low-level resources from almost any location in a transparent fashion, including from the classpath, a filesystem location, anywhere describable with a standard URL, and some other variations. If the resource standardized prefixes are used to indicate one URL type vs. another. This includes file: for accessing filesystem paths, http: for accessing resources via the HTTP protocol, ftp: for accessing resources via ftp a jar and have not been expanded (by the servlet engine, or whatever the environment is) to the filesystem. It always supports resolution as java.net.URL. A ClassPathResource is created by Java code explicitly

low-level resources from almost any location in a transparent fashion, including from the classpath, a filesystem location, anywhere describable with a standard URL, and some other variations. If the resource standardized prefixes are used to indicate one URL type vs. another. This includes file: for accessing filesystem paths, http: for accessing resources via the HTTP protocol, ftp: for accessing resources via ftp a jar and have not been expanded (by the servlet engine, or whatever the environment is) to the filesystem. It always supports resolution as java.net.URL. A ClassPathResource is created by Java code explicitly

low-level resources from almost any location in a transparent fashion, including from the classpath, a filesystem location, anywhere describable with a standard URL, and some other variations. If the resource standardized prefixes are used to indicate one URL type vs. another. This includes file: for accessing filesystem paths, http: for accessing resources via the HTTP protocol, ftp: for accessing resources via ftp a jar and have not been expanded (by the servlet engine, or whatever the environment is) to the filesystem. It always supports resolution as java.net.URL. A ClassPathResource is created by Java code explicitly

low-level resources from almost any location in a transparent fashion, including from the classpath, a filesystem location, anywhere describable with a standard URL, and some other variations. If the resource standardized prefixes are used to indicate one URL type vs. another. This includes file: for accessing filesystem paths, http: for accessing resources via the HTTP protocol, ftp: for accessing resources via ftp a jar and have not been expanded (by the servlet engine, or whatever the environment is) to the filesystem. It always supports resolution as java.net.URL. A ClassPathResource is created by Java code explicitly

low-level resources from almost any location in a transparent fashion, including from the classpath, a filesystem location, anywhere describable with a standard URL, and some other variations. If the resource standardized prefixes are used to indicate one URL type vs. another. This includes file: for accessing filesystem paths, http: for accessing resources via the HTTP protocol, ftp: for accessing resources via ftp a jar and have not been expanded (by the servlet engine, or whatever the environment is) to the filesystem. It always supports resolution as java.net.URL. A ClassPathResource is created by Java code explicitly

low-level resources from almost any location in a transparent fashion, including from the classpath, a filesystem location, anywhere describable with a standard URL, and some other variations. If the resource standardized prefixes are used to indicate one URL type vs. another. This includes file: for accessing filesystem paths, http: for accessing resources via the HTTP protocol, ftp: for accessing resources via ftp a jar and have not been expanded (by the servlet engine, or whatever the environment is) to the filesystem. It always supports resolution as java.net.URL. A ClassPathResource is created by Java code explicitly

used to persist the domain model to a repository of some sort (generally a DB, but could be the filesystem, memory, etc.) - Mapper API implementations: one or more specific implementations of the Mapper service layer object is given the mapper objects it needs to work with via the context. • Database, filesystem, or other repositories: - objects in the domain model are stored into one or more repositories repositories via one or more mapper implementations - a repository may be very simple (e.g. filesystem), or may have its own representation of the data from the domain model (i.e. a schema in a db). It does not

used to persist the domain model to a repository of some sort (generally a DB, but could be the filesystem, memory, etc.) - Mapper API implementations: one or more specific implementations of the Mapper service layer object is given the mapper objects it needs to work with via the context. • Database, filesystem, or other repositories: - objects in the domain model are stored into one or more repositories repositories via one or more mapper implementations - a repository may be very simple (e.g. filesystem), or may have its own representation of the data from the domain model (i.e. a schema in a db). It does not

used to persist the domain model to a repository of some sort (generally a DB, but could be the filesystem, memory, etc.) - Mapper API implementations: one or more specific implementations of the Mapper service layer object is given the mapper objects it needs to work with via the context. • Database, filesystem, or other repositories: - objects in the domain model are stored into one or more repositories repositories via one or more mapper implementations - a repository may be very simple (e.g. filesystem), or may have its own representation of the data from the domain model (i.e. a schema in a db). It does not

used to persist the domain model to a repository of some sort (generally a DB, but could be the filesystem, memory, etc.) - Mapper API implementations: one or more specific implementations of the Mapper service layer object is given the mapper objects it needs to work with via the context. • Database, filesystem, or other repositories: - objects in the domain model are stored into one or more repositories repositories via one or more mapper implementations - a repository may be very simple (e.g. filesystem), or may have its own representation of the data from the domain model (i.e. a schema in a db). It does not