A classpath unifying multiple class- and sourcepath entries.

A classpath unifying multiple class- and sourcepath entries. Flat classpath can obtain entries for classes and sources independently so it tries to do operations quite optimally - iterating only these collections which are needed in the given moment and only as far as it's necessary.

aggregates

classpath instances containing entries which this class processes

A trait that contains factory methods for classpath elements of type T.

A trait that contains factory methods for classpath elements of type T.

The logic has been abstracted from ClassPath#ClassPathContext so it's possible to have common trait that supports both recursive and flat classpath representations.

Therefore, we expect that T will be either ClassPath[U] or FlatClassPath.

A trait allowing to look for classpath entries of given type in directories.

A trait allowing to look for classpath entries of given type in directories. It provides common logic for classes handling class and source files. It makes use of the fact that in the case of nested directories it's easy to find a file when we have a name of a package.

A base trait for the particular flat classpath representation implementations.

A base trait for the particular flat classpath representation implementations.

We call this variant of a classpath representation flat because it's possible to query the whole classpath using just single instance extending this trait.

This is an alternative design compared to scala.tools.nsc.util.ClassPath

Provides factory methods for flat classpath.

Provides factory methods for flat classpath. When creating classpath instances for a given path, it uses proper type of classpath depending on a types of particular files containing sources or classes.

A trait providing an optional cache for classpath entries obtained from zip and jar files.

A trait providing an optional cache for classpath entries obtained from zip and jar files. It's possible to create such a cache assuming that entries in such files won't change (at least will be the same each time we'll load classpath during the lifetime of JVM process) - unlike class and source files in directories, which can be modified and recompiled. It allows us to e.g. reduce significantly memory used by PresentationCompilers in Scala IDE when there are a lot of projects having a lot of common dependencies.

A trait allowing to look for classpath entries of given type in zip and jar files.

A trait allowing to look for classpath entries of given type in zip and jar files. It provides common logic for classes handling class and source files. It's aware of things like e.g. META-INF directory which is correctly skipped.