAttribute)) != null)
{
continue;
}
var action = new ApiAction(actionMethod, TemplateProviders);
Actions.Add(action);
Types.AddRange(action.Types.Where(t => !Types.Contains(t)));
}
}
private async void CollectTypes()
{
if (!string.IsNullOrWhiteSpace(myAssemblyToAnalyseLocation) && File.Exists(myAssemblyToAnalyseLocation))
{
var types = await myInheritanceClient.GetAllTypesAsync(myAssemblyToAnalyseLocation, new CancellationTokenSource().Token);
Types.AddRange(types);
}
}
/// <summary>
/// Создать <see cref="SecurityTypesComboBox"/>.
/// </summary>
public SecurityTypesComboBox()
{
Types.AddRange(Enum.GetValues(typeof(SecurityTypes)).Cast <SecurityTypes>());
ItemsSource = Types;
SelectedTypes = new UniqueObservableCollection <SecurityTypes>
{
SecurityTypes.Stock
};
}
public void Initialize()
{
var version = Environment.OSVersion.Version;
IsWindows8OrGreater = (version.Major == 6 && version.Minor >= 2) || version.Major > 6;
Types.Add(LocationDefault);
Types.AddRange(typeof(Notification.Types).GetProperties().Select(property => property.Name).ToList());
Settings = new AudibleNotifierSettings(Types);
this.viewModel = new AudibleNotificationsSettingsViewModel();
}
public void Explore(IMetadataAssembly assembly)
{
using (ReadLockCookie.Create())
{
var types = assembly.GetTypes()
.Flatten(x => x.GetNestedTypes())
.Where(x => x.FullyQualifiedName != "<Module>");
Types.AddRange(types.Select(x => x.AsTypeInfo()));
foreach (var type in Types)
{
Fields.AddRange(type.GetFields());
}
}
}
public void Scan()
{
Types.Clear();
Assemblies.Clear();
var assemblyFilePaths = Directory.GetFiles(_appSettings.PathToWorkingDirectory, "*.dll", SearchOption.AllDirectories)
.Where(x => !Blacklisted(x));
foreach (var assemblyFilePath in assemblyFilePaths)
{
try { Assemblies.Add(Assembly.LoadFrom(assemblyFilePath)); }
catch (FileLoadException) { }
catch (BadImageFormatException) { }
}
foreach (var assembly in Assemblies)
{
Types.AddRange(assembly.GetTypes().Where(type => !type.IsCompilerGenerated()));
}
}
/// <summary>
/// Searchs an Assembly for a specific Services
/// </summary>
/// <typeparam name="AbstractType">The type that will be registered.</typeparam>
public void ScanTypes <AbstractType>(Assembly assembly)
{
var types = assembly.FindInterfaces <AbstractType>();
Types.AddRange(types);
}
public ConfirmRecordResult(int id, IEnumerable <ConfirmRecordType> types)
{
Id = id;
Types.AddRange(types ?? new ConfirmRecordType[0]);
}
public virtual void TopologicalSort()
{
using (new Measure(Logger, "Topological Sorting", logLevel: LogLevel.Trace))
{
var graph = new DependencyGraph();
Logger.ZLogTrace("\tTopological sorting first iteration...");
var hitCounters = new long[7];
foreach (var t in Types)
{
hitCounters[0]++;
var parents = GetParents(t.Type);
var reflectionName = GetReflectionName(t.Type);
var tProcess = graph.Processes.FirstOrDefault(p => p.Name == reflectionName);
if (tProcess == null)
{
hitCounters[1]++;
tProcess = new OrderedProcess(graph, reflectionName);
}
for (int i = parents.Count - 1; i > -1; i--)
{
hitCounters[2]++;
var x = parents[i];
reflectionName = GetReflectionName(x.Type);
if (tProcess.Predecessors.All(p => p.Name != reflectionName))
{
hitCounters[3]++;
var dProcess = graph.Processes.FirstOrDefault(p => p.Name == reflectionName);
if (dProcess == null)
{
hitCounters[4]++;
dProcess = new OrderedProcess(graph, reflectionName);
}
if (tProcess != dProcess && dProcess.Predecessors.All(p => p.Name != tProcess.Name))
{
hitCounters[4]++;
tProcess.After(dProcess);
}
}
}
}
for (int i = 0; i < hitCounters.Length; i++)
{
Logger.ZLogTrace("\t\tHitCounter{0} = {1}", i, hitCounters[i]);
}
Logger.ZLogTrace("\tTopological sorting first iteration done");
if (graph.ProcessCount > 0)
{
ITypeInfo tInfo = null;
OrderedProcess handlingProcess = null;
try
{
Logger.ZLogTrace("\tTopological sorting third iteration...");
System.Array.Clear(hitCounters, 0, hitCounters.Length);
Logger.ZLogTrace("\t\tCalculate sorting...");
TopologicalSort sorted = graph.CalculateSort();
Logger.ZLogTrace("\t\tCalculate sorting done");
Logger.ZLogTrace("\t\tGetting Reflection names for {0} types...", Types.Count);
var list = new List <ITypeInfo>(Types.Count);
// The fix required for Mono 5.0.0.94
// It does not "understand" TopologicalSort's Enumerator in foreach
// foreach (var processes in sorted)
// The code is modified to get it "directly" and "typed"
var sortedISetEnumerable = sorted as IEnumerable <ISet <OrderedProcess> >;
Logger.ZLogTrace("\t\tGot Enumerable<ISet<OrderedProcess>>");
var sortedISetEnumerator = sortedISetEnumerable.GetEnumerator();
Logger.ZLogTrace("\t\tGot Enumerator<ISet<OrderedProcess>>");
while (sortedISetEnumerator.MoveNext())
{
var processes = sortedISetEnumerator.Current;
hitCounters[0]++;
foreach (var process in processes)
{
handlingProcess = process;
hitCounters[1]++;
tInfo = Types.First(ti => GetReflectionName(ti.Type) == process.Name);
var reflectionName = GetReflectionName(tInfo.Type);
if (list.All(t => GetReflectionName(t.Type) != reflectionName))
{
hitCounters[2]++;
list.Add(tInfo);
}
}
}
Logger.ZLogTrace("\t\tGetting Reflection names done");
Types.Clear();
Types.AddRange(list);
for (int i = 0; i < hitCounters.Length; i++)
{
Logger.ZLogTrace("\t\tHitCounter{0} = {1}", i, hitCounters[i]);
}
Logger.ZLogTrace("\tTopological sorting third iteration done");
}
catch (System.Exception ex)
{
Logger.LogWarning($"Topological sort failed {(tInfo != null || handlingProcess != null ? "at type " + (tInfo != null ? tInfo.Type.ReflectionName : handlingProcess.Name) : string.Empty)} with error {ex}");
}
}
cacheParents = null;
activeTypes = null;
}
}
public void Add(UnitorModel model)
{
Types.AddRange(model.Types);
Namespaces.Clear();
Namespaces.AddRange(Types.Select(t => t.Namespace).Distinct());
}
public void AddNamespace(Assembly assembly, String nameSpace)
{
var types = assembly.GetTypes();
Types.AddRange(types.Where(each => each.IsClass && !each.IsNestedPrivate && each.Namespace != null && each.Namespace.StartsWith(nameSpace)).ToList());
}
public virtual UIElement WithTypes(params string[] types)
{
Types.AddRange(types);
return(this);
}
/// <summary>
/// Инициализация определений функций языка (для определения связки количества и типов параметров)
/// </summary>
protected override void InitializeDefs()
{
lock (_objNull)
{
fieldUpFunctionType = fieldBoolType;
Types.AddRange(
fieldBoolType,
fieldNumericType,
fieldStringType,
fieldDateTimeType,
fieldGuidType);
Functions.AddRange(
//ISNULL
new FunctionDef(1, fieldBoolType, "ISNULL", "НЕ ЗАПОЛНЕНО", "({0} не заполнено)", new FunctionParameterDef(fieldBoolType)),
new FunctionDef(2, fieldBoolType, "ISNULL", "НЕ ЗАПОЛНЕНО", "({0} не заполнено)", new FunctionParameterDef(fieldNumericType)),
new FunctionDef(3, fieldBoolType, "ISNULL", "НЕ ЗАПОЛНЕНО", "({0} не заполнено)", new FunctionParameterDef(fieldStringType)),
new FunctionDef(4, fieldBoolType, "ISNULL", "НЕ ЗАПОЛНЕНО", "({0} не заполнено)", new FunctionParameterDef(fieldDateTimeType)),
new FunctionDef(5, fieldBoolType, "ISNULL", "НЕ ЗАПОЛНЕНО", "({0} не заполнено)", new FunctionParameterDef(fieldGuidType)),
//SQLQUERY
new FunctionDef(6, fieldQueryType, "SQL", "SQL", "SQL ('{0}')", true, new FunctionParameterDef(fieldStringType)),
new FunctionDef(7, fieldBoolType, "SQL", "SQL", "SQL ('{0}')", true, new FunctionParameterDef(fieldStringType)),
new FunctionDef(8, fieldNumericType, "SQL", "SQL", "SQL ('{0}')", true, new FunctionParameterDef(fieldStringType)),
new FunctionDef(9, fieldStringType, "SQL", "SQL", "SQL ('{0}')", true, new FunctionParameterDef(fieldStringType)),
new FunctionDef(10, fieldDateTimeType, "SQL", "SQL", "SQL ('{0}')", true, new FunctionParameterDef(fieldStringType)),
//NOT
new FunctionDef(11, fieldBoolType, "NOT", "НЕ", "НЕ {0}", new FunctionParameterDef(fieldBoolType)),
//OR
new FunctionDef(12, fieldBoolType, "OR", "ИЛИ", "({* ИЛИ})", new FunctionParameterDef(fieldBoolType), new FunctionParameterDef(fieldBoolType, true)),
//AND
new FunctionDef(13, fieldBoolType, "AND", "И", "{* И}", new FunctionParameterDef(fieldBoolType), new FunctionParameterDef(fieldBoolType, true)),
//+
new FunctionDef(14, fieldNumericType, "+", "+", "({* +})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType, true)),
//*
new FunctionDef(15, fieldNumericType, "*", "*", "{* *}", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType, true)),
//-
new FunctionDef(16, fieldNumericType, "-", "-", "({0} - {1})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
// /
new FunctionDef(17, fieldNumericType, "/", "/", "({0} / {1})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
//LIKE
new FunctionDef(18, fieldBoolType, "LIKE", "ПО МАСКЕ", "({0} УДОВЛ.МАСКЕ {1})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
//<
new FunctionDef(19, fieldBoolType, "<", "<", "({0} < {1})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
new FunctionDef(20, fieldBoolType, "<", "<", "({0} < {1})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
new FunctionDef(21, fieldBoolType, "<", "<", "({0} < {1})", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType)),
//<=
new FunctionDef(22, fieldBoolType, "<=", "<=", "({0} <= {1})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
new FunctionDef(23, fieldBoolType, "<=", "<=", "({0} <= {1})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
new FunctionDef(24, fieldBoolType, "<=", "<=", "({0} <= {1})", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType)),
//>
new FunctionDef(25, fieldBoolType, ">", ">", "({0} > {1})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
new FunctionDef(26, fieldBoolType, ">", ">", "({0} > {1})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
new FunctionDef(27, fieldBoolType, ">", ">", "({0} > {1})", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType)),
//>=
new FunctionDef(28, fieldBoolType, ">=", ">=", "({0} >= {1})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
new FunctionDef(29, fieldBoolType, ">=", ">=", "({0} >= {1})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
new FunctionDef(30, fieldBoolType, ">=", ">=", "({0} >= {1})", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType)),
//<>
new FunctionDef(31, fieldBoolType, "<>", "<>", "({0} <> {1})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
new FunctionDef(32, fieldBoolType, "<>", "<>", "({0} <> {1})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
new FunctionDef(33, fieldBoolType, "<>", "<>", "({0} <> {1})", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType)),
new FunctionDef(34, fieldBoolType, "<>", "<>", "({0} <> {1})", new FunctionParameterDef(fieldGuidType), new FunctionParameterDef(fieldGuidType)),
//=
new FunctionDef(35, fieldBoolType, "=", "=", "{0} = {1}", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
new FunctionDef(36, fieldBoolType, "=", "=", "{0} = {1}", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
new FunctionDef(37, fieldBoolType, "=", "=", "{0} = {1}", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType)),
new FunctionDef(38, fieldBoolType, "=", "=", "{0} = {1}", new FunctionParameterDef(fieldGuidType), new FunctionParameterDef(fieldGuidType)),
//IN
new FunctionDef(39, fieldBoolType, "IN", "СРЕДИ ЗНАЧЕНИЙ", "({0} СРЕДИ {{{* ,}}})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType, true)),
new FunctionDef(40, fieldBoolType, "IN", "СРЕДИ ЗНАЧЕНИЙ", "({0} СРЕДИ {{{* ,}}})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType, true)),
new FunctionDef(41, fieldBoolType, "IN", "СРЕДИ ЗНАЧЕНИЙ", "({0} СРЕДИ {{{* ,}}})", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType, true)),
new FunctionDef(42, fieldBoolType, "IN", "СРЕДИ ЗНАЧЕНИЙ", "({0} СРЕДИ {{{* ,}}})", new FunctionParameterDef(fieldGuidType), new FunctionParameterDef(fieldGuidType, true)),
//BETWEEN
new FunctionDef(43, fieldBoolType, "BETWEEN", "ДИАПАЗОН", "({0} в диапазоне от {1} до {2})", new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType), new FunctionParameterDef(fieldNumericType)),
new FunctionDef(44, fieldBoolType, "BETWEEN", "ДИАПАЗОН", "({0} в диапазоне от {1} до {2})", new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType), new FunctionParameterDef(fieldStringType)),
new FunctionDef(45, fieldBoolType, "BETWEEN", "ДИАПАЗОН", "({0} в диапазоне от {1} до {2})", new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType), new FunctionParameterDef(fieldDateTimeType)),
//Равенство Boolean
new FunctionDef(46, fieldBoolType, "=", "=", "{0} = {1}", new FunctionParameterDef(BoolType), new FunctionParameterDef(BoolType)),
//Неавенство Boolean
new FunctionDef(47, fieldBoolType, "<>", "<>", "{0} <> {1}", new FunctionParameterDef(BoolType), new FunctionParameterDef(BoolType))
);
}
}
public void AddAssembly(Assembly assembly)
{
Types.AddRange(assembly.GetTypes().Where(ShouldIncludeType).ToList());
}
public void AddNamespace(Assembly assembly, string nameSpace)
{
var types = assembly.GetTypes();
Types.AddRange(types.Where(type => type.Namespace != null && type.Namespace.StartsWith(nameSpace) && ShouldIncludeType(type)).ToList());
}
public void Add(params Type[] types) => Types.AddRange(types);
public void Add(IEnumerable <Type> types) => Types.AddRange(types);
public SignatureList(Type[] types)
{
Types.AddRange(types);
}
