........................................................................... 195 8.3.6. JUnit 3.8 legacy support ..................................................................................... 197 to have more exotic non-bean-style classes in your container. If, for example, you need to use a legacy connection pool that absolutely does not adhere to the JavaBean specification, Spring can manage created normally via a constructor. One use for such a bean definition is to call static factories in legacy code. The following example shows a bean definition which specifies that the bean is to be created

to have more exotic non-bean-style classes in your container. If, for example, you need to use a legacy connection pool that absolutely does not adhere to the JavaBean specification, Spring can manage created normally via a constructor. One use for such a bean definition is to call static factories in legacy code. The following example shows a bean definition which specifies that the bean is to be created party classes to which you do not have the source, the choice will already have been made for you - a legacy class may not expose any setter methods, and so constructor injection will be the only type of DI

to have more exotic non-bean-style classes in your container. If, for example, you need to use a legacy connection pool that absolutely does not adhere to the JavaBean specification, Spring can manage created normally via a constructor. One use for such a bean definition is to call static factories in legacy code. The following example shows a bean definition which specifies that the bean is to be created party classes to which you do not have the source, the choice will already have been made for you - a legacy class may not expose any setter methods, and so constructor injection will be the only type of DI

to have more exotic non-bean-style classes in your container. If, for example, you need to use a legacy connection pool that absolutely does not adhere to the JavaBean specification, Spring can manage created normally via a constructor. One use for such a bean definition is to call static factories in legacy code. The following example shows a bean definition which specifies that the bean is to be created party classes to which you do not have the source, the choice will already have been made for you - a legacy class may not expose any setter methods, and so constructor injection will be the only type of DI

to have more exotic non-bean-style classes in your container. If, for example, you need to use a legacy connection pool that absolutely does not adhere to the JavaBean specification, Spring can manage created normally via a constructor. One use for such a bean definition is to call static factories in legacy code. The following example shows a bean definition which specifies that the bean is to be created party classes to which you do not have the source, the choice will already have been made for you - a legacy class may not expose any setter methods, and so constructor injection will be the only type of DI

to have more exotic non-bean-style classes in your container. If, for example, you need to use a legacy connection pool that absolutely does not adhere to the JavaBean specification, Spring can manage created normally via a constructor. One use for such a bean definition is to call static factories in legacy code. The following example shows a bean definition which specifies that the bean is to be created party classes to which you do not have the source, the choice will already have been made for you - a legacy class may not expose any setter methods, and so constructor injection will be the only type of DI

to have more exotic non-bean-style classes in your container. If, for example, you need to use a legacy connection pool that absolutely does not adhere to the JavaBean specification, Spring can manage created normally via a constructor. One use for such a bean definition is to call static factories in legacy code. The following example shows a bean definition which specifies that the bean is to be created party classes to which you do not have the source, the choice will already have been made for you - a legacy class may not expose any setter methods, and so constructor injection will be the only type of DI

meterRegistry bean is present, Spring Integration metrics will be managed by Micrometer. If you wish to use legacy Spring Integration metrics, add a DefaultMetricsFactory bean to the application context. 274 Chapter default-dimensions: key1: "value1" key2: "value2" 339 v1 API (Legacy) The Dynatrace v1 API metrics registry pushes metrics to the configured URI periodically using the the FILE_LOG_PATTERN and ROLLING_FILE_NAME_PATTERN with appropriate settings. In addition, a legacy base.xml file is provided for compatibility with earlier versions of Spring Boot. A typical custom

meterRegistry bean is present, Spring Integration metrics will be managed by Micrometer. If you wish to use legacy Spring Integration metrics, add a DefaultMetricsFactory bean to the application context. 5.24. the FILE_LOG_PATTERN and ROLLING_FILE_NAME_PATTERN with appropriate settings. In addition, a legacy base.xml file is provided for compatibility with earlier versions of Spring Boot. A typical custom config.name application Config file name. spring.config.use-legacy-processing false Whether to enable configuration data processing legacy mode. spring.info.build.encoding UTF-8 File encoding. spring

meterRegistry bean is present, Spring Integration metrics will be managed by Micrometer. If you wish to use legacy Spring Integration metrics, add a DefaultMetricsFactory bean to the application context. 7.24. the FILE_LOG_PATTERN and ROLLING_FILE_NAME_PATTERN with appropriate settings. In addition, a legacy base.xml file is provided for compatibility with earlier versions of Spring Boot. A typical custom spring.config.name Config file name. application spring.config.use-legacy-processing Whether to enable configuration data processing legacy mode. false spring.info.build.encoding File encoding. UTF-8