public ItemMatcherTest()
{
var channelConfig = new ChannelConfiguration<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(
ltr => ltr.CorrelationId.HasValue ? ltr.CorrelationId.Value : -1, // This stinks somewhat. Not going with generics is probably the alternative?
ltr => ltr.Id);
_itemMatcherUnderTest = new ItemMatcher<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(channelConfig);
}
public void SetUpTest()
{
var type1Config = new TypeConfiguration<LocalTestResource, int>(
ltr => ltr.CorrelationId.HasValue ? ltr.CorrelationId.Value : -1,
-1);
LocalEndpoint = new InMemoryCrudDataEndpoint<LocalTestResource, int>(type1Config, TestData.LocalResults);
var endpoint1Config = new EndpointConfiguration<LocalTestResource, int>(
type1Config,
LocalEndpoint);
var type2Config = new TypeConfiguration<RemoteTestResource, int>(rtr => rtr.Id, 0);
RemoteEndpoint = new InMemoryCrudDataEndpoint<RemoteTestResource, int>(type2Config, TestData.RemoteResults);
var endpoint2Config = new EndpointConfiguration<RemoteTestResource, int>(
type2Config,
RemoteEndpoint);
// This clearly requires a configuration API.
ChannelConfig = new ChannelConfiguration<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(endpoint1Config, endpoint2Config, new TestResourceTranslator());
var itemsPreprocessor = new ItemMatcher<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(ChannelConfig);
ChannelConfig.ItemsPreprocessor = itemsPreprocessor.Match;
var resolvers = new List<ISynchronizationResolver<ItemMatch<LocalTestResource, RemoteTestResource>>>
{
new SynchronizationResolver<ItemMatch<LocalTestResource,RemoteTestResource>, ChannelConfiguration<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>>(
ChannelConfig,
(item, cfg) => item.Result1 == null,
(item, cfg) =>
{
var synchItem = item.Result1;
cfg.TypeTranslator.TranslateBackward(item.Result2, ref synchItem);
// Now the translate decides wether a new item has to be created, but the decision is there anyway because of the Create.
cfg.Type1EndpointConfiguration.Endpoint.Create(synchItem);
return new SynchronizationResult(true);
})
};
Plumber = new ItemMatchPipelinePlumber<LocalTestResource, RemoteTestResource, int>(ChannelConfig, resolvers, itemsPreprocessor.Match);
ConstructTestSubject();
}
public void SetUpTest()
{
var type1Config = new TypeConfiguration<LocalTestResource, int>(ltr => ltr.CorrelationId.HasValue ? ltr.CorrelationId.Value : -1);
_localEndpoint = new InMemoryCrudDataEndpoint<LocalTestResource, int>(type1Config, TestData.LocalResults);
var endpoint1Config = new EndpointConfiguration<LocalTestResource, int>(
type1Config,
_localEndpoint);
var type2Config = new TypeConfiguration<RemoteTestResource, int>(rtr => rtr.Id);
_remoteEndpoint = new InMemoryCrudDataEndpoint<RemoteTestResource, int>(type2Config, TestData.RemoteResults);
var endpoint2Config = new EndpointConfiguration<RemoteTestResource, int>(
type2Config,
_remoteEndpoint);
// This clearly requires a configuration API.
var channelConfig = new ChannelConfiguration<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(endpoint1Config, endpoint2Config, new TestResourceTranslator());
var itemsPreprocessor = new ItemMatcher<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(channelConfig);
channelConfig.ItemsPreprocessor = itemsPreprocessor.Match;
channelConfig.AddSynchAction(new SynchronizationResolver<ItemMatch<LocalTestResource,RemoteTestResource>, ChannelConfiguration<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>>(
channelConfig,
(item, cfg) =>
{
return item.Result1 == null;
},
(item, cfg) =>
{
var synchItem = item.Result1;
cfg.TypeTranslator.TranslateBackward(item.Result2, ref synchItem);
// Now the translate decides wether a new item has to be created, but the decision is there anyway because of the Create.
cfg.Type1EndpointConfiguration.Endpoint.Create(synchItem);
return new SynchronizationResult(true);
}
));
//var t2epConfig = new EndpointConfiguration()
_channelUnderTest = new OneWayPullChannel<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(
channelConfig,
() => Task.FromResult(_localEndpoint.ReadAll().AsEnumerable()),
() => Task.FromResult(_remoteEndpoint.ReadAll().AsEnumerable()));
}
public ItemMatcherTest()
{
_itemMatcherUnderTest = new ItemMatcher<LocalTestResource, RemoteTestResource, int, ItemMatch<LocalTestResource, RemoteTestResource>>(
new TypeConfiguration<LocalTestResource, int>(ltr => ltr.CorrelationId ?? -1, -1)
, new TypeConfiguration<RemoteTestResource, int>(ltr => ltr.Id, 0));
}
/// <summary>
/// 获取联动规则的数据，数据源来自 BizBus
/// </summary>
protected void GetLinkageData()
{
string targetId = Request["TargetID"];
string schemaCode = Request["SchemaCode"];
string filterMethod = Request["FilterMethod"];
string queryCode = Request["QueryCode"];
string queryPropertyName = Request["QueryPropertyName"];
string queryPropertyValue = Request["QueryPropertyValue"];
string textDataField = Request["TextDataField"];
string valueDataField = Request["ValueDataField"];
// 获取查询对象
//BizQuery query = OThinker.H3.WorkSheet.AppUtility.Engine.BizBus.GetBizQuery(schemaCode, queryCode);
DataModel.BizQuery query = AppUtility.Engine.BizObjectManager.GetBizQuery(queryCode);
// 构造查询条件
OThinker.H3.BizBus.Filter.Filter filter = new BizBus.Filter.Filter();
OThinker.H3.BizBus.Filter.And and = new And();
filter.Matcher = and;
ItemMatcher propertyMatcher = null;
if (query.QueryItems != null)
{
string[] values = queryPropertyValue.Split(new string[] { "," }, StringSplitOptions.None);
int i = 0;
foreach (DataModel.BizQueryItem queryItem in query.QueryItems)
{ // 增加系统参数条件
if (queryItem.FilterType == DataModel.FilterType.SystemParam)
{
propertyMatcher = new OThinker.H3.BizBus.Filter.ItemMatcher(queryItem.PropertyName,
OThinker.Data.ComparisonOperatorType.Equal,
SheetUtility.GetSystemParamValue(UserValidatorFactory.CurrentUser, queryItem.SelectedValues));
and.Add(propertyMatcher);
continue;
}
else if (values.Length > 1)
{
if (values.Length > i)
{
propertyMatcher = new OThinker.H3.BizBus.Filter.ItemMatcher(queryItem.PropertyName,
queryItem.FilterType == DataModel.FilterType.Contains ? OThinker.Data.ComparisonOperatorType.Contain : OThinker.Data.ComparisonOperatorType.Equal,
values[i]);
and.Add(propertyMatcher);
}
}
else if (queryItem.PropertyName == queryPropertyName)
{
propertyMatcher = new OThinker.H3.BizBus.Filter.ItemMatcher(queryPropertyName,
queryItem.FilterType == DataModel.FilterType.Contains ? OThinker.Data.ComparisonOperatorType.Contain : OThinker.Data.ComparisonOperatorType.Equal,
queryPropertyValue);
and.Add(propertyMatcher);
}
i++;
}
}
DataModel.BizObjectSchema schema = AppUtility.Engine.BizObjectManager.GetPublishedSchema(schemaCode);
Dictionary <string, string> SelectItems = new Dictionary <string, string>();
if (schema != null)
{
// 调用查询获取数据源
//OThinker.H3.DataModel.BizObject[] objs = schema.GetList(OThinker.H3.WorkSheet.AppUtility.Engine.BizBus,
// this.UserValidator.UserID,
// filterMethod,
// filter);
DataModel.BizObject[] objs = schema.GetList(
AppUtility.Engine.Organization,
AppUtility.Engine.MetadataRepository,
AppUtility.Engine.BizObjectManager,
UserValidatorFactory.CurrentUser != null ? UserValidatorFactory.CurrentUser.UserID : string.Empty,
filterMethod,
filter);
DataTable dtSource = DataModel.BizObjectUtility.ToTable(schema, objs);
foreach (DataRow row in dtSource.Rows)
{
SelectItems.Add(row[valueDataField] + string.Empty, row[textDataField] + string.Empty);
}
}
Response.Clear();
Response.Write(JSSerializer.Serialize(SelectItems));
Response.Buffer = true;
}
public ItemMatcherTest()
{
_itemMatcherUnderTest = new ItemMatcher <LocalTestResource, RemoteTestResource, int, ItemMatch <LocalTestResource, RemoteTestResource> >(
new TypeConfiguration <LocalTestResource, int>(ltr => ltr.CorrelationId ?? -1, -1)
, new TypeConfiguration <RemoteTestResource, int>(ltr => ltr.Id, 0));
}
