def test_generate():
saved_out = sys.stdout
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap, "-a createconf -pn inexistant".split())
assert_raises(SystemExit, slam_cli.generate, args)
args = slam_cli.parse_args(ap, "-a create -pn test4 -p 1.2.3.0/24".split())
slam_cli.create(args)
args = slam_cli.parse_args(
ap, "-a create -pn test4 -H host4-1 -H host4-2".split())
slam_cli.create(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a createconf -pn test4 bind -o -".split())
slam_cli.generate(args)
saved_out.write("@@@@" + sys.stdout.getvalue() + "@@@")
assert (sys.stdout.getvalue(
) == "\n; This section will be automatically generated by SLAM any manual "
+ "change will\n; be overwritten on the next generation of this " +
"file.\n; Pool test4 (range: 1.2.3.0/24)\n" +
"host4-1\t1D\tIN\tA\t1.2.3.0\n" + "host4-2\t1D\tIN\tA\t1.2.3.1\n" +
"; END of section automatically generated by SLAM\n")
args = slam_cli.parse_args(ap, "-a createconf bind -o /tmp".split())
assert_raises(SystemExit, slam_cli.generate, args)
sys.stdout = saved_out
def test_generate():
saved_out = sys.stdout
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap, "-a createconf -pn inexistant".split())
assert_raises(SystemExit, slam_cli.generate, args)
args = slam_cli.parse_args(ap, "-a create -pn test4 -p 1.2.3.0/24".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap,
"-a create -pn test4 -H host4-1 -H host4-2".split())
slam_cli.create(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a createconf -pn test4 bind -o -".split())
slam_cli.generate(args)
saved_out.write("@@@@" + sys.stdout.getvalue() + "@@@")
assert(sys.stdout.getvalue() ==
"\n; This section will be automatically generated by SLAM any manual "
+ "change will\n; be overwritten on the next generation of this "
+ "file.\n; Pool test4 (range: 1.2.3.0/24)\n"
+ "host4-1\t1D\tIN\tA\t1.2.3.0\n"
+ "host4-2\t1D\tIN\tA\t1.2.3.1\n"
+ "; END of section automatically generated by SLAM\n")
args = slam_cli.parse_args(ap, "-a createconf bind -o /tmp".split())
assert_raises(SystemExit, slam_cli.generate, args)
sys.stdout = saved_out
def test_list_generator():
saved_out = sys.stdout
ap = slam_cli.init_argparser()
generator.Config.objects.all().delete()
args = slam_cli.parse_args(ap, "-a create -g bindgen bind -o -".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, (
"-a create -g quatgen quattor -o /tmp/out --header hdr --footer ftr " +
"--checkfile checkf1 --checkfile checkf2").split())
slam_cli.create(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -g quatgen".split())
slam_cli.list_(args)
assert (sys.stdout.getvalue() == "quatt generator: quatgen\n" +
' output file: "/tmp/out"\n' + ' header file: "hdr"\n' +
' footer file: "ftr"\n' + ' check files: "checkf1, checkf2"\n')
sys.stdout = StringIO.StringIO()
arglist = "-a list -g".split()
arglist.append("")
args = slam_cli.parse_args(ap, arglist)
slam_cli.list_(args)
assert (sys.stdout.getvalue() == "bindgen (bind), output file: \"-\"\n" +
"quatgen (quatt), output file: \"/tmp/out\"\n")
sys.stdout = saved_out
def test_list_generator():
saved_out = sys.stdout
ap = slam_cli.init_argparser()
generator.Config.objects.all().delete()
args = slam_cli.parse_args(ap, "-a create -g bindgen bind -o -".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap,
("-a create -g quatgen quattor -o /tmp/out --header hdr --footer ftr "
+ "--checkfile checkf1 --checkfile checkf2").split())
slam_cli.create(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -g quatgen".split())
slam_cli.list_(args)
assert(sys.stdout.getvalue() == "quatt generator: quatgen\n"
+ ' output file: "/tmp/out"\n'
+ ' header file: "hdr"\n'
+ ' footer file: "ftr"\n'
+ ' check files: "checkf1, checkf2"\n')
sys.stdout = StringIO.StringIO()
arglist = "-a list -g".split()
arglist.append("")
args = slam_cli.parse_args(ap, arglist)
slam_cli.list_(args)
assert(sys.stdout.getvalue() == "bindgen (bind), output file: \"-\"\n"
+ "quatgen (quatt), output file: \"/tmp/out\"\n")
sys.stdout = saved_out
def test_delete():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap, "-a delete -pn inexistant".split())
assert_raises(SystemExit, slam_cli.delete, args)
return
args = slam_cli.parse_args(ap,
"-a create -pn test3 -p 172.16.0.0/12".split())
slam_cli.create(args)
assert Pool.objects.filter(name="test3").count() == 1
args = slam_cli.parse_args(ap, "-a delete -pn test3".split())
slam_cli.delete(args)
assert Pool.objects.filter(name="test3").count() == 0
args = slam_cli.parse_args(ap,
"-a create -pn test3 -p 172.16.0.0/12".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, "-a create -pn test3 -A 172.16.0.3".split())
slam_cli.create(args)
assert Address.objects.filter(addr="172.16.0.3").count() == 1
args = slam_cli.parse_args(ap, "-a delete -pn test3 -A 172.16.0.3".split())
slam_cli.delete(args)
assert Address.objects.filter(addr="172.16.0.3").count() == 0
args = slam_cli.parse_args(ap, "-a create -pn test3 -H host3-1".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, "-a get -pn test3 -H host3-1".split())
slam_cli.create(args)
assert Address.objects.filter(pool__name="test3").count() == 2
args = slam_cli.parse_args(ap, "-a delete -pn test3 -H host3-1".split())
slam_cli.delete(args)
assert Address.objects.filter(pool__name="test3").count() == 0
def test_delete():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap, "-a delete -pn inexistant".split())
assert_raises(SystemExit, slam_cli.delete, args)
return
args = slam_cli.parse_args(ap,
"-a create -pn test3 -p 172.16.0.0/12".split())
slam_cli.create(args)
assert Pool.objects.filter(name="test3").count() == 1
args = slam_cli.parse_args(ap, "-a delete -pn test3".split())
slam_cli.delete(args)
assert Pool.objects.filter(name="test3").count() == 0
args = slam_cli.parse_args(ap,
"-a create -pn test3 -p 172.16.0.0/12".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, "-a create -pn test3 -A 172.16.0.3".split())
slam_cli.create(args)
assert Address.objects.filter(addr="172.16.0.3").count() == 1
args = slam_cli.parse_args(ap, "-a delete -pn test3 -A 172.16.0.3".split())
slam_cli.delete(args)
assert Address.objects.filter(addr="172.16.0.3").count() == 0
args = slam_cli.parse_args(ap, "-a create -pn test3 -H host3-1".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, "-a get -pn test3 -H host3-1".split())
slam_cli.create(args)
assert Address.objects.filter(pool__name="test3").count() == 2
args = slam_cli.parse_args(ap, "-a delete -pn test3 -H host3-1".split())
slam_cli.delete(args)
assert Address.objects.filter(pool__name="test3").count() == 0
def test_parse_args():
ap = slam_cli.init_argparser()
ns = slam_cli.parse_args(ap, "-a list".split())
assert ns.action == "list"
assert not ns.random
ns = slam_cli.parse_args(ap, "-a create -pn foo -r -H slamserver".split())
assert ns.random
assert_raises(SystemExit, slam_cli.parse_args, ap, "".split())
assert_raises(SystemExit, slam_cli.parse_args, ap,
"--action list -a delete".split())
assert_raises(SystemExit, slam_cli.parse_args, ap, "-a wrong".split())
assert_raises(SystemExit, slam_cli.parse_args, ap,
"-a list -a create".split())
assert_raises(SystemExit, slam_cli.parse_args, ap, "--po poolname".split())
assert_raises(SystemExit, slam_cli.parse_args, ap,
"-pn poolname -pn bar".split())
def test_parse_args():
ap = slam_cli.init_argparser()
ns = slam_cli.parse_args(ap, "-a list".split())
assert ns.action == "list"
assert not ns.random
ns = slam_cli.parse_args(ap, "-a create -pn foo -r -H slamserver".split())
assert ns.random
assert_raises(SystemExit, slam_cli.parse_args, ap, "".split())
assert_raises(SystemExit, slam_cli.parse_args, ap,
"--action list -a delete".split())
assert_raises(SystemExit, slam_cli.parse_args, ap, "-a wrong".split())
assert_raises(SystemExit, slam_cli.parse_args, ap,
"-a list -a create".split())
assert_raises(SystemExit, slam_cli.parse_args, ap, "--po poolname".split())
assert_raises(SystemExit, slam_cli.parse_args, ap,
"-pn poolname -pn bar".split())
def test_modify():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(
ap, "-a create -pn modifytest1 -p fe80::/64".split())
slam_cli.create(args)
assert (Pool.objects.filter(name="modifytest1").count() == 1
and Pool.objects.filter(name="modifytest2").count() == 0)
args = slam_cli.parse_args(ap,
"-a modify -pn modifytest1 modifytest2".split())
slam_cli.modify(args)
assert (Pool.objects.filter(name="modifytest1").count() == 0
and Pool.objects.filter(name="modifytest2").count() == 1)
args = slam_cli.parse_args(
ap, "-a create -pn modifytest2 -H modifyhost1".split())
slam_cli.create(args)
assert (Host.objects.filter(name="modifyhost1").count() == 1
and Host.objects.filter(name="modifyhost2").count() == 0)
args = slam_cli.parse_args(ap,
"-a modify -H modifyhost1 modifyhost2".split())
slam_cli.modify(args)
assert (Host.objects.filter(name="modifyhost1").count() == 0
and Host.objects.filter(name="modifyhost2").count() == 1)
args = slam_cli.parse_args(ap, "-a modify -H modifyhost2".split())
assert_raises(SystemExit, slam_cli.modify, args)
args = slam_cli.parse_args(ap, "-a modify -pn inexistant".split())
assert_raises(SystemExit, slam_cli.modify, args)
def test_modify():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap,
"-a create -pn modifytest1 -p fe80::/64".split())
slam_cli.create(args)
assert(Pool.objects.filter(name="modifytest1").count() == 1
and Pool.objects.filter(name="modifytest2").count() == 0)
args = slam_cli.parse_args(ap,
"-a modify -pn modifytest1 modifytest2".split())
slam_cli.modify(args)
assert(Pool.objects.filter(name="modifytest1").count() == 0
and Pool.objects.filter(name="modifytest2").count() == 1)
args = slam_cli.parse_args(ap,
"-a create -pn modifytest2 -H modifyhost1".split())
slam_cli.create(args)
assert(Host.objects.filter(name="modifyhost1").count() == 1
and Host.objects.filter(name="modifyhost2").count() == 0)
args = slam_cli.parse_args(ap,
"-a modify -H modifyhost1 modifyhost2".split())
slam_cli.modify(args)
assert(Host.objects.filter(name="modifyhost1").count() == 0
and Host.objects.filter(name="modifyhost2").count() == 1)
args = slam_cli.parse_args(ap, "-a modify -H modifyhost2".split())
assert_raises(SystemExit, slam_cli.modify, args)
args = slam_cli.parse_args(ap, "-a modify -pn inexistant".split())
assert_raises(SystemExit, slam_cli.modify, args)
def test_list():
saved_out = sys.stdout
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap, "-a list -pn inexistant".split())
assert_raises(SystemExit, slam_cli.list_, args)
args = slam_cli.parse_args(ap, "-a list -H inexistant".split())
assert_raises(SystemExit, slam_cli.list_, args)
args = slam_cli.parse_args(ap, "-a list -A inexistant".split())
assert_raises(SystemExit, slam_cli.list_, args)
args = slam_cli.parse_args(ap,
"-a create -pn test1 -p 192.168.0.0/16".split())
slam_cli.create(args)
args = slam_cli.parse_args(
ap, ("-a create -H host1 -pn test1 -m mac-1 " +
"--alias alias1 --alias alias2 --serial srlnm " +
"--inventory invnum --nodns").split())
slam_cli.create(args)
args = slam_cli.parse_args(
ap, "-a modify -A 192.168.0.0 --comment comment".split())
slam_cli.modify(args)
args = slam_cli.parse_args(ap, "-a list".split())
slam_cli.list_(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -pn test1".split())
slam_cli.list_(args)
assert (sys.stdout.getvalue() ==
'Pool: test1 (range: 192.168.0.0/16), 1/65536 (0%)\n' +
'192.168.0.0\t\thost1\n')
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -H host1".split())
slam_cli.list_(args)
assert (
sys.stdout.getvalue() == 'Host host1, mac: mac-1' +
'\nSerial number: srlnm\nInventory number: invnum\n' +
'Alias: alias1, alias2\nNODNS\nAddress 192.168.0.0 (pool: test1)\n')
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -A 192.168.0.0".split())
slam_cli.list_(args)
assert (sys.stdout.getvalue() == 'Address: 192.168.0.0\n' +
'\tPool: test1 (range: 192.168.0.0/16)\n' + '\tHost: host1\n' +
'\tComment:\ncomment\n')
args = slam_cli.parse_args(ap, "-a setprop -pn test1 building=200".split())
slam_cli.set_(args)
args = slam_cli.parse_args(ap, "-a setprop -H host1 building=333".split())
slam_cli.set_(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list building".split())
slam_cli.list_(args)
args = slam_cli.parse_args(ap, "-a list building=333".split())
slam_cli.list_(args)
args = slam_cli.parse_args(ap, "-a list building=200".split())
slam_cli.list_(args)
assert (sys.stdout.getvalue() == "Pool: test1 (range: 192.168.0.0/16)\n" +
"Host: host1\n" + "Host: host1\n" +
"Pool: test1 (range: 192.168.0.0/16)\n")
args = slam_cli.parse_args(ap, "-a create -g quatgen -o - quattor".split())
slam_cli.create(args)
arglist = "-a list -g".split()
arglist.append("")
args = slam_cli.parse_args(ap, arglist)
sys.stdout = StringIO.StringIO()
slam_cli.list_(args)
assert (sys.stdout.getvalue() == "quatgen (quatt), output file: \"-\"\n")
sys.stdout = saved_out
def test_property():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(
ap, "-a create -pn prop-pool -p 10.250.0.0/16".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap,
"-a setprop -pn prop-pool prop1=val1".split())
slam_cli.set_(args)
prop = Property.objects.get(pool__name="prop-pool", name="prop1")
assert prop.value == "val1"
args = slam_cli.parse_args(ap,
"-a setprop -pn prop-pool prop1=val2".split())
slam_cli.set_(args)
prop = Property.objects.get(pool__name="prop-pool", name="prop1")
assert str(prop) == "prop1: val2"
args = slam_cli.parse_args(ap,
"-a create -pn prop-pool -H hostprop".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, "-a setprop -H hostprop prop3=val3".split())
slam_cli.set_(args)
prop = Property.objects.get(host__name="hostprop", name="prop3")
assert prop.value == "val3"
args = slam_cli.parse_args(ap, "-a setprop -H hostprop prop3=val4".split())
slam_cli.set_(args)
prop = Property.objects.get(host__name="hostprop", name="prop3")
assert prop.value == "val4"
assert Property.objects.filter(host__name="hostprop").count() == 1
args = slam_cli.parse_args(ap, "-a rmprop -H hostprop prop3".split())
slam_cli.set_(args)
assert Property.objects.filter(host__name="hostprop").count() == 0
assert Property.objects.filter(pool__name="prop-pool").count() == 1
args = slam_cli.parse_args(ap, "-a rmprop -pn prop-pool prop1".split())
slam_cli.set_(args)
assert Property.objects.filter(pool__name="prop-pool").count() == 0
args = slam_cli.parse_args(ap, "-a rmprop foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a rmprop -pn inexistant foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a rmprop -H inexistant foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a setprop -H whatever foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a setprop -pn inexistant foo=bar".split())
assert_raises(SystemExit, slam_cli.set_, args)
def test_create():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(
ap, "-a create -pn inexistant -H hostrandom".split())
assert_raises(SystemExit, slam_cli.create, args)
args = slam_cli.parse_args(ap, "-a create -pn testfail -p 192.168".split())
assert_raises(SystemExit, slam_cli.create, args)
args = slam_cli.parse_args(ap, "-a create -H newhost".split())
slam_cli.create(args)
assert Host.objects.filter(name="newhost").count() == 1
args = slam_cli.parse_args(ap, "-a create -pn test2 -p 10.0.0.0/8".split())
slam_cli.create(args)
assert Pool.objects.filter(name="test2").count() == 1
args = slam_cli.parse_args(ap, "-a create -H host2 -pn test2".split())
slam_cli.create(args)
assert Address.objects.filter(host__name="host2").count() == 1
args = slam_cli.parse_args(
ap, "-a get -H host2 -pn test2 -A 10.50.50.50".split())
slam_cli.get(args)
assert Address.objects.filter(host__name="host2").count() == 2
args = slam_cli.parse_args(ap, "-a get -H host2 -pn test2".split())
slam_cli.get(args)
assert Address.objects.filter(host__name="host2").count() == 3
assert Address.objects.filter(addr="10.100.10.100").count() == 0
args = slam_cli.parse_args(ap,
"-a create -pn test2 -A 10.100.10.100".split())
slam_cli.create(args)
assert Address.objects.filter(addr="10.100.10.100").count() == 1
args = slam_cli.parse_args(
ap, "-a create -pn testcat -p 4.5.0.0/16 -c server".split())
slam_cli.create(args)
assert Pool.objects.filter(category="server").count() == 1
args = slam_cli.parse_args(ap, "-a create -H hostcat -c server".split())
slam_cli.create(args)
assert Address.objects.get(host__name="hostcat").pool.category == "server"
args = slam_cli.parse_args(ap, "-a get -pn inexistant".split())
assert_raises(SystemExit, slam_cli.create, args)
args = slam_cli.parse_args(ap, "-a get".split())
assert_raises(SystemExit, slam_cli.create, args)
def test_list():
saved_out = sys.stdout
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap, "-a list -pn inexistant".split())
assert_raises(SystemExit, slam_cli.list_, args)
args = slam_cli.parse_args(ap, "-a list -H inexistant".split())
assert_raises(SystemExit, slam_cli.list_, args)
args = slam_cli.parse_args(ap, "-a list -A inexistant".split())
assert_raises(SystemExit, slam_cli.list_, args)
args = slam_cli.parse_args(ap,
"-a create -pn test1 -p 192.168.0.0/16".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, ("-a create -H host1 -pn test1 -m mac-1 "
+ "--alias alias1 --alias alias2 --serial srlnm "
+ "--inventory invnum --nodns").split())
slam_cli.create(args)
args = slam_cli.parse_args(ap,
"-a modify -A 192.168.0.0 --comment comment".split())
slam_cli.modify(args)
args = slam_cli.parse_args(ap, "-a list".split())
slam_cli.list_(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -pn test1".split())
slam_cli.list_(args)
assert(sys.stdout.getvalue() ==
'Pool: test1 (range: 192.168.0.0/16), 1/65536 (0%)\n' +
'192.168.0.0\t\thost1\n')
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -H host1".split())
slam_cli.list_(args)
assert(sys.stdout.getvalue() == 'Host host1, mac: mac-1'
+ '\nSerial number: srlnm\nInventory number: invnum\n'
+ 'Alias: alias1, alias2\nNODNS\nAddress 192.168.0.0 (pool: test1)\n')
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list -A 192.168.0.0".split())
slam_cli.list_(args)
assert(sys.stdout.getvalue() ==
'Address: 192.168.0.0\n'
+ '\tPool: test1 (range: 192.168.0.0/16)\n'
+ '\tHost: host1\n'
+ '\tComment:\ncomment\n')
args = slam_cli.parse_args(ap, "-a setprop -pn test1 building=200".split())
slam_cli.set_(args)
args = slam_cli.parse_args(ap, "-a setprop -H host1 building=333".split())
slam_cli.set_(args)
sys.stdout = StringIO.StringIO()
args = slam_cli.parse_args(ap, "-a list building".split())
slam_cli.list_(args)
args = slam_cli.parse_args(ap, "-a list building=333".split())
slam_cli.list_(args)
args = slam_cli.parse_args(ap, "-a list building=200".split())
slam_cli.list_(args)
assert(sys.stdout.getvalue() ==
"Pool: test1 (range: 192.168.0.0/16)\n"
+ "Host: host1\n"
+ "Host: host1\n"
+ "Pool: test1 (range: 192.168.0.0/16)\n")
args = slam_cli.parse_args(ap, "-a create -g quatgen -o - quattor".split())
slam_cli.create(args)
arglist = "-a list -g".split()
arglist.append("")
args = slam_cli.parse_args(ap, arglist)
sys.stdout = StringIO.StringIO()
slam_cli.list_(args)
assert(sys.stdout.getvalue() ==
"quatgen (quatt), output file: \"-\"\n")
sys.stdout = saved_out
def test_property():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap,
"-a create -pn prop-pool -p 10.250.0.0/16".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap,
"-a setprop -pn prop-pool prop1=val1".split())
slam_cli.set_(args)
prop = Property.objects.get(pool__name="prop-pool", name="prop1")
assert prop.value == "val1"
args = slam_cli.parse_args(ap,
"-a setprop -pn prop-pool prop1=val2".split())
slam_cli.set_(args)
prop = Property.objects.get(pool__name="prop-pool", name="prop1")
assert str(prop) == "prop1: val2"
args = slam_cli.parse_args(ap,
"-a create -pn prop-pool -H hostprop".split())
slam_cli.create(args)
args = slam_cli.parse_args(ap, "-a setprop -H hostprop prop3=val3".split())
slam_cli.set_(args)
prop = Property.objects.get(host__name="hostprop", name="prop3")
assert prop.value == "val3"
args = slam_cli.parse_args(ap, "-a setprop -H hostprop prop3=val4".split())
slam_cli.set_(args)
prop = Property.objects.get(host__name="hostprop", name="prop3")
assert prop.value == "val4"
assert Property.objects.filter(host__name="hostprop").count() == 1
args = slam_cli.parse_args(ap, "-a rmprop -H hostprop prop3".split())
slam_cli.set_(args)
assert Property.objects.filter(host__name="hostprop").count() == 0
assert Property.objects.filter(pool__name="prop-pool").count() == 1
args = slam_cli.parse_args(ap, "-a rmprop -pn prop-pool prop1".split())
slam_cli.set_(args)
assert Property.objects.filter(pool__name="prop-pool").count() == 0
args = slam_cli.parse_args(ap, "-a rmprop foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a rmprop -pn inexistant foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a rmprop -H inexistant foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a setprop -H whatever foo".split())
assert_raises(SystemExit, slam_cli.set_, args)
args = slam_cli.parse_args(ap, "-a setprop -pn inexistant foo=bar".split())
assert_raises(SystemExit, slam_cli.set_, args)
def test_create():
ap = slam_cli.init_argparser()
args = slam_cli.parse_args(ap,
"-a create -pn inexistant -H hostrandom".split())
assert_raises(SystemExit, slam_cli.create, args)
args = slam_cli.parse_args(ap, "-a create -pn testfail -p 192.168".split())
assert_raises(SystemExit, slam_cli.create, args)
args = slam_cli.parse_args(ap, "-a create -H newhost".split())
slam_cli.create(args)
assert Host.objects.filter(name="newhost").count() == 1
args = slam_cli.parse_args(ap, "-a create -pn test2 -p 10.0.0.0/8".split())
slam_cli.create(args)
assert Pool.objects.filter(name="test2").count() == 1
args = slam_cli.parse_args(ap, "-a create -H host2 -pn test2".split())
slam_cli.create(args)
assert Address.objects.filter(host__name="host2").count() == 1
args = slam_cli.parse_args(ap,
"-a get -H host2 -pn test2 -A 10.50.50.50".split())
slam_cli.get(args)
assert Address.objects.filter(host__name="host2").count() == 2
args = slam_cli.parse_args(ap, "-a get -H host2 -pn test2".split())
slam_cli.get(args)
assert Address.objects.filter(host__name="host2").count() == 3
assert Address.objects.filter(addr="10.100.10.100").count() == 0
args = slam_cli.parse_args(ap,
"-a create -pn test2 -A 10.100.10.100".split())
slam_cli.create(args)
assert Address.objects.filter(addr="10.100.10.100").count() == 1
args = slam_cli.parse_args(ap,
"-a create -pn testcat -p 4.5.0.0/16 -c server".split())
slam_cli.create(args)
assert Pool.objects.filter(category="server").count() == 1
args = slam_cli.parse_args(ap, "-a create -H hostcat -c server".split())
slam_cli.create(args)
assert Address.objects.get(host__name="hostcat").pool.category == "server"
args = slam_cli.parse_args(ap, "-a get -pn inexistant".split())
assert_raises(SystemExit, slam_cli.create, args)
args = slam_cli.parse_args(ap, "-a get".split())
assert_raises(SystemExit, slam_cli.create, args)