def testNoStonithWarning(self):
o, r = pcs(temp_cib, "status")
assert "WARNING: no stonith devices and " in o
o, r = pcs(
temp_cib,
"stonith create test_stonith fence_apc ipaddr=ip login=lgn, pcmk_host_argument=node1"
)
ac(o, "")
assert r == 0
o, r = pcs(temp_cib, "status")
assert "WARNING: no stonith devices and " not in o
self.assert_pcs_success("stonith delete test_stonith",
"Deleting Resource - test_stonith\n")
o, r = pcs(
temp_cib,
"stonith create test_stonith fence_apc ipaddr=ip login=lgn, pcmk_host_argument=node1"
)
ac(o, "")
assert r == 0
o, r = pcs(temp_cib, "status")
assert "WARNING: no stonith devices and " not in o
def test_comment(self):
string= """\
# junk1
name1: value1
#junk2
name2: value2#junk3
name3: value3 #junk4
name4 # junk5: value4
#junk6 name5: value5
#junk7
"""
parsed = """\
name1: value1
name2: value2#junk3
name3: value3 #junk4
name4 # junk5: value4
"""
ac(str(config_parser.parse_string(string)), parsed)
string= """\
# junk1
section1 { # junk2
}
section2 # junk2 {
}
section3 {
} #junk3
"""
parsed = """\
section1 {
}
section2 # junk2 {
}
section3 {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section {
#}
"""
self.assertRaises(
config_parser.MissingClosingBraceException,
config_parser.parse_string, string
)
string = """\
#section {
}
"""
self.assertRaises(
config_parser.UnexpectedClosingBraceException,
config_parser.parse_string, string
)
def test_comment(self):
string= """\
# junk1
name1: value1
#junk2
name2: value2#junk3
name3: value3 #junk4
name4 # junk5: value4
#junk6 name5: value5
#junk7
"""
parsed = """\
name1: value1
name2: value2#junk3
name3: value3 #junk4
name4 # junk5: value4
"""
ac(str(config_parser.parse_string(string)), parsed)
string= """\
# junk1
section1 { # junk2
}
section2 # junk2 {
}
section3 {
} #junk3
"""
parsed = """\
section1 {
}
section2 # junk2 {
}
section3 {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section {
#}
"""
self.assertRaises(
config_parser.MissingClosingBraceException,
config_parser.parse_string, string
)
string = """\
#section {
}
"""
self.assertRaises(
config_parser.UnexpectedClosingBraceException,
config_parser.parse_string, string
)
def test_empty_section(self):
section = config_parser.Section("mySection")
self.assertEqual(section.parent, None)
self.assertEqual(section.get_root(), section)
self.assertEqual(section.name, "mySection")
self.assertEqual(section.get_attributes(), [])
self.assertEqual(section.get_sections(), [])
self.assertTrue(section.empty)
ac(str(section), "")
def test_empty_section(self):
section = config_parser.Section("mySection")
self.assertEqual(section.parent, None)
self.assertEqual(section.get_root(), section)
self.assertEqual(section.name, "mySection")
self.assertEqual(section.get_attributes(), [])
self.assertEqual(section.get_sections(), [])
self.assertTrue(section.empty)
ac(str(section), "")
def testPcmkHostList(self):
output, returnVal = pcs(temp_cib, "stonith create F1 fence_apc 'pcmk_host_list=nodea nodeb' --force")
assert returnVal == 0
ac(output,"")
output, returnVal = pcs(temp_cib, "stonith show F1")
ac(output, """\
Resource: F1 (class=stonith type=fence_apc)
Attributes: pcmk_host_list="nodea nodeb"
Operations: monitor interval=60s (F1-monitor-interval-60s)
""")
assert returnVal == 0
def test_attributes(self):
string = """\
name:value\
"""
parsed = """\
name: value
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
name:value
name:value
"""
parsed = """\
name: value
name: value
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
name1:value1
name2 :value2
name3: value3
name4 : value4
"""
parsed = """\
name1: value1
name2: value2
name3: value3
name4: value4
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
name:foo:value
"""
parsed = """\
name: foo:value
"""
root = config_parser.parse_string(string)
self.assertEqual(root.get_attributes(), [["name", "foo:value"]])
ac(str(root), parsed)
string = """\
name :
"""
parsed = """\
name:
"""
root = config_parser.parse_string(string)
self.assertEqual(root.get_attributes(), [["name", ""]])
ac(str(root), parsed)
def test_attributes(self):
string = """\
name:value\
"""
parsed = """\
name: value
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
name:value
name:value
"""
parsed = """\
name: value
name: value
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
name1:value1
name2 :value2
name3: value3
name4 : value4
"""
parsed = """\
name1: value1
name2: value2
name3: value3
name4: value4
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
name:foo:value
"""
parsed = """\
name: foo:value
"""
root = config_parser.parse_string(string)
self.assertEqual(root.get_attributes(), [["name", "foo:value"]])
ac(str(root), parsed)
string = """\
name :
"""
parsed = """\
name:
"""
root = config_parser.parse_string(string)
self.assertEqual(root.get_attributes(), [["name", ""]])
ac(str(root), parsed)
def testPcmkHostList(self):
self.assert_pcs_success(
"stonith create F1 fence_apc 'pcmk_host_list=nodea nodeb' --force",
"Warning: required resource options 'ipaddr', 'login' are missing\n"
)
output, returnVal = pcs(temp_cib, "stonith show F1")
ac(output, """\
Resource: F1 (class=stonith type=fence_apc)
Attributes: pcmk_host_list="nodea nodeb"
Operations: monitor interval=60s (F1-monitor-interval-60s)
""")
assert returnVal == 0
def test_stonith_create_provides_unfencing_rhel6(self):
if not utils.is_rhel6():
return
output, returnVal = pcs(
temp_cib,
"stonith create f1 fence_mpath key=abc"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib,
"stonith create f2 fence_mpath key=abc meta provides=unfencing"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib,
"stonith create f3 fence_mpath key=abc meta provides=something"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib,
"stonith create f4 fence_xvm meta provides=something"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "stonith show --full")
ac(output, """\
Resource: f1 (class=stonith type=fence_mpath)
Attributes: key=abc
Meta Attrs: provides=unfencing
Operations: monitor interval=60s (f1-monitor-interval-60s)
Resource: f2 (class=stonith type=fence_mpath)
Attributes: key=abc
Meta Attrs: provides=unfencing
Operations: monitor interval=60s (f2-monitor-interval-60s)
Resource: f3 (class=stonith type=fence_mpath)
Attributes: key=abc
Meta Attrs: provides=unfencing
Operations: monitor interval=60s (f3-monitor-interval-60s)
Resource: f4 (class=stonith type=fence_xvm)
Meta Attrs: provides=something
Operations: monitor interval=60s (f4-monitor-interval-60s)
""")
self.assertEqual(0, returnVal)
def test_stonith_create_provides_unfencing_rhel6(self):
if not utils.is_rhel6():
return
output, returnVal = pcs(
temp_cib,
"stonith create f1 fence_mpath key=abc"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib,
"stonith create f2 fence_mpath key=abc meta provides=unfencing"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib,
"stonith create f3 fence_mpath key=abc meta provides=something"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib,
"stonith create f4 fence_xvm meta provides=something"
)
ac(output, "")
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "stonith show --full")
ac(output, """\
Resource: f1 (class=stonith type=fence_mpath)
Attributes: key=abc
Meta Attrs: provides=unfencing
Operations: monitor interval=60s (f1-monitor-interval-60s)
Resource: f2 (class=stonith type=fence_mpath)
Attributes: key=abc
Meta Attrs: provides=unfencing
Operations: monitor interval=60s (f2-monitor-interval-60s)
Resource: f3 (class=stonith type=fence_mpath)
Attributes: key=abc
Meta Attrs: provides=unfencing
Operations: monitor interval=60s (f3-monitor-interval-60s)
Resource: f4 (class=stonith type=fence_xvm)
Meta Attrs: provides=something
Operations: monitor interval=60s (f4-monitor-interval-60s)
""")
self.assertEqual(0, returnVal)
def test_node_utilization_set_invalid(self):
output, returnVal = pcs(temp_cib, "node utilization rh7-1 test")
expected_out = """\
Error: missing value of 'test' option
"""
ac(expected_out, output)
self.assertEqual(1, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-1 =10")
expected_out = """\
Error: missing key in '=10' option
"""
ac(expected_out, output)
self.assertEqual(1, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-0 test=10")
expected_out = """\
Error: Unable to find a node: rh7-0
"""
ac(expected_out, output)
self.assertEqual(1, returnVal)
output, returnVal = pcs(
temp_cib, "node utilization rh7-1 test1=10 test=int"
)
expected_out = """\
Error: Value of utilization attribute must be integer: 'test=int'
"""
ac(expected_out, output)
self.assertEqual(1, returnVal)
def test_node_standby(self):
output, returnVal = pcs(temp_cib, "node standby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
# try to standby node which is already in standby mode
output, returnVal = pcs(temp_cib, "node standby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(temp_cib, "node unstandby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
# try to unstandby node which is no in standby mode
output, returnVal = pcs(temp_cib, "node unstandby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(temp_cib, "node standby nonexistant-node")
self.assertEqual(
output,
"Error: node 'nonexistant-node' does not appear to exist in configuration\n"
)
self.assertEqual(returnVal, 1)
output, returnVal = pcs(temp_cib, "node unstandby nonexistant-node")
self.assertEqual(
output,
"Error: node 'nonexistant-node' does not appear to exist in configuration\n"
)
self.assertEqual(returnVal, 1)
def testPcmkHostAllowsMissingPort(self):
# Test that port is not required when pcmk_host_argument or
# pcmk_host_list or pcmk_host_map is specified
# Port is temporarily an optional parameter. Once we are getting
# metadata from pacemaker, this will be reviewed and fixed.
output, returnVal = pcs(
temp_cib,
'stonith create apc-1 fence_apc params ipaddr="ip" login="******"')
# ac(output, """\
#Error: missing required option(s): 'port' for resource type: stonith:fence_apc (use --force to override)
#""")
# self.assertEquals(returnVal, 1)
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(
temp_cib,
'stonith create apc-2 fence_apc params ipaddr="ip" login="******" pcmk_host_map="buzz-01:1;buzz-02:2"'
)
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(
temp_cib,
'stonith create apc-3 fence_apc params ipaddr="ip" login="******" pcmk_host_list="buzz-01,buzz-02"'
)
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(
temp_cib,
'stonith create apc-4 fence_apc params ipaddr="ip" login="******" pcmk_host_argument="buzz-01"'
)
ac(output, "")
self.assertEqual(returnVal, 0)
def test_node_standby(self):
output, returnVal = pcs(temp_cib, "node standby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
# try to standby node which is already in standby mode
output, returnVal = pcs(temp_cib, "node standby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(temp_cib, "node unstandby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
# try to unstandby node which is no in standby mode
output, returnVal = pcs(temp_cib, "node unstandby rh7-1")
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(temp_cib, "node standby nonexistant-node")
self.assertEqual(
output,
"Error: node 'nonexistant-node' does not appear to exist in configuration\n"
)
self.assertEqual(returnVal, 1)
output, returnVal = pcs(temp_cib, "node unstandby nonexistant-node")
self.assertEqual(
output,
"Error: node 'nonexistant-node' does not appear to exist in configuration\n"
)
self.assertEqual(returnVal, 1)
def testPcmkHostList(self):
output, returnVal = pcs(
temp_cib,
"stonith create F1 fence_apc 'pcmk_host_list=nodea nodeb' --force")
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith show F1")
ac(
output, """\
Resource: F1 (class=stonith type=fence_apc)
Attributes: pcmk_host_list="nodea nodeb"
Operations: monitor interval=60s (F1-monitor-interval-60s)
""")
assert returnVal == 0
def test_section_add(self):
root = config_parser.Section("root")
child1 = config_parser.Section("child1")
child1a = config_parser.Section("child1a")
child2 = config_parser.Section("child2")
root.add_section(child1)
child1.add_section(child1a)
root.add_section(child2)
self.assertEqual(root.parent, None)
self.assertEqual(child1.parent.name, "root")
self.assertEqual(child1a.parent.name, "child1")
self.assertEqual(child2.parent.name, "root")
ac(str(root), """\
child1 {
child1a {
}
}
child2 {
}
""")
child2.add_section(child1a)
self.assertEqual(child1a.parent.name, "child2")
ac(str(root), """\
child1 {
}
child2 {
child1a {
}
}
""")
self.assertRaises(
config_parser.CircularParentshipException,
child1a.add_section, child1a
)
self.assertRaises(
config_parser.CircularParentshipException,
child1a.add_section, child2
)
self.assertRaises(
config_parser.CircularParentshipException,
child1a.add_section, root
)
def test_section_add(self):
root = config_parser.Section("root")
child1 = config_parser.Section("child1")
child1a = config_parser.Section("child1a")
child2 = config_parser.Section("child2")
root.add_section(child1)
child1.add_section(child1a)
root.add_section(child2)
self.assertEqual(root.parent, None)
self.assertEqual(child1.parent.name, "root")
self.assertEqual(child1a.parent.name, "child1")
self.assertEqual(child2.parent.name, "root")
ac(str(root), """\
child1 {
child1a {
}
}
child2 {
}
""")
child2.add_section(child1a)
self.assertEqual(child1a.parent.name, "child2")
ac(str(root), """\
child1 {
}
child2 {
child1a {
}
}
""")
self.assertRaises(
config_parser.CircularParentshipException,
child1a.add_section, child1a
)
self.assertRaises(
config_parser.CircularParentshipException,
child1a.add_section, child2
)
self.assertRaises(
config_parser.CircularParentshipException,
child1a.add_section, root
)
def testDefaults(self):
output, returnVal = pcs(temp_cib, "property --defaults")
prop_defaults = output
assert returnVal == 0, 'Unable to list resources'
assert output.startswith('Cluster Properties:\n batch-limit')
output, returnVal = pcs(temp_cib, "property --all")
assert returnVal == 0, 'Unable to list resources'
assert output.startswith('Cluster Properties:\n batch-limit')
ac(output, prop_defaults)
output, returnVal = pcs(temp_cib, "property set blahblah=blah")
assert returnVal == 1
assert output == "Error: unknown cluster property: 'blahblah', (use --force to override)\n", [
output
]
output, returnVal = pcs(temp_cib, "property set blahblah=blah --force")
assert returnVal == 0, output
assert output == "", output
output, returnVal = pcs(temp_cib, "property set stonith-enabled=false")
assert returnVal == 0, output
assert output == "", output
output, returnVal = pcs(temp_cib, "property")
assert returnVal == 0
assert output == "Cluster Properties:\n blahblah: blah\n stonith-enabled: false\n", [
output
]
output, returnVal = pcs(temp_cib, "property --defaults")
assert returnVal == 0, 'Unable to list resources'
assert output.startswith('Cluster Properties:\n batch-limit')
ac(output, prop_defaults)
output, returnVal = pcs(temp_cib, "property --all")
assert returnVal == 0, 'Unable to list resources'
assert "blahblah: blah" in output
assert "stonith-enabled: false" in output
assert output.startswith('Cluster Properties:\n batch-limit')
def testDefaults(self):
output, returnVal = pcs(temp_cib, "property --defaults")
prop_defaults = output
assert returnVal == 0, 'Unable to list resources'
assert output.startswith('Cluster Properties:\n batch-limit')
output, returnVal = pcs(temp_cib, "property --all")
assert returnVal == 0, 'Unable to list resources'
assert output.startswith('Cluster Properties:\n batch-limit')
ac(output,prop_defaults)
output, returnVal = pcs(temp_cib, "property set blahblah=blah")
assert returnVal == 1
assert output == "Error: unknown cluster property: 'blahblah', (use --force to override)\n",[output]
output, returnVal = pcs(temp_cib, "property set blahblah=blah --force")
assert returnVal == 0,output
assert output == "",output
output, returnVal = pcs(temp_cib, "property set stonith-enabled=false")
assert returnVal == 0,output
assert output == "",output
output, returnVal = pcs(temp_cib, "property")
assert returnVal == 0
assert output == "Cluster Properties:\n blahblah: blah\n stonith-enabled: false\n", [output]
output, returnVal = pcs(temp_cib, "property --defaults")
assert returnVal == 0, 'Unable to list resources'
assert output.startswith('Cluster Properties:\n batch-limit')
ac(output,prop_defaults)
output, returnVal = pcs(temp_cib, "property --all")
assert returnVal == 0, 'Unable to list resources'
assert "blahblah: blah" in output
assert "stonith-enabled: false" in output
assert output.startswith('Cluster Properties:\n batch-limit')
def testPcmkHostAllowsMissingPort(self):
# Test that port is not required when pcmk_host_argument or
# pcmk_host_list or pcmk_host_map is specified
# Port is temporarily an optional parameter. Once we are getting
# metadata from pacemaker, this will be reviewed and fixed.
output, returnVal = pcs(
temp_cib,
'stonith create apc-1 fence_apc params ipaddr="ip" login="******"'
)
# ac(output, """\
#Error: missing required option(s): 'port' for resource type: stonith:fence_apc (use --force to override)
#""")
# self.assertEquals(returnVal, 1)
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(
temp_cib,
'stonith create apc-2 fence_apc params ipaddr="ip" login="******" pcmk_host_map="buzz-01:1;buzz-02:2"'
)
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(
temp_cib,
'stonith create apc-3 fence_apc params ipaddr="ip" login="******" pcmk_host_list="buzz-01,buzz-02"'
)
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(
temp_cib,
'stonith create apc-4 fence_apc params ipaddr="ip" login="******" pcmk_host_argument="buzz-01"'
)
ac(output, "")
self.assertEqual(returnVal, 0)
def testNoStonithWarning(self):
o,r = pcs(temp_cib, "status")
assert "WARNING: no stonith devices and " in o
o,r = pcs(temp_cib, "stonith create test_stonith fence_apc ipaddr=ip login=lgn, pcmk_host_argument=node1")
ac(o,"")
assert r == 0
o,r = pcs(temp_cib, "status")
assert "WARNING: no stonith devices and " not in o
o,r = pcs(temp_cib, "stonith delete test_stonith")
ac(o,"Deleting Resource - test_stonith\n")
assert r == 0
o,r = pcs(temp_cib, "stonith create test_stonith fence_apc ipaddr=ip login=lgn, pcmk_host_argument=node1 --clone")
ac(o,"")
assert r == 0
o,r = pcs(temp_cib, "status")
assert "WARNING: no stonith devices and " not in o
def testEnableDisable(self):
o,r = pcs("acl disable")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
o,r = pcs("acl enable")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are enabled\n\n")
o,r = pcs("acl disable")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
def testStonithCreation(self):
output, returnVal = pcs(temp_cib, "stonith create test1 fence_noxist")
ac(
output,
"Error: Agent 'fence_noxist' is not installed or does not provide valid metadata: Metadata query for stonith:fence_noxist failed: -5, use --force to override\n"
)
assert returnVal == 1
output, returnVal = pcs(temp_cib,
"stonith create test1 fence_noxist --force")
ac(
output,
"Warning: Agent 'fence_noxist' is not installed or does not provide valid metadata: Metadata query for stonith:fence_noxist failed: -5\n"
)
self.assertEqual(returnVal, 0)
output, returnVal = pcs(temp_cib, "stonith create test2 fence_apc")
assert returnVal == 1
ac(
output,
"Error: missing required option(s): 'ipaddr, login' for resource type: stonith:fence_apc (use --force to override)\n"
)
output, returnVal = pcs(temp_cib,
"stonith create test2 fence_ilo --force")
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith create test3 fence_ilo bad_argument=test")
assert returnVal == 1
assert output == "Error: resource option(s): 'bad_argument', are not recognized for resource type: 'stonith:fence_ilo' (use --force to override)\n", [
output
]
output, returnVal = pcs(
temp_cib, "stonith create test9 fence_apc pcmk_status_action=xxx")
assert returnVal == 1
ac(
output,
"Error: missing required option(s): 'ipaddr, login' for resource type: stonith:fence_apc (use --force to override)\n"
)
output, returnVal = pcs(
temp_cib,
"stonith create test9 fence_ilo pcmk_status_action=xxx --force")
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith show test9")
ac(
output, """\
Resource: test9 (class=stonith type=fence_ilo)
Attributes: pcmk_status_action=xxx
Operations: monitor interval=60s (test9-monitor-interval-60s)
""")
assert returnVal == 0
output, returnVal = pcs(temp_cib, "stonith delete test9")
assert returnVal == 0
assert output == "Deleting Resource - test9\n", [output]
output, returnVal = pcs(temp_cib,
"stonith create test3 fence_ilo ipaddr=test")
assert returnVal == 1
ac(
output,
"Error: missing required option(s): 'login' for resource type: stonith:fence_ilo (use --force to override)\n"
)
output, returnVal = pcs(
temp_cib, "stonith create test3 fence_ilo ipaddr=test --force")
assert returnVal == 0
ac(output, "")
# Testing that pcmk_host_check, pcmk_host_list & pcmk_host_map are allowed for
# stonith agents
output, returnVal = pcs(
temp_cib,
'stonith create apc-fencing fence_apc params ipaddr="morph-apc" login="******" passwd="apc" switch="1" pcmk_host_map="buzz-01:1;buzz-02:2;buzz-03:3;buzz-04:4;buzz-05:5" pcmk_host_check="static-list" pcmk_host_list="buzz-01,buzz-02,buzz-03,buzz-04,buzz-05"'
)
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(temp_cib, 'resource show apc-fencing')
assert returnVal == 1
assert output == 'Error: unable to find resource \'apc-fencing\'\n', [
output
]
output, returnVal = pcs(temp_cib, 'stonith show apc-fencing')
ac(
output, """\
Resource: apc-fencing (class=stonith type=fence_apc)
Attributes: ipaddr="morph-apc" login="******" passwd="apc" switch="1" pcmk_host_map="buzz-01:1;buzz-02:2;buzz-03:3;buzz-04:4;buzz-05:5" pcmk_host_check="static-list" pcmk_host_list="buzz-01,buzz-02,buzz-03,buzz-04,buzz-05"
Operations: monitor interval=60s (apc-fencing-monitor-interval-60s)
""")
assert returnVal == 0
output, returnVal = pcs(temp_cib, 'stonith delete apc-fencing')
assert returnVal == 0
assert output == 'Deleting Resource - apc-fencing\n', [output]
output, returnVal = pcs(temp_cib,
"stonith update test3 bad_ipaddr=test")
assert returnVal == 1
assert output == "Error: resource option(s): 'bad_ipaddr', are not recognized for resource type: 'stonith::fence_ilo' (use --force to override)\n", [
output
]
output, returnVal = pcs(temp_cib, "stonith update test3 login=testA")
assert returnVal == 0
assert output == "", [output]
output, returnVal = pcs(temp_cib, "stonith show test2")
assert returnVal == 0
assert output == " Resource: test2 (class=stonith type=fence_ilo)\n Operations: monitor interval=60s (test2-monitor-interval-60s)\n", [
output
]
output, returnVal = pcs(temp_cib, "stonith show --full")
ac(
output, """\
Resource: test1 (class=stonith type=fence_noxist)
Operations: monitor interval=60s (test1-monitor-interval-60s)
Resource: test2 (class=stonith type=fence_ilo)
Operations: monitor interval=60s (test2-monitor-interval-60s)
Resource: test3 (class=stonith type=fence_ilo)
Attributes: ipaddr=test login=testA
Operations: monitor interval=60s (test3-monitor-interval-60s)
""")
assert returnVal == 0
output, returnVal = pcs(
temp_cib,
'stonith create test-fencing fence_apc pcmk_host_list="rhel7-node1 rhel7-node2" op monitor interval=61s --force'
)
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(temp_cib, 'config show')
ac(
output, """\
Cluster Name: test99
Corosync Nodes:
rh7-1 rh7-2
Pacemaker Nodes:
Resources:
Stonith Devices:
Resource: test1 (class=stonith type=fence_noxist)
Operations: monitor interval=60s (test1-monitor-interval-60s)
Resource: test2 (class=stonith type=fence_ilo)
Operations: monitor interval=60s (test2-monitor-interval-60s)
Resource: test3 (class=stonith type=fence_ilo)
Attributes: ipaddr=test login=testA
Operations: monitor interval=60s (test3-monitor-interval-60s)
Resource: test-fencing (class=stonith type=fence_apc)
Attributes: pcmk_host_list="rhel7-node1
Operations: monitor interval=61s (test-fencing-monitor-interval-61s)
Fencing Levels:
Location Constraints:
Ordering Constraints:
Colocation Constraints:
Ticket Constraints:
Alerts:
No alerts defined
Resources Defaults:
No defaults set
Operations Defaults:
No defaults set
Cluster Properties:
Quorum:
Options:
""")
assert returnVal == 0
def testPermissionAddDelete(self):
o,r = pcs("acl role create role1 read xpath /xpath1/ write xpath /xpath2/")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role2 read xpath /xpath3/ write xpath /xpath4/")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role3 read xpath /xpath5/ write xpath /xpath6/")
ac(o,"")
assert r == 0
o,r = pcs("acl show")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: write xpath /xpath6/ (role3-write)\n")
o,r = pcs("acl permission add role1 deny xpath /myxpath1/")
ac(o,"")
assert r == 0
o,r = pcs("acl permission add role4 deny xpath /myxpath2/")
ac(o,"")
assert r == 0
o,r = pcs("acl show")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\n Permission: deny xpath /myxpath1/ (role1-deny)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: write xpath /xpath6/ (role3-write)\nRole: role4\n Permission: deny xpath /myxpath2/ (role4-deny)\n")
o,r = pcs("acl permission delete role4-deny")
ac(o,"")
assert r == 0
o,r = pcs("acl permission delete role4-deny")
ac(o,"Error: permission 'role4-deny' does not exist\n")
assert r == 1
o,r = pcs("acl show")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\n Permission: deny xpath /myxpath1/ (role1-deny)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: write xpath /xpath6/ (role3-write)\nRole: role4\n")
o,r = pcs("acl permission delete role3-read")
ac(o,"")
assert r == 0
o,r = pcs("acl permission delete role3-write")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\n Permission: deny xpath /myxpath1/ (role1-deny)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\nRole: role4\n")
assert r == 0
o, r = pcs("acl permission delete role1-read")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role1-write")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role1-deny")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role2-read")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role2-write")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Role: role1
Role: role2
Role: role3
Role: role4
""")
self.assertEqual(0, r)
o, r = pcs("acl permission add role1 read")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 readX xpath //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read xpathX //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read id")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
self.assert_pcs_fail(
"acl permission add role1 read id dummy readX xpath //resources",
stdout_start='\nUsage: pcs acl permission add...'
)
self.assert_pcs_fail(
"acl permission add role1 read id dummy read xpathX //resources",
stdout_start='\nUsage: pcs acl permission add...'
)
o, r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Role: role1
Role: role2
Role: role3
Role: role4
""")
self.assertEqual(0, r)
def testStonithCreation(self):
output, returnVal = pcs(temp_cib, "stonith create test1 fence_noxist")
ac(
output,
"Error: Agent 'fence_noxist' is not installed or does not provide valid metadata: Metadata query for stonith:fence_noxist failed: -5, use --force to override\n"
)
assert returnVal == 1
output, returnVal = pcs(temp_cib,
"stonith create test1 fence_noxist --force")
ac(
output,
"Warning: Agent 'fence_noxist' is not installed or does not provide valid metadata: Metadata query for stonith:fence_noxist failed: -5\n"
)
self.assertEqual(returnVal, 0)
self.assert_pcs_fail(
"stonith create test2 fence_apc",
"Error: required stonith options 'ipaddr', 'login' are missing, use --force to override\n"
)
self.assert_pcs_success(
"stonith create test2 fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_fail(
"stonith create test3 fence_apc bad_argument=test",
stdout_start="Error: invalid stonith option 'bad_argument',"
" allowed options are:")
self.assert_pcs_fail(
"stonith create test9 fence_apc pcmk_status_action=xxx",
"Error: required stonith options 'ipaddr', 'login' are missing, use --force to override\n"
)
self.assert_pcs_success(
"stonith create test9 fence_apc pcmk_status_action=xxx --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
output, returnVal = pcs(temp_cib, "stonith show test9")
ac(
output, """\
Resource: test9 (class=stonith type=fence_apc)
Attributes: pcmk_status_action=xxx
Operations: monitor interval=60s (test9-monitor-interval-60s)
""")
assert returnVal == 0
self.assert_pcs_success("stonith delete test9",
"Deleting Resource - test9\n")
self.assert_pcs_fail(
"stonith create test3 fence_ilo ipaddr=test",
"Error: required stonith option 'login' is missing, use --force to override\n"
)
self.assert_pcs_success(
"stonith create test3 fence_ilo ipaddr=test --force",
"Warning: required stonith option 'login' is missing\n")
# Testing that pcmk_host_check, pcmk_host_list & pcmk_host_map are allowed for
# stonith agents
self.assert_pcs_success(
'stonith create apc-fencing fence_apc ipaddr="morph-apc" login="******" passwd="apc" switch="1" pcmk_host_map="buzz-01:1;buzz-02:2;buzz-03:3;buzz-04:4;buzz-05:5" pcmk_host_check="static-list" pcmk_host_list="buzz-01,buzz-02,buzz-03,buzz-04,buzz-05"',
)
output, returnVal = pcs(temp_cib, 'resource show apc-fencing')
assert returnVal == 1
assert output == 'Error: unable to find resource \'apc-fencing\'\n', [
output
]
self.assert_pcs_success(
"stonith show apc-fencing",
outdent("""\
Resource: apc-fencing (class=stonith type=fence_apc)
Attributes: ipaddr="morph-apc" login="******" passwd="apc" pcmk_host_check="static-list" pcmk_host_list="buzz-01,buzz-02,buzz-03,buzz-04,buzz-05" pcmk_host_map="buzz-01:1;buzz-02:2;buzz-03:3;buzz-04:4;buzz-05:5" switch="1"
Operations: monitor interval=60s (apc-fencing-monitor-interval-60s)
"""))
self.assert_pcs_success("stonith delete apc-fencing",
"Deleting Resource - apc-fencing\n")
self.assert_pcs_fail(
"stonith update test3 bad_ipaddr=test",
stdout_regexp=(
"^Error: invalid stonith option 'bad_ipaddr', allowed options"
" are: [^\n]+, use --force to override\n$"))
output, returnVal = pcs(temp_cib, "stonith update test3 login=testA")
assert returnVal == 0
assert output == "", [output]
output, returnVal = pcs(temp_cib, "stonith show test2")
assert returnVal == 0
assert output == " Resource: test2 (class=stonith type=fence_apc)\n Operations: monitor interval=60s (test2-monitor-interval-60s)\n", [
output
]
output, returnVal = pcs(temp_cib, "stonith show --full")
ac(
output, """\
Resource: test1 (class=stonith type=fence_noxist)
Operations: monitor interval=60s (test1-monitor-interval-60s)
Resource: test2 (class=stonith type=fence_apc)
Operations: monitor interval=60s (test2-monitor-interval-60s)
Resource: test3 (class=stonith type=fence_ilo)
Attributes: ipaddr=test login=testA
Operations: monitor interval=60s (test3-monitor-interval-60s)
""")
assert returnVal == 0
self.assert_pcs_success(
"stonith create test-fencing fence_apc 'pcmk_host_list=rhel7-node1 rhel7-node2' op monitor interval=61s --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success(
"config show",
outdent("""\
Cluster Name: test99
Corosync Nodes:
rh7-1 rh7-2
Pacemaker Nodes:
Resources:
Stonith Devices:
Resource: test1 (class=stonith type=fence_noxist)
Operations: monitor interval=60s (test1-monitor-interval-60s)
Resource: test2 (class=stonith type=fence_apc)
Operations: monitor interval=60s (test2-monitor-interval-60s)
Resource: test3 (class=stonith type=fence_ilo)
Attributes: ipaddr=test login=testA
Operations: monitor interval=60s (test3-monitor-interval-60s)
Resource: test-fencing (class=stonith type=fence_apc)
Attributes: pcmk_host_list="rhel7-node1 rhel7-node2"
Operations: monitor interval=61s (test-fencing-monitor-interval-61s)
Fencing Levels:
Location Constraints:
Ordering Constraints:
Colocation Constraints:
Ticket Constraints:
Alerts:
No alerts defined
Resources Defaults:
No defaults set
Operations Defaults:
No defaults set
Cluster Properties:
Quorum:
Options:
"""))
def testStonithDeleteRemovesLevel(self):
shutil.copy(rc("cib-empty-with3nodes.xml"), temp_cib)
self.assert_pcs_success(
"stonith create n1-ipmi fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success(
"stonith create n2-ipmi fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success(
"stonith create n1-apc1 fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success(
"stonith create n1-apc2 fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success(
"stonith create n2-apc1 fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success(
"stonith create n2-apc2 fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success(
"stonith create n2-apc3 fence_apc --force",
"Warning: required stonith options 'ipaddr', 'login' are missing\n"
)
self.assert_pcs_success_all([
"stonith level add 1 rh7-1 n1-ipmi",
"stonith level add 2 rh7-1 n1-apc1,n1-apc2,n2-apc2",
"stonith level add 1 rh7-2 n2-ipmi",
"stonith level add 2 rh7-2 n2-apc1,n2-apc2,n2-apc3",
])
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_apc):\tStopped
n2-ipmi\t(stonith:fence_apc):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2,n2-apc2
Target: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc2,n2-apc3
""")
self.assert_pcs_success("stonith delete n2-apc2",
"Deleting Resource - n2-apc2\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_apc):\tStopped
n2-ipmi\t(stonith:fence_apc):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc3
""")
self.assert_pcs_success("stonith delete n2-apc1",
"Deleting Resource - n2-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_apc):\tStopped
n2-ipmi\t(stonith:fence_apc):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc3
""")
self.assert_pcs_success("stonith delete n2-apc3",
"Deleting Resource - n2-apc3\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_apc):\tStopped
n2-ipmi\t(stonith:fence_apc):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
""")
self.assert_pcs_success("resource delete n1-apc1",
"Deleting Resource - n1-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_apc):\tStopped
n2-ipmi\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
""")
self.assert_pcs_success(
"resource delete n1-apc2",
outdent("""\
Deleting Resource - n1-apc2
"""))
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_apc):\tStopped
n2-ipmi\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Target: rh7-2
Level 1 - n2-ipmi
""")
def testStonithDeleteRemovesLevel(self):
output, returnVal = pcs(
temp_cib, "stonith create n1-ipmi fence_ilo --force"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith create n2-ipmi fence_ilo --force"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith create n1-apc1 fence_apc --force"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith create n1-apc2 fence_apc --force"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith create n2-apc1 fence_apc --force"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith create n2-apc2 fence_apc --force"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith create n2-apc3 fence_apc --force"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-1 n1-ipmi")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith level add 2 rh7-1 n1-apc1,n1-apc2,n2-apc2"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-2 n2-ipmi")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith level add 2 rh7-2 n2-apc1,n2-apc2,n2-apc3"
)
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2,n2-apc2
Node: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc2,n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc2")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc2\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc1")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc3")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc3\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
""")
output, returnVal = pcs(temp_cib, "resource delete n1-apc1")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n1-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
""")
output, returnVal = pcs(temp_cib, "resource delete n1-apc2")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n1-apc2\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Node: rh7-2
Level 1 - n2-ipmi
""")
def testEnableDisable(self):
o,r = pcs("acl disable")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
o,r = pcs("acl enable")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are enabled\n\n")
o,r = pcs("acl disable")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
def test_str(self):
root = config_parser.Section("root")
ac(str(root), "")
root.add_attribute("name1", "value1")
ac(str(root), "name1: value1\n")
root.add_attribute("name2", "value2")
root.add_attribute("name2", "value2a")
root.add_attribute("name3", "value3")
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
""")
child1 = config_parser.Section("child1")
root.add_section(child1)
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
}
""")
child1.add_attribute("name1.1", "value1.1")
child1.add_attribute("name1.2", "value1.2")
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
""")
child2 = config_parser.Section("child2")
child2.add_attribute("name2.1", "value2.1")
root.add_section(child2)
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
child2 {
name2.1: value2.1
}
""")
child2a = config_parser.Section("child2a")
child2a.add_attribute("name2.a.1", "value2.a.1")
child2.add_section(child2a)
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
child2 {
name2.1: value2.1
child2a {
name2.a.1: value2.a.1
}
}
""")
child3 = config_parser.Section("child3")
root.add_section(child3)
child3.add_section(config_parser.Section("child3a"))
child3.add_section(config_parser.Section("child3b"))
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
child2 {
name2.1: value2.1
child2a {
name2.a.1: value2.a.1
}
}
child3 {
child3a {
}
child3b {
}
}
""")
def test_section_get(self):
root = config_parser.Section("")
child1 = config_parser.Section("child1")
child2 = config_parser.Section("child2")
childa1 = config_parser.Section("childA")
childa2 = config_parser.Section("childA")
childa3 = config_parser.Section("childA")
childa4 = config_parser.Section("childA")
childb1 = config_parser.Section("childB")
childb2 = config_parser.Section("childB")
childa1.add_attribute("id", "1")
childa2.add_attribute("id", "2")
childa3.add_attribute("id", "3")
childa4.add_attribute("id", "4")
childb1.add_attribute("id", "5")
childb2.add_attribute("id", "6")
root.add_section(child1)
root.add_section(child2)
child1.add_section(childa1)
child1.add_section(childa2)
child1.add_section(childb1)
child2.add_section(childa3)
child2.add_section(childb2)
child2.add_section(childa4)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
child2 {
childA {
id: 3
}
childB {
id: 6
}
childA {
id: 4
}
}
""")
ac(
"---\n".join([str(x) for x in root.get_sections()]),
"""\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
---
child2 {
childA {
id: 3
}
childB {
id: 6
}
childA {
id: 4
}
}
""")
ac(
"---\n".join([str(x) for x in root.get_sections("child1")]),
"""\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
""")
ac(
"---\n".join([str(x) for x in child1.get_sections("childA")]),
"""\
childA {
id: 1
}
---
childA {
id: 2
}
""")
ac(
"---\n".join([str(x) for x in child1.get_sections("child2")]),
""
)
def test_node_maintenance(self):
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance --all")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance rh7-2 rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance rh7-1 rh7-2")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance nonexistant-node")
self.assertEqual(returnVal, 1)
self.assertEqual(
output,
"Error: Node 'nonexistant-node' does not appear to exist in configuration\n"
)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance --all")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance nonexistant-node")
self.assertEqual(returnVal, 1)
self.assertEqual(
output,
"Error: Node 'nonexistant-node' does not appear to exist in configuration\n"
)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
def test_node_utilization_set(self):
output, returnVal = pcs(temp_cib, "node utilization rh7-1 test1=10")
ac("", output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-2")
expected_out = """\
Node Utilization:
rh7-2: \n"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-1")
expected_out = """\
Node Utilization:
rh7-1: test1=10
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib, "node utilization rh7-1 test1=-10 test4=1234"
)
ac("", output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-1")
expected_out = """\
Node Utilization:
rh7-1: test1=-10 test4=1234
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib, "node utilization rh7-2 test2=321 empty="
)
ac("", output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-2")
expected_out = """\
Node Utilization:
rh7-2: test2=321
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization")
expected_out = """\
Node Utilization:
rh7-1: test1=-10 test4=1234
rh7-2: test2=321
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
def testPermissionAddDelete(self):
o,r = pcs("acl role create role1 read xpath /xpath1/ write xpath /xpath2/")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role2 read xpath /xpath3/ write xpath /xpath4/")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role3 read xpath /xpath5/ write xpath /xpath6/")
ac(o,"")
assert r == 0
o,r = pcs("acl show")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: write xpath /xpath6/ (role3-write)\n")
o,r = pcs("acl permission add role1 deny xpath /myxpath1/")
ac(o,"")
assert r == 0
o,r = pcs("acl permission add role4 deny xpath /myxpath2/")
ac(o,"")
assert r == 0
o,r = pcs("acl show")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\n Permission: deny xpath /myxpath1/ (role1-deny)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: write xpath /xpath6/ (role3-write)\nRole: role4\n Permission: deny xpath /myxpath2/ (role4-deny)\n")
o,r = pcs("acl permission delete role4-deny")
ac(o,"")
assert r == 0
o,r = pcs("acl permission delete role4-deny")
ac(o,"Error: Unable to find permission with id: role4-deny\n")
assert r == 1
o,r = pcs("acl show")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\n Permission: deny xpath /myxpath1/ (role1-deny)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: write xpath /xpath6/ (role3-write)\nRole: role4\n")
o,r = pcs("acl permission delete role3-read")
ac(o,"")
assert r == 0
o,r = pcs("acl permission delete role3-write")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\n Permission: deny xpath /myxpath1/ (role1-deny)\nRole: role2\n Permission: read xpath /xpath3/ (role2-read)\n Permission: write xpath /xpath4/ (role2-write)\nRole: role3\nRole: role4\n")
assert r == 0
o, r = pcs("acl permission delete role1-read")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role1-write")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role1-deny")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role2-read")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl permission delete role2-write")
ac(o, "")
self.assertEqual(0, r)
o, r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Role: role1
Role: role2
Role: role3
Role: role4
""")
self.assertEqual(0, r)
o, r = pcs("acl permission add role1 read")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 readX xpath //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read xpathX //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
o, r = pcs("acl permission add role1 read id dummy read id")
self.assertTrue(o.startswith("\nUsage: pcs acl permission add..."))
self.assertEqual(1, r)
self.assert_pcs_fail(
"acl permission add role1 read id dummy readX xpath //resources",
stdout_start='\nUsage: pcs acl permission add...'
)
self.assert_pcs_fail(
"acl permission add role1 read id dummy read xpathX //resources",
stdout_start='\nUsage: pcs acl permission add...'
)
o, r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Role: role1
Role: role2
Role: role3
Role: role4
""")
self.assertEqual(0, r)
def test_node_utilization_set(self):
output, returnVal = pcs(temp_cib, "node utilization rh7-1 test1=10")
ac("", output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-2")
expected_out = """\
Node Utilization:
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-1")
expected_out = """\
Node Utilization:
rh7-1: test1=10
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib, "node utilization rh7-1 test1=-10 test4=1234"
)
ac("", output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-1")
expected_out = """\
Node Utilization:
rh7-1: test1=-10 test4=1234
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib, "node utilization rh7-2 test2=321 empty="
)
ac("", output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization rh7-2")
expected_out = """\
Node Utilization:
rh7-2: test2=321
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization")
expected_out = """\
Node Utilization:
rh7-1: test1=-10 test4=1234
rh7-2: test2=321
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib, "node utilization rh7-2 test1=-20"
)
ac("", output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(temp_cib, "node utilization --name test1")
expected_out = """\
Node Utilization:
rh7-1: test1=-10
rh7-2: test1=-20
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
output, returnVal = pcs(
temp_cib,
"node utilization --name test1 rh7-2"
)
expected_out = """\
Node Utilization:
rh7-2: test1=-20
"""
ac(expected_out, output)
self.assertEqual(0, returnVal)
def test_empty(self):
ac(str(config_parser.parse_string("")), "")
def testRoleCreateDelete(self):
o, r = pcs("acl role create role0 read")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read id")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 readX xpath //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read xpathX //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read id")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs(
"acl role create role0 description=test readX xpath //resources"
)
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs(
"acl role create role0 description=test read xpathX //resources"
)
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read id")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test readX xpath //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read xpathX //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o,r = pcs("acl")
ac(o, "ACLs are disabled, run 'pcs acl enable' to enable\n\n")
self.assertEqual(0, r)
o,r = pcs("acl role create role0")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role0")
ac(o,"Error: 'role0' already exists\n")
assert r == 1
o,r = pcs("acl role create role0d description='empty role'")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role1 read xpath /xpath/")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role2 description='with description' READ XPATH /xpath/")
assert r == 0
ac(o,"")
o,r = pcs("acl role create role3 Read XPath /xpath_query/ wRiTe xpATH /xpath_query2/ deny xpath /xpath_query3/")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role0\nRole: role0d\n Description: empty role\nRole: role1\n Permission: read xpath /xpath/ (role1-read)\nRole: role2\n Description: with description\n Permission: read xpath /xpath/ (role2-read)\nRole: role3\n Permission: read xpath /xpath_query/ (role3-read)\n Permission: write xpath /xpath_query2/ (role3-write)\n Permission: deny xpath /xpath_query3/ (role3-deny)\n")
assert r == 0
o,r = pcs("acl role delete role2")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role0\nRole: role0d\n Description: empty role\nRole: role1\n Permission: read xpath /xpath/ (role1-read)\nRole: role3\n Permission: read xpath /xpath_query/ (role3-read)\n Permission: write xpath /xpath_query2/ (role3-write)\n Permission: deny xpath /xpath_query3/ (role3-deny)\n")
assert r == 0
o,r = pcs("acl role delete role2")
assert r == 1
ac(o,"Error: unable to find acl role: role2\n")
o,r = pcs("acl role delete role1")
assert r == 0
ac(o,"")
o,r = pcs("acl role delete role3")
assert r == 0
ac(o,"")
o,r = pcs("acl role delete role0")
assert r == 0
ac(o,"")
o,r = pcs("acl role delete role0d")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
assert r == 0
def test_section(self):
string = """\
section1 {
}\
"""
parsed = """\
section1 {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section1 {
section1a {
}
section1b {
}
}
"""
parsed = """\
section1 {
section1a {
}
section1b {
}
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section1 {
section1a junk1 { junk2
junk3 } junk4
section1b junk5{junk6
junk7}junk8
}
section2 {
section2a {
}
section2b {
}
}
"""
parsed = """\
section1 {
section1a junk1 {
}
section1b junk5 {
}
}
section2 {
section2a {
}
section2b {
}
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section1 {
section1a {
}
section1b {
}
}
}
"""
self.assertRaises(
config_parser.UnexpectedClosingBraceException,
config_parser.parse_string, string
)
string = """\
section1 {
section1a {
section1b {
}
}
"""
self.assertRaises(
config_parser.MissingClosingBraceException,
config_parser.parse_string, string
)
string = """\
section1 {
"""
self.assertRaises(
config_parser.MissingClosingBraceException,
config_parser.parse_string, string
)
string = """\
}
"""
self.assertRaises(
config_parser.UnexpectedClosingBraceException,
config_parser.parse_string, string
)
def testRoleCreateDelete(self):
o, r = pcs("acl role create role0 read")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read id")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 readX xpath //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 read xpathX //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 description=test read id")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs(
"acl role create role0 description=test readX xpath //resources"
)
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs(
"acl role create role0 description=test read xpathX //resources"
)
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read xpath")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read id")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test readX xpath //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o, r = pcs("acl role create role0 desc=test read xpathX //resources")
self.assertTrue(o.startswith("\nUsage: pcs acl role create..."))
self.assertEqual(1, r)
o,r = pcs("acl")
ac(o, "ACLs are disabled, run 'pcs acl enable' to enable\n\n")
self.assertEqual(0, r)
o,r = pcs("acl role create role0")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role0")
ac(o,"Error: 'role0' already exists\n")
assert r == 1
o,r = pcs("acl role create role0d description='empty role'")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role1 read xpath /xpath/")
ac(o,"")
assert r == 0
o,r = pcs("acl role create role2 description='with description' READ XPATH /xpath/")
assert r == 0
ac(o,"")
o,r = pcs("acl role create role3 Read XPath /xpath_query/ wRiTe xpATH /xpath_query2/ deny xpath /xpath_query3/")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role0\nRole: role0d\n Description: empty role\nRole: role1\n Permission: read xpath /xpath/ (role1-read)\nRole: role2\n Description: with description\n Permission: read xpath /xpath/ (role2-read)\nRole: role3\n Permission: read xpath /xpath_query/ (role3-read)\n Permission: write xpath /xpath_query2/ (role3-write)\n Permission: deny xpath /xpath_query3/ (role3-deny)\n")
assert r == 0
o,r = pcs("acl role delete role2")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nRole: role0\nRole: role0d\n Description: empty role\nRole: role1\n Permission: read xpath /xpath/ (role1-read)\nRole: role3\n Permission: read xpath /xpath_query/ (role3-read)\n Permission: write xpath /xpath_query2/ (role3-write)\n Permission: deny xpath /xpath_query3/ (role3-deny)\n")
assert r == 0
o,r = pcs("acl role delete role2")
assert r == 1
ac(o,"Error: role 'role2' does not exist\n")
o,r = pcs("acl role delete role1")
assert r == 0
ac(o,"")
o,r = pcs("acl role delete role3")
assert r == 0
ac(o,"")
o,r = pcs("acl role delete role0")
assert r == 0
ac(o,"")
o,r = pcs("acl role delete role0d")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
assert r == 0
def test_full(self):
string = """\
# Please read the corosync.conf.5 manual page
totem {
version: 2
# crypto_cipher and crypto_hash: Used for mutual node authentication.
# If you choose to enable this, then do remember to create a shared
# secret with "corosync-keygen".
# enabling crypto_cipher, requires also enabling of crypto_hash.
crypto_cipher: none
crypto_hash: none
# interface: define at least one interface to communicate
# over. If you define more than one interface stanza, you must
# also set rrp_mode.
interface {
# Rings must be consecutively numbered, starting at 0.
ringnumber: 0
# This is normally the *network* address of the
# interface to bind to. This ensures that you can use
# identical instances of this configuration file
# across all your cluster nodes, without having to
# modify this option.
bindnetaddr: 192.168.1.0
# However, if you have multiple physical network
# interfaces configured for the same subnet, then the
# network address alone is not sufficient to identify
# the interface Corosync should bind to. In that case,
# configure the *host* address of the interface
# instead:
# bindnetaddr: 192.168.1.1
# When selecting a multicast address, consider RFC
# 2365 (which, among other things, specifies that
# 239.255.x.x addresses are left to the discretion of
# the network administrator). Do not reuse multicast
# addresses across multiple Corosync clusters sharing
# the same network.
mcastaddr: 239.255.1.1
# Corosync uses the port you specify here for UDP
# messaging, and also the immediately preceding
# port. Thus if you set this to 5405, Corosync sends
# messages over UDP ports 5405 and 5404.
mcastport: 5405
# Time-to-live for cluster communication packets. The
# number of hops (routers) that this ring will allow
# itself to pass. Note that multicast routing must be
# specifically enabled on most network routers.
ttl: 1
}
}
logging {
# Log the source file and line where messages are being
# generated. When in doubt, leave off. Potentially useful for
# debugging.
fileline: off
# Log to standard error. When in doubt, set to no. Useful when
# running in the foreground (when invoking "corosync -f")
to_stderr: no
# Log to a log file. When set to "no", the "logfile" option
# must not be set.
to_logfile: yes
logfile: /var/log/cluster/corosync.log
# Log to the system log daemon. When in doubt, set to yes.
to_syslog: yes
# Log debug messages (very verbose). When in doubt, leave off.
debug: off
# Log messages with time stamps. When in doubt, set to on
# (unless you are only logging to syslog, where double
# timestamps can be annoying).
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
quorum {
# Enable and configure quorum subsystem (default: off)
# see also corosync.conf.5 and votequorum.5
#provider: corosync_votequorum
}
"""
parsed = """\
totem {
version: 2
crypto_cipher: none
crypto_hash: none
interface {
ringnumber: 0
bindnetaddr: 192.168.1.0
mcastaddr: 239.255.1.1
mcastport: 5405
ttl: 1
}
}
logging {
fileline: off
to_stderr: no
to_logfile: yes
logfile: /var/log/cluster/corosync.log
to_syslog: yes
debug: off
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
quorum {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
# Please read the corosync.conf.5 manual page
totem {
version: 2
crypto_cipher: none
crypto_hash: none
interface {
ringnumber: 0
bindnetaddr: 10.16.35.0
mcastport: 5405
ttl: 1
}
transport: udpu
}
logging {
fileline: off
to_logfile: yes
to_syslog: yes
logfile: /var/log/cluster/corosync.log
debug: off
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
nodelist {
node {
ring0_addr: 10.16.35.101
nodeid: 1
}
node {
ring0_addr: 10.16.35.102
nodeid: 2
}
node {
ring0_addr: 10.16.35.103
}
node {
ring0_addr: 10.16.35.104
}
node {
ring0_addr: 10.16.35.105
}
}
quorum {
# Enable and configure quorum subsystem (default: off)
# see also corosync.conf.5 and votequorum.5
#provider: corosync_votequorum
}
"""
parsed = """\
totem {
version: 2
crypto_cipher: none
crypto_hash: none
transport: udpu
interface {
ringnumber: 0
bindnetaddr: 10.16.35.0
mcastport: 5405
ttl: 1
}
}
logging {
fileline: off
to_logfile: yes
to_syslog: yes
logfile: /var/log/cluster/corosync.log
debug: off
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
nodelist {
node {
ring0_addr: 10.16.35.101
nodeid: 1
}
node {
ring0_addr: 10.16.35.102
nodeid: 2
}
node {
ring0_addr: 10.16.35.103
}
node {
ring0_addr: 10.16.35.104
}
node {
ring0_addr: 10.16.35.105
}
}
quorum {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
def testStonithDeleteRemovesLevel(self):
shutil.copy(rc("cib-empty-with3nodes.xml"), temp_cib)
output, returnVal = pcs(temp_cib,
"stonith create n1-ipmi fence_ilo --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-ipmi fence_ilo --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n1-apc1 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n1-apc2 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-apc1 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-apc2 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-apc3 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-1 n1-ipmi")
ac(output, "")
self.assertEqual(returnVal, 0)
output, returnVal = pcs(
temp_cib, "stonith level add 2 rh7-1 n1-apc1,n1-apc2,n2-apc2")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-2 n2-ipmi")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith level add 2 rh7-2 n2-apc1,n2-apc2,n2-apc3")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2,n2-apc2
Target: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc2,n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc2")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc2\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc1")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc3")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc3\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
""")
output, returnVal = pcs(temp_cib, "resource delete n1-apc1")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n1-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc2
Target: rh7-2
Level 1 - n2-ipmi
""")
output, returnVal = pcs(temp_cib, "resource delete n1-apc2")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n1-apc2\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
Target: rh7-1
Level 1 - n1-ipmi
Target: rh7-2
Level 1 - n2-ipmi
""")
def test_node_maintenance(self):
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance --all")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance rh7-2 rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node maintenance rh7-1 rh7-2")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(
temp_cib, "node maintenance nonexistant-node and-another"
)
self.assertEqual(returnVal, 1)
self.assertEqual(
output,
"Error: Node 'nonexistant-node' does not appear to exist in configuration\n"
"Error: Node 'and-another' does not appear to exist in configuration\n"
)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-1: maintenance=on
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance rh7-1")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
Node Attributes:
rh7-2: maintenance=on
"""
ac(expected_out, output)
output, returnVal = pcs(temp_cib, "node unmaintenance --all")
ac("", output)
self.assertEqual(returnVal, 0)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
output, returnVal = pcs(
temp_cib, "node unmaintenance nonexistant-node and-another"
)
self.assertEqual(returnVal, 1)
self.assertEqual(
output,
"Error: Node 'nonexistant-node' does not appear to exist in configuration\n"
"Error: Node 'and-another' does not appear to exist in configuration\n"
)
output, _ = pcs(temp_cib, "property")
expected_out = """\
Cluster Properties:
"""
ac(expected_out, output)
def testUserGroupCreateDelete(self):
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
o,r = pcs("acl user create user1")
ac(o,"")
assert r == 0
o,r = pcs("acl user create user2")
assert r == 0
ac(o,"")
o,r = pcs("acl user create user1")
assert r == 1
ac(o,"Error: user user1 already exists\n")
o,r = pcs("acl group create group1")
ac(o,"")
assert r == 0
o,r = pcs("acl group create group2")
assert r == 0
ac(o,"")
o,r = pcs("acl group create group1")
assert r == 1
ac(o,"Error: group group1 already exists\n")
o,r = pcs("acl")
ac(o,"""\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
User: user2
Roles:
Group: group1
Roles:
Group: group2
Roles:
""")
assert r == 0
o,r = pcs("acl group delete user1")
assert r == 1
ac(o,"Error: unable to find acl group: user1\n")
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
User: user2
Roles:
Group: group1
Roles:
Group: group2
Roles:
""")
assert r == 0
o,r = pcs("acl group delete group2")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
User: user2
Roles:
Group: group1
Roles:
""")
assert r == 0
o,r = pcs("acl group delete group1")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
User: user2
Roles:
""")
assert r == 0
o,r = pcs("acl user delete user1")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user2
Roles:
""")
assert r == 0
o,r = pcs("acl user delete user2")
ac(o,"")
assert r == 0
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\n")
def testUserGroupCreateDeleteWithRoles(self):
o,r = pcs("acl role create role1 read xpath /xpath1/ write xpath /xpath2/")
assert r == 0
ac(o,"")
o,r = pcs("acl role create role2 deny xpath /xpath3/ deny xpath /xpath4/")
assert r == 0
ac(o,"")
o,r = pcs("acl role create role3 read xpath /xpath5/ read xpath /xpath6/")
assert r == 0
ac(o,"")
o, r = pcs("acl user create user1 roleX")
ac(o, "Error: role 'roleX' does not exist\n")
self.assertEqual(1, r)
o, r = pcs("acl user create user1 role1 roleX")
ac(o, "Error: role 'roleX' does not exist\n")
self.assertEqual(1, r)
o, r = pcs("acl group create group1 roleX")
ac(o, "Error: role 'roleX' does not exist\n")
self.assertEqual(1, r)
o, r = pcs("acl group create group1 role1 roleX")
ac(o, "Error: role 'roleX' does not exist\n")
self.assertEqual(1, r)
o, r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
Role: role3
Permission: read xpath /xpath5/ (role3-read)
Permission: read xpath /xpath6/ (role3-read-1)
""")
self.assertEqual(0, r)
o,r = pcs("acl user create user1 role1 role2")
assert r == 0
ac(o,"")
o,r = pcs("acl group create group1 role1 role3")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(
o,
"""\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role1 role2
Group: group1
Roles: role1 role3
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
Role: role3
Permission: read xpath /xpath5/ (role3-read)
Permission: read xpath /xpath6/ (role3-read-1)
"""
)
o,r = pcs("acl role create group1")
assert r == 1
ac(o,"Error: 'group1' already exists\n")
o,r = pcs("acl role create role1")
assert r == 1
ac(o,"Error: 'role1' already exists\n")
o,r = pcs("acl user create user1")
assert r == 1
ac(o,"Error: 'user1' already exists\n")
o,r = pcs("acl group create group1")
assert r == 1
ac(o,"Error: 'group1' already exists\n")
o,r = pcs("acl group create role1")
assert r == 1
ac(o,"Error: 'role1' already exists\n")
o,r = pcs("acl role assign role1 to noexist")
assert r == 1
ac(o,"Error: user/group 'noexist' does not exist\n")
o,r = pcs("acl role assign noexist to user1")
assert r == 1
ac(o,"Error: role 'noexist' does not exist\n")
o,r = pcs("acl role assign role3 to user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nUser: user1\n Roles: role1 role2 role3\nGroup: group1\n Roles: role1 role3\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: deny xpath /xpath3/ (role2-deny)\n Permission: deny xpath /xpath4/ (role2-deny-1)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: read xpath /xpath6/ (role3-read-1)\n")
o,r = pcs("acl role unassign noexist from user1")
assert r == 1
ac(o,"Error: Role 'noexist' is not assigned to 'user1'\n")
o,r = pcs("acl role unassign role3 from noexist")
assert r == 1
ac(o,"Error: user/group 'noexist' does not exist\n")
o,r = pcs("acl role unassign role3 from user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nUser: user1\n Roles: role1 role2\nGroup: group1\n Roles: role1 role3\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: deny xpath /xpath3/ (role2-deny)\n Permission: deny xpath /xpath4/ (role2-deny-1)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: read xpath /xpath6/ (role3-read-1)\n")
o,r = pcs("acl role unassign role2 from user1")
assert r == 0
ac(o,"")
o,r = pcs("acl role unassign role1 from user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
Group: group1
Roles: role1 role3
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
Role: role3
Permission: read xpath /xpath5/ (role3-read)
Permission: read xpath /xpath6/ (role3-read-1)
""")
assert r == 0
o,r = pcs("acl role delete role3")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role assign role2 to user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nUser: user1\n Roles: role2\nGroup: group1\n Roles: role1\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: deny xpath /xpath3/ (role2-deny)\n Permission: deny xpath /xpath4/ (role2-deny-1)\n")
o,r = pcs("acl role assign role1 user1")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role2 role1
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role unassign role2 from user1 --autodelete")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role1
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role unassign role1 from user1 --autodelete")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl user create user1 role1 role2")
ac(o, "")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role1 role2
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role delete role1 --autodelete")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role2
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
def test_section_get(self):
root = config_parser.Section("")
child1 = config_parser.Section("child1")
child2 = config_parser.Section("child2")
childa1 = config_parser.Section("childA")
childa2 = config_parser.Section("childA")
childa3 = config_parser.Section("childA")
childa4 = config_parser.Section("childA")
childb1 = config_parser.Section("childB")
childb2 = config_parser.Section("childB")
childa1.add_attribute("id", "1")
childa2.add_attribute("id", "2")
childa3.add_attribute("id", "3")
childa4.add_attribute("id", "4")
childb1.add_attribute("id", "5")
childb2.add_attribute("id", "6")
root.add_section(child1)
root.add_section(child2)
child1.add_section(childa1)
child1.add_section(childa2)
child1.add_section(childb1)
child2.add_section(childa3)
child2.add_section(childb2)
child2.add_section(childa4)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
child2 {
childA {
id: 3
}
childB {
id: 6
}
childA {
id: 4
}
}
""")
ac(
"---\n".join([str(x) for x in root.get_sections()]),
"""\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
---
child2 {
childA {
id: 3
}
childB {
id: 6
}
childA {
id: 4
}
}
""")
ac(
"---\n".join([str(x) for x in root.get_sections("child1")]),
"""\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
""")
ac(
"---\n".join([str(x) for x in child1.get_sections("childA")]),
"""\
childA {
id: 1
}
---
childA {
id: 2
}
""")
ac(
"---\n".join([str(x) for x in child1.get_sections("child2")]),
""
)
def testFenceLevels(self):
output, returnVal = pcs(temp_cib, "stonith level remove 1 rh7-2 F1")
assert returnVal == 1
ac(
output,
'Error: unable to remove fencing level, fencing level for node: rh7-2, at level: 1, with device: F1 doesn\'t exist\n'
)
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(
temp_cib,
"stonith create F1 fence_apc 'pcmk_host_list=nodea nodeb' ipaddr=ip login=lgn"
)
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(
temp_cib,
"stonith create F2 fence_apc 'pcmk_host_list=nodea nodeb' ipaddr=ip login=lgn"
)
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(
temp_cib,
"stonith create F3 fence_apc 'pcmk_host_list=nodea nodeb' ipaddr=ip login=lgn"
)
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(
temp_cib,
"stonith create F4 fence_apc 'pcmk_host_list=nodea nodeb' ipaddr=ip login=lgn"
)
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(
temp_cib,
"stonith create F5 fence_apc 'pcmk_host_list=nodea nodeb' ipaddr=ip login=lgn"
)
assert returnVal == 0
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith level add NaN rh7-1 F3,F4")
ac(output, "Error: invalid level 'NaN', use a positive integer\n")
assert returnVal == 1
output, returnVal = pcs(temp_cib, "stonith level add -10 rh7-1 F3,F4")
ac(output, "Error: invalid level '-10', use a positive integer\n")
assert returnVal == 1
output, returnVal = pcs(temp_cib,
"stonith level add 10abc rh7-1 F3,F4")
ac(output, "Error: invalid level '10abc', use a positive integer\n")
assert returnVal == 1
output, returnVal = pcs(temp_cib, "stonith level add 0 rh7-1 F3,F4")
ac(output, "Error: invalid level '0', use a positive integer\n")
assert returnVal == 1
output, returnVal = pcs(temp_cib, "stonith level add 000 rh7-1 F3,F4")
ac(output, "Error: invalid level '000', use a positive integer\n")
assert returnVal == 1
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-1 F3,F4")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith level add 2 rh7-1 F5,F2")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith level add 2 rh7-1 F5,F2")
assert returnVal == 1
assert output == 'Error: unable to add fencing level, fencing level for node: rh7-1, at level: 2, with device: F5,F2 already exists\n', [
output
]
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-2 F1")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith level add 002 rh7-2 F2")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith show")
assert returnVal == 0
ac(
output, """\
F1\t(stonith:fence_apc):\tStopped
F2\t(stonith:fence_apc):\tStopped
F3\t(stonith:fence_apc):\tStopped
F4\t(stonith:fence_apc):\tStopped
F5\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - F3,F4
Level 2 - F5,F2
Node: rh7-2
Level 1 - F1
Level 2 - F2
""")
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-1\n Level 1 - F3,F4\n Level 2 - F5,F2\n Node: rh7-2\n Level 1 - F1\n Level 2 - F2\n', [
output
]
output, returnVal = pcs(temp_cib, "stonith level remove 1 rh7-2 F1")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith level remove 1 rh7-2 F1")
assert returnVal == 1
assert output == 'Error: unable to remove fencing level, fencing level for node: rh7-2, at level: 1, with device: F1 doesn\'t exist\n', [
output
]
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-1\n Level 1 - F3,F4\n Level 2 - F5,F2\n Node: rh7-2\n Level 2 - F2\n', [
output
]
output, returnVal = pcs(temp_cib, "stonith level clear rh7-1a")
assert returnVal == 0
output = ""
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-1\n Level 1 - F3,F4\n Level 2 - F5,F2\n Node: rh7-2\n Level 2 - F2\n', [
output
]
output, returnVal = pcs(temp_cib, "stonith level clear rh7-1")
assert returnVal == 0
output = ""
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-2\n Level 2 - F2\n', [output]
output, returnVal = pcs(temp_cib, "stonith level add 2 rh7-1 F5,F2")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-1 F3,F4")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-1\n Level 1 - F3,F4\n Level 2 - F5,F2\n Node: rh7-2\n Level 2 - F2\n', [
output
]
output, returnVal = pcs(temp_cib, "stonith level clear")
assert returnVal == 0
assert output == ""
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == '', [output]
output, returnVal = pcs(temp_cib, "stonith level 1")
assert returnVal == 1
assert output.startswith("pcs stonith level: invalid option")
# ac (output,"pcs stonith level: invalid option -- '1'\n\nUsage: pcs stonith level...\n level\n Lists all of the fencing levels currently configured\n\n level add <level> <node> <devices>\n Add the fencing level for the specified node with a comma separated\n list of devices (stonith ids) to attempt for that node at that level.\n Fence levels are attempted in numerical order (starting with 1) if\n a level succeeds (meaning all devices are successfully fenced in that\n level) then no other levels are tried, and the node is considered\n fenced.\n\n level remove <level> [node id] [devices id] ... [device id]\n Removes the fence level for the level, node and/or devices specified\n If no nodes or devices are specified then the fence level is removed\n\n level clear [node|device id(s)]\n Clears the fence levels on the node (or device id) specified or clears\n all fence levels if a node/device id is not specified. If more than\n one device id is specified they must be separated by a comma and no\n spaces. Example: pcs stonith level clear dev_a,dev_b\n\n level verify\n Verifies all fence devices and nodes specified in fence levels exist\n\n")
output, returnVal = pcs(temp_cib, "stonith level abcd")
assert returnVal == 1
assert output.startswith("pcs stonith level: invalid option")
# assert output == "pcs stonith level: invalid option -- 'abcd'\n\nUsage: pcs stonith level...\n level\n Lists all of the fencing levels currently configured\n\n level add <level> <node> <devices>\n Add the fencing level for the specified node with a comma separated\n list of devices (stonith ids) to attempt for that node at that level.\n Fence levels are attempted in numerical order (starting with 1) if\n a level succeeds (meaning all devices are successfully fenced in that\n level) then no other levels are tried, and the node is considered\n fenced.\n\n level remove <level> [node id] [devices id] ... [device id]\n Removes the fence level for the level, node and/or devices specified\n If no nodes or devices are specified then the fence level is removed\n\n level clear [node|device id(s)]\n Clears the fence levels on the node (or device id) specified or clears\n all fence levels if a node/device id is not specified. If more than\n one device id is specified they must be separated by a comma and no\n spaces. Example: pcs stonith level clear dev_a,dev_b\n\n level verify\n Verifies all fence devices and nodes specified in fence levels exist\n\n",[output]
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-1 blah")
assert returnVal == 1
assert output == 'Error: blah is not a stonith id (use --force to override)\n'
output, returnVal = pcs(temp_cib,
"stonith level add 1 rh7-1 blah --force")
assert returnVal == 0
assert output == ''
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-1\n Level 1 - blah\n', [output]
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-9 F1")
assert returnVal == 1
assert output == 'Error: rh7-9 is not currently a node (use --force to override)\n'
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-1\n Level 1 - blah\n', [output]
output, returnVal = pcs(temp_cib,
"stonith level add 1 rh7-9 F1 --force")
assert returnVal == 0
assert output == ''
output, returnVal = pcs(temp_cib, "stonith level")
assert returnVal == 0
assert output == ' Node: rh7-1\n Level 1 - blah\n Node: rh7-9\n Level 1 - F1\n', [
output
]
o, r = pcs(temp_cib, "stonith level remove 1")
assert r == 0
assert o == ""
o, r = pcs(temp_cib, "stonith level add 1 rh7-1 F1,F2")
o, r = pcs(temp_cib, "stonith level add 2 rh7-1 F1,F2")
o, r = pcs(temp_cib, "stonith level add 3 rh7-1 F1,F2")
o, r = pcs(temp_cib, "stonith level add 4 rh7-1 F1,F2")
o, r = pcs(temp_cib, "stonith level add 5 rh7-1 F1,F2")
o, r = pcs(temp_cib, "stonith level add 1 rh7-2 F3")
o, r = pcs(temp_cib, "stonith level add 2 rh7-2 F3")
o, r = pcs(temp_cib, "stonith level remove 5 rh7-1")
assert r == 0
assert o == ""
o, r = pcs(temp_cib, "stonith level remove 4 rh7-1 F2")
assert r == 1
assert o == "Error: unable to remove fencing level, fencing level for node: rh7-1, at level: 4, with device: F2 doesn't exist\n"
o, r = pcs(temp_cib, "stonith level remove 4 rh7-1 F1")
assert r == 1
assert o == "Error: unable to remove fencing level, fencing level for node: rh7-1, at level: 4, with device: F1 doesn't exist\n"
o, r = pcs(temp_cib, "stonith level remove 4 rh7-1")
assert r == 0
assert o == ""
o, r = pcs(temp_cib, "stonith level remove 3")
assert r == 0
assert o == ""
o, r = pcs(temp_cib, "stonith level remove 2 F1 F2")
assert r == 0
assert o == ""
o, r = pcs(temp_cib, "stonith level")
assert r == 0
ac(
o,
" Node: rh7-1\n Level 1 - F1,F2\n Node: rh7-2\n Level 1 - F3\n Level 2 - F3\n"
)
o, r = pcs(temp_cib, "stonith level remove 2 F3")
assert r == 0
assert o == ""
o, r = pcs(temp_cib, "stonith level remove 1 rh7-1")
assert r == 0
assert o == ""
o, r = pcs(temp_cib, "stonith level")
assert r == 0
ac(o, " Node: rh7-2\n Level 1 - F3\n")
o, r = pcs(temp_cib, "stonith level add 1 rh7-1 F1,F2")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level clear F4")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level clear F2")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level")
assert r == 0
ac(o,
" Node: rh7-1\n Level 1 - F1,F2\n Node: rh7-2\n Level 1 - F3\n")
o, r = pcs(temp_cib, "stonith level clear F1,F2")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level")
assert r == 0
ac(o, " Node: rh7-2\n Level 1 - F3\n")
o, r = pcs(temp_cib, "stonith level clear")
o, r = pcs(temp_cib, "stonith level")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level add 10 rh7-1 F1")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level add 010 rh7-1 F2")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level")
assert r == 0
ac(o, """\
Node: rh7-1
Level 10 - F1
Level 10 - F2
""")
o, r = pcs(temp_cib, "stonith level clear")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level add 1 rh7-bad F1 --force")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level verify")
assert r == 1
ac(o, "Error: rh7-bad is not currently a node\n")
o, r = pcs(temp_cib, "stonith level clear")
o, r = pcs(temp_cib, "stonith level add 1 rh7-1 F1,FBad --force")
assert r == 0
ac(o, "")
o, r = pcs(temp_cib, "stonith level verify")
assert r == 1
ac(o, "Error: FBad is not a stonith id\n")
o, r = pcs(temp_cib, "cluster verify")
assert r == 1
ac(o, "Error: FBad is not a stonith id\n")
def test_section_del(self):
root = config_parser.Section("")
child1 = config_parser.Section("child1")
child2 = config_parser.Section("child2")
childa1 = config_parser.Section("childA")
childa2 = config_parser.Section("childA")
childa3 = config_parser.Section("childA")
childa4 = config_parser.Section("childA")
childb1 = config_parser.Section("childB")
childb2 = config_parser.Section("childB")
childa1.add_attribute("id", "1")
childa2.add_attribute("id", "2")
childa3.add_attribute("id", "3")
childa4.add_attribute("id", "4")
childb1.add_attribute("id", "5")
childb2.add_attribute("id", "6")
root.add_section(child1)
root.add_section(child2)
child1.add_section(childa1)
child1.add_section(childa2)
child1.add_section(childb1)
child2.add_section(childa3)
child2.add_section(childb2)
child2.add_section(childa4)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
child2 {
childA {
id: 3
}
childB {
id: 6
}
childA {
id: 4
}
}
""")
child2.del_section(childb2)
self.assertEqual(childb2.parent, None)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
child2 {
childA {
id: 3
}
childA {
id: 4
}
}
""")
root.del_section(child2)
self.assertEqual(child2.parent, None)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
""")
self.assertRaises(ValueError, root.del_section, child2)
self.assertEqual(childa1.parent.name, "child1")
self.assertRaises(ValueError, child2.del_section, childa1)
self.assertEqual(childa1.parent.name, "child1")
child1.del_section(childb1)
self.assertEqual(childb1.parent, None)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
}
""")
child1.del_section(childa1)
self.assertEqual(childa1.parent, None)
child1.del_section(childa2)
self.assertEqual(childa2.parent, None)
ac(str(root), """\
child1 {
}
""")
root.del_section(child1)
self.assertEqual(child1.parent, None)
ac(str(root), "")
def testStonithDeleteRemovesLevel(self):
output, returnVal = pcs(temp_cib,
"stonith create n1-ipmi fence_ilo --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-ipmi fence_ilo --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n1-apc1 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n1-apc2 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-apc1 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-apc2 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib,
"stonith create n2-apc3 fence_apc --force")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-1 n1-ipmi")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith level add 2 rh7-1 n1-apc1,n1-apc2,n2-apc2")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith level add 1 rh7-2 n2-ipmi")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(
temp_cib, "stonith level add 2 rh7-2 n2-apc1,n2-apc2,n2-apc3")
self.assertEqual(returnVal, 0)
ac(output, "")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2,n2-apc2
Node: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc2,n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc2")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc2\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc1\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc1,n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc1")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
n2-apc3\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
Level 2 - n2-apc3
""")
output, returnVal = pcs(temp_cib, "stonith delete n2-apc3")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n2-apc3\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc1\t(stonith:fence_apc):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc1,n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
""")
output, returnVal = pcs(temp_cib, "resource delete n1-apc1")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n1-apc1\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
n1-apc2\t(stonith:fence_apc):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Level 2 - n1-apc2
Node: rh7-2
Level 1 - n2-ipmi
""")
output, returnVal = pcs(temp_cib, "resource delete n1-apc2")
self.assertEqual(returnVal, 0)
ac(output, "Deleting Resource - n1-apc2\n")
output, returnVal = pcs(temp_cib, "stonith")
self.assertEqual(returnVal, 0)
ac(
output, """\
n1-ipmi\t(stonith:fence_ilo):\tStopped
n2-ipmi\t(stonith:fence_ilo):\tStopped
Node: rh7-1
Level 1 - n1-ipmi
Node: rh7-2
Level 1 - n2-ipmi
""")
def test_str(self):
root = config_parser.Section("root")
ac(str(root), "")
root.add_attribute("name1", "value1")
ac(str(root), "name1: value1\n")
root.add_attribute("name2", "value2")
root.add_attribute("name2", "value2a")
root.add_attribute("name3", "value3")
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
""")
child1 = config_parser.Section("child1")
root.add_section(child1)
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
}
""")
child1.add_attribute("name1.1", "value1.1")
child1.add_attribute("name1.2", "value1.2")
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
""")
child2 = config_parser.Section("child2")
child2.add_attribute("name2.1", "value2.1")
root.add_section(child2)
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
child2 {
name2.1: value2.1
}
""")
child2a = config_parser.Section("child2a")
child2a.add_attribute("name2.a.1", "value2.a.1")
child2.add_section(child2a)
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
child2 {
name2.1: value2.1
child2a {
name2.a.1: value2.a.1
}
}
""")
child3 = config_parser.Section("child3")
root.add_section(child3)
child3.add_section(config_parser.Section("child3a"))
child3.add_section(config_parser.Section("child3b"))
ac(str(root), """\
name1: value1
name2: value2
name2: value2a
name3: value3
child1 {
name1.1: value1.1
name1.2: value1.2
}
child2 {
name2.1: value2.1
child2a {
name2.a.1: value2.a.1
}
}
child3 {
child3a {
}
child3b {
}
}
""")
def testBadProperties(self):
o,r = pcs(temp_cib, "property set xxxx=zzzz")
self.assertEqual(r, 1)
ac(o,"Error: unknown cluster property: 'xxxx', (use --force to override)\n")
o, _ = pcs(temp_cib, "property list")
ac(o, "Cluster Properties:\n")
output, returnVal = pcs(temp_cib, "property set =5678 --force")
ac(output, "Error: empty property name: '=5678'\n")
self.assertEqual(returnVal, 1)
o, _ = pcs(temp_cib, "property list")
ac(o, "Cluster Properties:\n")
output, returnVal = pcs(temp_cib, "property set =5678")
ac(output, "Error: empty property name: '=5678'\n")
self.assertEqual(returnVal, 1)
o, _ = pcs(temp_cib, "property list")
ac(o, "Cluster Properties:\n")
output, returnVal = pcs(temp_cib, "property set bad_format")
ac(output, "Error: invalid property format: 'bad_format'\n")
self.assertEqual(returnVal, 1)
o, _ = pcs(temp_cib, "property list")
ac(o, "Cluster Properties:\n")
output, returnVal = pcs(temp_cib, "property set bad_format --force")
ac(output, "Error: invalid property format: 'bad_format'\n")
self.assertEqual(returnVal, 1)
o, _ = pcs(temp_cib, "property list")
ac(o, "Cluster Properties:\n")
o,r = pcs(temp_cib, "property unset zzzzz")
self.assertEqual(r, 1)
ac(o,"Error: can't remove property: 'zzzzz' that doesn't exist\n")
o, _ = pcs(temp_cib, "property list")
ac(o, "Cluster Properties:\n")
o,r = pcs(temp_cib, "property unset zzzz --force")
self.assertEqual(r, 0)
ac(o,"")
o, _ = pcs(temp_cib, "property list")
ac(o, "Cluster Properties:\n")
def testUserGroupCreateDeleteWithRoles(self):
o,r = pcs("acl role create role1 read xpath /xpath1/ write xpath /xpath2/")
assert r == 0
ac(o,"")
o,r = pcs("acl role create role2 deny xpath /xpath3/ deny xpath /xpath4/")
assert r == 0
ac(o,"")
o,r = pcs("acl role create role3 read xpath /xpath5/ read xpath /xpath6/")
assert r == 0
ac(o,"")
o, r = pcs("acl user create user1 roleX")
ac(o, "Error: cannot find acl role: roleX\n")
self.assertEqual(1, r)
o, r = pcs("acl user create user1 role1 roleX")
ac(o, "Error: cannot find acl role: roleX\n")
self.assertEqual(1, r)
o, r = pcs("acl group create group1 roleX")
ac(o, "Error: cannot find acl role: roleX\n")
self.assertEqual(1, r)
o, r = pcs("acl group create group1 role1 roleX")
ac(o, "Error: cannot find acl role: roleX\n")
self.assertEqual(1, r)
o, r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
Role: role3
Permission: read xpath /xpath5/ (role3-read)
Permission: read xpath /xpath6/ (role3-read-1)
""")
self.assertEqual(0, r)
o,r = pcs("acl user create user1 role1 role2")
assert r == 0
ac(o,"")
o,r = pcs("acl group create group1 role1 role3")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nUser: user1\n Roles: role1 role2\nGroup: group1\n Roles: role1 role3\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: deny xpath /xpath3/ (role2-deny)\n Permission: deny xpath /xpath4/ (role2-deny-1)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: read xpath /xpath6/ (role3-read-1)\n")
o,r = pcs("acl role create user1")
assert r == 1
ac(o,"Error: 'user1' already exists\n")
o,r = pcs("acl role create group1")
assert r == 1
ac(o,"Error: 'group1' already exists\n")
o,r = pcs("acl role create role1")
assert r == 1
ac(o,"Error: 'role1' already exists\n")
o,r = pcs("acl user create user1")
assert r == 1
ac(o,"Error: user user1 already exists\n")
o,r = pcs("acl user create group1")
assert r == 1
ac(o,"Error: group1 already exists\n")
o,r = pcs("acl user create role1")
assert r == 1
ac(o,"Error: role1 already exists\n")
o,r = pcs("acl group create user1")
assert r == 1
ac(o,"Error: user1 already exists\n")
o,r = pcs("acl group create group1")
assert r == 1
ac(o,"Error: group group1 already exists\n")
o,r = pcs("acl group create role1")
assert r == 1
ac(o,"Error: role1 already exists\n")
o,r = pcs("acl role assign role1 to noexist")
assert r == 1
ac(o,"Error: cannot find user or group: noexist\n")
o,r = pcs("acl role assign noexist to user1")
assert r == 1
ac(o,"Error: cannot find role: noexist\n")
o,r = pcs("acl role assign role3 to user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nUser: user1\n Roles: role1 role2 role3\nGroup: group1\n Roles: role1 role3\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: deny xpath /xpath3/ (role2-deny)\n Permission: deny xpath /xpath4/ (role2-deny-1)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: read xpath /xpath6/ (role3-read-1)\n")
o,r = pcs("acl role unassign noexist from user1")
assert r == 1
ac(o,"Error: cannot find role: noexist, assigned to user/group: user1\n")
o,r = pcs("acl role unassign role3 from noexist")
assert r == 1
ac(o,"Error: cannot find user or group: noexist\n")
o,r = pcs("acl role unassign role3 from user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nUser: user1\n Roles: role1 role2\nGroup: group1\n Roles: role1 role3\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: deny xpath /xpath3/ (role2-deny)\n Permission: deny xpath /xpath4/ (role2-deny-1)\nRole: role3\n Permission: read xpath /xpath5/ (role3-read)\n Permission: read xpath /xpath6/ (role3-read-1)\n")
o,r = pcs("acl role unassign role2 from user1")
assert r == 0
ac(o,"")
o,r = pcs("acl role unassign role1 from user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
Group: group1
Roles: role1 role3
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
Role: role3
Permission: read xpath /xpath5/ (role3-read)
Permission: read xpath /xpath6/ (role3-read-1)
""")
assert r == 0
o,r = pcs("acl role delete role3")
assert r == 0
ac(o,"")
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles:
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role assign role2 to user1")
assert r == 0
ac(o,"")
o,r = pcs("acl")
assert r == 0
ac(o,"ACLs are disabled, run 'pcs acl enable' to enable\n\nUser: user1\n Roles: role2\nGroup: group1\n Roles: role1\nRole: role1\n Permission: read xpath /xpath1/ (role1-read)\n Permission: write xpath /xpath2/ (role1-write)\nRole: role2\n Permission: deny xpath /xpath3/ (role2-deny)\n Permission: deny xpath /xpath4/ (role2-deny-1)\n")
o,r = pcs("acl role assign role1 user1")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role2 role1
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role unassign role2 from user1 --autodelete")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role1
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role unassign role1 from user1 --autodelete")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl user create user1 role1 role2")
ac(o, "")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role1 role2
Group: group1
Roles: role1
Role: role1
Permission: read xpath /xpath1/ (role1-read)
Permission: write xpath /xpath2/ (role1-write)
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
o,r = pcs("acl role delete role1 --autodelete")
ac(o,"")
assert r == 0
o,r = pcs("acl")
ac(o, """\
ACLs are disabled, run 'pcs acl enable' to enable
User: user1
Roles: role2
Role: role2
Permission: deny xpath /xpath3/ (role2-deny)
Permission: deny xpath /xpath4/ (role2-deny-1)
""")
assert r == 0
def test_section_del(self):
root = config_parser.Section("")
child1 = config_parser.Section("child1")
child2 = config_parser.Section("child2")
childa1 = config_parser.Section("childA")
childa2 = config_parser.Section("childA")
childa3 = config_parser.Section("childA")
childa4 = config_parser.Section("childA")
childb1 = config_parser.Section("childB")
childb2 = config_parser.Section("childB")
childa1.add_attribute("id", "1")
childa2.add_attribute("id", "2")
childa3.add_attribute("id", "3")
childa4.add_attribute("id", "4")
childb1.add_attribute("id", "5")
childb2.add_attribute("id", "6")
root.add_section(child1)
root.add_section(child2)
child1.add_section(childa1)
child1.add_section(childa2)
child1.add_section(childb1)
child2.add_section(childa3)
child2.add_section(childb2)
child2.add_section(childa4)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
child2 {
childA {
id: 3
}
childB {
id: 6
}
childA {
id: 4
}
}
""")
child2.del_section(childb2)
self.assertEqual(childb2.parent, None)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
child2 {
childA {
id: 3
}
childA {
id: 4
}
}
""")
root.del_section(child2)
self.assertEqual(child2.parent, None)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
childB {
id: 5
}
}
""")
self.assertRaises(ValueError, root.del_section, child2)
self.assertEqual(childa1.parent.name, "child1")
self.assertRaises(ValueError, child2.del_section, childa1)
self.assertEqual(childa1.parent.name, "child1")
child1.del_section(childb1)
self.assertEqual(childb1.parent, None)
ac(str(root), """\
child1 {
childA {
id: 1
}
childA {
id: 2
}
}
""")
child1.del_section(childa1)
self.assertEqual(childa1.parent, None)
child1.del_section(childa2)
self.assertEqual(childa2.parent, None)
ac(str(root), """\
child1 {
}
""")
root.del_section(child1)
self.assertEqual(child1.parent, None)
ac(str(root), "")
def test_set_property_validation_enum(self):
output, returnVal = pcs(
temp_cib, "property set no-quorum-policy=freeze"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
no-quorum-policy: freeze
"""
)
output, returnVal = pcs(
temp_cib, "property set no-quorum-policy=freeze --force"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
no-quorum-policy: freeze
"""
)
output, returnVal = pcs(
temp_cib, "property set no-quorum-policy=not_valid_value"
)
ac(
output,
"Error: invalid value of property: "
"'no-quorum-policy=not_valid_value', (use --force to override)\n"
)
self.assertEqual(returnVal, 1)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
no-quorum-policy: freeze
"""
)
output, returnVal = pcs(
temp_cib, "property set no-quorum-policy=not_valid_value --force"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
no-quorum-policy: not_valid_value
"""
)
def test_empty(self):
ac(str(config_parser.parse_string("")), "")
def test_set_property_validation_boolean(self):
output, returnVal = pcs(temp_cib, "property set enable-acl=TRUE")
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
enable-acl: TRUE
"""
)
output, returnVal = pcs(temp_cib, "property set enable-acl=no")
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
enable-acl: no
"""
)
output, returnVal = pcs(
temp_cib, "property set enable-acl=TRUE --force"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
enable-acl: TRUE
"""
)
output, returnVal = pcs(
temp_cib, "property set enable-acl=not_valid_value"
)
ac(
output,
"Error: invalid value of property: "
"'enable-acl=not_valid_value', (use --force to override)\n"
)
self.assertEqual(returnVal, 1)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
enable-acl: TRUE
"""
)
output, returnVal = pcs(
temp_cib, "property set enable-acl=not_valid_value --force"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
enable-acl: not_valid_value
"""
)
def test_section(self):
string = """\
section1 {
}\
"""
parsed = """\
section1 {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section1 {
section1a {
}
section1b {
}
}
"""
parsed = """\
section1 {
section1a {
}
section1b {
}
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section1 {
section1a junk1 { junk2
junk3 } junk4
section1b junk5{junk6
junk7}junk8
}
section2 {
section2a {
}
section2b {
}
}
"""
parsed = """\
section1 {
section1a junk1 {
}
section1b junk5 {
}
}
section2 {
section2a {
}
section2b {
}
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
section1 {
section1a {
}
section1b {
}
}
}
"""
self.assertRaises(
config_parser.UnexpectedClosingBraceException,
config_parser.parse_string, string
)
string = """\
section1 {
section1a {
section1b {
}
}
"""
self.assertRaises(
config_parser.MissingClosingBraceException,
config_parser.parse_string, string
)
string = """\
section1 {
"""
self.assertRaises(
config_parser.MissingClosingBraceException,
config_parser.parse_string, string
)
string = """\
}
"""
self.assertRaises(
config_parser.UnexpectedClosingBraceException,
config_parser.parse_string, string
)
def test_set_property_validation_integer(self):
output, returnVal = pcs(
temp_cib, "property set default-resource-stickiness=0"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
default-resource-stickiness: 0
"""
)
output, returnVal = pcs(
temp_cib, "property set default-resource-stickiness=-10"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
default-resource-stickiness: -10
"""
)
output, returnVal = pcs(
temp_cib, "property set default-resource-stickiness=0 --force"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
default-resource-stickiness: 0
"""
)
output, returnVal = pcs(
temp_cib, "property set default-resource-stickiness=0.1"
)
ac(
output,
"Error: invalid value of property: "
"'default-resource-stickiness=0.1', (use --force to override)\n"
)
self.assertEqual(returnVal, 1)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
default-resource-stickiness: 0
"""
)
output, returnVal = pcs(
temp_cib, "property set default-resource-stickiness=0.1 --force"
)
ac(output, "")
self.assertEqual(returnVal, 0)
o, _ = pcs(temp_cib, "property list")
ac(o, """Cluster Properties:
default-resource-stickiness: 0.1
"""
)
def test_full(self):
string = """\
# Please read the corosync.conf.5 manual page
totem {
version: 2
# crypto_cipher and crypto_hash: Used for mutual node authentication.
# If you choose to enable this, then do remember to create a shared
# secret with "corosync-keygen".
# enabling crypto_cipher, requires also enabling of crypto_hash.
crypto_cipher: none
crypto_hash: none
# interface: define at least one interface to communicate
# over. If you define more than one interface stanza, you must
# also set rrp_mode.
interface {
# Rings must be consecutively numbered, starting at 0.
ringnumber: 0
# This is normally the *network* address of the
# interface to bind to. This ensures that you can use
# identical instances of this configuration file
# across all your cluster nodes, without having to
# modify this option.
bindnetaddr: 192.168.1.0
# However, if you have multiple physical network
# interfaces configured for the same subnet, then the
# network address alone is not sufficient to identify
# the interface Corosync should bind to. In that case,
# configure the *host* address of the interface
# instead:
# bindnetaddr: 192.168.1.1
# When selecting a multicast address, consider RFC
# 2365 (which, among other things, specifies that
# 239.255.x.x addresses are left to the discretion of
# the network administrator). Do not reuse multicast
# addresses across multiple Corosync clusters sharing
# the same network.
mcastaddr: 239.255.1.1
# Corosync uses the port you specify here for UDP
# messaging, and also the immediately preceding
# port. Thus if you set this to 5405, Corosync sends
# messages over UDP ports 5405 and 5404.
mcastport: 5405
# Time-to-live for cluster communication packets. The
# number of hops (routers) that this ring will allow
# itself to pass. Note that multicast routing must be
# specifically enabled on most network routers.
ttl: 1
}
}
logging {
# Log the source file and line where messages are being
# generated. When in doubt, leave off. Potentially useful for
# debugging.
fileline: off
# Log to standard error. When in doubt, set to no. Useful when
# running in the foreground (when invoking "corosync -f")
to_stderr: no
# Log to a log file. When set to "no", the "logfile" option
# must not be set.
to_logfile: yes
logfile: /var/log/cluster/corosync.log
# Log to the system log daemon. When in doubt, set to yes.
to_syslog: yes
# Log debug messages (very verbose). When in doubt, leave off.
debug: off
# Log messages with time stamps. When in doubt, set to on
# (unless you are only logging to syslog, where double
# timestamps can be annoying).
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
quorum {
# Enable and configure quorum subsystem (default: off)
# see also corosync.conf.5 and votequorum.5
#provider: corosync_votequorum
}
"""
parsed = """\
totem {
version: 2
crypto_cipher: none
crypto_hash: none
interface {
ringnumber: 0
bindnetaddr: 192.168.1.0
mcastaddr: 239.255.1.1
mcastport: 5405
ttl: 1
}
}
logging {
fileline: off
to_stderr: no
to_logfile: yes
logfile: /var/log/cluster/corosync.log
to_syslog: yes
debug: off
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
quorum {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
string = """\
# Please read the corosync.conf.5 manual page
totem {
version: 2
crypto_cipher: none
crypto_hash: none
interface {
ringnumber: 0
bindnetaddr: 10.16.35.0
mcastport: 5405
ttl: 1
}
transport: udpu
}
logging {
fileline: off
to_logfile: yes
to_syslog: yes
logfile: /var/log/cluster/corosync.log
debug: off
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
nodelist {
node {
ring0_addr: 10.16.35.101
nodeid: 1
}
node {
ring0_addr: 10.16.35.102
nodeid: 2
}
node {
ring0_addr: 10.16.35.103
}
node {
ring0_addr: 10.16.35.104
}
node {
ring0_addr: 10.16.35.105
}
}
quorum {
# Enable and configure quorum subsystem (default: off)
# see also corosync.conf.5 and votequorum.5
#provider: corosync_votequorum
}
"""
parsed = """\
totem {
version: 2
crypto_cipher: none
crypto_hash: none
transport: udpu
interface {
ringnumber: 0
bindnetaddr: 10.16.35.0
mcastport: 5405
ttl: 1
}
}
logging {
fileline: off
to_logfile: yes
to_syslog: yes
logfile: /var/log/cluster/corosync.log
debug: off
timestamp: on
logger_subsys {
subsys: QUORUM
debug: off
}
}
nodelist {
node {
ring0_addr: 10.16.35.101
nodeid: 1
}
node {
ring0_addr: 10.16.35.102
nodeid: 2
}
node {
ring0_addr: 10.16.35.103
}
node {
ring0_addr: 10.16.35.104
}
node {
ring0_addr: 10.16.35.105
}
}
quorum {
}
"""
ac(str(config_parser.parse_string(string)), parsed)
def testNodeProperties(self):
utils.usefile = True
utils.filename = temp_cib
o,r = utils.run(["cibadmin","-M", '--xml-text', '<nodes><node id="1" uname="rh7-1"><instance_attributes id="nodes-1"/></node><node id="2" uname="rh7-2"><instance_attributes id="nodes-2"/></node></nodes>'])
ac(o,"")
assert r == 0
o,r = pcs("property set --node=rh7-1 IP=192.168.1.1")
ac(o,"")
assert r==0
o,r = pcs("property set --node=rh7-2 IP=192.168.2.2")
ac(o,"")
assert r==0
o,r = pcs("property")
ac(o,"Cluster Properties:\nNode Attributes:\n rh7-1: IP=192.168.1.1\n rh7-2: IP=192.168.2.2\n")
assert r==0
o,r = pcs("property set --node=rh7-2 IP=")
ac(o,"")
assert r==0
o,r = pcs("property")
ac(o,"Cluster Properties:\nNode Attributes:\n rh7-1: IP=192.168.1.1\n")
assert r==0
o,r = pcs("property set --node=rh7-1 IP=192.168.1.1")
ac(o,"")
assert r==0
o,r = pcs("property set --node=rh7-2 IP=192.168.2.2")
ac(o,"")
assert r==0
o,r = pcs("property")
ac(o,"Cluster Properties:\nNode Attributes:\n rh7-1: IP=192.168.1.1\n rh7-2: IP=192.168.2.2\n")
assert r==0
o,r = pcs("property unset --node=rh7-1 IP")
ac(o,"")
assert r==0
o,r = pcs("property")
ac(o,"Cluster Properties:\nNode Attributes:\n rh7-2: IP=192.168.2.2\n")
assert r==0
o,r = pcs("property unset --node=rh7-1 IP")
ac(o,"Error: attribute: 'IP' doesn't exist for node: 'rh7-1'\n")
assert r==2
o,r = pcs("property unset --node=rh7-1 IP --force")
ac(o,"")
assert r==0
