IoCConfiguration_classMember.xmlΒΆ
This configuration file can be downloaded downloaded from IoCConfiguration_classMember.xml.
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<!--
The XML configuration file is validated against schema file IoC.Configuration.Schema.7579ADB2-0FBD-4210-A8CA-EE4B4646DB3F.xsd,
which can be found in folder IoC.Configuration.Content in output directory.
The schema file can also be downloaded from
http://oroptimizer.com/ioc.configuration/V2/IoC.Configuration.Schema.7579ADB2-0FBD-4210-A8CA-EE4B4646DB3F.xsd or in source code
project in Github.com.
To use Visual Studio code completion based on schema contents, right click Properties on this file in Visual Studio, and in Schemas
field pick the schema IoC.Configuration.Schema.7579ADB2-0FBD-4210-A8CA-EE4B4646DB3F.xsd.
Before running the tests make sure to execute IoC.Configuration\Tests\IoC.Configuration.Tests\PostBuildCommands.bat to copy the dlls into
folders specified in this configuration file.
Also, modify the batch file to copy the Autofac and Ninject assemblies from Nuget packages folder on machine, where the test is run.
-->
<iocConfiguration
xmlns:xsi='http://www.w3.org/2001/XMLSchema-instance'
xsi:noNamespaceSchemaLocation="http://oroptimizer.com/IoC.Configuration/V2/IoC.Configuration.Schema.7579ADB2-0FBD-4210-A8CA-EE4B4646DB3F.xsd">
<!--The application should have write permissions to path specified in appDataDir.
This is where dynamically generated DLLs are saved.-->
<!--NOTE: path should be an absolute path, or should be converted to absolute path by some implementation of
IoC.Configuration.AttributeValueTransformer.IAttributeValueTransformer. In this example the paths are converted by
IoC.Configuration.Tests.FileFolderPathAttributeValueTransformer.-->
<appDataDir
path="TestFiles\AutogeneratedDlls\DynamicFiles_ClassMemberTests"/>
<plugins
pluginsDirPath="TestFiles\PluginDlls">
<!--
Plugin assemblies will be in a folder with similar name under pluginsDirPath folder.
The plugin folders will be included in assembly resolution mechanism.
-->
<!--A folder K:\...\IoC.Configuration\Tests\IoC.Configuration.Tests\bin\TestFiles\PluginDlls\Plugin1 should exist. -->
<plugin name="Plugin1"/>
<plugin name="Plugin2" enabled="true"/>
<plugin name="Plugin3" enabled="false"/>
</plugins>
<additionalAssemblyProbingPaths>
<probingPath
path="TestFiles\ThirdPartyLibs"/>
<probingPath
path="TestFiles\ContainerImplementations\Autofac"/>
<probingPath
path="TestFiles\ContainerImplementations\Ninject"/>
<probingPath
path="TestFiles\DynamicallyLoadedDlls"/>
</additionalAssemblyProbingPaths>
<assemblies>
<!--Assemblies should be in one of the following locations:
1) Executable's folder
2) In folder specified in additionalAssemblyProbingPaths element.
3) In one of the plugin folders specified in plugins element (only for assemblies with plugin attribute) -->
<!--
Use "overrideDirectory" attribute, to make the assembly path explicit, rather then searching for
an assembly in predefined folders, which also include probing paths specified in additionalAssemblyProbingPaths element.
-->
<assembly name="IoC.Configuration.Autofac" alias="autofac_ext"/>
<assembly name="IoC.Configuration.Ninject" alias="ninject_ext"/>
<assembly name="TestProjects.Modules" alias="modules"/>
<assembly name="TestProjects.DynamicallyLoadedAssembly1"
alias="dynamic1"/>
<assembly name="TestProjects.DynamicallyLoadedAssembly2"
alias="dynamic2"/>
<assembly name="TestProjects.TestPluginAssembly1"
alias="pluginassm1" plugin="Plugin1"/>
<assembly name="TestProjects.TestPluginAssembly2"
alias="pluginassm2" plugin="Plugin2"/>
<assembly name="TestProjects.TestPluginAssembly3"
alias="pluginassm3" plugin="Plugin3"/>
<assembly name="TestProjects.ModulesForPlugin1"
alias="modules_plugin1" plugin="Plugin1"/>
<assembly name="TestProjects.SharedServices" alias="shared_services"/>
<assembly name="IoC.Configuration.Tests" alias="tests"/>
</assemblies>
<typeDefinitions>
<typeDefinition alias="ConstAndStaticAppIds"
type="IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds"/>
<typeDefinition alias="IAppIds" type="IoC.Configuration.Tests.ClassMember.Services.IAppIds"/>
<typeDefinition alias="AppTypes" type="IoC.Configuration.Tests.ClassMember.Services.AppTypes"/>
<typeDefinition alias="AppInfo" type="IoC.Configuration.Tests.ClassMember.Services.AppInfo"/>
<typeDefinition alias="StaticMethodsWithParameters"
type="IoC.Configuration.Tests.ClassMember.Services.StaticMethodsWithParameters"/>
</typeDefinitions>
<parameterSerializers>
<serializers></serializers>
</parameterSerializers>
<!--The value of type attribute should be a type that implements
IoC.Configuration.DiContainer.IDiManager-->
<diManagers activeDiManagerName="Autofac">
<diManager name="Ninject" type="IoC.Configuration.Ninject.NinjectDiManager"
assembly="ninject_ext">
<!--
Use parameters element to specify constructor parameters,
if the type specified in 'type' attribute has non-default constructor.
-->
<!--<parameters>
</parameters>-->
</diManager>
<diManager name="Autofac" type="IoC.Configuration.Autofac.AutofacDiManager"
assembly="autofac_ext">
</diManager>
</diManagers>
<!--
If settingsRequestor element is used, the type in type attribute should
specify a type that implements IoC.Configuration.ISettingsRequestor.
The implementation specifies a collection of required settings that should be present
in settings element.
Note, the type specified in type attribute is fully integrated into a dependency
injection framework. In other words, constructor parameters will be injected using
bindings specified in dependencyInjection element.
-->
<settings>
</settings>
<dependencyInjection>
<modules>
<!--<module type="IoC.Configuration.Tests.AutoService.AutoServiceTestsModule" />-->
<module type="IoC.Configuration.Tests.ClassMember.Module1">
<parameters>
<classMember name="param1" classRef="ConstAndStaticAppIds" memberName="DefaultAppId"/>
<classMember name="param2" classRef="StaticMethodsWithParameters" memberName="GetString">
<parameters>
<int32 name="intParam" value="5"/>
<string name="strParam" value="Value 1"/>
</parameters>
</classMember>
</parameters>
</module>
</modules>
<services>
<service type="System.Int32">
<valueImplementation scope="singleton">
<!--Example of classMember in valueImplementation. Since IAppIds.DefaultAppId is non-static,
IAppIds will be resolved from dependency injection container, and the value of property DefaultAppId of
resolved object will be bound to System.Int32
-->
<classMember classRef="IAppIds" memberName="DefaultAppId"/>
</valueImplementation>
</service>
<!--<service type="System.String">
<valueImplementation scope="singleton">
<object type="System.String" value="Test"/>
</valueImplementation>
</service>-->
<service type="System.String">
<valueImplementation scope="singleton">
<!--Example of classMember in valueImplementation. Since IAppIds.DefaultAppDescription is non-static,
IAppIds will be resolved from dependency injection container, and the value of property DefaultAppDescription of
resolved object will be bound to System.Int32
-->
<classMember classRef="IAppIds" memberName="DefaultAppDescription"/>
<!-- <object type="System.String" value="Test" />-->
</valueImplementation>
</service>
<service type="IoC.Configuration.Tests.ClassMember.Services.IAppInfo">
<!--The DI will try to construct IoC.Configuration.Tests.ClassMember.Services.AppInfo using the constructor
with max number of parameters: AppInfo(int appId, string appDescription).
Since we bound System.Int32, and System.String to IoC.Configuration.Tests.ClassMember.Services.IAppIds.DefaultAppId,
and IoC.Configuration.Tests.ClassMember.Services.IAppIds.DefaultAppDescription, the values of injected
appId and appDescription will be IoC.Configuration.Tests.ClassMember.Services.IAppIds.DefaultAppId and
IoC.Configuration.Tests.ClassMember.Services.IAppIds.DefaultAppDescription.
-->
<implementation typeRef="AppInfo" scope="singleton">
</implementation>
</service>
<service type="System.Collections.Generic.IReadOnlyList[System.Int32]">
<valueImplementation scope="singleton">
<collection>
<!--Demo of classMember in collection element.-->
<classMember classRef="ConstAndStaticAppIds" memberName="AppId1"/>
<classMember classRef="IAppIds" memberName="DefaultAppId"/>
</collection>
</valueImplementation>
</service>
<service type="IoC.Configuration.Tests.ClassMember.Services.IAppInfoFactory">
<implementation type="IoC.Configuration.Tests.ClassMember.Services.AppInfoFactory" scope="singleton"/>
</service>
</services>
<autoGeneratedServices>
<!--The scope for autoService implementations is always singleton -->
<autoService interfaceRef="IAppIds">
<autoProperty name="DefaultAppId" returnType="System.Int32">
<!--Example of using classMember attribute in auto property.-->
<classMember class="System.Int32" memberName="MaxValue"/>
</autoProperty>
<autoProperty name="DefaultAppDescription" returnType="System.String">
<!--Example of using classMember attribute in auto property.-->
<classMember classRef="ConstAndStaticAppIds" memberName="DefaultAppDescription"/>
</autoProperty>
</autoService>
<autoService interface="IoC.Configuration.Tests.ClassMember.Services.IAppInfos">
<autoProperty name="AllAppInfos"
returnType="System.Collections.Generic.IReadOnlyList[IoC.Configuration.Tests.ClassMember.Services.IAppInfo]">
<collection>
<constructedValue typeRef="AppInfo">
<parameters>
<!--Property IoC.Configuration.Tests.ClassMember.Services.IAppIds.DefaultAppId is non-static, therefore
IoC.Configuration.Tests.ClassMember.Services.IAppIds will be resolved from dependency injection container,
and the value of property DefaultAppId in resolved object will be used as parameter value appId-->
<classMember name="appId" classRef="IAppIds" memberName="DefaultAppId"/>
</parameters>
<injectedProperties>
<!--Property IoC.Configuration.Tests.ClassMember.Services.IAppIds.DefaultAppId is non-static, therefore
IoC.Configuration.Tests.ClassMember.Services.IAppIds will be resolved from dependency injection container,
and the value of property DefaultAppId in resolved object will be used as parameter value appId-->
<classMember name="AppDescription" classRef="IAppIds"
memberName="DefaultAppDescription"/>
</injectedProperties>
</constructedValue>
<!--
An example of calling a non static factory method to create an instance of IAppInfo.
Since method IoC.Configuration.Tests.ClassMember.Services.IAppInfoFactory.CreateAppInfo(appId, appDescription)
is non-static, an instance of IAppInfoFactory will be resolved using the DI container.
Also, since IAppInfoFactory is an interface, a binding for IAppInfoFactory should be configured in configuration
file or in some module.
-->
<classMember class="IoC.Configuration.Tests.ClassMember.Services.IAppInfoFactory"
memberName="CreateAppInfo">
<parameters>
<int32 name="appId" value="1258"/>
<string name="appDescription" value="App info created with non-static method call."/>
</parameters>
</classMember>
<!--
An example of calling a static factory method to create an instance of IAppInfo.
-->
<classMember class="IoC.Configuration.Tests.ClassMember.Services.StaticAppInfoFactory"
memberName="CreateAppInfo">
<parameters>
<int32 name="appId" value="1259"/>
<string name="appDescription" value="App info created with static method call."/>
</parameters>
</classMember>
<constructedValue typeRef="AppInfo">
<parameters>
<!--Method IoC.Configuration.Tests.ClassMember.Services.IAppIds.GetAppId() is non-static, therefore
IoC.Configuration.Tests.ClassMember.Services.IAppIds will be resolved from dependency injection container,
and the value returned by method IAppIds.GetAppId() will be used as parameter value appId-->
<classMember name="appId" classRef="IAppIds" memberName="GetAppId"/>
</parameters>
</constructedValue>
<constructedValue typeRef="AppInfo">
<parameters>
<!--Variable IoC.Configuration.Tests.ClassMember.Services.AppIdVars.NonStaticAppIdVar is non-static/non-constant, therefore
IoC.Configuration.Tests.ClassMember.Services.AppIdVars will be resolved from dependency injection container,
and the value variable NonStaticAppIdVarin resolved object will be used as parameter value appId
NOTE, no need to add a self bound service for IoC.Configuration.Tests.ClassMember.Services.AppIdVars, since
IoC.Configuration will generated one.
-->
<classMember name="appId" class="IoC.Configuration.Tests.ClassMember.Services.AppIdVars"
memberName="NonStaticAppIdVar"/>
</parameters>
</constructedValue>
<constructedValue typeRef="AppInfo">
<parameters>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.AppId1 is a constant value.-->
<classMember name="appId" classRef="ConstAndStaticAppIds" memberName="AppId1"/>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.App1Description is a constant value.-->
<classMember name="appDescription" classRef="ConstAndStaticAppIds"
memberName="App1Description"/>
</parameters>
</constructedValue>
<constructedValue typeRef="AppInfo">
<parameters>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.AppId2 is a static variable.-->
<classMember name="appId" classRef="ConstAndStaticAppIds" memberName="AppId2"/>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.App2Description is a static variable.-->
<classMember name="appDescription" classRef="ConstAndStaticAppIds"
memberName="App2Description"/>
</parameters>
</constructedValue>
<constructedValue typeRef="AppInfo">
<parameters>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.AppId3 is a static property.-->
<classMember name="appId" classRef="ConstAndStaticAppIds" memberName="AppId3"/>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.GetApp3Description is a static function-->
<classMember name="appDescription" classRef="ConstAndStaticAppIds"
memberName="GetApp3Description"/>
</parameters>
</constructedValue>
<constructedValue typeRef="AppInfo">
<parameters>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.GetAppId4() is a static method.-->
<classMember name="appId" classRef="ConstAndStaticAppIds" memberName="GetAppId4"/>
<string name="appDescription" value="App 4"/>
</parameters>
</constructedValue>
<constructedValue typeRef="AppInfo">
<parameters>
<!--IoC.Configuration.Tests.ClassMember.Services.AppTypes.App1 is an enum value.-->
<classMember name="appId" classRef="AppTypes" memberName="App1"/>
</parameters>
</constructedValue>
</collection>
</autoProperty>
</autoService>
<autoService interface="IoC.Configuration.Tests.ClassMember.Services.IAppIdToPriority">
<autoMethod name="GetPriority" returnType="System.Int32">
<methodSignature>
<int32 paramName="appId"/>
</methodSignature>
<!--Property IoC.Configuration.Tests.ClassMember.Services.IAppIds.DefaultAppId is non-static, therefore
IoC.Configuration.Tests.ClassMember.Services.IAppIds will be resolved from dependency injection container,
and the value of property DefaultAppId in resolved object will be used in if condition-->
<if parameter1="_classMember:IAppIds.DefaultAppId">
<int32 value="14"/>
</if>
<!--Method IoC.Configuration.Tests.ClassMember.Services.IAppIds.GetAppId() is non-static, therefore
IoC.Configuration.Tests.ClassMember.Services.IAppIds will be resolved from dependency injection container,
and the value returned by method IAppIds.GetAppId() will be used in if condition-->
<if parameter1="_classMember:IAppIds.GetAppId">
<int32 value="25"/>
</if>
<!--Variable IoC.Configuration.Tests.ClassMember.Services.AppIdVars.NonStaticAppIdVar is non-static/non-constant, therefore
IoC.Configuration.Tests.ClassMember.Services.AppIdVars will be resolved from dependency injection container,
and the value variable NonStaticAppIdVarin resolved object will be used in if condition.
NOTE, no need to add a self bound service for IoC.Configuration.Tests.ClassMember.Services.AppIdVars, since
IoC.Configuration will generated one. -->
<if parameter1="_classMember:IoC.Configuration.Tests.ClassMember.Services.AppIdVars.NonStaticAppIdVar">
<int32 value="23"/>
</if>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.AppId1 is a constant value.-->
<if parameter1="_classMember:ConstAndStaticAppIds.AppId1">
<int32 value="4"/>
</if>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.AppId2 is a static variable.-->
<if parameter1="_classMember:ConstAndStaticAppIds.AppId2">
<int32 value="7"/>
</if>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.AppId3 is a static property.-->
<if parameter1="_classMember:ConstAndStaticAppIds.AppId3">
<int32 value="8"/>
</if>
<!--IoC.Configuration.Tests.ClassMember.Services.ConstAndStaticAppIds.GetAppId4() is a static method.-->
<if parameter1="_classMember:ConstAndStaticAppIds.GetAppId4">
<int32 value="5"/>
</if>
<default>
<int32 value="0"/>
</default>
</autoMethod>
<autoMethod name="GetPriority" returnType="System.Int32">
<methodSignature>
<object paramName="appType" type="IoC.Configuration.Tests.ClassMember.Services.AppTypes"/>
</methodSignature>
<!--Example of using _classMember in If statement to reference enum value.-->
<if parameter1="_classMember:IoC.Configuration.Tests.ClassMember.Services.AppTypes.App1">
<int32 value="8"/>
</if>
<!--Example of using _classMember in If statement to reference enum value.-->
<if parameter1="_classMember:IoC.Configuration.Tests.ClassMember.Services.AppTypes.App2">
<int32 value="9"/>
</if>
<default>
<int32 value="1"/>
</default>
</autoMethod>
</autoService>
</autoGeneratedServices>
</dependencyInjection>
<startupActions>
</startupActions>
<pluginsSetup>
<pluginSetup plugin="Plugin1">
<!--The type in pluginImplementation should be non-abstract class
that implements IoC.Configuration.IPlugin and which has a public constructor-->
<pluginImplementation type="TestPluginAssembly1.Implementations.Plugin1_Simple">
</pluginImplementation>
<settings>
<int32 name="Int32Setting1" value="10"/>
<string name="StringSetting1" value="Some text"/>
</settings>
<dependencyInjection>
<modules>
</modules>
<services>
</services>
<autoGeneratedServices>
</autoGeneratedServices>
</dependencyInjection>
</pluginSetup>
<pluginSetup plugin="Plugin2">
<pluginImplementation type="TestPluginAssembly2.Implementations.Plugin2" assembly="pluginassm2">
<parameters>
<boolean name="param1" value="true"/>
<double name="param2" value="25.3"/>
<string name="param3" value="String value"/>
</parameters>
</pluginImplementation>
<settings>
</settings>
<dependencyInjection>
<modules>
</modules>
<services>
</services>
<autoGeneratedServices>
</autoGeneratedServices>
</dependencyInjection>
</pluginSetup>
<pluginSetup plugin="Plugin3">
<pluginImplementation type="TestPluginAssembly3.Implementations.Plugin3" assembly="pluginassm3">
</pluginImplementation>
<settings>
</settings>
<dependencyInjection>
<modules>
</modules>
<services>
</services>
<autoGeneratedServices>
</autoGeneratedServices>
</dependencyInjection>
</pluginSetup>
</pluginsSetup>
</iocConfiguration>
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