public void Instantiate(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
var parentContainer = ParentItem as AstContainerTaskBaseNode;
var taskTemplate = Template as AstTaskTemplateNode;
var clonedMapping = new Dictionary <IFrameworkItem, IFrameworkItem>();
if (taskTemplate != null && parentContainer != null)
{
var clonedTasks = new List <AstTaskNode>();
foreach (var task in taskTemplate.Tasks)
{
clonedTasks.Add((AstTaskNode)task.Clone(parentContainer, clonedMapping));
}
parentContainer.Tasks.Replace(this, clonedTasks);
}
foreach (var bindingItem in taskTemplate.UnboundReferences)
{
var clonedBindingItem = new BindingItem(
bindingItem.BoundProperty,
bindingItem.XObject,
bindingItem.XValue,
clonedMapping[bindingItem.ParentItem],
bindingItem.BimlFile,
this);
unboundReferences.Add(clonedBindingItem);
}
}
public void Instantiate(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
var parentContainer = ParentItem as AstContainerTaskBaseNode;
var taskTemplate = Template as AstTaskTemplateNode;
var clonedMapping = new Dictionary<IFrameworkItem, IFrameworkItem>();
if (taskTemplate != null && parentContainer != null)
{
var clonedTasks = new List<AstTaskNode>();
foreach (var task in taskTemplate.Tasks)
{
clonedTasks.Add((AstTaskNode)task.Clone(parentContainer, clonedMapping));
}
parentContainer.Tasks.Replace(this, clonedTasks);
}
foreach (var bindingItem in taskTemplate.UnboundReferences)
{
var clonedBindingItem = new BindingItem(
bindingItem.BoundProperty,
bindingItem.XObject,
bindingItem.XValue,
clonedMapping[bindingItem.ParentItem],
bindingItem.BimlFile,
this);
unboundReferences.Add(clonedBindingItem);
}
}
public void Instantiate(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
var parentEtl = ParentItem as AstEtlRootNode;
var transformationTemplate = Template as AstTransformationTemplateNode;
var clonedMapping = new Dictionary <IFrameworkItem, IFrameworkItem>();
if (transformationTemplate != null && parentEtl != null)
{
var clonedTransformations = new List <AstTransformationNode>();
foreach (var transformation in transformationTemplate.Transformations)
{
clonedTransformations.Add((AstTransformationNode)transformation.Clone(parentEtl, clonedMapping));
}
parentEtl.Transformations.Replace(this, clonedTransformations);
}
foreach (var bindingItem in transformationTemplate.UnboundReferences)
{
var clonedBindingItem = new BindingItem(
bindingItem.BoundProperty,
bindingItem.XObject,
bindingItem.XValue,
clonedMapping[bindingItem.ParentItem],
bindingItem.BimlFile,
this);
unboundReferences.Add(clonedBindingItem);
}
}
public static UnboundReferences ParseBimlFiles(IEnumerable <BimlFile> bimlFiles, ISymbolTableProvider astRootNode, LanguageSettings languageSettings)
{
var unboundReferences = new UnboundReferences();
foreach (BimlFile bimlFile in bimlFiles)
{
var xdocument = bimlFile.XDocument;
if (xdocument != null && xdocument.Root != null)
{
try
{
SideEffectManager.SideEffectMode = AstSideEffectMode.NoSideEffects;
ParseDocument(bimlFile, astRootNode, unboundReferences, languageSettings);
SideEffectManager.SideEffectMode = AstSideEffectMode.ConsistencySideEffects;
bimlFile.IsParseable = true;
}
catch (Exception)
{
bimlFile.IsParseable = false;
}
}
}
unboundReferences.ResolveAll(astRootNode.SymbolTable);
return(unboundReferences);
}
public static UnboundReferences ParseBimlFiles(IEnumerable<BimlFile> bimlFiles, ISymbolTableProvider astRootNode, LanguageSettings languageSettings)
{
var unboundReferences = new UnboundReferences();
foreach (BimlFile bimlFile in bimlFiles)
{
var xdocument = bimlFile.XDocument;
if (xdocument != null && xdocument.Root != null)
{
try
{
SideEffectManager.SideEffectMode = AstSideEffectMode.NoSideEffects;
ParseDocument(bimlFile, astRootNode, unboundReferences, languageSettings);
SideEffectManager.SideEffectMode = AstSideEffectMode.ConsistencySideEffects;
bimlFile.IsParseable = true;
}
catch (Exception)
{
bimlFile.IsParseable = false;
}
}
}
unboundReferences.ResolveAll(astRootNode.SymbolTable);
return unboundReferences;
}
public void Instantiate(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
var rootNode = ParentItem as AstRootNode;
var packageTemplate = Template as AstPackageTemplateNode;
var clonedMapping = new Dictionary <IFrameworkItem, IFrameworkItem>();
if (packageTemplate != null && rootNode != null)
{
var clonedPackage = (AstPackageNode)packageTemplate.Package.Clone(rootNode, clonedMapping);
clonedPackage.Emit = this.Emit;
// TODO: Some of the ViewModel stuff might not fully support Replace - so simulating with Remove and Insert
int index = rootNode.Packages.IndexOf(this);
rootNode.Packages.Remove(this);
rootNode.Packages.Insert(index, clonedPackage);
}
foreach (var bindingItem in packageTemplate.UnboundReferences)
{
var clonedBindingItem = new BindingItem(
bindingItem.BoundProperty,
bindingItem.XObject,
bindingItem.XValue,
clonedMapping[bindingItem.ParentItem],
bindingItem.BimlFile,
this);
unboundReferences.Add(clonedBindingItem);
}
}
public void Instantiate(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
var rootNode = ParentItem as AstRootNode;
var tableTemplate = Template as AstTableTemplateNode;
var clonedMapping = new Dictionary<IFrameworkItem, IFrameworkItem>();
if (tableTemplate != null && rootNode != null)
{
var clonedTable = (AstTableNode)tableTemplate.Table.Clone(rootNode, clonedMapping);
clonedTable.Emit = this.Emit;
// TODO: Some of the ViewModel stuff might not fully support Replace - so simulating with Remove and Insert
int index = rootNode.Tables.IndexOf(this);
rootNode.Tables.Remove(this);
rootNode.Tables.Insert(index, clonedTable);
}
foreach (var bindingItem in tableTemplate.UnboundReferences)
{
var clonedBindingItem = new BindingItem(
bindingItem.BoundProperty,
bindingItem.XObject,
bindingItem.XValue,
clonedMapping[bindingItem.ParentItem],
bindingItem.BimlFile,
this);
unboundReferences.Add(clonedBindingItem);
}
}
public void Instantiate(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
var parentEtl = ParentItem as AstEtlRootNode;
var transformationTemplate = Template as AstTransformationTemplateNode;
var clonedMapping = new Dictionary<IFrameworkItem, IFrameworkItem>();
if (transformationTemplate != null && parentEtl != null)
{
var clonedTransformations = new List<AstTransformationNode>();
foreach (var transformation in transformationTemplate.Transformations)
{
clonedTransformations.Add((AstTransformationNode)transformation.Clone(parentEtl, clonedMapping));
}
parentEtl.Transformations.Replace(this, clonedTransformations);
}
foreach (var bindingItem in transformationTemplate.UnboundReferences)
{
var clonedBindingItem = new BindingItem(
bindingItem.BoundProperty,
bindingItem.XObject,
bindingItem.XValue,
clonedMapping[bindingItem.ParentItem],
bindingItem.BimlFile,
this);
unboundReferences.Add(clonedBindingItem);
}
}
public ParserContext(XElement element, IFrameworkItem parentFrameworkItem, ITemplate currentTemplate, BimlFile bimlFile, UnboundReferences unboundReferences, LanguageSettings languageSettings)
{
XElement = element;
FrameworkItem = parentFrameworkItem;
Template = currentTemplate;
BimlFile = bimlFile;
UnboundReferences = unboundReferences;
LanguageSettings = languageSettings;
}
public ParserContext(XElement element, IFrameworkItem parentFrameworkItem, ITemplate currentTemplate, BimlFile bimlFile, UnboundReferences unboundReferences, LanguageSettings languageSettings)
{
XElement = element;
FrameworkItem = parentFrameworkItem;
Template = currentTemplate;
BimlFile = bimlFile;
UnboundReferences = unboundReferences;
LanguageSettings = languageSettings;
}
public IIR Execute(IIR predecessorIR)
{
var xmlIR = predecessorIR as XmlIR;
if (xmlIR == null)
{
// Message.Trace(Severity.Error, Resources.ErrorPhaseWorkflowIncorrectInputIRType, PredecessorIR.GetType().ToString(), this.Name);
}
var astIR = new AstIR(xmlIR)
{
AstRootNode = new AstRootNode(null)
};
var unboundReferences = new UnboundReferences();
var languageSettings = new LanguageSettings(_defaultXmlNamespace, typeof(AstNode));
foreach (BimlFile bimlFile in astIR.BimlFiles)
{
if (bimlFile.XDocument.Root != null)
{
AstParser.ParseDocument(bimlFile, astIR.AstRootNode, unboundReferences, languageSettings);
}
}
unboundReferences.ResolveAll(astIR.AstRootNode.SymbolTable);
CompileTimeResolver.ResolveAll(astIR.AstRootNode.SymbolTable, unboundReferences);
if (unboundReferences.Count > 0)
{
foreach (var unboundReference in unboundReferences)
{
string filename = unboundReference.BimlFile.Name;
string refName = unboundReference.XValue;
string refTypeFriendlyName = unboundReference.BoundProperty.PropertyType.Name;
string xml = unboundReference.XObject.ToString();
int line = ((IXmlLineInfo)unboundReference.XObject).LineNumber;
int offset = ((IXmlLineInfo)unboundReference.XObject).LinePosition;
var friendlyNames = (FriendlyNameAttribute[])unboundReference.BoundProperty.PropertyType.GetCustomAttributes(typeof(FriendlyNameAttribute), false);
if (friendlyNames != null && friendlyNames.Length > 0)
{
refTypeFriendlyName = friendlyNames[0].FriendlyName;
}
// TODO: Fatal Error
MessageEngine.Trace(filename, line, offset, Severity.Error, "V0101", null, "Could not resolve reference to '{0}' of type '{1}'. '{2}' is invalid.", refName, refTypeFriendlyName, xml);
}
throw new InvalidOperationException("Parsing was unsuccessful.");
}
return(astIR);
}
public IIR Execute(IIR predecessorIR)
{
var xmlIR = predecessorIR as XmlIR;
if (xmlIR == null)
{
// Message.Trace(Severity.Error, Resources.ErrorPhaseWorkflowIncorrectInputIRType, PredecessorIR.GetType().ToString(), this.Name);
}
var astIR = new AstIR(xmlIR) { AstRootNode = new AstRootNode(null) };
var unboundReferences = new UnboundReferences();
var languageSettings = new LanguageSettings(_defaultXmlNamespace, typeof(AstNode));
foreach (BimlFile bimlFile in astIR.BimlFiles)
{
if (bimlFile.XDocument.Root != null)
{
AstParser.ParseDocument(bimlFile, astIR.AstRootNode, unboundReferences, languageSettings);
}
}
unboundReferences.ResolveAll(astIR.AstRootNode.SymbolTable);
CompileTimeResolver.ResolveAll(astIR.AstRootNode.SymbolTable, unboundReferences);
if (unboundReferences.Count > 0)
{
foreach (var unboundReference in unboundReferences)
{
string filename = unboundReference.BimlFile.Name;
string refName = unboundReference.XValue;
string refTypeFriendlyName = unboundReference.BoundProperty.PropertyType.Name;
string xml = unboundReference.XObject.ToString();
int line = ((IXmlLineInfo)unboundReference.XObject).LineNumber;
int offset = ((IXmlLineInfo)unboundReference.XObject).LinePosition;
var friendlyNames = (FriendlyNameAttribute[])unboundReference.BoundProperty.PropertyType.GetCustomAttributes(typeof(FriendlyNameAttribute), false);
if (friendlyNames != null && friendlyNames.Length > 0)
{
refTypeFriendlyName = friendlyNames[0].FriendlyName;
}
// TODO: Fatal Error
MessageEngine.Trace(filename, line, offset, Severity.Error, "V0101", null, "Could not resolve reference to '{0}' of type '{1}'. '{2}' is invalid.", refName, refTypeFriendlyName, xml);
}
throw new InvalidOperationException("Parsing was unsuccessful.");
}
return astIR;
}
private static void ResolveTemplateInstances(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
foreach (ITemplate template in symbolTable[typeof(ITemplate)])
{
template.UnboundReferences.ResolveAll(symbolTable);
}
// Iteratively pick off templates that are not in a template until they've all been processed
// This logic is required to enable nesting of template instances within templates
var templateInstance = symbolTable[typeof(ITemplateInstance)].FirstOrDefault(item => item.FirstThisOrParent <ITemplate>() == null);
while (templateInstance != null)
{
((ITemplateInstance)templateInstance).Instantiate(symbolTable, unboundReferences);
templateInstance = symbolTable[typeof(ITemplateInstance)].FirstOrDefault(item => item.FirstThisOrParent <ITemplate>() == null);
}
}
protected AstTemplateNode(IFrameworkItem parentItem)
: base(parentItem)
{
InitializeAstNode();
UnboundReferences = new UnboundReferences();
}
public static UnboundReferences ParseDocument(BimlFile bimlFile, IFrameworkItem frameworkItem, UnboundReferences unboundReferences, LanguageSettings languageSettings)
{
RecursiveParseElement(new ParserContext(bimlFile.XDocument.Root, frameworkItem, null, bimlFile, unboundReferences, languageSettings));
return(unboundReferences);
}
public static UnboundReferences ParseElement(XElement element, IFrameworkItem frameworkItem, BimlFile bimlFile, UnboundReferences unboundReferences, LanguageSettings languageSettings)
{
frameworkItem.BoundXObject = new XObjectMapping(element, null);
RecursiveParseElement(new ParserContext(element, frameworkItem, null, bimlFile, unboundReferences, languageSettings));
return(unboundReferences);
}
public static UnboundReferences ParseDocument(BimlFile bimlFile, IFrameworkItem frameworkItem, UnboundReferences unboundReferences, LanguageSettings languageSettings)
{
RecursiveParseElement(new ParserContext(bimlFile.XDocument.Root, frameworkItem, null, bimlFile, unboundReferences, languageSettings));
return unboundReferences;
}
public static UnboundReferences ParseElement(XElement element, IFrameworkItem frameworkItem, BimlFile bimlFile, UnboundReferences unboundReferences, LanguageSettings languageSettings)
{
frameworkItem.BoundXObject = new XObjectMapping(element, null);
RecursiveParseElement(new ParserContext(element, frameworkItem, null, bimlFile, unboundReferences, languageSettings));
return unboundReferences;
}
private static void ResolveUnboundReferences(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
unboundReferences.ResolveAll(symbolTable);
}
protected AstTemplateNode(IFrameworkItem parentItem)
: base(parentItem)
{
InitializeAstNode();
UnboundReferences = new UnboundReferences();
}
public static void ResolveAll(SymbolTable symbolTable, UnboundReferences unboundReferences)
{
ResolveTemplateInstances(symbolTable, unboundReferences);
ResolveUnboundReferences(symbolTable, unboundReferences);
}
