* Checks the list of stats keys returned from the HTTP endpoint
is complete -- delineating between riak and riak_ee. The test will
fail if the list returned from the HTTP endpoint does not exactly match
the expected list. This behavior acts as a forcing function to ensure
that the expected list is properly maintained as stats are added and
removed.
* Modifies reset-current-env to properly clean dependencies when a
full clean is requested and remove the current directory in the
target test instance.
* Adds logging to verify_riak_stats to explain the addition steps
being performed
* Adds rt:product/1 to determine whether a node is running riak,
riak_ee, or riak_cs
* Adds tools.mk support and eunit scaffolding to rebar.config
* Modifies reset-current-env.sh to remove the current directory in
the target test instance
Allow intercept functions passed to rt_intercept:add/2 to be anonymous. In
compiled code they can either be a plain anonymous function, assuming they
don't use any variables from the surrounding context, or they can be a
2-tuple like this:
{[FreeVar1, ...],
fun(Arg1, ...) -> ... end}
where FreeVar1 etc. is a list of free variables to be closed over so that
they can be used within the anonymous function. For making interactive
calls to rt_intercept:add/2 from the Erlang shell, only the anonymous
function form is required, even if it uses free variables, though the
2-tuple form is also acceptable.
For compiled code, support for anonymous intercept functions is implemented
via a parse transform, and so to use anonymous functions the intercept
structure(s) containing them must be defined directly inline as part of the
final argument to rt_intercept:add/2, i.e., they cannot be first assigned
to a variable that is then used within the argument. This is because the
value of such a variable might not be visible to the parse transform.
Add a description of anonymous function intercepts to the README.
Intercepts provide the ability to easily and efficiently intercept
function calls. Giving the ability to change the code being executed
as well as affect local and global state.
