The option {recursive,boolean()} can now be set pr directory in
'src_dirs' and 'extra_src_dirs', and on top level in the new
'erlc_compiler' option. Example config:
{erlc_compiler,[{recursive,false}]}.
{src_dirs,[{"src",[{recursive,true}]}]}.
This will cause recursive compilation within the "src" directory, but
not in any other directoires.
* exclude_apps - never use applications for PLT/analysis
* base_plt_mods - add modules to base PLT (overrules exclude_apps)
* plt_extra_mods - add modules to PLT (overrules exclude_apps)
* exclude_mods - never use modules for PLT/analysis (overrules all)
This adds tracking of package hash in the in-memory index rather than
the current `undefined' values.
According to the test added, this is not necessary for transitive
package dep hash chcking, but does result in a more complete index search
result when doing app lookups, and could yield some optimizations on
hash checks by checking from the index structure before fetching a package.
When an include file is set in a private path (i.e. src/), the rebar3
compiler would not add them to the {i, Path} params -- only include/ and
the project root were being added.
This meant that when some extra source directories were added to the
compile job, such as test/ when running under the test profile, the
private include paths could not be shared with the test module.
This patch fixes the issues (and adds tests) for such a specific case by
adding all the configured include paths to the {i, Path} erl_opts
arguments, yielding successful compile runs.
Aliasing only had a bit of ad-hoc support in rebar3, and various issues
have encountered problems related to the package names not mapping
properly with the application name. One such issue is
https://github.com/erlang/rebar3/issues/1290
The problem has been hard to find because it only impacts transitive
dependencies (not top-level ones) of other packages. The root cause for
this is that the application name was not being tracked by rebar3's internal
index, only the package name and its version were.
When a given application was a package app, the data for the application
name would be reconstructed from the lock file, but only if it were a
top-level app or a dependency of a source application where parsing the
lock file is necessary to know what comes next.
When a transitive dependency of a package dependency was fetched, we
instead read its dependencies directly from the in-memory package index
within rebar3. This caused us to only read the package name and version,
and lost all information regarding application name. This worked fine
for most cases since for the vast majority of packages, the package name
matches the app name, but failed for all aliases, which would then be
moved to directories that wouldn't match the app name.
This in turn broke some aspects of code analysis (in Dialyzer), or other
functionality relying on static paths, such as including .hrl files from
dependencies.
This patch reformats the internal storage format of dependencies to
align with the internal one used by rebar3, so that the app name can be
carried along with the package name and its version.
The fix can only work once `rebar3 update` is called so the index is
rebuilt internally, and will the file cached on disk will be
incompatible with older rebar3 versions.
Currently, the following is not covered:
- Tests
- Including the package hashes of dependencies so they may match what
is in a lock file -- they're being `undefined` instead, which may
break some lookups. The previous format did not lend itself to hashing
in the same way, and it is possible transitive deps were not being
tracked properly, or worked by respecting the current package hierarchy.
This will require further analysis
For now this commit can allow reviewing and discussion.
{`eunit_test_regex`, Regex}` will use the supplied `Regex` instead of
the default to locate tests in test dirs. note this matches only the
filename, not the path. the regex is applied to all test dirs, recursively
fixes#1331
there's no way to detect which files actually rely on a parse transform
passed to the compiler via the options (as opposed to `-compile(..)`
so if any parse transforms are in modules that need recompiling just
recompile the world
fixes#1328
In some cases, mv will throw a warning, while still moving the files
correctly and returning a 0 return code:
"mv: can't preserve ownership of ... Permission denied".
changed include files were not properly picked up by `erlc_compiler`
in cases where they were in directories relative to the application
source and not the current working dir of rebar3
fixes#1199
When the operation for an unlock takes place in the config of a umbrella
application, the `unlock' provider does not see the dependency in the
`deps' value of the config (since it only includes the deps at the root
of the project) and ignores these.
- the internal representation for package locks moves from `{Name, {pkg,
PkgName, Vsn}, Lvl}` to `{Name, {pkg, PkgName, Vsn, Hash}, Lvl}`
- the internal representation for packages moves from `{pkg, PkgName,
Vsn}` to `{pkg, PkgName, Vsn, Hash}`
- the hash can be `undefined`, meaning no check will be done
- no checking is done yet.
By default rebar3 displays compiler sources as absolute paths in their
original location, which is under the build dir.
This change introduces an option 'compiler_source_format' to format
sources in two alternative ways:
relative
absolute
When either 'relative' or 'absolute' are specified, the file is
resolved to its original location when it is a link. When 'relative'
is specified, the path is displayed relative to the current working
directory. When 'absolute' is specified, the path is absolute.
The default value is 'unchaged' which leaves the compiler source
unchanged.
This is arguably too flexible as I suspect most people would opt for
'relative' all the time - it's the most compact representation of the
file and is sufficient to find the source given cwd. The change
however is meant to introduce the change gradually, preserving
existing behavior and giving users a choice for formats.
In time perhaps the default can be changed to 'relative' - but still
allowing users to revert to the other two options ('absolutel' and
'unchanged') as needed.
This commit moves the handling of distribution config and starting out
of rebar_prv_shell and into rebar_dist_utils. The module is able to
handle standard config options and boot a distributed node mode. This
could be used in plugins (once it is exposed) and other providers like
CT.
Configuration is also expanded so that options like:
{dist, [{sname, atom()}, {name, atom()}, {setcookie, term()}]}
can be used and will be handled as a default. The config handler
supports similar terms from the command line being parsed in if the
calling provider supports them.
A test suite is added for configuration handling.
The idea is that given we accept arbitrary config items for CT, we
should similarly be able to pass unsupported options and keep things
running.
However for unsupported options, a warning is very useful to have.
Artem Pervin
Siri Hansen
James Fish
alisdair sullivan
Fred Hebert
Brujo Benavides
David de Boer
Nathaniel Waisbrot
Ilya Khaprov
Tristan Sloughter
Garrett Smith
Francisco Rojas
Francisco Rojas
alisdair sullivan