public static VersionNumber ComputeNewVersion(bool hasApproving, VersioningType versioningMode)
{
if (!hasApproving)
{
switch (versioningMode)
{
case VersioningType.None: return(new VersionNumber(1, 0, VersionStatus.Approved));
case VersioningType.MajorOnly: return(new VersionNumber(1, 0, VersionStatus.Approved));
case VersioningType.MajorAndMinor: return(new VersionNumber(0, 1, VersionStatus.Draft));
}
}
else
{
switch (versioningMode)
{
case VersioningType.None: return(new VersionNumber(1, 0, VersionStatus.Pending));
case VersioningType.MajorOnly: return(new VersionNumber(1, 0, VersionStatus.Pending));
case VersioningType.MajorAndMinor: return(new VersionNumber(0, 1, VersionStatus.Draft));
}
}
throw new SnNotSupportedException();
}
private File CreateFile(VersioningType versioningType = VersioningType.Inherited, ApprovingType approvingType = ApprovingType.False)
{
var parent = (RepositoryTools.CreateStructure("/Root/Content/Docs", "DocumentLibrary")
?? Content.Load("/Root/Content/Docs")).ContentHandler;
var file = new File(parent)
{
VersioningMode = versioningType,
ApprovingMode = approvingType
};
file.Save();
return(file);
}
public override void SetProperty(string name, object value)
{
switch (name)
{
case VERSIONINGMODE:
VersioningMode = (VersioningType)value;
break;
case ABORTONRELATEDCONTENTCHANGE:
AbortOnRelatedContentChange = (bool)value;
break;
default:
base.SetProperty(name, value);
break;
}
}
private static void CreatingTest(bool hasApproving, VersioningType mode, string expectedVersion)
{
var gc = CreateNodeInMemory(hasApproving ? ApprovingType.True : ApprovingType.False, mode);
var action = SavingAction.Create(gc);
action.CheckOutAndSave();
Assert.IsTrue(action.CurrentVersion == null, "action.CurrentVersion is not null");
Assert.IsTrue(action.CurrentVersionId == 0, String.Concat("action.CurrentVersionId is ", action.CurrentVersionId, ". Expected: 0"));
Assert.IsTrue(action.ExpectedVersion != null, "action.ExpectedVersion is null");
Assert.IsTrue(action.ExpectedVersion.ToString() == expectedVersion, String.Concat("action.CurrentVersion is ", action.ExpectedVersion, ". Expected: ", expectedVersion));
Assert.IsTrue(action.ExpectedVersionId == 0, String.Concat("action.ExpectedVersionId is ", action.ExpectedVersionId, ". Expected: 0"));
Assert.IsTrue(action.LockerUserId == null, "action.LockerUserId not null");
Assert.IsTrue(action.DeletableVersionIds.Count == 0, String.Concat("action..DeletableVersions.Count is ", action.DeletableVersionIds.Count, ". Expected: 0"));
}
private static void CreatingTest(bool hasApproving, VersioningType mode, string expectedVersion)
{
var gc = CreateNodeInMemory(hasApproving ? ApprovingType.True : ApprovingType.False, mode);
var action = SavingAction.Create(gc);
action.CheckOutAndSave();
Assert.IsTrue(action.CurrentVersion == null, "action.CurrentVersion is not null");
Assert.IsTrue(action.CurrentVersionId == 0, $"action.CurrentVersionId is {action.CurrentVersionId}. Expected: 0");
Assert.IsTrue(action.ExpectedVersion != null, "action.ExpectedVersion is null");
Assert.IsTrue(action.ExpectedVersion.ToString() == expectedVersion, $"action.CurrentVersion is {action.ExpectedVersion}. Expected: {expectedVersion}.");
Assert.IsTrue(action.ExpectedVersionId == 0, $"action.ExpectedVersionId is ", action.ExpectedVersionId, ". Expected: 0");
Assert.IsTrue(action.LockerUserId == null, "action.LockerUserId not null");
Assert.IsTrue(action.DeletableVersionIds.Count == 0, $"action..DeletableVersions.Count is {action.DeletableVersionIds.Count}. Expected: 0");
}
public override void SetProperty(string name, object value)
{
switch (name)
{
case VERSIONINGMODE:
VersioningMode = (VersioningType)value;
break;
case ABORTONRELATEDCONTENTCHANGE:
AbortOnRelatedContentChange = (bool)value;
break;
default:
base.SetProperty(name, value);
break;
}
}
public override void SetProperty(string name, object value)
{
switch (name)
{
case VERSIONINGMODE:
VersioningMode = (VersioningType)value;
break;
case ABORTONRELATEDCONTENTCHANGE:
AbortOnRelatedContentChange = (bool)value;
break;
case DELETEINSTANCEAFTERFINISHED:
DeleteInstanceAfterFinished = (WorkflowDeletionStrategy)value;
break;
default:
base.SetProperty(name, value);
break;
}
}
public async Task Test_Versioning(VersioningType versioningType, ApprovingType approvingType,
Func <File, Task> action, string expectedEventLog, string subscribedEvents = null)
{
File file = null;
await Test_WebHook(() =>
{
file = CreateFile(versioningType, approvingType);
return(Task.CompletedTask);
},
async() =>
{
await action(file);
return(file);
},
(result, client, subscription) =>
{
var eventLog = string.Join(",", client.Requests.Select(r => r.EventName));
Assert.AreEqual(expectedEventLog, eventLog);
},
subscribedEvents);
}
public static void UseAcceptHeaderApiVersion(String paramName)
{
CurrentVersioningMethod = VersioningType.AcceptHeader;
AcceptHeaderParam = paramName;
}
public static void UseQueryStringApiVersion(string parameterName)
{
CurrentVersioningMethod = VersioningType.QueryString;
QueryStringParam = parameterName;
}
public static void UseQueryStringApiVersion()
{
QueryStringParam = "api-version";
CurrentVersioningMethod = VersioningType.QueryString;
}
public static void UseCustomHeaderApiVersion(string parameterName)
{
CurrentVersioningMethod = VersioningType.CustomHeader;
CustomHeaderParam = parameterName;
}
private static GenericContent CreateNodeInMemory(ApprovingType approvingType, VersioningType versioningType)
{
var content = Content.CreateNew("SystemFolder", Repository.Root, "SystemFolder1");
var gc = (GenericContent)content.ContentHandler;
gc.ApprovingMode = approvingType;
gc.VersioningMode = versioningType;
return(gc);
}
private static GenericContent CreateNodeInMemory(ApprovingType approvingType, VersioningType versioningType)
{
// do not save the content in this test
// do not change the parent to TestRoot
var content = Content.CreateNew("Car", Repository.Root, "car");
var gc = content.ContentHandler as GenericContent;
gc.ApprovingMode = approvingType;
gc.VersioningMode = versioningType;
return(gc);
}
public static VersionNumber ComputeNewVersion(bool hasApproving, VersioningType versioningMode)
{
if (!hasApproving)
{
switch (versioningMode)
{
case VersioningType.None: return new VersionNumber(1, 0, VersionStatus.Approved);
case VersioningType.MajorOnly: return new VersionNumber(1, 0, VersionStatus.Approved);
case VersioningType.MajorAndMinor: return new VersionNumber(0, 1, VersionStatus.Draft);
}
}
else
{
switch (versioningMode)
{
case VersioningType.None: return new VersionNumber(1, 0, VersionStatus.Pending);
case VersioningType.MajorOnly: return new VersionNumber(1, 0, VersionStatus.Pending);
case VersioningType.MajorAndMinor: return new VersionNumber(0, 1, VersionStatus.Draft);
}
}
throw new NotImplementedException();
}
private static GenericContent CreateNodeInMemory(ApprovingType approvingType, VersioningType versioningType)
{
// do not save the content in this test
// do not change the parent to TestRoot
var content = Content.CreateNew("Car", Repository.Root, "car");
var gc = content.ContentHandler as GenericContent;
gc.ApprovingMode = approvingType;
gc.VersioningMode = versioningType;
return gc;
}