/// <summary>
/// Generates the final composite component definition.
/// </summary>
/// <returns></returns>
internal TraceLab.Core.Components.CompositeComponentMetadataDefinition GenerateCompositeComponentDefinition()
{
var componentId = Guid.NewGuid().ToString();
//first create CompositeComponentMetadefinition based on ExportSettings
TraceLab.Core.Components.CompositeComponentMetadataDefinition componentDefinition =
new TraceLab.Core.Components.CompositeComponentMetadataDefinition(
componentId,
CompositeComponentGraph,
CompositeComponentLocationFilePath,
Name,
Name,
Version,
Description,
Author,
new Components.ComponentTags(componentId),
new List <DocumentationLink>());
foreach (string itemName in InputSettings.Keys)
{
ItemSetting item = InputSettings[itemName];
if (item.Include == true)
{
if (componentDefinition.IOSpecDefinition.Input.ContainsKey(itemName) == false)
{
componentDefinition.IOSpecDefinition.Input.Add(itemName, new TraceLab.Core.Components.IOItemDefinition(itemName, item.Type, item.Description, TraceLabSDK.IOSpecType.Input));
}
}
}
foreach (string itemName in OutputSettings.Keys)
{
ItemSetting item = OutputSettings[itemName];
if (item.Include == true)
{
if (componentDefinition.IOSpecDefinition.Output.ContainsKey(itemName) == false)
{
componentDefinition.IOSpecDefinition.Output.Add(itemName, new TraceLab.Core.Components.IOItemDefinition(itemName, item.Type, item.Description, TraceLabSDK.IOSpecType.Output));
}
}
}
foreach (ConfigItemSetting item in ConfigSettings.Values)
{
//note here we add all config values, but only some of them are visible at the top level in the property grid
if (componentDefinition.ConfigurationWrapperDefinition.Properties.ContainsKey(item.Alias) == false)
{
componentDefinition.ConfigurationWrapperDefinition.AddProperty(item.PropertyObject);
}
}
return(componentDefinition);
}
private void CollectIO(IConfigurableAndIOSpecifiable metadata, IDictionary <string, IOItem> ioDictionary, SortedDictionary <string, ItemSetting> compositeComponentSettings)
{
foreach (IOItem item in ioDictionary.Values)
{
var correspondingNodes = CollectCorrespondingNodesForMapping(item.MappedTo, metadata);
if (compositeComponentSettings.ContainsKey(item.MappedTo) == false)
{
var itemSetting = new ItemSetting(item.MappedTo, item.IOItemDefinition.Type, item.IOItemDefinition.Description);
//set the reference to the list of corresponding nodes that either input or output the same mapping name
itemSetting.CorrespondingNodes = correspondingNodes;
compositeComponentSettings.Add(item.MappedTo, itemSetting);
}
}
}
/// <summary>
/// Matches the outputs and inputs pairs of the same setting name.
/// </summary>
private void MatchOutputsAndInputsPairs()
{
foreach (string itemSettingName in OutputSettings.Keys)
{
ItemSetting inputSetting;
if (InputSettings.TryGetValue(itemSettingName, out inputSetting))
{
ItemSetting outputSetting = OutputSettings[itemSettingName];
//match the two item settings (so that they can highlight each other)
outputSetting.PairSetting = inputSetting;
inputSetting.PairSetting = outputSetting;
}
}
}
private void CollectIO(IConfigurableAndIOSpecifiable metadata, IDictionary<string, IOItem> ioDictionary, SortedDictionary<string, ItemSetting> compositeComponentSettings)
{
foreach (IOItem item in ioDictionary.Values)
{
var correspondingNodes = CollectCorrespondingNodesForMapping(item.MappedTo, metadata);
if (compositeComponentSettings.ContainsKey(item.MappedTo) == false)
{
var itemSetting = new ItemSetting(item.MappedTo, item.IOItemDefinition.Type, item.IOItemDefinition.Description);
//set the reference to the list of corresponding nodes that either input or output the same mapping name
itemSetting.CorrespondingNodes = correspondingNodes;
compositeComponentSettings.Add(item.MappedTo, itemSetting);
}
}
}