* Use new native packaging abstractions for windows mappings.
* Update universal sbt script to be cygwin friendly
* Modify sbt.bat for universal layout
* Fix some stty icanon (no)echo bugs in launcher script.
Include a new section in `Understanding-incremental-compilation`
document which explains in detail how to turn on and use the
new api debugging feature.
Mention distinction between dependencies through inheritance and member
reference. Add an example which demonstrates the difference a little
bit more concretely by using some simple Scala source code.
The startup script should set sbt.cygwin=true if running from cygwin.
This will set the terminal type properly for JLine if not already set.
If sbt.cygwin=false or unset and os.name includes "windows", JAnsi is
downloaded by the launcher and installed on standard out/err.
The value for jline.terminal is transformed from explicit jline.X to
the basic types "windows", "unix", or "none". Now that sbt uses JLine
2.0, these types are understood by both sbt's JLine and Scala's.
Older Scala versions shaded the classes but not the terminal property
so both couldn't be configured with a class name at the same time.
The startup script should set sbt.cygwin=true if running from cygwin.
This will set the terminal type properly for JLine if not already set.
If sbt.cygwin=false or unset and os.name includes "windows", JAnsi is
downloaded by the launcher and installed on standard out/err.
The value for jline.terminal is transformed from explicit jline.X to
the basic types "windows", "unix", or "none". Now that sbt uses JLine
2.0, these types are understood by both sbt's JLine and Scala's.
Older Scala versions shaded the classes but not the terminal property
so both couldn't be configured with a class name at the same time.
Previous table was mix of reStructuredText and html produced by
automatic conversion tool. The result was rather unreadable and very
hard to edit.
I converted the table to native reStructuredText's table.