public NestedFluentModelInterface(FluentModel rawFluentModel, FluentMethodGroup fluentMethodGroup) :
base(fluentMethodGroup,
new NestedFluentModelMemberVariablesForCreate(fluentMethodGroup),
new NestedFluentModelMemberVariablesForUpdate(fluentMethodGroup),
new NestedFluentModelMemberVariablesForGet(fluentMethodGroup),
rawFluentModel.InnerModel.Name)
{
this.rawFluentModel = rawFluentModel;
}
public ReadOnlyFluentModelInterface(FluentModel rawFluentModel, string managerTypeName)
{
this.rawFluentModel = rawFluentModel;
this.ManagerTypeName = managerTypeName;
}
public string ListBySubscriptionAsyncMethodImplementation(string innerClientName, string modelInterfaceName)
{
StringBuilder methodBuilder = new StringBuilder();
if (this.SupportsListBySubscription)
{
FluentMethod method = this.ListBySubscriptionMethod;
// string modelInnerName = method.ReturnModel.InnerModel.ClassName;
string innerReturnTypeName = method.InnerReturnType.ClassName;
//
if (!method.InnerMethod.IsPagingOperation)
{
FluentModel returnModel = method.ReturnModel;
//
methodBuilder.AppendLine($"@Override");
methodBuilder.AppendLine($"public Observable<{modelInterfaceName}> listAsync() {{");
methodBuilder.AppendLine($" {innerClientName} client = this.inner();");
methodBuilder.AppendLine($" return client.{method.Name}Async()");
if (method.InnerMethod.SimulateAsPagingOperation)
{
methodBuilder.AppendLine($" .flatMap(new Func1<Page<{innerReturnTypeName}>, Observable<{innerReturnTypeName}>>() {{");
methodBuilder.AppendLine($" @Override");
methodBuilder.AppendLine($" public Observable<{innerReturnTypeName}> call(Page<{innerReturnTypeName}> innerPage) {{");
methodBuilder.AppendLine($" return Observable.from(innerPage.items());");
methodBuilder.AppendLine($" }}");
methodBuilder.AppendLine($" }})");
}
methodBuilder.AppendLine($" .map(new Func1<{innerReturnTypeName}, {modelInterfaceName}>() {{");
methodBuilder.AppendLine($" @Override");
methodBuilder.AppendLine($" public {modelInterfaceName} call({innerReturnTypeName} inner) {{");
methodBuilder.AppendLine($" return wrapModel(inner);");
methodBuilder.AppendLine($" }}");
methodBuilder.AppendLine($" }});");
methodBuilder.AppendLine($"}}");
}
else
{
string nextPageMethodName = $"listNextInnerPageAsync";
methodBuilder.AppendLine($"private Observable<Page<{innerReturnTypeName}>> {nextPageMethodName}(String nextLink) {{");
methodBuilder.AppendLine($" if (nextLink == null) {{");
methodBuilder.AppendLine($" Observable.empty();");
methodBuilder.AppendLine($" }}");
methodBuilder.AppendLine($" {innerClientName} client = this.inner();");
methodBuilder.AppendLine($" return client.{method.Name}NextAsync(nextLink)");
methodBuilder.AppendLine($" .flatMap(new Func1<Page<{innerReturnTypeName}>, Observable<Page<{innerReturnTypeName}>>>() {{");
methodBuilder.AppendLine($" @Override");
methodBuilder.AppendLine($" public Observable<Page<{innerReturnTypeName}>> call(Page<{innerReturnTypeName}> page) {{");
methodBuilder.AppendLine($" return Observable.just(page).concatWith({nextPageMethodName}(page.nextPageLink()));");
methodBuilder.AppendLine($" }}");
methodBuilder.AppendLine($" }});");
methodBuilder.AppendLine($"}}");
methodBuilder.AppendLine($"@Override");
methodBuilder.AppendLine($"public Observable<{modelInterfaceName}> listAsync() {{");
methodBuilder.AppendLine($" {innerClientName} client = this.inner();");
methodBuilder.AppendLine($" return client.{method.Name}Async()");
methodBuilder.AppendLine($" .flatMap(new Func1<Page<{innerReturnTypeName}>, Observable<Page<{innerReturnTypeName}>>>() {{");
methodBuilder.AppendLine($" @Override");
methodBuilder.AppendLine($" public Observable<Page<{innerReturnTypeName}>> call(Page<{innerReturnTypeName}> page) {{");
methodBuilder.AppendLine($" return {nextPageMethodName}(page.nextPageLink());");
methodBuilder.AppendLine($" }}");
methodBuilder.AppendLine($" }})");
methodBuilder.AppendLine($" .flatMapIterable(new Func1<Page<{innerReturnTypeName}>, Iterable<{innerReturnTypeName}>>() {{");
methodBuilder.AppendLine($" @Override");
methodBuilder.AppendLine($" public Iterable<{innerReturnTypeName}> call(Page<{innerReturnTypeName}> page) {{");
methodBuilder.AppendLine($" return page.items();");
methodBuilder.AppendLine($" }}");
methodBuilder.AppendLine($" }})");
methodBuilder.AppendLine($" .map(new Func1<{innerReturnTypeName}, {modelInterfaceName}>() {{");
methodBuilder.AppendLine($" @Override");
methodBuilder.AppendLine($" public {modelInterfaceName} call({innerReturnTypeName} inner) {{");
methodBuilder.AppendLine($" return wrapModel(inner);");
methodBuilder.AppendLine($" }}");
methodBuilder.AppendLine($" }});");
methodBuilder.AppendLine($"}}");
}
}
return(methodBuilder.ToString());
}
private void SpecializeFluentModels()
{
HashSet <string> topLevelAndNestedModelNames = new HashSet <string>();
// Promotes the general fluent models to top-level-groupable vs top-level-non-groupable nested child vs other.
//
// Specialize the GROUPABLEMODEL
//
this.GroupableFluentModels = this.Select(kv => kv.Value)
.SelectMany(fmg => fmg)
.Where(fmg => fmg.StandardFluentModel != null)
.Where(fmg => fmg.IsGroupableTopLevel)
.Select(fmg => new GroupableFluentModelInterface(fmg.StandardFluentModel, fmg))
.Distinct(GroupableFluentModelInterface.EqualityComparer());
this.GroupableFluentModels.ForEach(m => topLevelAndNestedModelNames.Add(m.JavaInterfaceName));
// Specialize the NESTEDFLUENTMODEL
//
this.NestedFluentModels = this.Select(kv => kv.Value)
.SelectMany(fmg => fmg)
.Where(fmg => fmg.StandardFluentModel != null)
.Where(fmg => fmg.IsNested)
.Select(fmg => new NestedFluentModelInterface(fmg.StandardFluentModel, fmg))
.Distinct(NestedFluentModelInterface.EqualityComparer());
this.NestedFluentModels.ForEach(m => topLevelAndNestedModelNames.Add(m.JavaInterfaceName));
// Specialize the TOP-LEVEL NONGROUPABLEMODEL
//
this.NonGroupableTopLevelFluentModels = this.Select(kv => kv.Value)
.SelectMany(fmg => fmg)
.Where(fmg => fmg.StandardFluentModel != null)
.Where(fmg => fmg.IsNonGroupableTopLevel)
.Select(fmg => new NonGroupableTopLevelFluentModelInterface(fmg.StandardFluentModel, fmg))
.Distinct(NonGroupableTopLevelFluentModelInterface.EqualityComparer());
NonGroupableTopLevelFluentModels.ForEach(m => topLevelAndNestedModelNames.Add(m.JavaInterfaceName));
// Specialize the READONLYMODEL
//
this.ReadonlyFluentModels = this.Select(kv => kv.Value)
.SelectMany(fmg => fmg)
.SelectMany(fmg => fmg.OtherMethods.OtherFluentModels)
.Where(m => !(m is PrimtiveFluentModel))
.Distinct(FluentModel.EqualityComparer())
.Where(fluentModel => !topLevelAndNestedModelNames.Contains(fluentModel.JavaInterfaceName))
.Select(fluentModel => new ReadOnlyFluentModelInterface(fluentModel, this.ManagerTypeName));
// Not groupable or nested method group
//
this.ActionOrChildAccessorOnlyMethodGroups = new Dictionary <string, ActionOrChildAccessorOnlyMethodGroupImpl>();
this.Select(kv => kv.Value)
.SelectMany(fmg => fmg)
.Where(fmg => fmg.StandardFluentModel == null)
.ForEach(fmg =>
{
if (!ActionOrChildAccessorOnlyMethodGroups.ContainsKey(fmg.JavaInterfaceName))
{
ActionOrChildAccessorOnlyMethodGroups.Add(fmg.JavaInterfaceName, new ActionOrChildAccessorOnlyMethodGroupImpl(fmg));
}
});
}
internal void DeriveStandrdFluentModelForMethodGroup()
{
if (this.derivedFluentModels)
{
return;
}
this.derivedFluentModels = true;
// Find "ONE" fluent model that can be used across "Standard methods" (GetByResourceGroup |
// ListByResourceGroup | ListBySubscription | GetByImmediateParent | ListByImmediateParent |
// Create in RG, Update)
//
// Derive an "inner model then a fluent model" that represents the return type of standard methods
// in this fluent model. We want all thoses standard methods to return same fluent type though the
// inner methods can return different inner model types.
//
CompositeTypeJvaf standardModelInner = null;
this.innersRequireWrapping = new Dictionary <string, CompositeTypeJvaf>();
if (ResourceGetDescription.SupportsGetByResourceGroup)
{
standardModelInner = ResourceGetDescription.GetByResourceGroupMethod.InnerReturnType;
}
else if (ResourceCreateDescription.SupportsCreating)
{
standardModelInner = ResourceCreateDescription.CreateMethod.InnerReturnType;
}
else if (ResourceListingDescription.SupportsListByResourceGroup)
{
standardModelInner = ResourceListingDescription.ListByResourceGroupMethod.InnerReturnType;
}
else if (ResourceListingDescription.SupportsListBySubscription)
{
standardModelInner = ResourceListingDescription.ListBySubscriptionMethod.InnerReturnType;
}
else if (ResourceGetDescription.SupportsGetByImmediateParent)
{
standardModelInner = ResourceGetDescription.GetByImmediateParentMethod.InnerReturnType;
}
else if (ResourceListingDescription.SupportsListByImmediateParent)
{
standardModelInner = ResourceListingDescription.ListByImmediateParentMethod.InnerReturnType;
}
else if (ResourceUpdateDescription.SupportsUpdating)
{
standardModelInner = ResourceUpdateDescription.UpdateMethod.InnerReturnType;
}
// For the "standard model" (FModel) in a FluentMethodGroup we need to gen "FModel wrapModel(ModelInner)"
// but if there are different ModelInner types mapping that needs to be mapped to the same FModel
// we will be generating one over load per inner -> FModel mapping
//
if (standardModelInner != null)
{
this.standardFluentModel = new FluentModel(standardModelInner);
if (ResourceGetDescription.SupportsGetByResourceGroup)
{
var im = ResourceGetDescription.GetByResourceGroupMethod.InnerReturnType;
this.innersRequireWrapping.AddIfNotExists(im.ClassName, im);
}
if (ResourceCreateDescription.SupportsCreating)
{
var im = ResourceCreateDescription.CreateMethod.InnerReturnType;
this.innersRequireWrapping.AddIfNotExists(im.ClassName, im);
}
if (ResourceListingDescription.SupportsListByResourceGroup)
{
var im = ResourceListingDescription.ListByResourceGroupMethod.InnerReturnType;
this.innersRequireWrapping.AddIfNotExists(im.ClassName, im);
}
if (ResourceListingDescription.SupportsListBySubscription)
{
var im = ResourceListingDescription.ListBySubscriptionMethod.InnerReturnType;
this.innersRequireWrapping.AddIfNotExists(im.ClassName, im);
}
if (ResourceGetDescription.SupportsGetByImmediateParent)
{
var im = ResourceGetDescription.GetByImmediateParentMethod.InnerReturnType;
this.innersRequireWrapping.AddIfNotExists(im.ClassName, im);
}
if (ResourceListingDescription.SupportsListByImmediateParent)
{
var im = ResourceListingDescription.ListByImmediateParentMethod.InnerReturnType;
this.innersRequireWrapping.AddIfNotExists(im.ClassName, im);
}
if (ResourceUpdateDescription.SupportsUpdating)
{
var im = ResourceUpdateDescription.UpdateMethod.InnerReturnType;
this.innersRequireWrapping.AddIfNotExists(im.ClassName, im);
}
// Remove wrapping for standard model as each fluent method group takes care of it locally
//
this.innersRequireWrapping.Remove(this.standardFluentModel.InnerModel.ClassName);
}
}
