def test_filename_prefix(self):
self.cfg.prefix_filenames = "share/"
self.set_specs(["rootpkg:src"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == ["share/srcfiles/srcfile1"]
def test_dirs3(self):
self.set_specs(["no_root_dirs_pkg:run"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
expected = sorted(["file1", "file2", "file3"]) # no root dir entry
assert files == expected
def test_plist_binfiles(self):
self.set_specs(["rootpkg:bin"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
# Since we *did* supply an arch we should see binfiles here
assert files == ['binfiles/binfile1']
def test_regex6(self):
# check that filtering >1 file type works
self.set_specs(["rootpkg:run,doc:.*[13]$"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == sorted(["runfiles/runfile1", "runfiles/runfile3", "docfiles/docfile1"])
def test_regex5(self):
# check regex as an exclude works
self.set_specs(["rootpkg::.*(run|src)file[^3]$"], ["rootpkg::.*2$"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == sorted(["runfiles/runfile1", "srcfiles/srcfile1"])
def test_regex4(self):
# check composing regex filters works
self.set_specs(["rootpkg::.*(run|src)file[^3]$", "rootpkg:doc:.*2$"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == sorted(["runfiles/runfile1", "runfiles/runfile2", "docfiles/docfile2", "srcfiles/srcfile1"])
def test_plist_docfiles(self):
self.set_specs(["rootpkg:doc"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
expected = sorted(["docfiles/docfile%d" % x for x in range(1, 3)])
assert files == expected
def test_regex2(self):
# check that finding nothing is possible
self.set_specs(["rootpkg::.*wontfindthis.*"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == []
def test_plist_binfiles(self):
self.set_specs(["rootpkg:bin"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
# Since we didn't supply an arch and the only binfile that appears is
# in an arch specific package, we should not see it in the plist
assert files == []
def test_plist_no_docfiles(self):
self.set_specs(["rootpkg"], ["rootpkg:doc"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
expected = sorted(["runfiles/runfile%d" % x for x in range(1, 4)] + ["srcfiles/srcfile1"])
assert files == expected
def test_dirs4(self):
self.set_specs(["intermediate_dirs_pkg:run"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
# should make intermediate dirs
expected = sorted(["a/", "a/b/", "a/b/c/", "a/b/c/file1"])
assert files == expected
def test_missing_archpkg(self):
self.cfg.inc_pkgspecs = ["rootpkg"]
self.cfg.skip_missing_archpkgs = True
# This should not raise
subset.compute_subset(self.cfg, self.sess)
# And we should have no files
files = self._read_in_plist()
assert len(files) == 0
def test_multiple_includes(self):
self.set_specs(["rootpkg:run", "rootpkg:bin"])
subset.compute_subset(self.cfg, self.sess)
files1 = self._read_in_plist()
self.set_specs(["rootpkg:run,bin"])
subset.compute_subset(self.cfg, self.sess)
files2 = self._read_in_plist()
assert files1 == files2
def test_explicit_everything(self):
self.set_specs(["rootpkg"])
subset.compute_subset(self.cfg, self.sess)
files1 = self._read_in_plist()
self.set_specs(["rootpkg:run,doc,src,bin"])
subset.compute_subset(self.cfg, self.sess)
files2 = self._read_in_plist()
assert files1 == files2
def test_dirs2(self):
self.set_specs(["rootpkg:run"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
expected = sorted(
["runfiles/runfile%d" % x for x in range(1, 4)] +
["runfiles/"]
)
assert files == expected
def test_filename_prefix2(self):
self.cfg.prefix_filenames = "share/"
self.cfg.plist = None # Return file list
self.set_specs(["rootpkg:src"])
files = subset.compute_subset(self.cfg, self.sess)
assert files == ["share/srcfiles/srcfile1"]
def collect_files(specs, regex=None):
cfg = config.Config(
inc_pkgspecs=specs,
plist=None, # return file list
prefix_filenames="share/",
dirs=False, # Do this manually as we will filter the list
regex=regex,
)
files = subset.compute_subset(cfg)
files = relocate_mans_and_infos(files)
files = filter_junk(files)
return sorted(files)
def collect_files(specs, regex=None):
cfg = config.Config(
inc_pkgspecs=specs,
plist=None, # return file list
prefix_filenames="share/",
dirs=False, # Do this manually as we will filter the list
regex=regex,
)
files = subset.compute_subset(cfg)
files = relocate_mans_and_infos(files)
files = filter_junk(files)
return sorted(files)
def test_nowrite_plist(self):
self.set_specs(["rootpkg"])
self.cfg.plist = None # don't write plist, return set
files = subset.compute_subset(self.cfg, self.sess)
expected = sorted(
["runfiles/runfile%d" % x for x in range(1, 4)]
+ ["docfiles/docfile%d" % x for x in range(1, 3)]
+ ["srcfiles/srcfile1"]
)
assert files == expected
def test_regex(self):
self.set_specs(["rootpkg:run"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == sorted(["runfiles/runfile1", "runfiles/runfile3"])
def test_plist_exlude_all(self):
self.set_specs(["rootpkg"], ["rootpkg"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == []
def test_regex3(self):
self.set_specs(["rootpkg::.*(run|src)file[^3]$"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == sorted(["runfiles/runfile1", "runfiles/runfile2", "srcfiles/srcfile1"])
def test_plist_srcfiles(self):
self.set_specs(["rootpkg:src"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == ["srcfiles/srcfile1"]
def test_nodepend(self):
self.set_specs(["!rootpkg"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == []
def test_nodepend2(self):
self.set_specs(["!test_nodepend_pkg:run"])
subset.compute_subset(self.cfg, self.sess)
files = self._read_in_plist()
assert files == ["a_file_we_should_find"]
