protected override void AddCodeMarkers(FileModel fileModel)
{
foreach (IForEachStatement item in fileModel.All<IForEachStatement>().Where(v => v.ExistsTextuallyInFile))
{
var lineCheck = item.Text.Trim();
if (lineCheck.IndexOf("(") != -1)
{
var result = whiteSpaceHelper.CheckNoWhiteSpaceAroundCharacter(lineCheck, "(");
if (result == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingForEach, item);
}
}
}
foreach (IForStatement item in fileModel.All<IForStatement>().Where(v => v.ExistsTextuallyInFile))
{
var lineCheck = item.Text.Trim();
if (lineCheck.IndexOf("(") != -1)
{
var result = whiteSpaceHelper.CheckNoWhiteSpaceAroundCharacter(lineCheck, "(");
if (result == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingFor, item);
}
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
foreach (IForEachStatement item in fileModel.All <IForEachStatement>().Where(v => v.ExistsTextuallyInFile))
{
var lineCheck = item.Text.Trim();
if (lineCheck.IndexOf("(") != -1)
{
var result = whiteSpaceHelper.CheckNoWhiteSpaceAroundCharacter(lineCheck, "(");
if (result == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingForEach, item);
}
}
}
foreach (IForStatement item in fileModel.All <IForStatement>().Where(v => v.ExistsTextuallyInFile))
{
var lineCheck = item.Text.Trim();
if (lineCheck.IndexOf("(") != -1)
{
var result = whiteSpaceHelper.CheckNoWhiteSpaceAroundCharacter(lineCheck, "(");
if (result == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingFor, item);
}
}
}
}
private void MoveUsingStatements(FileModel fileModel)
{
List <IUsingDirectiveSection> innerSections = new List <IUsingDirectiveSection>();
IUsingDirectiveSection mainSection = null;
foreach (IUsingDirectiveSection section in fileModel.All <IUsingDirectiveSection>())
{
if (section.Enclosing <INamespaceDeclaration>().Exists)
{
innerSections.Add(section);
}
else if (mainSection == null)
{
mainSection = section;
}
}
if (mainSection != null)
{
foreach (IUsingDirectiveSection section in innerSections)
{
section.Insert(mainSection.Directives, section.FileModel);
}
foreach (IUsingDirective directive in mainSection.Directives)
{
directive.Remove();
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
Dictionary<IMemberDeclaration, List<IVariableDeclaration>> variableDeclarations = new Dictionary<IMemberDeclaration, List<IVariableDeclaration>>();
foreach (IVariableDeclaration variable in fileModel.All<IVariableDeclaration>().Where(v => v.ExistsTextuallyInFile))
{
IMemberDeclaration member = variable.EnclosingMember();
if (member.ExistsTextuallyInFile)
{
if (!variableDeclarations.ContainsKey(member))
{
variableDeclarations[member] = new List<IVariableDeclaration>();
}
variableDeclarations[member].Add(variable);
}
}
foreach (KeyValuePair<IMemberDeclaration, List<IVariableDeclaration>> pair in variableDeclarations)
{
if (pair.Value.Count > 64)
{
pair.Key.AddCodeMarker(CodeMarkerId, this);
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
Dictionary <IMemberDeclaration, List <IVariableDeclaration> > variableDeclarations = new Dictionary <IMemberDeclaration, List <IVariableDeclaration> >();
foreach (IVariableDeclaration variable in fileModel.All <IVariableDeclaration>().Where(v => v.ExistsTextuallyInFile))
{
IMemberDeclaration member = variable.EnclosingMember();
if (member.ExistsTextuallyInFile)
{
if (!variableDeclarations.ContainsKey(member))
{
variableDeclarations[member] = new List <IVariableDeclaration>();
}
variableDeclarations[member].Add(variable);
}
}
foreach (KeyValuePair <IMemberDeclaration, List <IVariableDeclaration> > pair in variableDeclarations)
{
if (pair.Value.Count > 64)
{
pair.Key.AddCodeMarker(CodeMarkerId, this);
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
foreach (IAddEventHandlerStatement addEventHandler in fileModel.All <IAddEventHandlerStatement>().Where(x => x.HandlerExpression.Is <IObjectCreation>()))
{
IObjectCreation objectCreation = addEventHandler.HandlerExpression.As <IObjectCreation>();
objectCreation.TypeName.AddCodeMarker(RemoveNewDelegateCreationMarkerID, this, RemoveUnnecessaryObjectCreation, objectCreation);
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
foreach (IAddEventHandlerStatement addEventHandler in fileModel.All<IAddEventHandlerStatement>().Where(x => x.HandlerExpression.Is<IObjectCreation>()))
{
IObjectCreation objectCreation = addEventHandler.HandlerExpression.As<IObjectCreation>();
objectCreation.TypeName.AddCodeMarker(RemoveNewDelegateCreationMarkerID, this, RemoveUnnecessaryObjectCreation, objectCreation);
}
}
/// <summary>
/// This method is responsible for analyzing a single file and producing warning code markers.
/// It gets called whenever the file or its dependencies changes so that reanalysis of the code
/// markers is required
/// </summary>
protected override void AddCodeMarkers(FileModel fileModel)
{
// you can use fileModel.All<T> to iterate over the construct you are in terested in
// you might also use LINQ queries
foreach (IComment comment in fileModel.All <IComment>().Where(v => v.ExistsTextuallyInFile))
{
var lineCheck = comment.Text.Trim();
CheckForSingleComments(lineCheck, comment);
}
}
/// <summary>
/// This method is responsible for analyzing a single file and producing warning code markers.
/// It gets called whenever the file or its dependencies changes so that reanalysis of the code
/// markers is required
/// </summary>
protected override void AddCodeMarkers(FileModel fileModel)
{
// you can use fileModel.All<T> to iterate over the construct you are in terested in
// you might also use LINQ queries
foreach (IComment comment in fileModel.All<IComment>().Where(v => v.ExistsTextuallyInFile))
{
var lineCheck = comment.Text.Trim();
CheckForSingleComments(lineCheck, comment);
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
foreach (var memberDeclaration in fileModel.All <IMemberDeclaration>().Where(m => m.ExistsTextuallyInFile && m.IsPublic() && AreAllEnclosingClassesPublic(m)))
{
if (!memberDeclaration.DocComment.Exists)
{
memberDeclaration.Identifier.AddCodeMarker(WarningID, this, GenerateDocumentation, memberDeclaration);
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
var needWarning = false;
foreach (IForEachStatement item in fileModel.All <IForEachStatement>().Where(v => v.ExistsTextuallyInFile))
{
List <string> keywordSearch = new List <string> {
"in"
};
foreach (var key in keywordSearch)
{
if (item.Text.WholeWordIndexOf(key) != -1)
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text);
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordForeach, item);
break;
}
}
}
}
foreach (IForStatement item in fileModel.All <IForStatement>().Where(v => v.ExistsTextuallyInFile))
{
List <string> keywordSearch = new List <string> {
"in"
};
foreach (var key in keywordSearch)
{
if (item.Text.WholeWordIndexOf(key) != -1)
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text);
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordFor, item);
break;
}
}
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
foreach (var memberDeclaration in fileModel.All<IMemberDeclaration>().Where(m => m.ExistsTextuallyInFile && m.IsPublic() && AreAllEnclosingClassesPublic(m)))
{
if (!memberDeclaration.DocComment.Exists)
{
memberDeclaration.Identifier.AddCodeMarker(WarningID, this, GenerateDocumentation, memberDeclaration);
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
var needWarning = false;
// Grabs the first two rows of a list
foreach (IVariableDeclaration item in fileModel.All <IVariableDeclaration>().Where(v => v.ExistsTextuallyInFile))
{
List <string> keywordSearch = new List <string> {
"new"
};
foreach (var key in keywordSearch)
{
if (item.Text.Contains(key))
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text.ToString());
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordVarDec, item);
}
}
}
}
// Grabs everything else
foreach (IAssignmentExpression item in fileModel.All <IAssignmentExpression>().Where(v => v.ExistsTextuallyInFile))
{
List <string> keywordSearch = new List <string> {
"new"
};
foreach (var key in keywordSearch)
{
if (item.Text.Contains(key))
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text.ToString());
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordAsExp, item);
}
}
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
var needWarning = false;
foreach (IForEachStatement item in fileModel.All<IForEachStatement>().Where(v => v.ExistsTextuallyInFile))
{
List<string> keywordSearch = new List<string> { "in" };
foreach (var key in keywordSearch)
{
if (item.Text.WholeWordIndexOf(key) != -1)
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text);
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordForeach, item);
break;
}
}
}
}
foreach (IForStatement item in fileModel.All<IForStatement>().Where(v => v.ExistsTextuallyInFile))
{
List<string> keywordSearch = new List<string> { "in" };
foreach (var key in keywordSearch)
{
if (item.Text.WholeWordIndexOf(key) != -1)
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text);
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordFor, item);
break;
}
}
}
}
}
public void CheckUsing(FileModel fileModel)
{
if (fileModel.FileName != "AssemblyInfo")
{
foreach (IUsingDirectiveSection section in fileModel.All<IUsingDirectiveSection>())
{
if (!section.Enclosing<INamespaceDeclaration>().Exists && section.Directives.Count() > 0)
{
section.AddCodeMarker(WarningId, this, MoveUsingStatements, fileModel);
break;
}
}
}
}
public void CheckUsing(FileModel fileModel)
{
if (fileModel.FileName != "AssemblyInfo")
{
foreach (IUsingDirectiveSection section in fileModel.All <IUsingDirectiveSection>())
{
if (!section.Enclosing <INamespaceDeclaration>().Exists&& section.Directives.Count() > 0)
{
section.AddCodeMarker(WarningId, this, MoveUsingStatements, fileModel);
break;
}
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
var needWarning = false;
// Grabs the first two rows of a list
foreach (IVariableDeclaration item in fileModel.All<IVariableDeclaration>().Where(v => v.ExistsTextuallyInFile))
{
List<string> keywordSearch = new List<string> { "new" };
foreach (var key in keywordSearch)
{
if (item.Text.Contains(key))
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text.ToString());
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordVarDec, item);
}
}
}
}
// Grabs everything else
foreach (IAssignmentExpression item in fileModel.All<IAssignmentExpression>().Where(v => v.ExistsTextuallyInFile))
{
List<string> keywordSearch = new List<string> { "new" };
foreach (var key in keywordSearch)
{
if (item.Text.Contains(key))
{
needWarning = this.CheckSpacingAroundKeyword(key, item.Text.ToString());
if (needWarning == true)
{
item.AddCodeMarker(WarningId, this, FixSpacingAroundKeywordAsExp, item);
}
}
}
}
}
protected override void AddCodeMarkers(FileModel fileModel)
{
fileModel.All<IQualifiedTypeName>()
.Where(q => q.IsNamespaceInScope(q.NamespaceName.Namespace))
.ForEach(q => q.NamespaceName.AddCodeMarker(RemoveFullyQuallifiedTypesMarkerID, this, ConvertToSimpleTypeName, q, q.Type.Name));
}
protected override void AddCodeMarkers(FileModel fileModel)
{
fileModel.All <IStringLiteral>()
.Where(x => x.Content.Length == 0 && CanBeConvertToStringEmpty(x))
.ForEach(literal => literal.AddCodeMarker(UseStringEmptyMarkerID, this, ReplaceWithStringEmpty, literal));
}
public override void ExecuteCodeCleaningStep(CodeCleaningStep step, FileModel fileModel, CodeSpan span)
{
fileModel.All<IPreProcessorDirectiveLine>()
.Where(line => line.IsRegion())
.ForEach(region => region.Delete());
}
protected override void AddCodeMarkers(FileModel fileModel)
{
fileModel.All <IQualifiedTypeName>()
.Where(q => q.IsNamespaceInScope(q.NamespaceName.Namespace))
.ForEach(q => q.NamespaceName.AddCodeMarker(RemoveFullyQuallifiedTypesMarkerID, this, ConvertToSimpleTypeName, q, q.Type.Name));
}
private void MoveUsingStatements(FileModel fileModel)
{
List<IUsingDirectiveSection> innerSections = new List<IUsingDirectiveSection>();
IUsingDirectiveSection mainSection = null;
foreach (IUsingDirectiveSection section in fileModel.All<IUsingDirectiveSection>())
{
if (section.Enclosing<INamespaceDeclaration>().Exists)
{
innerSections.Add(section);
}
else if (mainSection == null)
{
mainSection = section;
}
}
if (mainSection != null)
{
foreach (IUsingDirectiveSection section in innerSections)
{
section.Insert(mainSection.Directives, section.FileModel);
}
foreach (IUsingDirective directive in mainSection.Directives)
{
directive.Remove();
}
}
}
public override void ExecuteCodeCleaningStep(CodeCleaningStep step, FileModel fileModel, CodeSpan span)
{
fileModel.All <IPreProcessorDirectiveLine>()
.Where(line => line.IsRegion())
.ForEach(region => region.Delete());
}
protected override void AddCodeMarkers(FileModel fileModel)
{
fileModel.All<IStringLiteral>()
.Where(x => x.Content.Length == 0 && CanBeConvertToStringEmpty(x))
.ForEach(literal => literal.AddCodeMarker(UseStringEmptyMarkerID, this, ReplaceWithStringEmpty, literal));
}