public override void Translate(MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
MemberExpression member = (m.Object ?? m.Arguments[0]) as MemberExpression;
IDbObject dbBinary = null;
if (member.Type == typeof(string))
{
var dbConstants = (IDbConstant)state.ResultStack.Pop();
dbConstants.Val = $"%{dbConstants.Val}%";
var dbExpression = (IDbSelectable)state.ResultStack.Pop();
dbBinary = _dbFactory.BuildBinary(dbExpression, DbOperator.Like, dbConstants);
}
else if (member.Type.IsArray)
{
var dbConstants = (IDbConstant)state.ResultStack.Pop();
var dbExpression = (IDbSelectable)state.ResultStack.Pop();
var dbFunc = _dbFactory.BuildFunc(SqlTranslationHelper.GetSqlOperator(DbOperator.Any), false, m.Method.ReturnType, dbExpression);
dbBinary = _dbFactory.BuildBinary(dbConstants, DbOperator.Equal, dbFunc);
}
else
{
throw new NotSupportedException($"Type {member.Type} is not supported");
}
state.ResultStack.Push(dbBinary);
}
/// <summary>
/// Initializes a new instance of the <see cref="Segment"/> class.
/// </summary>
/// <param name="id">The Id of the segment.</param>
/// <param name="state">The translation state of the segment.</param>
public Segment(string id, TranslationState state)
: base(id)
{
this.RegisterElementInformation(ElementInformationFromReflection.Create(this));
this.State = state;
}
protected void CreateAggregation(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator,
IDbSelect childSelect, IDbFunc dbFunc)
{
var dbSelect = (IDbSelect)state.ResultStack.Peek();
if (childSelect == null)
{
state.ResultStack.Push(dbFunc);
return;
}
var alias = nameGenerator.GenerateAlias(dbSelect, dbFunc.Name, true);
dbFunc.Alias = alias;
childSelect.Selection.Add(dbFunc);
var cRef = dbSelect.Joins.Single(j => ReferenceEquals(j.To.Referee, childSelect)).To;
var column = _dbFactory.BuildColumn(cRef, alias, m.Method.ReturnType);
var dbDefaultVal = _dbFactory.BuildConstant(Activator.CreateInstance(m.Method.ReturnType));
var dbIsNullFunc = _dbFactory.BuildNullCheckFunc(column, dbDefaultVal);
state.ResultStack.Push(dbIsNullFunc);
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var dbSelect = state.ResultStack.Peek() as IDbSelect;
if (dbSelect != null)
{
dbSelect.Selection.IsDistinct = true;
}
var caller = m.GetCaller();
var entityInfo = caller.NodeType == ExpressionType.MemberAccess
? this._infoProvider.FindEntityInfo(caller.Type)
: null;
// if the caller of the Distinct function is a Entity
// We need to add its primary keys into the query so that the result
// of distinct is correct. Otherwise, it will only distinct on join keys
if (entityInfo != null)
{
foreach (var pk in entityInfo.Keys)
{
var pkColumn = _dbFactory.BuildColumn(dbSelect.GetReturnEntityRef(), pk.DbName, pk.ValType);
dbSelect.Selection.Add(pkColumn);
}
}
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var arguments = state.ResultStack.Pop();
var dbSelect = (IDbSelect)state.ResultStack.Pop();
var selections = SqlTranslationHelper.ProcessSelection(arguments, _dbFactory);
foreach (var selectable in selections)
{
SqlTranslationHelper.UpdateJoinType(selectable.Ref);
dbSelect.Selection.Add(selectable);
}
var newSelectRef = _dbFactory.BuildRef(dbSelect);
var newSelect = _dbFactory.BuildSelect(newSelectRef);
newSelectRef.Alias = nameGenerator.GenerateAlias(dbSelect, TranslationConstants.SubSelectPrefix, true);
selections = selections.Concat(dbSelect.Selection.Where(s => s.IsJoinKey)).ToArray();
foreach (var selectable in selections)
{
var newSelectable = CreateNewSelectableForWrappingSelect(selectable, newSelectRef, _dbFactory);
newSelect.Selection.Add(newSelectable);
}
state.ResultStack.Push(newSelect);
}
/// <summary>
/// Initializes a new instance of the <see cref="Segment"/> class.
/// </summary>
/// <param name="id">The Id of the segment.</param>
/// <param name="state">The translation state of the segment.</param>
public Segment(string id, TranslationState state)
: base(id)
{
this.RegisterElementInformation(ElementInformationFromReflection.Create(this));
this.State = state;
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
// there may not be a preidcate in any method call
IDbObject condition = null;
if (m.GetArguments().Any())
{
condition = state.ResultStack.Pop();
}
var childSelect = (IDbSelect)state.ResultStack.Pop();
var dbSelect = (IDbSelect)state.ResultStack.Peek();
childSelect.Where = condition.ToBinary(_dbFactory);
var dbJoin = dbSelect.Joins.Single(j => ReferenceEquals(j.To.Referee, childSelect));
IDbBinary whereClause = null;
// ReSharper disable once LoopCanBeConvertedToQuery
foreach (var joinKey in dbJoin.Condition.GetOperands().OfType <IDbColumn>().Where(c => ReferenceEquals(c.Ref, dbJoin.To)))
{
var pkColumn = _dbFactory.BuildColumn(dbJoin.To, joinKey.Name, joinKey.ValType.DotNetType, joinKey.Alias);
var binary = _dbFactory.BuildBinary(pkColumn, DbOperator.IsNot, _dbFactory.BuildConstant(null));
whereClause = whereClause.UpdateBinary(binary, _dbFactory);
}
state.ResultStack.Push(whereClause);
}
public async void TranslateFile()
{
TranslationState = TranslationState.started;
int counter = 0;
string line = string.Empty;
StreamReader reader = new StreamReader(Path);
while ((line = reader.ReadLine()) != null)
{
TranslationJob job = new TranslationJob
{
Id = this.Id,
OriginalWord = line
};
job.LineNumber = counter++;
job = await TranslateJob(job);
//TODO: do as Task?
Handler.ProcessTranslationJob(job);
}
reader.Close();
reader.Dispose();
TranslationState = TranslationState.done;
//===== Notify the parent that we have completed our translation file =====
Handler.TranslationObjectCompleted();
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var dbConstants = (IDbConstant)state.ResultStack.Pop();
var dbExpression = (IDbSelectable)state.ResultStack.Pop();
var dbBinary = _dbFactory.BuildFunc("MyFunc", false, dbExpression, dbConstants);
state.ResultStack.Push(dbBinary);
}
public override void Translate(MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var dbElement = state.ResultStack.Pop();
var whereClause = dbElement.ToBinary(_dbFactory);
var dbSelect = (IDbSelect)state.ResultStack.Peek();
dbSelect.UpdateWhereClause(whereClause, _dbFactory);
}
protected static IDbSelectable GetAggregationTarget(MethodCallExpression m, TranslationState state)
{
if (!m.GetArguments().Any())
{
return(null);
}
var dbObj = state.ResultStack.Pop();
return((IDbSelectable)dbObj);
}
private void TranslateAndCreatePhpFiles(TranslationInfo translationInfo, string outDir)
{
if (_verboseToConsole)
{
Console.WriteLine("Translate C# -> Php");
}
translationInfo.CurrentAssembly = CompiledAssembly;
var assemblyTi = translationInfo.GetOrMakeTranslationInfo(CompiledAssembly);
var ecBaseDir = Path.Combine(outDir, assemblyTi.RootPath.Replace("/", "\\"));
Console.WriteLine("Output root {0}", ecBaseDir);
if (!string.IsNullOrEmpty(assemblyTi.PhpPackageSourceUri))
{
DownloadAndUnzip(assemblyTi.PhpPackageSourceUri, ecBaseDir, assemblyTi.PhpPackagePathStrip);
return; //??? czy return?
}
var translationState = new TranslationState(translationInfo);
var translator = new Translator.Translator(translationState);
translator.Translate(Sandbox);
var libName = assemblyTi.LibraryName;
if (_verboseToConsole)
{
Console.WriteLine("Create Php output files");
}
#region Tworzenie plików php
{
// var emitContext = new EmitContext();
var emitStyle = new PhpEmitStyle();
translationInfo.CurrentAssembly = CompiledAssembly; // dla pewności
foreach (var module in translator.Modules.Where(i => i.Name.Library == libName && !i.IsEmpty))
{
var fileName = module.Name.MakeEmitPath(ecBaseDir, 1);
foreach (var modProcessor in translationInfo.ModuleProcessors)
{
modProcessor.BeforeEmit(module, translationInfo);
}
var emiter = new PhpSourceCodeEmiter();
module.Emit(emiter, emitStyle, fileName);
}
}
#endregion
}
public override void Translate(MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var dbContants = (IDbConstant)state.ResultStack.Pop();
dbContants.Val = m.Method.Name == "StartsWith"
? $"{dbContants.Val}%"
: $"%{dbContants.Val}";
var dbExpression = (IDbSelectable)state.ResultStack.Pop();
var dbBinary = _dbFactory.BuildBinary(dbExpression, DbOperator.Like, dbContants);
state.ResultStack.Push(dbBinary);
}
protected static CompilationTestInfo ParseCs(string code, bool translate, Info info = null)
{
var project = CreateOneFileProject(code, info?.Ref);
var c = new Cs2PyCompiler
{
CSharpProject = project
};
c.TranslationAssemblies.Add(typeof(AssemblySandbox).Assembly);
c.ReferencedAssemblies.Add(typeof(Tensorflow.TensorShape).Assembly);
c.ReferencedAssemblies.Add(typeof(System.Linq.Enumerable).Assembly);
c.ReferencedAssemblies.Add(typeof(System.Data.Linq.Binary).Assembly);
var filename = Path.GetTempFileName().Replace(".tmp", ".dll");
var er = c.CompileCSharpProject(c.Sandbox, filename);
if (!er.Success && er.Diagnostics.Any())
{
throw new Exception(er.Diagnostics[0].GetMessage());
}
Assert.True(er.Success);
var translationInfo = c.ParseCsSource();
if (!translate)
{
return(new CompilationTestInfo(c, translationInfo, null));
}
var translationState = new TranslationState(translationInfo);
var translator = new Translator(translationState);
translator.Info.CurrentAssembly = c.CompiledAssembly;
translator.Translate(c.Sandbox);
var compare = info?.Compare;
if (compare != null)
{
compare = compare.Trim();
if (!compare.StartsWith("'''"))
{
compare = "'''\r\nGenerated with cs2py\r\n'''\r\n" + compare;
}
var emiter = new PySourceCodeEmiter();
var writer = new PySourceCodeWriter();
translator.Modules[0].Emit(emiter, writer, new PyEmitStyle());
var pyCode = writer.GetCode();
Assert.Equal(compare.Trim(), pyCode.Trim());
}
return(new CompilationTestInfo(c, translationInfo, translator));
}
private RequiresTranslationState ConvertToRequiresTranslationState(TranslationState translationState)
{
return(translationState switch
{
TranslationState.DoNotTranslate => RequiresTranslationState.DoNotTranslate,
TranslationState.New => RequiresTranslationState.New,
TranslationState.Unassigned => RequiresTranslationState.Unassigned,
TranslationState.Unchanged => RequiresTranslationState.Unchanged,
TranslationState.Updated => RequiresTranslationState.Updated,
_ => throw new Exception(string.Format(
"Unknown or unsupported TranslationState: {0}",
translationState.ToString()
)),
});
/// <summary> Translate to SQL </summary>
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var dbExpression = GetAggregationTarget(m, state);
IDbSelect childSelect = null;
if (!m.GetCaller().Type.IsGrouping())
{
childSelect = state.ResultStack.Pop() as IDbSelect;
}
// if the aggregation does not have expression, it means
// the caller of the aggregation method must be a Select method call
// In this case, the actual expression that we need to aggregate on,
// will be inside the child select statement
if (dbExpression == null && childSelect != null)
{
// to get the actual expression, we need to first unwrap the child select
// because the translation of Select call always wrap the actual select
childSelect = (IDbSelect)childSelect.From.Referee;
dbExpression = childSelect.Selection.Last(
s => string.IsNullOrEmpty(s.Alias) ||
!s.Alias.EndsWith(TranslationConstants.JoinKeySuffix));
childSelect.Selection.Remove(dbExpression);
childSelect.GroupBys.Remove(dbExpression);
}
if (dbExpression == null)
{
throw new NotSupportedException("Can not aggregate.");
}
if (!(dbExpression is IDistinctable))
{
throw new NotSupportedException("Expression must be Distinctable");
}
var distinctable = (IDistinctable)dbExpression;
distinctable.IsDistinct = true;
var dbFunc = _dbFactory.BuildFunc("count", true, m.Method.ReturnType, dbExpression);
CreateAggregation(m, state, nameGenerator, childSelect, dbFunc);
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var predicate = BuildCondition(m, state);
IDbSelect childSelect = null;
if (!m.GetCaller().Type.IsGrouping())
{
childSelect = state.ResultStack.Pop() as IDbSelect;
}
var dbCountFunc = _dbFactory.BuildFunc(m.Method.Name.ToLower(), true, m.Method.ReturnType, predicate);
CreateAggregation(m, state, nameGenerator, childSelect, dbCountFunc);
}
private IDbObject BuildCondition(MethodCallExpression m, TranslationState state)
{
var countOne = _dbFactory.BuildConstant(1);
if (!m.GetArguments().Any())
{
return(countOne);
}
var dbElement = state.ResultStack.Pop();
var dbBinary = dbElement.ToBinary(_dbFactory);
var tuple = Tuple.Create <IDbBinary, IDbObject>(dbBinary, countOne);
return(_dbFactory.BuildCondition(new [] { tuple }, _dbFactory.BuildConstant(null)));
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
// group by can be a column, a expression, or a list of columns / expressions
var arguments = state.ResultStack.Pop();
var dbSelect = (IDbSelect)state.ResultStack.Pop();
var groupBys = dbSelect.GroupBys;
groupBys.IsSingleKey = !(arguments is IDbList <DbKeyValue>);
var selections = SqlTranslationHelper.ProcessSelection(arguments, _dbFactory);
foreach (var selectable in selections)
{
SqlTranslationHelper.UpdateJoinType(selectable.Ref);
var refCol = selectable as IDbRefColumn;
// if we group on a ref column, we are actaully group by on the primary key
// of the entity that ref column referring to. In the refering entity is actually
// another ref column, then we will need to get the primay key recursive from RefTo
if (refCol?.RefTo != null)
{
foreach (var pk in refCol.GetPrimaryKeys())
{
refCol.RefTo.AddToReferedSelect(_dbFactory, pk.Name, pk.ValType);
}
}
dbSelect.GroupBys.Add(selectable);
}
// if the group by is a single expression like groupby(x => x.Children.Count())
// it will be translated into a expression and will not have alias
// in this case, we will need to give it an alias which will be used later
if (groupBys.IsSingleKey)
{
var column = groupBys.Single();
if (column.Alias == null)
{
column.Alias = "Key";
}
}
state.ResultStack.Push(dbSelect);
}
public static void SetTargetState(this XElement transUnitElement, TranslationState state)
{
if (GetTargetState(transUnitElement) == state)
{
return;
}
#pragma warning disable IDE0072 // Add missing cases
var value = state switch
#pragma warning restore IDE0072 // Add missing cases
{
TranslationState.NeedsReview => NeedsReviewStates.First(),
TranslationState.Approved => ApprovedStates.First(),
_ => NewState
};
SetTargetState(transUnitElement, value);
}
protected void CreateAggregation(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator,
IDbSelect childSelect, IDbFunc dbFunc)
{
var dbSelect = (IDbSelect)state.ResultStack.Peek();
if (childSelect == null)
{
state.ResultStack.Push(dbFunc);
return;
}
var alias = nameGenerator.GenerateAlias(dbSelect, dbFunc.Name, true);
dbFunc.Alias = alias;
childSelect.Selection.Add(dbFunc);
/**
* Aggregation can happen after a method that generate new select.
* In this case, join from the main select to the child select will not be
* updated yet at this stage, so we need to correct the join to on the
* correct child select statment.
* For example:
* var query = db.Blogs
* .Where(b => b.BlogId > 0)
* .Select(b => new
* {
* b.BlogId,
* Cnt = b.Posts.Select(p => p.Title).Distinct().Count()
* });
* `b.Posts.Select(p => p.Title).Distinct()` will create a new child select and
* it will not be the one that the main select is currently targeting, so we
* need to correct the join target.
*/
ReLinkToChildSelect(dbSelect, childSelect);
var cRef = dbSelect.Joins.Single(j => ReferenceEquals(j.To.Referee, childSelect)).To;
var column = _dbFactory.BuildColumn(cRef, alias, m.Method.ReturnType);
var dbDefaultVal = _dbFactory.BuildConstant(Activator.CreateInstance(m.Method.ReturnType));
var dbIsNullFunc = _dbFactory.BuildNullCheckFunc(m.Method.ReturnType, column, dbDefaultVal);
state.ResultStack.Push(dbIsNullFunc);
}
public List <TextInfomationDto> GetTextInformation(int resourceVersionId, ParentResource parentResource)
{
var resourceInformationList = new List <TextInfomationDto>();
var resourceString = m_procedureService.GetStringDataForResourceVersionIDs(resourceVersionId);
var lineOrder = 1;
foreach (var item in resourceString.stringDataForResourceVersionID)
{
TextInfomationDto textInfomationDto = new TextInfomationDto
{
Description = GetDescription(item),
CurrentText = item.Text,
IsTranslationEligible = item.IsTranslationEligible,
FriendlyStringId = item.FriendlyStringId,
StringId = item.StringId,
LocalizedVersionId = item.LocalizedVersionId,
MaxCharacterLength = item.MaxCharacterLength,
RecordingTypeName = item.RecordingTypeName,
TimingRestriction = ConvertStringTimeConstraintToDocumentTimingRestriction(item.TimingRestriction),
WordCount = item.WordCount,
LineOrder = lineOrder++,
};
GetStringTypeInformation(item, textInfomationDto);
bool previouslyExported = SetPreviousText(resourceString, item, textInfomationDto);
TranslationState translationState = previouslyExported ? TranslationState.Unchanged : TranslationState.DoNotTranslate;
textInfomationDto.RequiresTranslationState = ConvertToRequiresTranslationState(translationState);
GetSetGrammarInformation(resourceString, item, textInfomationDto);
Links link = new Links();
link.Parent.AddRange(m_functionService.Udf_GetConversationLineParent(resourceVersionId, textInfomationDto.StringId));
link.Children.AddRange(GetChildLinkInfo(resourceVersionId, textInfomationDto));
textInfomationDto.Links.Add(link);
textInfomationDto.ParentResource.Add(parentResource);
textInfomationDto.Speakers.Add(m_functionService.Udf_GetResourceVersionStringListener(resourceVersionId, item.StringId));
GetSetEnglishStrings(textInfomationDto);
resourceInformationList.Add(textInfomationDto);
}
return(resourceInformationList);
}
public override void Translate(MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
// group by can be a column, a expression, or a list of columns / expressions
var arguments = state.ResultStack.Pop();
var dbSelect = (IDbSelect)state.ResultStack.Pop();
var direction = m.Method.Name.EndsWith("Descending") ? DbOrderDirection.Desc : DbOrderDirection.Asc;
var selections = SqlTranslationHelper.ProcessSelection(arguments, _dbFactory);
foreach (var selectable in selections)
{
SqlTranslationHelper.UpdateJoinType(selectable.Ref);
var orderByCol = _dbFactory.BuildOrderByColumn(selectable, direction);
dbSelect.OrderBys.Add(orderByCol);
}
state.ResultStack.Push(dbSelect);
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var joinType = (IDbConstant)state.ResultStack.Pop();
var selection = state.ResultStack.Pop();
var joinCondition = (IDbBinary)state.ResultStack.Pop();
var toSelect = (IDbSelect)state.ResultStack.Pop();
var fromSelect = (IDbSelect)state.ResultStack.Pop();
var toSelectRef = _dbFactory.BuildRef(toSelect, nameGenerator.GenerateAlias(fromSelect, "sq", true));
// todo: review how join condition is translated
// create result selection for final select
UpdateSelection(fromSelect, selection, toSelectRef);
// create join to inner select
var joinKeys = joinCondition.GetOperands().OfType <IDbColumn>().Where(c => c.Ref.OwnerSelect == toSelect);
foreach (var joinKey in joinKeys)
{
toSelect.Selection.Remove(joinKey);
var alias = nameGenerator.GenerateAlias(toSelect, joinKey.Name + "_jk", true);
var innerCol = _dbFactory.BuildColumn(joinKey);
innerCol.Alias = alias;
toSelect.Selection.Add(innerCol);
joinKey.Ref = toSelectRef;
joinKey.Name = alias;
joinKey.Alias = string.Empty;
}
var dbJoin = _dbFactory.BuildJoin(toSelectRef, fromSelect, joinCondition, (DbJoinType)joinType.Val);
fromSelect.Joins.Add(dbJoin);
var finalSelectRef = _dbFactory.BuildRef(fromSelect, nameGenerator.GenerateAlias(null, "sq", true));
var finalSelect = _dbFactory.BuildSelect(finalSelectRef);
state.ResultStack.Push(finalSelect);
}
public override void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
var vals = new List <object>();
while (state.ResultStack.Peek() is IDbConstant)
{
var dbConstants = (IDbConstant)state.ResultStack.Pop();
if (dbConstants.Val is IEnumerable val)
{
vals = val.Cast <object>().ToList();
break;
}
vals.Insert(0, dbConstants.Val);
}
var dbExpression = (IDbSelectable)state.ResultStack.Pop();
var dbBinary = vals.Count == 0
? _dbFactory.BuildBinary(_dbFactory.BuildConstant(0), DbOperator.Equal, _dbFactory.BuildConstant(1))
: _dbFactory.BuildBinary(dbExpression, DbOperator.In, _dbFactory.BuildConstant(vals, true));
state.ResultStack.Push(dbBinary);
}
public abstract void Translate(
MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator);
public TranslatorItem(StringItem translated, StringItem original, TranslationState state)
{
this.translated = translated;
this.original = original;
this.state = state;
}
public TranslatorItem(StringItem translated, StringItem original, TranslationState state)
{
this.translated=translated;
this.original=original;
this.state=state;
}
/// <summary>
/// 以倒叙比较两个状态的大小
/// </summary>
/// <param name="x">第一个要比较的对象</param>
/// <param name="y">第二个要比较的对象</param>
/// <returns>小于 0 则 y 小于 x， 等于 0 则 y 等于 x， 大于 0 则 y 大于 x。</returns>
public static int CompareDesc(TranslationState x, TranslationState y)
{
return(_stateSort.IndexOf(y) - _stateSort.IndexOf(x));
}
// Internal Methods
internal static Translator PrepareTranslator()
{
if (_translator != null)
{
return(_translator);
}
var csProject = LangPhpTestCsProj;
using (var comp = new Cs2PhpCompiler {
VerboseToConsole = true, ThrowExceptions = true
})
{
Console.WriteLine("Try to load " + csProject);
#if DEBUG
comp.LoadProject(csProject, "DEBUG");
#else
comp.LoadProject(csProject, "RELEASE");
#endif
/*
* linked with C:\programs\_CS2PHP\PUBLIC\Lang.Php.Compiler\bin\Debug\Lang.Php.Compiler.dll
* linked with C:\programs\_CS2PHP\PUBLIC\Lang.Php.Framework\bin\Debug\Lang.Php.Framework.dll
* linked with C:\programs\_CS2PHP\PUBLIC\Lang.Php.Test\bin\Debug\Lang.Php.dll
*/
Console.WriteLine("Preparing before compilation");
string[] removeL = "Lang.Php.Compiler,Lang.Php.Framework,Lang.Php".Split(',');
#region Remove Lang.Php reference
{
foreach (var r in removeL)
{
// ... will be replaced by reference to dll from compiler base dir
// I know - compilation libraries should be loaded into separate application domain
var remove =
comp.CSharpProject.MetadataReferences.FirstOrDefault(i => i.Display.EndsWith(r + ".dll"));
if (remove != null)
{
comp.RemoveMetadataReferences(remove);
}
}
}
#endregion
string[] filenames;
#region We have to remove and add again references - strange
{
// in other cases some referenced libraries are ignored
var refToRemove = comp.CSharpProject.MetadataReferences.OfType <MetadataFileReference>().ToList();
foreach (var i in refToRemove)
{
comp.RemoveMetadataReferences(i);
}
var ref1 = refToRemove.Select(i => i.FilePath).ToList();
// foreach (var r in removeL)
// ref1.Add(Path.Combine(Directory.GetCurrentDirectory(), r + ".dll"));
ref1.Add(typeof(DirectCallAttribute).Assembly.Location);
ref1.Add(typeof(EmitContext).Assembly.Location);
ref1.Add(typeof(Extension).Assembly.Location);
filenames = ref1.Distinct().ToArray();
}
#endregion
#region Translation assemblies
{
comp.TranslationAssemblies.Add(typeof(Extension).Assembly);
comp.TranslationAssemblies.Add(typeof(Translator).Assembly);
}
#endregion
foreach (var fileName in filenames)
{
var g = new MetadataFileReference(fileName, MetadataReferenceProperties.Assembly);
comp.AddMetadataReferences(g);
Console.WriteLine(" Add reference {0}", g.Display);
}
// using (var sandbox = new AssemblySandbox())
// {
// //
// Console.WriteLine("Start compile");
// var result = comp.CompileCSharpProject(sandbox, comp.DllFileName);
// if (!result.Success)
// {
// foreach (var i in result.Diagnostics)
// Console.WriteLine(i);
// }
// Assert.True(result.Success, "Compilation failed");
// }
TranslationInfo translationInfo = comp.ParseCsSource();
translationInfo.CurrentAssembly = comp.CompiledAssembly;
var assemblyTi = translationInfo.GetOrMakeTranslationInfo(comp.CompiledAssembly);
var ecBaseDir = Path.Combine(Directory.GetCurrentDirectory(), assemblyTi.RootPath.Replace("/", "\\"));
Console.WriteLine("Output root {0}", ecBaseDir);
var translationState = new TranslationState(translationInfo);
_translator = new Translator(translationState);
_translator.Translate(comp.Sandbox);
return(_translator);
}
}
public override void Translate(MethodCallExpression m, TranslationState state, UniqueNameGenerator nameGenerator)
{
throw new System.NotImplementedException();
}
public void Compile()
{
using (new AppConfigManipulator())
{
CompilerEngine.ExecuteInSeparateAppDomain(
ce =>
{
#if DEBUG
ce.Configuration = "DEBUG";
#else
ce.Configuration = "RELEASE";
#endif
ce.CsProject = LangPhpTestCsProj;
ce.OutDir = ce.BinaryOutputDir = Path.GetTempPath();
ce.Referenced.Clear();
var types = new[]
{
typeof(Func <,>),
typeof(EmitContext),
typeof(ThisExpression),
typeof(CompilerEngine)
};
{
var tmp =
Assembly.Load(
"System.Runtime, Version=4.0.0.0, Culture=neutral, PublicKeyToken=b03f5f7f11d50a3a");
ce.Referenced.Add(tmp.GetCodeLocation().FullName);
}
ce.Referenced.AddRange(types.Select(type => type.Assembly.GetCodeLocation().FullName));
ce.TranlationHelpers.Clear();
ce.ReferencedPhpLibsLocations.Clear();
ce.Check();
using (var comp = ce.PreparePhpCompiler())
{
Console.WriteLine("Compilation");
var emitResult = comp.CompileCSharpProject(comp.Sandbox, ce.DllFilename);
if (!emitResult.Success)
{
foreach (var i in emitResult.Diagnostics.Where(a => a.Severity == DiagnosticSeverity.Error))
{
throw new Exception("Compilation error: " + i.GetMessage());
}
}
var translationInfo = comp.ParseCsSource();
translationInfo.CurrentAssembly = comp.CompiledAssembly;
var assemblyTi = translationInfo.GetOrMakeTranslationInfo(comp.CompiledAssembly);
var ecBaseDir = Path.Combine(Directory.GetCurrentDirectory(),
assemblyTi.RootPath.Replace("/", "\\"));
Console.WriteLine("Output root {0}", ecBaseDir);
var translationState = new TranslationState(translationInfo);
var translator = new Translator(translationState);
translator.Translate(comp.Sandbox);
// =============
var m =
string.Join(", ", translator.Modules.Select(i => i.Name.Name).OrderBy(i => i)).ToArray();
//Assert.True(m == "Lang_Php_Test_Code_MyCode, Lang_Php_Test_Code_SampleEmptyClass", m);
MethodTranslation(ModuleMycode, ClassMycode, "BasicMath1", translator);
MethodTranslation(ModuleMycode, ClassMycode, "Collections", translator);
MethodTranslation(ModuleMycode, ClassMycode, "CostantsAndVariables", translator);
MethodTranslation(ModuleMycode, ClassMycode, "Filters", translator);
MethodTranslation(ModuleMycode, ClassMycode, "StringConcats", translator);
MethodTranslation(ModuleMycode, ClassMycode, "PregTest", translator);
// ModuleTranslation("Lang_Php_Test_Code_SampleEmptyClass", translator);
// ModuleTranslation("Lang_Php_Test_Code_BusinessClass", translator);
// ModuleTranslation("Lang_Php_Test_Code_BusinessClassDefinedConst", translator);
foreach (var moduleName in translator.Modules.Select(i => i.Name.Name))
{
ModuleTranslation(moduleName, translator);
}
}
;
}, AppDomain.CurrentDomain);
}
}
