This allows to completely disable the tests. Even the gtest submodule is
not checked out allowing integration on build servers without needing to
download one more submodule.
This is different from the --notests flag. The latter only disables
executing the tests, but always use the submodule.
Waf's autoconfig feature works only for wscripts loaded by the recurse()
function. This patch extends that functionality to all loaded modules, which
includes Waf tools.
This is also needed while compiling libgtest because it's using our
cmath wrapper header. Otherwise it will end up entering the
"ifndef WAF_BUILD" part and fail to compile on gcc 5.3.1.
Setting the "help" keyword argument may not fit in one line sometimes. This
patch adds the following convention to calls to add_option() in order to
address that issue in a better way:
1) The "help" keyword must always be the last argument to be passed.
2) If the help string is a literal string or a literal string with some
operation (e.g. "%" operator) and setting the "help" keyword in the code
doesn't fit a line (considering the limit of characters in a line), then
the help string must be a triple-quoted string. That has the advantage of
not having to have several "+" operations for long help strings. In that
case, the help message must start on the next line and the closing
triple-quotes must be on a separate line together with the closing
parenthesis.
The requirement (1) makes it easier to make the style exception in (2)
acceptable.
The path for the "non-board" environment cache file was hard-coded, which was
causing the error below when the build was configured with the --out option
value different from the default path.
Traceback (most recent call last):
File "/home/gjsousa/ardupilot/modules/waf/waflib/Scripting.py", line 161, in waf_entry_point
run_commands()
File "/home/gjsousa/ardupilot/modules/waf/waflib/Scripting.py", line 263, in run_commands
ctx = run_command(cmd_name)
File "/home/gjsousa/ardupilot/modules/waf/waflib/Scripting.py", line 247, in run_command
ctx.execute()
File "/home/gjsousa/ardupilot/modules/waf/waflib/Scripting.py", line 598, in execute
return execute_method(self)
File "/home/gjsousa/ardupilot/modules/waf/waflib/Build.py", line 250, in execute
self.execute_build()
File "/home/gjsousa/ardupilot/modules/waf/waflib/Build.py", line 263, in execute_build
self.recurse([self.run_dir])
File "/home/gjsousa/ardupilot/modules/waf/waflib/Context.py", line 304, in recurse
user_function(self)
File "/home/gjsousa/ardupilot/wscript", line 246, in build
config_header = Utils.h_file(bld.bldnode.make_node('ap_config.h').abspath())
File "/home/gjsousa/ardupilot/modules/waf/waflib/Utils.py", line 208, in h_file
f = open(fname, 'rb')
IOError: [Errno 2] No such file or directory: '/tmp/build/ap_config.h'
In several places we use functions like asprintf() that are only
available in libc when _GNU_SOURCE is defined. Always define _GNU_SOURCE
since we always want to use them.
This fixes the build on Windows using cygwin.
The usual name for this header is config.h, but that's already used by
vehicles. Using uppercase could give the impression this is a
file to be modified, but it's not. Use lowercase instead.
Use program group name instead of task generator name. That way all programs
belonging to a product are built. That will be the case for different frames
for copter.
Without this patch, if nodes that don't yet exist in the filesystem in
bld.bldnode were created before calls to this function, they'll be removed from
the tree in memory because "*" is passed to ant_glob() and the "remove" keyword
argument defaults to True.
In the future, gbenchmark will be build using a cmake waf tool, which will
require cmake to be installed. We add this option so that users without cmake
can continue use the build system with no problems.
That allows options being declared where they're really used. Additionally, we
load ardupilotwaf after the other tools so that we can create our groups after
all non-ardupilot option groups are created. That makes our groups appear as
the last ones in the help message, which makes it easier to locate them.
That is useful when the user wants to build with one or more submodules at a
specific revision. In case of a developer, that is useful for when a submodule
is in modification process and she needs to (constantly) test the build.
With this change, there's no need to verify if the submodule is initialized,
because the submodules in GIT_SUBMODULES are automatically initialized and
updated if necessary before the build tasks are performed.
One downside of this change is that Google Benchmark configuration is now done
only during build. However that is minor, since now there are easy ways to
separately build different targets and program groups, so that a fail in
benchmark build doesn't really affect the other targets.
We define three build groups and set post_mode as POST_LAZY, which makes one
group be posted only after the previous one. That enables us to correctly
define dynamic sources with submodules and generators that may or may not
depend on submodules (e.g. mavgen - this one depends on mavlink submodule).
The groups are defined below, in that order:
1. git_submodules: contains taskgens that initialize and update submodules.
2. dynamic_sources: contains taskgens that generate sources used by the build.
3. build: contains the normal taskgens.
That makes the code cleaner and better readable. Futhermore, it's easier to add
a pattern for recursion.
Additionally, this commit remove Tools from the exclusion list as that is not
necessary.
Rationale:
1. That function creates a separate build context class instead of just
creating a wrapper for calling build (previous approach).
2. The check command isn't a build shortcut since there's no way of calling it
without using 'check' explicitly.
Now that the concept of programs group is used and 'bin' is the default program
group, the command check needed to be adapted so that (i) it is consistent with
the other build command and (ii) it defines 'all' as its target programs group.
That will make it possible to replace calls of the form
`ardupilotwaf.<method>(bld, <keyword-args...>)` with
`bld.<method>(<keyword-args...>)` in the wscripts.
Advantages of that approach:
- there is no need to import ardupilotwaf in every single wscript
- it follows the same standard used by c and cxx tools (like bld.program,
bld.stlib etc)
- semantically, ap_program, ap_stlib, example etc are all build related
methods, so it makes sense to bind them to the build context
- from the wscripts' perspective, the code is cleaner, since ardupilotwaf,
which is not specific to just build contexts, isn't *explictly* used
Lucas De Marchi
Andrew Tridgell
Gustavo Jose de Sousa
Ricardo de Almeida Gonzaga