internal virtual void ParseKnownAttributes(AttributesHelper attributes, ParseResult result, string baseUri, bool addImageQuery)
{
// version is optional
int version;
if (TryParse(result, attributes, ATTR_VISUAL_VERSION, out version))
{
this.Version = version;
}
if (Context != NotificationType.Toast)
{
// Branding is optional
Branding branding;
if (TryParseEnum(result, attributes, ATTR_VISUAL_BRANDING, out branding, false)) // not case-sensitive
{
this.Branding = branding;
}
// DisplayName is optional
XAttribute attrDisplayName = attributes.PopAttribute(ATTR_VISUAL_DISPLAY_NAME, false); // not case-sensitive
if (attrDisplayName != null)
{
this.DisplayName = attrDisplayName.Value;
}
}
}
/// <summary>
/// Creates a new Detour.
/// </summary>
/// <param name="target">
/// The original function to detour. (This delegate should already be registered via
/// Magic.RegisterDelegate)
/// </param>
/// <param name="newTarget">The new function to be called. (This delegate should NOT be registered!)</param>
/// <param name="name">The name of the detour.</param>
/// <returns>
/// A <see cref="Detour" /> object containing the required methods to apply, remove, and call the original
/// function.
/// </returns>
public Detour Create(Delegate target, Delegate newTarget, string name)
{
if (target == null)
{
throw new ArgumentNullException(nameof(target));
}
if (newTarget == null)
{
throw new ArgumentNullException(nameof(newTarget));
}
if (string.IsNullOrEmpty(name))
{
throw new ArgumentNullException(nameof(name));
}
if (!AttributesHelper.HasUfpAttribute(target))
{
throw new Exception(
"The target delegate does not have the proper UnmanagedFunctionPointer attribute!");
}
if (!AttributesHelper.HasUfpAttribute(newTarget))
{
throw new Exception(
"The new target delegate does not have the proper UnmanagedFunctionPointer attribute!");
}
if (InternalItems.ContainsKey(name))
{
throw new ArgumentException($"The {name} detour already exists!", nameof(name));
}
InternalItems[name] = new Detour(target, newTarget, name, MemoryPlus);
return(InternalItems[name]);
}
internal void ParseActivatableElementAttributes(XElement node, AttributesHelper attributes, ParseResult result)
{
IActivatableElement el = this as IActivatableElement;
// activationType is optional
ActivationType type;
if (TryParseEnum(result, attributes, ATTR_ACTIVATIONTYPE, out type))
{
el.ActivationType = type;
}
// arguments is required
XAttribute attrArguments = attributes.PopAttribute(ATTR_ARGUMENTS);
if (attrArguments == null)
{
// If we're in an activation type that requires attributes
if (el.ActivationType != ActivationType.None)
{
result.AddErrorButRenderAllowed("arguments attribute is required.", XmlTemplateParser.GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
}
else
{
el.Arguments = attrArguments.Value;
}
}
/// <summary>Annotates the specified tree node.</summary>
/// <param name="treeNode">The tree node.</param>
/// <param name="attribute">The attribute.</param>
public static void Annotate(this ITreeNode treeNode, CodeAnnotationAttribute attribute)
{
var owner = treeNode as IAttributesOwnerDeclaration;
if (owner == null)
{
return;
}
string attributeName;
switch (attribute)
{
case CodeAnnotationAttribute.NotNull:
attributeName = CodeAnnotationsCache.NotNullAttributeShortName;
break;
case CodeAnnotationAttribute.CanBeNull:
attributeName = CodeAnnotationsCache.CanBeNullAttributeShortName;
break;
default:
return;
}
AttributesHelper.SetAttribute(owner, attributeName);
}
internal override void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result, string baseUri, bool addImageQuery)
{
base.ParseKnownAttributes(node, attributes, result, baseUri, addImageQuery);
// placement defaults to inline
Placement placement;
if (TryParseEnum(result, attributes, ATTR_IMAGE_PLACEMENT, out placement))
{
this.Placement = placement;
}
// hint-removeMargin is optional
bool hintRemoveMargin;
if (TryParse(result, attributes, ATTR_IMAGE_HINT_REMOVE_MARGIN, out hintRemoveMargin))
{
this.HintRemoveMargin = hintRemoveMargin;
}
// hint-align is optional
HintImageAlign hintAlign;
if (TryParseEnum(result, attributes, ATTR_IMAGE_HINT_ALIGN, out hintAlign))
{
this.HintAlign = hintAlign;
}
}
internal virtual void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result, string baseUri, bool addImageQuery)
{
// src is required
XAttribute attrSrc = attributes.PopAttribute(ATTR_IMAGE_SRC);
if (attrSrc == null)
{
result.AddError("src attribute on image element is required.", XmlTemplateParser.GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
this.Src = XmlTemplateParser.ConstructUri(attrSrc.Value, baseUri, addImageQuery);
// alt is optional, I don't use it right now either
attributes.PopAttribute(ATTR_IMAGE_ALT);
// hint-crop is optional
HintCrop hintCrop;
if (TryParseEnum(result, attributes, ATTR_IMAGE_HINT_CROP, out hintCrop))
{
this.HintCrop = hintCrop;
}
}
internal void Parse(ParseResult result, XElement node, string baseUri, bool addImageQuery)
{
if (!XmlTemplateParser.EnsureNodeOnlyHasElementsAsChildren(result, node))
{
throw new IncompleteElementException();
}
AttributesHelper attributes = new AttributesHelper(node.Attributes());
ParseKnownAttributes(node, attributes, result, baseUri, addImageQuery);
HandleRemainingAttributes(attributes, result);
// 0-n children
foreach (XElement child in node.Elements())
{
try
{
HandleChild(result, child, baseUri, addImageQuery);
}
catch (IncompleteElementException)
{
}
}
}
internal bool TryParseEnum <TEnum>(ParseResult result, AttributesHelper attributes, string attributeName, out TEnum answer, bool caseSensitive = true) where TEnum : struct, IConvertible
{
XAttribute attr = attributes.PopAttribute(attributeName, caseSensitive);
// If it has the attribute
if (attr != null)
{
// And the attribute has a value
if (attr.Value != null)
{
if (TryParseEnum(attr.Value, out answer))
{
return(true);
}
// Couldn't find matching enum
result.AddWarning($@"Unknown value ""{attr.Value}"" on {attributeName} attribute", GetErrorPositionInfo(attr));
if (TryGetUnknownEnum(out answer))
{
return(true);
}
}
// Attribute doesn't have a value
else
{
result.AddWarning($@"Attribute {attributeName} has no value specified", GetErrorPositionInfo(attr));
}
}
// Attribute isn't found, no warning
answer = default(TEnum);
return(false);
}
internal virtual void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result)
{
// id is required
XAttribute attrId = attributes.PopAttribute(ATTR_ID);
if (attrId == null)
{
result.AddError("id attribute on action element is required.", XmlTemplateParser.GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
this.Id = attrId.Value;
// arguments is required
XAttribute attrArguments = attributes.PopAttribute(ATTR_ARGUMENTS);
if (attrArguments == null)
{
result.AddErrorButRenderAllowed("arguments attribute on action element is required.", XmlTemplateParser.GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
this.Arguments = attrArguments.Value;
// activationType is optional
ActivationType type;
if (TryParseEnum(result, attributes, ATTR_ACTIVATIONTYPE, out type))
{
this.ActivationType = type;
}
}
internal virtual void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result)
{
// src is optional
var srcAttr = attributes.PopAttribute(ATTR_SRC);
if (srcAttr != null)
{
Uri srcUri;
if (Uri.TryCreate(srcAttr.Value, UriKind.RelativeOrAbsolute, out srcUri))
{
Src = srcUri;
}
else
{
result.AddWarning("Audio src value must be a valid Uri.", XmlTemplateParser.GetErrorPositionInfo(node));
}
}
// loop is optional, must be bool
bool boolean;
if (TryParse(result, attributes, ATTR_LOOP, out boolean))
{
Loop = boolean;
}
if (TryParse(result, attributes, ATTR_SILENT, out boolean))
{
Silent = boolean;
}
}
public static PropertyColumnMetamodel Create(LambdaExpression property, int width, ColumnWidthMode widthMode, FilterMetamodel filterMetamodel)
{
var name = ObjectHelper.GetPropertyName(property);
var caption = AttributesHelper.GetPropertyDisplayName(property) ?? property.Name; // TODO: maybe better to provide explicite caption parameter?
return(new PropertyColumnMetamodel(name, caption, width, widthMode, property.ReturnType, filterMetamodel));
}
internal void Parse(ParseResult result, XElement node)
{
if (!XmlTemplateParser.EnsureNodeOnlyHasElementsAsChildren(result, node))
{
throw new IncompleteElementException();
}
AttributesHelper attributes = new AttributesHelper(node.Attributes());
ParseKnownAttributes(node, attributes, result);
HandleRemainingAttributes(attributes, result);
// 0-n children
foreach (XElement child in node.Elements())
{
if (!result.IsOkForRender())
{
break;
}
try
{
HandleChild(result, child);
}
catch (IncompleteElementException)
{
}
}
}
internal void Parse(ParseResult result, XElement node)
{
AttributesHelper attributes = new AttributesHelper(node.Attributes());
ParseKnownAttributes(node, attributes, result);
HandleRemainingAttributes(attributes, result);
// 0-n children
foreach (XElement child in node.Elements())
{
if (!result.IsOkForRender())
{
break;
}
try
{
HandleChild(result, child);
}
catch (IncompleteElementException)
{
}
}
}
static Scanner()
{
ConstantTokensLookup = AttributesHelper.GetLookUpTable <Token, ConstantTokenAttribute>()
.ToDictionary(x => x.Value.ReservedWord, x => x.Key);
PatternTokensLookup = AttributesHelper.GetLookUpTable <Token, PatternTokenAttribute>();
IgnoredTokensLookup = AttributesHelper.GetLookUpTable <Token, IgnoredTokenAttribute>();
}
public void Test__GetPropertyAttributeValues__Working()
{
var name = AttributesHelper.GetPropertyAttributeValue <TestViewModel, DisplayAttribute, string>(x => x.Title, a => a.Name);
var description = AttributesHelper.GetPropertyAttributeValue <TestViewModel, DisplayAttribute, string>(x => x.TypeName, a => a.Description);
Assert.That(name, Is.EqualTo("Tytuł"));
Assert.That(description, Is.EqualTo("Coś"));
}
internal void Parse(ParseResult result, XElement node)
{
AttributesHelper attributes = new AttributesHelper(node.Attributes());
ParseKnownAttributes(node, attributes, result);
HandleRemainingAttributes(attributes, result);
}
internal void Parse(ParseResult result, XElement node, string baseUri, bool addImageQuery)
{
AttributesHelper attributes = new AttributesHelper(node.Attributes());
ParseKnownAttributes(node, attributes, result, baseUri, addImageQuery);
HandleRemainingAttributes(attributes, result);
}
private void ParseHintWeight(AttributesHelper attributes, ParseResult result)
{
int hintWeight;
if (TryParse(result, attributes, ATTR_SUBGROUP_HINT_WEIGHT, out hintWeight))
{
this.HintWeight = hintWeight;
}
}
internal void ParseKnownAttributes(AttributesHelper attributes, ParseResult result, bool isBindingRootLevel)
{
// Max lines is supported on non-toasts, and adaptive toasts, and group/subgroups
if (Context != NotificationType.Toast || SupportedFeatures.AdaptiveToasts || !isBindingRootLevel)
{
// hint-max-lines is optional
int hintMaxLines;
if (TryParse(result, attributes, ATTR_TEXT_HINT_MAX_LINES, out hintMaxLines))
{
this.HintMaxLines = hintMaxLines;
}
}
// These features are supported on non-toasts, and group/subgroups
if (Context != NotificationType.Toast || !isBindingRootLevel)
{
// hint-align is optional
HintAlign hintAlign;
if (TryParseEnum(result, attributes, ATTR_TEXT_HINT_ALIGN, out hintAlign))
{
this.HintAlign = hintAlign;
}
// hint-min-lines is optional
int hintMinLines;
if (TryParse(result, attributes, ATTR_TEXT_HINT_MIN_LINES, out hintMinLines))
{
this.HintMinLines = hintMinLines;
}
// hint-style is optional
HintStyle hintStyle;
if (TryParseEnum(result, attributes, ATTR_TEXT_HINT_STYLE, out hintStyle))
{
this.HintStyle = hintStyle;
}
// hint-wrap is optional
bool hintWrap;
if (TryParse(result, attributes, ATTR_TEXT_HINT_WRAP, out hintWrap))
{
this.HintWrap = hintWrap;
}
}
if (Context == NotificationType.Tile)
{
Id = attributes.PopAttributeValue(ATTR_TEXT_ID);
}
TextPlacement placement;
if (TryParseEnum(result, attributes, ATTR_TEXT_PLACEMENT, out placement))
{
this.Placement = placement;
}
}
private void HandleHintCrop(ParseResult result, AttributesHelper attributes)
{
HintCrop hintCrop;
if (TryParseEnum(result, attributes, ATTR_IMAGE_HINT_CROP, out hintCrop))
{
this.HintCrop = hintCrop;
}
}
protected override void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result, string baseUri, bool addImageQuery)
{
base.ParseKnownAttributes(node, attributes, result, baseUri, addImageQuery);
// Template is required
XAttribute attrTemplate = attributes.PopAttribute(ATTR_BINDING_TEMPLATE);
if (attrTemplate == null)
{
result.AddWarning("template attribute wasn't provided on binding element.", GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
// If template is unknown, stop there
Template template;
if (!TryParseEnum(attrTemplate.Value, out template))
{
result.AddWarning($"template attribute \"{attrTemplate.Value}\" is not supported.", GetErrorPositionInfo(attrTemplate));
throw new IncompleteElementException();
}
this.Template = template;
// Branding is optional
Branding branding;
if (TryParseEnum(result, attributes, ATTR_BINDING_BRANDING, out branding, false)) // not case-sensitive
{
this.Branding = branding;
}
// Display name is optional
XAttribute attrDisplayName = attributes.PopAttribute(ATTR_BINDING_DISPLAY_NAME, false); // not case-sensitive
if (attrDisplayName != null)
{
this.DisplayName = attrDisplayName.Value;
}
// hint-overlay is optional
double hintOverlay;
if (TryParse(result, attributes, ATTR_BINDING_HINT_OVERLAY, out hintOverlay))
{
this.HintOverlay = hintOverlay;
}
// hint-textStacking is optional
HintTextStacking hintTextStacking;
if (TryParseEnum(result, attributes, ATTR_BINDING_HINT_TEXT_STACKING, out hintTextStacking))
{
this.HintTextStacking = hintTextStacking;
}
}
internal void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result)
{
// hint-systemCommands is optional
HintSystemCommands hintSystemCommands;
if (TryParseEnum(result, attributes, ATTR_HINT_SYSTEMCOMMANDS, out hintSystemCommands))
{
this.HintSystemCommands = hintSystemCommands;
}
}
private void HandleHintOverlay(ParseResult result, AttributesHelper attributes)
{
// hint-overlay is optional
double hintOverlay;
if (TryParse(result, attributes, ATTR_HINT_OVERLAY, out hintOverlay))
{
this.HintOverlay = hintOverlay;
}
}
internal void Parse(ParseResult result, XElement node)
{
// Inner text
this.Text = node.Value;
AttributesHelper attributes = new AttributesHelper(node.Attributes());
ParseKnownAttributes(attributes, result);
HandleRemainingAttributes(attributes, result);
}
protected void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result, string baseUri, bool addImageQuery)
{
if (Context != NotificationType.Toast)
{
// hint-textStacking is optional
HintTextStacking hintTextStacking;
if (TryParseEnum(result, attributes, ATTR_TEXT_STACKING, out hintTextStacking))
{
this.HintTextStacking = hintTextStacking;
}
}
}
internal void ParseKnownAttributes(AttributesHelper attributes, ParseResult result, string baseUri, bool addImageQuery)
{
if (Context != NotificationType.Tile && Context != NotificationType.Toast)
{
// actionId is optional
var attrActionId = attributes.PopAttribute(ATTR_ACTIONID);
if (attrActionId != null)
{
this.ActionId = attrActionId.Value;
}
}
}
internal void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result)
{
// id is required
XAttribute attrId = attributes.PopAttribute(ATTR_ID);
if (attrId == null)
{
result.AddError("id attribute on input element is required.", XmlTemplateParser.GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
this.Id = attrId.Value;
}
internal void Parse(ParseResult result, XElement node)
{
if (!XmlTemplateParser.EnsureNodeOnlyHasElementsAsChildren(result, node))
{
throw new IncompleteElementException();
}
AttributesHelper attributes = new AttributesHelper(node.Attributes());
ParseKnownAttributes(node, attributes, result);
HandleRemainingAttributes(attributes, result);
}
protected virtual void ParseKnownAttributes(XElement node, AttributesHelper attributes, ParseResult result)
{
// id is required
XAttribute attrId = attributes.PopAttribute(ATTR_ID);
if (attrId == null)
{
result.AddError("id attribute on input element is required.", XmlTemplateParser.GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
// type is required
InputType type;
if (!TryParseEnum(result, attributes, ATTR_TYPE, out type))
{
result.AddErrorButRenderAllowed("type attribute on input element is required.", XmlTemplateParser.GetErrorPositionInfo(node));
throw new IncompleteElementException();
}
this.Id = attrId.Value;
this.Type = type;
// title is optional
var attrTitle = attributes.PopAttribute(ATTR_TITLE);
if (attrTitle != null)
{
this.Title = attrTitle.Value;
}
// placeHolderContent is optional
var attrPlaceHolderContent = attributes.PopAttribute(ATTR_PLACEHOLDERCONTENT);
if (attrPlaceHolderContent != null)
{
this.PlaceHolderContent = attrPlaceHolderContent.Value;
}
// defaultInput is optional
var attrDefaultInput = attributes.PopAttribute(ATTR_DEFAULTINPUT);
if (attrDefaultInput != null)
{
this.DefaultInput = attrDefaultInput.Value;
}
}
protected override Expression VisitMember(MemberExpression node)
{
if (!AttributesHelper.IsAttributesClass(node.Member.DeclaringType))
{
throw new NotSupportedException();
}
var attributeName = node.ToString();
if (!_attributes.ContainsKey(attributeName))
{
throw new AttributeMissingException(attributeName);
}
return(Expression.Constant(_attributes[attributeName]));
}