private static void HandleProvided <TK, TE>(
TK[] objectNames,
EPObjectType objectType,
PathRegistry <TK, TE> registry,
string moduleName,
IList <EPDeploymentDependencyProvided.Item> dependencies,
Func <TK, string> objectNameFunction)
where TK : class
{
foreach (TK objectName in objectNames)
{
try {
var ids = registry.GetDependencies(objectName, moduleName);
if (ids != null)
{
dependencies.Add(
new EPDeploymentDependencyProvided.Item(
objectType,
objectNameFunction.Invoke(objectName),
new HashSet <string>(ids)));
}
}
catch (ArgumentException) {
// no need to handle
}
}
}
private static void HandleConsumed <TK, TE>(
string providerDeploymentId,
TK[] objectNames,
EPObjectType objectType,
PathRegistry <TK, TE> registry,
string moduleName,
string selfDeploymentId,
IList <EPDeploymentDependencyConsumed.Item> consumed,
Func <TK, string> objectNameFunction)
where TK : class
{
foreach (TK objectName in objectNames)
{
try {
var ids = registry.GetDependencies(objectName, moduleName);
if (ids != null && ids.Contains(selfDeploymentId))
{
consumed.Add(
new EPDeploymentDependencyConsumed.Item(
providerDeploymentId,
objectType,
objectNameFunction.Invoke(objectName)));
}
}
catch (ArgumentException) {
// not handled
}
}
}
private static void CheckDependency <TK, TR>(
PathRegistry <TK, TR> registry,
TK entityKey,
string moduleName) where TK : class
{
var dependencies = registry.GetDependencies(entityKey, moduleName);
if (dependencies != null && !dependencies.IsEmpty())
{
throw MakeException(registry.ObjectType, entityKey.ToString(), dependencies.First());
}
}