/// <summary>
/// Fills the metaverse object type data set.
/// </summary>
/// <param name="pilotConfig">if set to <c>true</c>, the pilot configuration is loaded. Otherwise, the production configuration is loaded.</param>
private void FillMetaverseObjectTypeDataSet(bool pilotConfig)
{
Logger.Instance.WriteMethodEntry("Pilot Config: '{0}'.", pilotConfig);
try
{
var config = pilotConfig ? this.PilotXml : this.ProductionXml;
var dataSet = pilotConfig ? this.PilotDataSet : this.ProductionDataSet;
var table = dataSet.Tables[0];
var table2 = dataSet.Tables[1];
var table3 = dataSet.Tables[2];
var attributes = config.XPathSelectElements("//mv-data//dsml:class[dsml:name = '" + this.currentObjectType + "' ]/dsml:attribute", Documenter.NamespaceManager);
// Sort by name
attributes = from attribute in attributes
let name = (string)attribute.Attribute("ref")
orderby name
select attribute;
for (var attributeIndex = 0; attributeIndex < attributes.Count(); ++attributeIndex)
{
var attribute = attributes.ElementAt(attributeIndex);
var attributeName = ((string)attribute.Attribute("ref") ?? string.Empty).Trim('#');
// Set Logger call context items
Logger.SetContextItem(MetaverseDocumenter.LoggerContextItemMetaverseAttribute, attributeName);
Logger.Instance.WriteInfo("Processing Attribute Information.");
var attributeInfo = config.XPathSelectElement("//mv-data//dsml:attribute-type[dsml:name = '" + attributeName + "']", Documenter.NamespaceManager);
var attributeSyntax = (string)attributeInfo.Element(Documenter.DsmlNamespace + "syntax");
var row = table.NewRow();
row[0] = attributeName;
row[1] = Documenter.GetAttributeType(attributeSyntax, (string)attributeInfo.Attribute(Documenter.MmsDsmlNamespace + "indexable"));
row[2] = ((string)attributeInfo.Attribute("single-value") ?? string.Empty).Equals("true", StringComparison.OrdinalIgnoreCase) ? "No" : "Yes";
row[3] = ((string)attributeInfo.Attribute(Documenter.MmsDsmlNamespace + "indexed") ?? string.Empty).Equals("true", StringComparison.OrdinalIgnoreCase) ? "Yes" : "No";
Documenter.AddRow(table, row);
Logger.Instance.WriteVerbose("Processed Attribute Information.");
// Fetch Sync Rules
var syncRules = config.XPathSelectElements("//synchronizationRule[targetObjectType = '" + this.currentObjectType + "' and direction = 'Inbound' " + Documenter.SyncRuleDisabledCondition + " and attribute-mappings/mapping/dest = '" + attributeName + "']");
syncRules = from syncRule in syncRules
let precedence = (int)syncRule.Element("precedence")
orderby precedence
select syncRule;
for (var syncRuleIndex = 0; syncRuleIndex < syncRules.Count(); ++syncRuleIndex)
{
var syncRule = syncRules.ElementAt(syncRuleIndex);
var row2 = table2.NewRow();
row2[0] = attributeName;
row2[1] = syncRuleIndex + 1; // Care only about the precedence relative rank here than actual value
var connector = ((string)syncRule.Element("connector") ?? string.Empty).ToUpperInvariant();
var connectorName = (string)config.XPathSelectElement("//Connectors/ma-data[translate(id, '" + Documenter.LowercaseLetters + "', '" + Documenter.UppercaseLetters + "') = '" + connector + "']/name");
var syncRuleName = (string)syncRule.Element("name");
row2[2] = connectorName;
row2[3] = syncRuleName;
Logger.Instance.WriteVerbose("Processing Sync Rule Info for Connector: '{0}'. Sync Rule: '{1}'.", connectorName, syncRuleName);
var mappingExpression = syncRule.XPathSelectElement("attribute-mappings/mapping[dest = '" + attributeName + "']/expression");
var mappingSourceAttribute = syncRule.XPathSelectElement("attribute-mappings/mapping[dest = '" + attributeName + "']/src/attr");
var mappingSource = syncRule.XPathSelectElement("attribute-mappings/mapping[dest = '" + attributeName + "']/src");
row2[4] = (string)mappingExpression ?? (string)mappingSourceAttribute ?? (string)mappingSource ?? "??";
row2[5] = connector;
row2[6] = (string)syncRule.Element("id");
Documenter.AddRow(table2, row2);
Logger.Instance.WriteVerbose("Processed Sync Rule Info for Connector: '{0}'. Sync Rule: '{1}'.", connectorName, syncRuleName);
// Fetch Sync Rule Scoping Conditions
var conditions = syncRule.XPathSelectElements("synchronizationCriteria/conditions");
for (var conditionIndex = 0; conditionIndex < conditions.Count(); ++conditionIndex)
{
Logger.Instance.WriteVerbose("Processing Sync Rule Scope for Connector: '{0}'. Sync Rule: '{1}'.", connectorName, syncRuleName);
var condition = conditions.ElementAt(conditionIndex);
var scopes = condition.Elements("scope");
for (var scopeIndex = 0; scopeIndex < scopes.Count(); ++scopeIndex)
{
var scope = scopes.ElementAt(scopeIndex);
var row3 = table3.NewRow();
row3[0] = attributeName;
row3[1] = connectorName;
row3[2] = syncRuleName;
row3[3] = conditionIndex;
row3[4] = scopeIndex;
row3[5] = (string)scope.Element("csAttribute");
row3[6] = (string)scope.Element("csOperator");
row3[7] = (string)scope.Element("csValue");
row3[8] = connector;
row3[9] = (string)syncRule.Element("id");
Documenter.AddRow(table3, row3);
}
Logger.Instance.WriteVerbose("Processed Sync Rule Scope for Connector: '{0}'. Sync Rule: '{1}'.", connectorName, syncRuleName);
}
}
}
table.AcceptChanges();
table2.AcceptChanges();
table3.AcceptChanges();
}
finally
{
Logger.Instance.WriteMethodExit("Pilot Config: '{0}'.", pilotConfig);
// Clear Logger call context items
Logger.ClearContextItem(MetaverseDocumenter.LoggerContextItemMetaverseAttribute);
}
}