sitory.class package org.apache.maven.wagon.repository; public synchronized class Repository implements java.io.Serializable { private static final long serialVersionUID = 1312227676322136247; private String id; private String name; private String host; private int port; private String basedir; private String protocol; private String url; private RepositoryPermission permissions; private java.util.Properties parameters; private String username; private String password; public void Repository(); public...

is selected if no other implementation class name can be discovered. Its primary purpose is to create (as necessary) and return Log instances in response to calls to the getInstance() method. The default implementation uses the following rules: At most one Log instance of the same name will be created. Subsequent getInstance() calls to the same LogFactory instance, with the same name or Class parameter, will return the same Log instance. When a new Log instance must be created, the default LogFactory...

sitory.class package org.apache.maven.wagon.repository; public synchronized class Repository implements java.io.Serializable { private static final long serialVersionUID = 1312227676322136247; private String id; private String name; private String host; private int port; private String basedir; private String protocol; private String url; private RepositoryPermission permissions; private java.util.Properties parameters; private String username; private String password; public void Repository(); public...

eflectiveTypeFinder.java org/hamcrest/internal/ReflectiveTypeFinder.java /** * The TypeSafe classes, and their descendants, need a mechanism to find out what type has been used as a parameter * for the concrete matcher. Unfortunately, this type is lost during type erasure so we need to use reflection * to get it back, by picking out the type of a known parameter to a known method. * The catch is that, with bridging methods, this type is only visible in the class that actually implements * the expected...

is selected if no other implementation class name can be discovered. Its primary purpose is to create (as necessary) and return Log instances in response to calls to the getInstance() method. The default implementation uses the following rules: At most one Log instance of the same name will be created. Subsequent getInstance() calls to the same LogFactory instance, with the same name or Class parameter, will return the same Log instance. When a new Log instance must be created, the default LogFactory...