public void Assert(IQueryResults queryResult)
{
var matchingCallsInOrder = queryResult
.MatchingCallsInOrder()
.Where(x => IsNotPropertyGetterCall(x.GetMethodInfo()))
.ToArray();
var querySpec = queryResult
.QuerySpecification()
.Where(x => IsNotPropertyGetterCall(x.CallSpecification.GetMethodInfo()))
.ToArray();
if (matchingCallsInOrder.Length != querySpec.Length)
{
throw new CallSequenceNotFoundException(GetExceptionMessage(querySpec, matchingCallsInOrder));
}
var callsAndSpecs = matchingCallsInOrder
.Zip(querySpec, (call, specAndTarget) =>
new
{
Call = call,
Spec = specAndTarget.CallSpecification,
IsMatch = Matches(call, specAndTarget)
}
);
if (callsAndSpecs.Any(x => !x.IsMatch))
{
throw new CallSequenceNotFoundException(GetExceptionMessage(querySpec, matchingCallsInOrder));
}
}
private CallSpecAndTarget[] QuerySpecificationFrom(IQueryResults queryResult)
{
return
(queryResult.QuerySpecification()
.Where(x => this.IsNotPropertyGetterCall(x.CallSpecification.GetMethodInfo()))
.ToArray());
}
public void Assert(IQueryResults queryResult)
{
var matchingCallsInOrder = queryResult
.MatchingCallsInOrder()
.Where(x => IsNotPropertyGetterCall(x.GetMethodInfo()))
.ToArray();
var querySpec = queryResult
.QuerySpecification()
.Where(x => IsNotPropertyGetterCall(x.CallSpecification.GetMethodInfo()))
.ToArray();
if (matchingCallsInOrder.Length != querySpec.Length)
{
throw new CallSequenceNotFoundException(GetExceptionMessage(querySpec, matchingCallsInOrder));
}
var callsAndSpecs = matchingCallsInOrder
.Zip(querySpec, (call, specAndTarget) =>
new
{
Call = call,
Spec = specAndTarget.CallSpecification,
IsMatch = Matches(call, specAndTarget)
}
);
if (callsAndSpecs.Any(x => !x.IsMatch))
{
throw new CallSequenceNotFoundException(GetExceptionMessage(querySpec, matchingCallsInOrder));
}
}
///<summary>Sets the Query results handler for this context and object type</summary>
///<param name="qr"></param>
///<param name="objectType"></param>
///<param name="options"></param>
public void setQueryResults(
IQueryResults qr,
IElementDef objectType,
QueryResultsOptions options)
{
SetHandler(fQueryResults, qr, objectType, options);
}
private CallSpecAndTarget[] QuerySpecificationFrom(IQueryResults queryResult)
{
return
(queryResult.QuerySpecification()
.Where(x => _queryFilter.ShouldVerify(x.CallSpecification.GetMethodInfo()))
.ToArray());
}
public void SetQueryResults(IQueryResults queryResults, IElementDef objectType, QueryResultsOptions options)
{
if (options == null)
{
options = new QueryResultsOptions();
}
foreach (SifContext context in options.SupportedContexts)
{
GetOrCreateContextMatrix(context).setQueryResults(queryResults, objectType, options);
}
}
/// <summary>
/// Gets the global QueryResults message handler registered with the Agent for the specified SIF object type.
/// </summary>
/// <param name="context">The SIF context to look up the QueryResults handler for.
/// The default implementation of Agent only returns handlers for
/// SIFContext.DEFAULT</param>
/// <param name="objectType">The QueryResults object registered for this object type by the
/// agent when it called the <code>setQueryResults</code> method, or
/// <code>null</code> if no QueryResults object has been registered
/// for the specified object type.</param>
/// <returns></returns>
public virtual IQueryResults GetQueryResults(SifContext context, IElementDef objectType)
{
IQueryResults q = null;
if (SifContext.DEFAULT.Equals(context))
{
q = (IQueryResults)fQueryResults[objectType];
if (q == null)
{
q = (IQueryResults)fQueryResults[SifDtd.SIF_MESSAGE];
}
}
return(q);
}
public void Assert(IQueryResults queryResult)
{
var querySpec = QuerySpecificationFrom(queryResult);
var allReceivedCalls = AllCallsExceptPropertyGettersReceivedByTargetsOf(querySpec);
var callsSpecifiedButNotReceived = GetCallsExpectedButNoReceived(querySpec, allReceivedCalls);
var callsReceivedButNotSpecified = GetCallsReceivedButNotExpected(querySpec, allReceivedCalls);
if (callsSpecifiedButNotReceived.Any() || callsReceivedButNotSpecified.Any())
{
throw new CallSequenceNotFoundException(ExceptionMessage.For(querySpec, allReceivedCalls,
callsSpecifiedButNotReceived, callsReceivedButNotSpecified, _queryFilter));
}
}
private static void LogQuery(string query, TwitterAPIEndpoint endpoint, IQueryResults results)
{
QueryHistory.Get[endpoint].LastQuery = query;
if (QueryInfo.UsesMaxID(endpoint))
{
TweetSearchResults statusResults = results as TweetSearchResults;
// Exclude lowest ID to prevent duplicate results
string nextMaxID = (long.TryParse(statusResults.MinStatusID, out long result)) ? (result - 1).ToString() : "";
QueryHistory.Get[endpoint].NextMaxID = nextMaxID;
}
if (QueryInfo.UsesCursor(endpoint))
{
UserIdsResults idResults = results as UserIdsResults;
QueryHistory.Get[endpoint].NextCursor = idResults.NextCursorStr;
}
}
public void SetQueryResults(IQueryResults results, QueryResultsOptions flags)
{
assertProvisioningOptions(flags);
if (results == null)
{
fQueryResults = null;
fQueryResultsOptions = null;
}
else
{
fQueryResults = results;
if (flags == null)
{
flags = new QueryResultsOptions();
}
fQueryResultsOptions = flags;
}
}
/// <summary> Register a global IQueryResults message handler object with this
/// agent for the specified SIF object type in the default SIF Context
///
/// Note agents typically register message handlers with Topics or with
/// Zones instead of with the Agent. The message fDispatcher first
/// delivers messages to Topics, then to Zones, and finally to the Agent
/// itself.
///
/// </summary>
/// <param name="queryResults">An object that implements the <c>IQueryResults</c>
/// interface to respond to SIF_Response query results received by the agent,
/// where the SIF object type referenced by the request matches the
/// specified objectType. This IQueryResults object will be called whenever
/// a SIF_Response is received and no other object in the message
/// dispatching chain has processed the message.
///
/// </param>
/// <param name="objectType">A constant from the SifDtd class that identifies the
/// type of SIF Data Object this IQueryResults message handler will
/// respond to.
/// </param>
public virtual void SetQueryResults(IQueryResults queryResults,
IElementDef objectType)
{
if (queryResults == null)
{
AdkUtils._throw
(new ArgumentException("IQueryResults object cannot be null"), GetLog());
}
if (objectType == null)
{
fQueryResults[SifDtd.SIF_MESSAGE] = queryResults;
}
else
{
fQueryResults[objectType] = queryResults;
}
}
public void Assert(IQueryResults queryResult)
{
var array1 = queryResult.MatchingCallsInOrder().Where(x => _queryFilter.ShouldVerify(x.GetMethodInfo())).ToArray();
var array2 = queryResult.QuerySpecification().Where(x => _queryFilter.ShouldVerify(x.CallSpecification.GetMethodInfo())).ToArray();
if (array1.Length != array2.Length)
{
throw new CallSequenceNotFoundException(GetExceptionMessage(array2, array1));
}
if (array1.Zip(array2, (call, specAndTarget) => new
{
Call = call,
Spec = specAndTarget.CallSpecification,
IsMatch = Matches(call, specAndTarget)
}).Any(x => !x.IsMatch))
{
throw new CallSequenceNotFoundException(GetExceptionMessage(array2, array1));
}
}
public void Assert(IQueryResults queryResult)
{
var matchingCallsInOrder = queryResult.MatchingCallsInOrder().ToArray();
var querySpec = queryResult.QuerySpecification().ToArray();
if (matchingCallsInOrder.Length != querySpec.Length)
{
throw new CallSequenceNotFoundException();
}
var callsAndSpecs = matchingCallsInOrder
.Zip(querySpec, (call, specAndTarget) =>
new { Call = call, Spec = specAndTarget.CallSpecification, IsMatch = Matches(call, specAndTarget) }
);
if (callsAndSpecs.Any(x => !x.IsMatch))
{
throw new CallSequenceNotFoundException();
}
}
private async Task AddContentItemsAsync(NavigationBuilder listTypeMenu, IQueryResults queryResults, Enums.LinkMode nodeLinkMode)
{
foreach (var ci in queryResults.Items)// first level children await getContentItemsAsync())
{
if (ci is ContentItem contentItem)
{
var cim = await _contentManager.PopulateAspectAsync <ContentItemMetadata>(contentItem);
switch (nodeLinkMode)
{
case Enums.LinkMode.Admin:
if (cim.AdminRouteValues.Any() && contentItem.DisplayText != null)
{
listTypeMenu.Add(new LocalizedString(contentItem.DisplayText, contentItem.DisplayText), m =>
{
m.Action(cim.AdminRouteValues["Action"] as string, cim.AdminRouteValues["Controller"] as string, cim.AdminRouteValues);
m.Resource(ci);
m.Priority(_node.Priority);
m.Position(_node.Position);
m.LocalNav();
AddPrefixToClasses(_node.IconForContentItems).ToList().ForEach(c => m.AddClass(c));
//todo
// m.Permission(ContentTypePermissions.CreateDynamicPermission(
// ContentTypePermissions.PermissionTemplates[Contents.Permissions.EditContent.Name], _contentType));
m.AdminNodeProvider(nameof(QueryAdminNode));
});
}
break;
case Enums.LinkMode.Display:
if (cim.DisplayRouteValues.Any() && contentItem.DisplayText != null)
{
listTypeMenu.Add(new LocalizedString(contentItem.DisplayText, contentItem.DisplayText), m =>
{
m.Action(cim.DisplayRouteValues["Action"] as string, cim.DisplayRouteValues["Controller"] as string, cim.DisplayRouteValues);
m.Resource(ci);
m.Priority(_node.Priority);
m.Position(_node.Position);
m.LocalNav();
AddPrefixToClasses(_node.IconForContentItems).ToList().ForEach(c => m.AddClass(c));
//todo
// m.Permission(ContentTypePermissions.CreateDynamicPermission(
// ContentTypePermissions.PermissionTemplates[Contents.Permissions.EditContent.Name], _contentType));
});
}
break;
case Enums.LinkMode.Edit:
if (cim.EditorRouteValues.Any() && contentItem.DisplayText != null)
{
listTypeMenu.Add(new LocalizedString(contentItem.DisplayText, contentItem.DisplayText), m =>
{
m.Action(cim.EditorRouteValues["Action"] as string, cim.EditorRouteValues["Controller"] as string, cim.EditorRouteValues);
m.Resource(ci);
m.Priority(_node.Priority);
m.Position(_node.Position);
m.LocalNav();
AddPrefixToClasses(_node.IconForContentItems).ToList().ForEach(c => m.AddClass(c));
//todo
// m.Permission(ContentTypePermissions.CreateDynamicPermission(
// ContentTypePermissions.PermissionTemplates[Contents.Permissions.EditContent.Name], _contentType));
});
}
break;
case Enums.LinkMode.Create:
if (cim.CreateRouteValues.Any() && contentItem.DisplayText != null)
{
listTypeMenu.Add(new LocalizedString(contentItem.DisplayText, contentItem.DisplayText), m =>
{
m.Action(cim.CreateRouteValues["Action"] as string, cim.CreateRouteValues["Controller"] as string, cim.CreateRouteValues);
m.Resource(ci);
m.Priority(_node.Priority);
m.Position(_node.Position);
m.LocalNav();
AddPrefixToClasses(_node.IconForContentItems).ToList().ForEach(c => m.AddClass(c));
//todo
// m.Permission(ContentTypePermissions.CreateDynamicPermission(
// ContentTypePermissions.PermissionTemplates[Contents.Permissions.EditContent.Name], _contentType));
});
}
break;
default:
throw new ArgumentOutOfRangeException(nameof(nodeLinkMode), nodeLinkMode, null);
}
}
}
}
/// <summary> Register a global IQueryResults message handler object with this
/// agent for the specified SIF object type in the default SIF Context
///
/// Note agents typically register message handlers with Topics or with
/// Zones instead of with the Agent. The message fDispatcher first
/// delivers messages to Topics, then to Zones, and finally to the Agent
/// itself.
///
/// </summary>
/// <param name="queryResults">An object that implements the <c>IQueryResults</c>
/// interface to respond to SIF_Response query results received by the agent,
/// where the SIF object type referenced by the request matches the
/// specified objectType. This IQueryResults object will be called whenever
/// a SIF_Response is received and no other object in the message
/// dispatching chain has processed the message.
///
/// </param>
/// <param name="objectType">A constant from the SifDtd class that identifies the
/// type of SIF Data Object this IQueryResults message handler will
/// respond to.
/// </param>
public virtual void SetQueryResults( IQueryResults queryResults,
IElementDef objectType )
{
if ( queryResults == null )
{
AdkUtils._throw
( new ArgumentException( "IQueryResults object cannot be null" ), GetLog() );
}
if ( objectType == null )
{
fQueryResults[SifDtd.SIF_MESSAGE] = queryResults;
}
else
{
fQueryResults[objectType] = queryResults;
}
}
/// <summary>
/// Register a QueryResults object with this zone for the specified SIF object type.
/// </summary>
/// <param name="queryResults">
/// An object that implements the <code>QueryResults</code>
/// interface to respond to SIF_Response query results received by the agent,
/// where the SIF object type referenced by the request matches the
/// specified objectType. This QueryResults object will be called whenever
/// a SIF_Response is received on this zone and no other object in the
/// message dispatching chain has processed the message.
///</param>
///<param name="objectType">
/// A constant from the SIFDTD class that identifies a
/// SIF Data Object type.
/// </param>
public void SetQueryResults(IQueryResults queryResults, IElementDef objectType)
{
throw new NotImplementedException();
}
void IProvisioner.SetQueryResults(IQueryResults queryResults, IElementDef objectType, QueryResultsOptions flags)
{
// TODO: Add TestZone.SetQueryResults implementation
}
void IProvisioner.SetQueryResults(IQueryResults queryResults)
{
// TODO: Add TestZone.OpenADK.Library.IZone.SetQueryResults implementation
}
public void SetQueryResults(IQueryResults queryResults, IElementDef objectType)
{
SetQueryResults(queryResults, objectType, null);
}
///<summary>
/// <see cref="OpenADK.Library.IProvisioner.SetQueryResults(IQueryResults)"/>
///</summary>
public void SetQueryResults(IQueryResults queryResults)
{
SetQueryResults(queryResults, null);
}
public void SetQueryResults(IQueryResults results )
{
SetQueryResults( results, null );
}
public void SetQueryResults(IQueryResults results)
{
SetQueryResults(results, null);
}
public void SetQueryResults(IQueryResults results, QueryResultsOptions flags)
{
assertProvisioningOptions(flags);
if (results == null)
{
fQueryResults = null;
fQueryResultsOptions = null;
}
else
{
fQueryResults = results;
if (flags == null){
flags = new QueryResultsOptions();
}
fQueryResultsOptions = flags;
}
}
/// <summary> Register a global IQueryResults message handler with this agent for all SIF object types.
///
/// Note agents typically register message handlers with Topics or with
/// Zones instead of with the Agent. The message fDispatcher first
/// delivers messages to Topics, then to Zones, and finally to the Agent
/// itself.
///
/// </summary>
/// <param name="IQueryResults">An object that implements the <c>IQueryResults</c>
/// interface to respond to SIF_Response query results received by the
/// agent. This object will be called whenever a SIF_Response is received
/// and no other object in the message dispatching chain has processed
/// the message.
/// </param>
public virtual void SetQueryResults(IQueryResults IQueryResults)
{
SetQueryResults(IQueryResults, null);
}
/// <summary> Register a global IQueryResults message handler with this agent for all SIF object types.
///
/// Note agents typically register message handlers with Topics or with
/// Zones instead of with the Agent. The message fDispatcher first
/// delivers messages to Topics, then to Zones, and finally to the Agent
/// itself.
///
/// </summary>
/// <param name="IQueryResults">An object that implements the <c>IQueryResults</c>
/// interface to respond to SIF_Response query results received by the
/// agent. This object will be called whenever a SIF_Response is received
/// and no other object in the message dispatching chain has processed
/// the message.
/// </param>
public virtual void SetQueryResults( IQueryResults IQueryResults )
{
SetQueryResults( IQueryResults, null );
}