/// <summary>
/// Creates a proxy Fluent Method Group.
/// </summary>
/// <param name="subjectFluentMethodGroup">the first group that become either subject or gets generalized depending on the generalizeSubject parameter</param>
/// <param name="secondaryFluentMethodGroup">the second group which is always gets generalized</param>
/// <param name="generalizeSubject">decides whether the subject fluent method group also needs to be generalized</param>
/// <returns>proxy fluent method group</returns>
public static ProxyFluentMethodGroup Create(IFluentMethodGroup subjectFluentMethodGroup, IFluentMethodGroup secondaryFluentMethodGroup, bool generalizeSubject)
{
ProxyFluentMethodGroup proxy = Init(subjectFluentMethodGroup);
//
if (generalizeSubject)
{
proxy.subjectFluentMethodGroup = null; // No subject, means use nullObjects
// -- Generalize the subject Fluent Method Group --
GeneralizedOutput subjectGeneralized = GeneralizedOutput.Generalize(subjectFluentMethodGroup);
//
if (!subjectGeneralized.IsEmpty)
{
proxy.generalizedOutputs.Add(subjectGeneralized);
}
foreach (var output in subjectGeneralized.GeneralizedOutputs.Where(gop => !gop.IsEmpty))
{
proxy.generalizedOutputs.Add(output);
}
//
proxy.innerMethods.AddRange(subjectFluentMethodGroup.InnerMethods);
proxy.childFluentMethodGroups.AddRange(subjectFluentMethodGroup.ChildFluentMethodGroups);
}
else
{
proxy.subjectFluentMethodGroup = subjectFluentMethodGroup;
//
foreach (var output in subjectFluentMethodGroup.GeneralizedOutputs.Where(gop => !gop.IsEmpty))
{
proxy.generalizedOutputs.Add(output);
}
proxy.innerMethods.AddRange(subjectFluentMethodGroup.InnerMethods);
proxy.childFluentMethodGroups.AddRange(subjectFluentMethodGroup.ChildFluentMethodGroups);
}
//
// -- Generalize the secondary Fluent Method Group --
GeneralizedOutput secondaryGeneralized = GeneralizedOutput.Generalize(secondaryFluentMethodGroup);
//
if (!secondaryGeneralized.IsEmpty)
{
proxy.generalizedOutputs.Add(secondaryGeneralized);
}
foreach (var output in secondaryGeneralized.GeneralizedOutputs.Where(gop => !gop.IsEmpty))
{
proxy.generalizedOutputs.Add(output);
}
//
proxy.innerMethods.AddRange(secondaryFluentMethodGroup.InnerMethods);
//
proxy.childFluentMethodGroups.AddRange(secondaryFluentMethodGroup.ChildFluentMethodGroups);
//
return(proxy);
}
/// <summary>
/// Creates a proxy fluent method group for the given fluent method group.
/// </summary>
/// <param name="subjectFluentMethodGroup">the subject for which proxy needs to be created</param>
/// <returns>proxy fluent method group</returns>
public static ProxyFluentMethodGroup Create(IFluentMethodGroup subjectFluentMethodGroup)
{
ProxyFluentMethodGroup proxy = Init(subjectFluentMethodGroup);
//
proxy.subjectFluentMethodGroup = subjectFluentMethodGroup;
//
foreach (var output in subjectFluentMethodGroup.GeneralizedOutputs.Where(gop => !gop.IsEmpty))
{
proxy.generalizedOutputs.Add(output);
}
return(proxy);
}
/// <summary>
/// Prune the "Segment Fluent Method Group" in this list to produce a "Fluent Method Group".
/// </summary>
/// <returns>Fluent Method Group</returns>
public IFluentMethodGroup Prune()
{
var localGroups = this;
if (localGroups.Count == 0)
{
return(null);
}
else
{
IFluentMethodGroup prunedGroup = ProxyFluentMethodGroup.Create(localGroups.First());
foreach (ISegmentFluentMethodGroup currentGroup in localGroups.Skip(1))
{
if (prunedGroup.StandardFluentModel == null)
{
if (currentGroup.StandardFluentModel == null)
{
// If both doesn't have standard model then create a proxy by generalizing both
//
prunedGroup = ProxyFluentMethodGroup.Create(prunedGroup, currentGroup, true);
}
else
{
if (prunedGroup.GeneralizedOutputs.Select(go => go.DefineFunc).Any(d => d.IsDefineSupported))
{
prunedGroup = ProxyFluentMethodGroup.Create(prunedGroup, currentGroup, true);
}
else
{
// If the current one have a standard model then make it the subject and generalize the pruned one
//
prunedGroup = ProxyFluentMethodGroup.Create(currentGroup, prunedGroup, false);
}
}
}
else
{
if (prunedGroup.LocalNameInPascalCase.Equals(this.InnerMethodGroupName, StringComparison.OrdinalIgnoreCase) &&
currentGroup.LocalNameInPascalCase.Equals(this.InnerMethodGroupName, StringComparison.OrdinalIgnoreCase))
{
// If both has standard model and both local names matches with the inner method group name then
// create a proxy by generalizing both.
//
prunedGroup = ProxyFluentMethodGroup.Create(prunedGroup, currentGroup, true);
}
else if (!prunedGroup.LocalNameInPascalCase.Equals(this.InnerMethodGroupName, StringComparison.OrdinalIgnoreCase) &&
!currentGroup.LocalNameInPascalCase.Equals(this.InnerMethodGroupName, StringComparison.OrdinalIgnoreCase))
{
// If both has standard model and both local names doesn't matches with the inner method group name then
// create a proxy by generalizing both.
//
prunedGroup = ProxyFluentMethodGroup.Create(prunedGroup, currentGroup, true);
}
else if (prunedGroup.LocalNameInPascalCase.Equals(this.InnerMethodGroupName, StringComparison.OrdinalIgnoreCase))
{
// If both has standard models but only the local name of pruned matches with the inner method
// group name then create a proxy with pruned as subject and current one generalized.
//
prunedGroup = ProxyFluentMethodGroup.Create(prunedGroup, currentGroup, false);
}
else
{
// If both has standard models but only the local name of current matches with the inner method
// group name then create a proxy with current as subject and pruned one generalized.
//
prunedGroup = ProxyFluentMethodGroup.Create(currentGroup, prunedGroup, false);
}
}
}
this.PrunedMethodGroup = prunedGroup;
return(prunedGroup);
}
}