def test_package_ops_namespacing(self):
cfgs = {
'config-example': {'k1': 'v1'},
'pkg1': {'p1': 'p2'},
'ubuntu-core': {'c1': 'c2'},
'notinstalled.smoser': {'s1': 's2'},
}
cfg = {'config-example-k1': 'config-example-k2'}
ret = get_package_ops(
packages=['config-example.canonical'], configs=cfgs,
installed=['config-example.smoser', 'pkg1.canonical',
'ubuntu-core'])
expected_configs = [
makeop('config', 'pkg1', config=cfgs['pkg1']),
makeop('config', 'ubuntu-core', config=cfgs['ubuntu-core'])]
expected_installs = [
makeop('install', 'config-example.canonical',
config=cfgs['config-example'])]
installs = [i for i in ret if i['op'] == 'install']
configs = [c for c in ret if c['op'] == 'config']
self.assertEqual(installs, expected_installs)
# configs are not ordered
self.assertEqual(len(configs), len(expected_configs))
self.assertTrue(all(found in expected_configs for found in configs))
def test_package_ops_config_overrides_file(self):
# config data overrides local file .config
self.populate_tmp({"snapf1.snap": b"foo1", "snapf1.config": b"snapf1cfg"})
ret = get_package_ops(packages=[], configs={"snapf1": "snapf1cfg-config"}, installed=[], fspath=self.tmp)
self.assertEqual(
ret, [makeop_tmpd(self.tmp, "install", "snapf1", path="snapf1.snap", config="snapf1cfg-config")]
)
def test_package_ops_namespacing(self):
cfgs = {
"config-example": {"k1": "v1"},
"pkg1": {"p1": "p2"},
"ubuntu-core": {"c1": "c2"},
"notinstalled.smoser": {"s1": "s2"},
}
ret = get_package_ops(
packages=["config-example.canonical"],
configs=cfgs,
installed=["config-example.smoser", "pkg1.canonical", "ubuntu-core"],
)
expected_configs = [
makeop("config", "pkg1", config=cfgs["pkg1"]),
makeop("config", "ubuntu-core", config=cfgs["ubuntu-core"]),
]
expected_installs = [makeop("install", "config-example.canonical", config=cfgs["config-example"])]
installs = [i for i in ret if i["op"] == "install"]
configs = [c for c in ret if c["op"] == "config"]
self.assertEqual(installs, expected_installs)
# configs are not ordered
self.assertEqual(len(configs), len(expected_configs))
self.assertTrue(all(found in expected_configs for found in configs))
def test_package_ops_common_filename(self):
# fish package name from filename
# package names likely look like: pkgname.namespace_version_arch.snap
fname = "xkcd-webserver.canonical_0.3.4_all.snap"
name = "xkcd-webserver.canonical"
shortname = "xkcd-webserver"
# find filenames
self.populate_tmp(
{"pkg-ws.smoser_0.3.4_all.snap": "pkg-ws-snapdata",
"pkg-ws.config": "pkg-ws-config",
"pkg1.smoser_1.2.3_all.snap": "pkg1.snapdata",
"pkg1.smoser.config": "pkg1.smoser.config-data",
"pkg1.config": "pkg1.config-data",
"pkg2.smoser_0.0_amd64.snap": "pkg2-snapdata",
"pkg2.smoser_0.0_amd64.config": "pkg2.config",
})
ret = get_package_ops(
packages=[], configs={}, installed=[], fspath=self.tmp)
self.assertEqual(
ret,
[makeop_tmpd(self.tmp, 'install', 'pkg-ws.smoser',
path="pkg-ws.smoser_0.3.4_all.snap",
cfgfile="pkg-ws.config"),
makeop_tmpd(self.tmp, 'install', 'pkg1.smoser',
path="pkg1.smoser_1.2.3_all.snap",
cfgfile="pkg1.smoser.config"),
makeop_tmpd(self.tmp, 'install', 'pkg2.smoser',
path="pkg2.smoser_0.0_amd64.snap",
cfgfile="pkg2.smoser_0.0_amd64.config"),
])
def test_render_does_not_pad_cfgfile(self):
# package_ops with cfgfile should not modify --file= content.
mydata = "foo1: bar1\nk: [l1, l2, l3]\n"
self.populate_tmp({
"snapf1.snap": b"foo1",
"snapf1.config": mydata.encode()
})
ret = get_package_ops(packages=[],
configs={},
installed=[],
fspath=self.tmp)
self.assertEqual(ret, [
makeop_tmpd(self.tmp,
'install',
'snapf1',
path="snapf1.snap",
cfgfile="snapf1.config")
])
# now the op was ok, but test that render didn't mess it up.
render_snap_op(**ret[0])
data_found = self.snapcmds[0][2]
# the data found gets loaded in the snapcmd interpretation
# so this comparison is a bit lossy, but input to snappy config
# is expected to be yaml loadable, so it should be OK.
self.assertEqual(yaml.safe_load(mydata), data_found)
def test_package_ops_install_and_config(self):
ret = get_package_ops(
packages=["pkg3", "pkg2"], configs={"pkg2": b"mycfg2", "xinstalled": b"xcfg"}, installed=["xinstalled"]
)
self.assertEqual(
ret,
[makeop("install", "pkg3"), makeop("install", "pkg2", b"mycfg2"), makeop("config", "xinstalled", b"xcfg")],
)
def test_package_ops_1(self):
ret = get_package_ops(
packages=['pkg1', 'pkg2', 'pkg3'],
configs={'pkg2': b'mycfg2'}, installed=[])
self.assertEqual(
ret, [makeop('install', 'pkg1', None, None),
makeop('install', 'pkg2', b'mycfg2', None),
makeop('install', 'pkg3', None, None)])
def test_package_ops_install_long_config_short(self):
# a package can be installed by full name, but have config by short
cfg = {'k1': 'k2'}
ret = get_package_ops(packages=['config-example.canonical'],
configs={'config-example': cfg},
installed=[])
self.assertEqual(ret,
[makeop('install', 'config-example.canonical', cfg)])
def test_package_ops_install_long_config_short(self):
# a package can be installed by full name, but have config by short
cfg = {'k1': 'k2'}
ret = get_package_ops(
packages=['config-example.canonical'],
configs={'config-example': cfg}, installed=[])
self.assertEqual(
ret, [makeop('install', 'config-example.canonical', cfg)])
def test_package_ops_1(self):
ret = get_package_ops(packages=['pkg1', 'pkg2', 'pkg3'],
configs={'pkg2': b'mycfg2'},
installed=[])
self.assertEqual(ret, [
makeop('install', 'pkg1', None, None),
makeop('install', 'pkg2', b'mycfg2', None),
makeop('install', 'pkg3', None, None)
])
def test_package_ops_install_and_config(self):
ret = get_package_ops(
packages=['pkg3', 'pkg2'],
configs={'pkg2': b'mycfg2', 'xinstalled': b'xcfg'},
installed=['xinstalled'])
self.assertEqual(
ret, [makeop('install', 'pkg3'),
makeop('install', 'pkg2', b'mycfg2'),
makeop('config', 'xinstalled', b'xcfg')])
def test_package_ops_1(self):
ret = get_package_ops(packages=["pkg1", "pkg2", "pkg3"], configs={"pkg2": b"mycfg2"}, installed=[])
self.assertEqual(
ret,
[
makeop("install", "pkg1", None, None),
makeop("install", "pkg2", b"mycfg2", None),
makeop("install", "pkg3", None, None),
],
)
def test_package_ops_install_and_config(self):
ret = get_package_ops(packages=['pkg3', 'pkg2'],
configs={
'pkg2': b'mycfg2',
'xinstalled': b'xcfg'
},
installed=['xinstalled'])
self.assertEqual(ret, [
makeop('install', 'pkg3'),
makeop('install', 'pkg2', b'mycfg2'),
makeop('config', 'xinstalled', b'xcfg')
])
def test_package_ops_with_file(self):
self.populate_tmp(
{"snapf1.snap": b"foo1", "snapf1.config": b"snapf1cfg",
"snapf2.snap": b"foo2", "foo.bar": "ignored"})
ret = get_package_ops(
packages=['pkg1'], configs={}, installed=[], fspath=self.tmp)
self.assertEqual(
ret,
[makeop_tmpd(self.tmp, 'install', 'snapf1', path="snapf1.snap",
cfgfile="snapf1.config"),
makeop_tmpd(self.tmp, 'install', 'snapf2', path="snapf2.snap"),
makeop('install', 'pkg1')])
def test_render_does_not_pad_cfgfile(self):
# package_ops with cfgfile should not modify --file= content.
mydata = "foo1: bar1\nk: [l1, l2, l3]\n"
self.populate_tmp({"snapf1.snap": b"foo1", "snapf1.config": mydata.encode()})
ret = get_package_ops(packages=[], configs={}, installed=[], fspath=self.tmp)
self.assertEqual(ret, [makeop_tmpd(self.tmp, "install", "snapf1", path="snapf1.snap", cfgfile="snapf1.config")])
# now the op was ok, but test that render didn't mess it up.
render_snap_op(**ret[0])
data_found = self.snapcmds[0][2]
# the data found gets loaded in the snapcmd interpretation
# so this comparison is a bit lossy, but input to snappy config
# is expected to be yaml loadable, so it should be OK.
self.assertEqual(yaml.safe_load(mydata), data_found)
def test_package_ops_config_overrides_file(self):
# config data overrides local file .config
self.populate_tmp({
"snapf1.snap": b"foo1",
"snapf1.config": b"snapf1cfg"
})
ret = get_package_ops(packages=[],
configs={'snapf1': 'snapf1cfg-config'},
installed=[],
fspath=self.tmp)
self.assertEqual(ret, [
makeop_tmpd(self.tmp,
'install',
'snapf1',
path="snapf1.snap",
config="snapf1cfg-config")
])
def test_package_ops_with_file(self):
self.populate_tmp({
"snapf1.snap": b"foo1",
"snapf1.config": b"snapf1cfg",
"snapf2.snap": b"foo2",
"foo.bar": "ignored"
})
ret = get_package_ops(packages=['pkg1'],
configs={},
installed=[],
fspath=self.tmp)
self.assertEqual(ret, [
makeop_tmpd(self.tmp,
'install',
'snapf1',
path="snapf1.snap",
cfgfile="snapf1.config"),
makeop_tmpd(self.tmp, 'install', 'snapf2', path="snapf2.snap"),
makeop('install', 'pkg1')
])
def test_package_ops_namespacing(self):
cfgs = {
'config-example': {
'k1': 'v1'
},
'pkg1': {
'p1': 'p2'
},
'ubuntu-core': {
'c1': 'c2'
},
'notinstalled.smoser': {
's1': 's2'
},
}
cfg = {'config-example-k1': 'config-example-k2'}
ret = get_package_ops(packages=['config-example.canonical'],
configs=cfgs,
installed=[
'config-example.smoser', 'pkg1.canonical',
'ubuntu-core'
])
expected_configs = [
makeop('config', 'pkg1', config=cfgs['pkg1']),
makeop('config', 'ubuntu-core', config=cfgs['ubuntu-core'])
]
expected_installs = [
makeop('install',
'config-example.canonical',
config=cfgs['config-example'])
]
installs = [i for i in ret if i['op'] == 'install']
configs = [c for c in ret if c['op'] == 'config']
self.assertEqual(installs, expected_installs)
# configs are not ordered
self.assertEqual(len(configs), len(expected_configs))
self.assertTrue(all(found in expected_configs for found in configs))
def test_package_ops_common_filename(self):
# fish package name from filename
# package names likely look like: pkgname.namespace_version_arch.snap
fname = "xkcd-webserver.canonical_0.3.4_all.snap"
name = "xkcd-webserver.canonical"
shortname = "xkcd-webserver"
# find filenames
self.populate_tmp({
"pkg-ws.smoser_0.3.4_all.snap": "pkg-ws-snapdata",
"pkg-ws.config": "pkg-ws-config",
"pkg1.smoser_1.2.3_all.snap": "pkg1.snapdata",
"pkg1.smoser.config": "pkg1.smoser.config-data",
"pkg1.config": "pkg1.config-data",
"pkg2.smoser_0.0_amd64.snap": "pkg2-snapdata",
"pkg2.smoser_0.0_amd64.config": "pkg2.config",
})
ret = get_package_ops(packages=[],
configs={},
installed=[],
fspath=self.tmp)
self.assertEqual(ret, [
makeop_tmpd(self.tmp,
'install',
'pkg-ws.smoser',
path="pkg-ws.smoser_0.3.4_all.snap",
cfgfile="pkg-ws.config"),
makeop_tmpd(self.tmp,
'install',
'pkg1.smoser',
path="pkg1.smoser_1.2.3_all.snap",
cfgfile="pkg1.smoser.config"),
makeop_tmpd(self.tmp,
'install',
'pkg2.smoser',
path="pkg2.smoser_0.0_amd64.snap",
cfgfile="pkg2.smoser_0.0_amd64.config"),
])
def test_package_ops_config_only(self):
ret = get_package_ops(packages=None,
configs={'pkg2': b'mycfg2'},
installed=['pkg1', 'pkg2'])
self.assertEqual(ret, [makeop('config', 'pkg2', b'mycfg2')])
def test_package_ops_config_only(self):
ret = get_package_ops(packages=None, configs={"pkg2": b"mycfg2"}, installed=["pkg1", "pkg2"])
self.assertEqual(ret, [makeop("config", "pkg2", b"mycfg2")])
def test_package_ops_config_only(self):
ret = get_package_ops(
packages=None,
configs={'pkg2': b'mycfg2'}, installed=['pkg1', 'pkg2'])
self.assertEqual(
ret, [makeop('config', 'pkg2', b'mycfg2')])
def test_package_ops_install_long_config_short(self):
# a package can be installed by full name, but have config by short
cfg = {"k1": "k2"}
ret = get_package_ops(packages=["config-example.canonical"], configs={"config-example": cfg}, installed=[])
self.assertEqual(ret, [makeop("install", "config-example.canonical", cfg)])
