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Test Coverage
# 2014/09/27

***DISCLAIMER***: _These notes are from the defunct k8 project which_
_precedes SquirrelJME. The notes for SquirrelJME start on 2016/02/26!_
_The k8 project was effectively a Java SE 8 operating system and as such_
_all of the notes are in the context of that scope. That project is no_
_longer my goal as SquirrelJME is the spiritual successor to it._

## 02:00

For clarity all of the wrapped compilation work should be placed in memory,
although this will not be possible for command line wrapped compilers. It is
only possible for my simple compiler in the future and the built in compiler
in the runtime.

## 02:07

Doing all of this dynamic reflection of the compiler invocation code is rather
ugly. What I can do instead is embed a class directly in InvokerAPIJC which
contains precompiled Java 6 code. I dislike having binary code already
existing but it would produce far cleaner code as I can use the tool interface

## 02:23

For the compiler wrapper, the command line version will need to operate on
files, however I would like it to be able to operate entirely in memory, so
that must be the case which is used. OK, so what I will do is model the
wrapper like the existing JavaCompiler class and just keep it very very
simple, inputs and outputs are either absolute files or a stream of bytes in
memory. For the command line based compilation wrapping (of say gcj and ecj)
it will instead create temporary directory to simulate compilation operations
(since there is no way to portably have it use a filesystem completely in

## 02:45

What I need to determine is how the JavaCompiler files are input and output
and where they are placed.

## 03:07

So I essentially will need to make my own JavaFileManager with file objects
for my wrapper.

## 05:10

InternalDoBuild is too complex for its own good. Going to instead use domains
which are like beacons in almost every way but are a bit more friendlier and
simpler to use. But first, I need to cleanup InternalDoBuild so that it is
easier to use it to compile dependencies and such, since it pretty much is
currently a singleton class which is rather ugly.

## 05:18

The problem with beacons was that it is too specific to the compiler,
essentially it would make the compiler happy but only once.

## 06:04

This cleanup is still only partial, but InternalDoBuild looks much nicer and
is much easier to modify now. Not to mention shorter currently.

## 06:08

For the DomainManager to be used very efficiently with the package builder and
such, I need much more than the base string, I need a complete table mapped
thing and a way to search for existing domains that were added.

## 07:14

The toStrings() for the domains will need to be a special unique prefix so
they can be recycled.

## 09:08

Instead of including byte code, I just stumbled upon a reflection class called
Proxy which can implement interfaces. Now one thing I do wonder if it would be
possible to dynamically create the classes that implement unknown interfaces
of unknown classes. And it is quite possible, I can easily determine stuff and
wrap it, although it will be a bit strewn out, it could work. This would
probably be the only dynamic means to support API management in the compiler
wrapper without embedding class files or forcing Java 6 support. And another
thing is I could use proxy classes for my future testing code, so that could
work out well.

## 09:26

I am very excited and happy, this is the breakthrough that I need for my
compiler wrapper.

## 09:36

I only need to use the proxy classes to use for the JavaCompiler newTask where
it requires FileManagers and such, so I do not need to completely replace an
existing JavaCompiler. Although it would be handy to wrap.

## 10:17

It has been a long morning and I must be getting to sleep very soon, when I am
fully awake when I wake up I can continue making progress.

## 17:41

Actually have not slept at all, do not feel well. With all of this proxy stuff
I am going to need a reflective dynamic call thing. A base class which can
spit out proxies of a desired type and perform call wrapping on existing
objects when needed. With a type of wilcard system for unknown arguments and