def setup_oids(self):
self.csmTable = testagent.Table(
oidstr="INRADIOS::csmMonitoringTable",
indexes=[testagent.Integer32()],
columns=[(1, testagent.DisplayString("")),
(2, testagent.DisplayString("")),
(3, testagent.DisplayString("")),
(4, testagent.DisplayString("")),
(5, testagent.Integer32(0)),
(6, testagent.DisplayString("")),
(7, testagent.DisplayString("")),
(8, testagent.DisplayString("")),
(9, testagent.DisplayString("")),
(10, testagent.DisplayString("")),
(11, testagent.DisplayString(""))],
)
def test_oids_minimal():
simulation.add_row(3, {
5: testagent.Integer32(2),
7: testagent.DisplayString("NaN"),
8: testagent.DisplayString("NaN"),
9: testagent.DisplayString("1.9"),
10: testagent.DisplayString("1.5"),
})
expected = ("OK - Measurement ID 3 = n/a (last update: n/a)\n")
p = subprocess.Popen("health_monitoring_plugins/check_snmp_inradios_csm/check_snmp_inradios_csm.py -H localhost:1234 -V 2 -C public -i 3",
shell=True, stdout=subprocess.PIPE, stderr=subprocess.STDOUT, env=context.testenv)
plugin_out = p.stdout.read()
assert(plugin_out == expected)
def test_simple_ok():
simulation.add_row(
1, {
1:
testagent.DisplayString(
"Monitors the SNR by Spectrum Data of the Carrier"),
2:
testagent.DisplayString("2.1"),
3:
testagent.DisplayString("18.05.2018 08:47:29"),
4:
testagent.DisplayString(
"Center-Frequency: 1.501 GHz; Bandwidth: 2.048 MHz; Attenuation: 3 dB;"
),
5:
testagent.Integer32(2),
6:
testagent.DisplayString("dB"),
7:
testagent.DisplayString("NaN"),
8:
testagent.DisplayString("NaN"),
9:
testagent.DisplayString("1.9"),
10:
testagent.DisplayString("1.5"),
11:
testagent.DisplayString("Test2")
})
expected = (
"OK - Test2 = 2.1 dB (last update: 08:47:29) | 'Test2'=2.1dB;~:1.9;~:1.5;;\n"
"Center-Frequency: 1.501 GHz\n"
"Bandwidth: 2.048 MHz\n"
"Attenuation: 3 dB\n"
"Last update: 18.05.2018 08:47:29\n")
p = subprocess.Popen(
"health_monitoring_plugins/check_snmp_inradios_csm/check_snmp_inradios_csm.py -H localhost:1234 -V 2 -C public -i 1",
shell=True,
stdout=subprocess.PIPE,
stderr=subprocess.STDOUT,
env=context.testenv)
plugin_out = p.stdout.read()
assert (plugin_out == expected)
def add_row(self, row_idx, columns):
csmTableRow1 = self.csmTable.addRow([testagent.Integer32(row_idx)])
for colid in columns:
csmTableRow1.setRowCell(colid, columns[colid]),
def setup_oids():
singleIdxTable = testagent.Table(
oidstr = "TEST-MIB::singleIdxTable",
indexes = [
testagent.DisplayString()
],
columns = [
(2, testagent.DisplayString("")),
(3, testagent.Integer32(0))
],
)
singleIdxTableRow1 = singleIdxTable.addRow([testagent.DisplayString("ThisIsRow1")])
singleIdxTableRow1.setRowCell(2, testagent.DisplayString("ContentOfRow1_Column1 " + ascii_test_string))
singleIdxTableRow1.setRowCell(3, testagent.Integer32(1))
singleIdxTableRow2 = singleIdxTable.addRow([testagent.DisplayString("ThisIsRow2")])
singleIdxTableRow2.setRowCell(2, testagent.DisplayString("ContentOfRow2_Column1 " + ascii_test_string))
singleIdxTableRow2.setRowCell(3, testagent.Integer32(2))
singleIdxTableRow3 = singleIdxTable.addRow([testagent.DisplayString("ThisIsRow3")])
singleIdxTableRow3.setRowCell(2, testagent.DisplayString("ContentOfRow3_Column1 " + ascii_test_string))
singleIdxTableRow3.setRowCell(3, testagent.Integer32(3))
singleIdxTableRow4 = singleIdxTable.addRow([testagent.DisplayString(ascii_test_string)])
singleIdxTableRow4.setRowCell(2, testagent.DisplayString("ContentOfRow4_Column1 " + ascii_test_string))
singleIdxTableRow4.setRowCell(3, testagent.Integer32(3))
multiIdxTable = testagent.Table(
oidstr = "TEST-MIB::multiIdxTable",
indexes = [
testagent.DisplayString(),
testagent.Integer32(),
],
columns = [
(3, testagent.DisplayString("")),
(4, testagent.Integer32(0))
],
)
multiIdxTableRow1 = multiIdxTable.addRow([testagent.DisplayString("ThisIsRow1"), testagent.Integer32(1)])
multiIdxTableRow1.setRowCell(3, testagent.DisplayString("ContentOfRow1.1_Column1"))
multiIdxTableRow1.setRowCell(4, testagent.Integer32(1))
multiIdxTableRow2 = multiIdxTable.addRow([testagent.DisplayString("ThisIsRow1"), testagent.Integer32(2)])
multiIdxTableRow2.setRowCell(3, testagent.DisplayString("ContentOfRow1.2_Column1"))
multiIdxTableRow2.setRowCell(4, testagent.Integer32(2))
multiIdxTableRow3 = multiIdxTable.addRow([testagent.DisplayString("ThisIsRow2"), testagent.Integer32(1)])
multiIdxTableRow3.setRowCell(3, testagent.DisplayString("ContentOfRow2.1_Column1"))
multiIdxTableRow3.setRowCell(4, testagent.Integer32(3))
multiIdxTableRow3 = multiIdxTable.addRow([testagent.DisplayString("ThisIsRow2"), testagent.Integer32(2)])
multiIdxTableRow3.setRowCell(3, testagent.DisplayString("ContentOfRow2.2_Column1"))
multiIdxTableRow3.setRowCell(4, testagent.Integer32(4))
ipaddrIdxTable = testagent.Table(
oidstr = "TEST-MIB::ipaddrIdxTable",
indexes = [
testagent.IpAddress()
],
columns = [
(2, testagent.DisplayString("Default")),
(3, testagent.IpAddress("0.0.0.0"))
],
)
ipaddrIdxTableRow1 = ipaddrIdxTable.addRow([testagent.IpAddress("192.168.0.1")])
ipaddrIdxTableRow1.setRowCell(2, testagent.DisplayString("ContentOfRow1_Column1"))
ipaddrIdxTableRow1.setRowCell(3, testagent.IpAddress("192.168.0.1"))
ipaddrIdxTableRow2 = ipaddrIdxTable.addRow([testagent.IpAddress("192.168.0.2")])
ipaddrIdxTableRow2.setRowCell(2, testagent.DisplayString("ContentOfRow2_Column1"))
ipaddrIdxTableRow2.setRowCell(3, testagent.IpAddress("192.168.0.2"))
ipaddrIdxTableRow3 = ipaddrIdxTable.addRow([testagent.IpAddress("192.168.0.3")])
ipaddrIdxTableRow3.setRowCell(2, testagent.DisplayString("ContentOfRow3_Column1"))
ipaddrIdxTableRow3.setRowCell(3, testagent.IpAddress("192.168.0.3"))
