def test_certificats_written(self):
# check public-cert and private-cert keys in config get written
cfg = {'loglevel': 'debug',
'public-cert': "this is my public-certificate",
'private-cert': "secret private certificate"}
cc_mcollective.configure(config=cfg,
server_cfg=self.server_cfg, pricert_file=self.pricert_file,
pubcert_file=self.pubcert_file)
found = configobj.ConfigObj(self.server_cfg)
# make sure these didnt get written in
self.assertFalse('public-cert' in found)
self.assertFalse('private-cert' in found)
# these need updating to the specified paths
self.assertEqual(found['plugin.ssl_server_public'], self.pubcert_file)
self.assertEqual(found['plugin.ssl_server_private'], self.pricert_file)
# and the security provider should be ssl
self.assertEqual(found['securityprovider'], 'ssl')
self.assertEqual(
util.load_file(self.pricert_file), cfg['private-cert'])
self.assertEqual(
util.load_file(self.pubcert_file), cfg['public-cert'])
def test_existing_config_is_saved(self):
cfg = {'loglevel': 'warn'}
util.write_file(self.server_cfg, STOCK_CONFIG)
cc_mcollective.configure(config=cfg, server_cfg=self.server_cfg)
self.assertTrue(os.path.exists(self.server_cfg))
self.assertTrue(os.path.exists(self.server_cfg + ".old"))
self.assertEqual(util.load_file(self.server_cfg + ".old"), STOCK_CONFIG)
def test_certificats_written(self):
# check public-cert and private-cert keys in config get written
cfg = {'loglevel': 'debug',
'public-cert': "this is my public-certificate",
'private-cert': "secret private certificate"}
cc_mcollective.configure(
config=cfg, server_cfg=self.server_cfg,
pricert_file=self.pricert_file, pubcert_file=self.pubcert_file)
found = configobj.ConfigObj(self.server_cfg)
# make sure these didnt get written in
self.assertFalse('public-cert' in found)
self.assertFalse('private-cert' in found)
# these need updating to the specified paths
self.assertEqual(found['plugin.ssl_server_public'], self.pubcert_file)
self.assertEqual(found['plugin.ssl_server_private'], self.pricert_file)
# and the security provider should be ssl
self.assertEqual(found['securityprovider'], 'ssl')
self.assertEqual(
util.load_file(self.pricert_file), cfg['private-cert'])
self.assertEqual(
util.load_file(self.pubcert_file), cfg['public-cert'])
def test_basic_config(self):
cfg = {
'mcollective': {
'conf': {
'loglevel': 'debug',
'connector': 'rabbitmq',
'logfile': '/var/log/mcollective.log',
'ttl': '4294957',
'collectives': 'mcollective',
'main_collective': 'mcollective',
'securityprovider': 'psk',
'daemonize': '1',
'factsource': 'yaml',
'direct_addressing': '1',
'plugin.psk': 'unset',
'libdir': '/usr/share/mcollective/plugins',
'identity': '1',
},
},
}
expected = cfg['mcollective']['conf']
self.patchUtils(self.tmp)
cc_mcollective.configure(cfg['mcollective']['conf'])
contents = util.load_file(cc_mcollective.SERVER_CFG, decode=False)
contents = configobj.ConfigObj(BytesIO(contents))
self.assertEqual(expected, dict(contents))
def test_basic_config(self):
cfg = {
'mcollective': {
'conf': {
'loglevel': 'debug',
'connector': 'rabbitmq',
'logfile': '/var/log/mcollective.log',
'ttl': '4294957',
'collectives': 'mcollective',
'main_collective': 'mcollective',
'securityprovider': 'psk',
'daemonize': '1',
'factsource': 'yaml',
'direct_addressing': '1',
'plugin.psk': 'unset',
'libdir': '/usr/share/mcollective/plugins',
'identity': '1',
},
},
}
expected = cfg['mcollective']['conf']
self.patchUtils(self.tmp)
cc_mcollective.configure(cfg['mcollective']['conf'])
contents = util.load_file(cc_mcollective.SERVER_CFG, decode=False)
contents = configobj.ConfigObj(BytesIO(contents))
self.assertEqual(expected, dict(contents))
def test_basic_config(self):
cfg = {
"mcollective": {
"conf": {
"loglevel": "debug",
"connector": "rabbitmq",
"logfile": "/var/log/mcollective.log",
"ttl": "4294957",
"collectives": "mcollective",
"main_collective": "mcollective",
"securityprovider": "psk",
"daemonize": "1",
"factsource": "yaml",
"direct_addressing": "1",
"plugin.psk": "unset",
"libdir": "/usr/share/mcollective/plugins",
"identity": "1",
},
},
}
expected = cfg["mcollective"]["conf"]
self.patchUtils(self.tmp)
cc_mcollective.configure(cfg["mcollective"]["conf"])
contents = util.load_file(cc_mcollective.SERVER_CFG, decode=False)
contents = configobj.ConfigObj(BytesIO(contents))
self.assertEqual(expected, dict(contents))
def test_certificats_written(self):
# check public-cert and private-cert keys in config get written
cfg = {
"loglevel": "debug",
"public-cert": "this is my public-certificate",
"private-cert": "secret private certificate",
}
cc_mcollective.configure(
config=cfg,
server_cfg=self.server_cfg,
pricert_file=self.pricert_file,
pubcert_file=self.pubcert_file,
)
found = configobj.ConfigObj(self.server_cfg)
# make sure these didnt get written in
self.assertFalse("public-cert" in found)
self.assertFalse("private-cert" in found)
# these need updating to the specified paths
self.assertEqual(found["plugin.ssl_server_public"], self.pubcert_file)
self.assertEqual(found["plugin.ssl_server_private"], self.pricert_file)
# and the security provider should be ssl
self.assertEqual(found["securityprovider"], "ssl")
self.assertEqual(
util.load_file(self.pricert_file), cfg["private-cert"]
)
self.assertEqual(util.load_file(self.pubcert_file), cfg["public-cert"])
def test_existing_config_is_saved(self):
cfg = {'loglevel': 'warn'}
util.write_file(self.server_cfg, STOCK_CONFIG)
cc_mcollective.configure(config=cfg, server_cfg=self.server_cfg)
self.assertTrue(os.path.exists(self.server_cfg))
self.assertTrue(os.path.exists(self.server_cfg + ".old"))
self.assertEqual(util.load_file(self.server_cfg + ".old"),
STOCK_CONFIG)
def test_existing_updated(self):
cfg = {'loglevel': 'warn'}
util.write_file(self.server_cfg, STOCK_CONFIG)
cc_mcollective.configure(config=cfg, server_cfg=self.server_cfg)
cfgobj = configobj.ConfigObj(self.server_cfg)
self.assertEqual(cfg['loglevel'], cfgobj['loglevel'])
def test_existing_updated(self):
cfg = {'loglevel': 'warn'}
util.write_file(self.server_cfg, STOCK_CONFIG)
cc_mcollective.configure(config=cfg, server_cfg=self.server_cfg)
cfgobj = configobj.ConfigObj(self.server_cfg)
self.assertEqual(cfg['loglevel'], cfgobj['loglevel'])