def puppet_running():
"""Checks if puppet is running"""
dataDict = {}
(output,
exitCode) = COM.runCommand(["/etc/sensu/plugins/check_puppet_agent"])
dataDict['check'] = 'puppet_running'
dataDict['value'] = output.strip()
return COM.generateOutput(dataDict, exitCode)
def puppet_ssl_expiry_autofix():
"""Copy of the puppet_ssl_expiry definition"""
dataDict = {}
(output, exitCode) = COM.runCommand([
"/etc/sensu/plugins/check-ssl-cert.rb", "-c", "89", "-w", "90", "-P",
"/etc/puppetlabs/puppet/ssl/certs/tukp-sensuserver-2.papt.to.pem"
])
dataDict['check'] = 'puppet_ssl_expiry_autofix'
dataDict['value'] = output.strip()
return COM.generateOutput(dataDict, exitCode)
def puppet_ssl_expiry():
"""Checks if the puppet cert is expiring within the next 80 days"""
dataDict = {}
(output, exitCode) = COM.runCommand([
"/etc/sensu/plugins/check-ssl-cert.rb", "-c", "30", "-w", "80", "-P",
"/etc/puppetlabs/puppet/ssl/certs/tukp-sensuserver-2.papt.to.pem"
])
dataDict['check'] = 'puppet_ssl_expiry'
dataDict['value'] = output.strip()
return COM.generateOutput(dataDict, exitCode)
def FunctionName():
datadict = {}
(output, exitCode) = COM.runCommand([
"<command>", "<param 1>", "<param 2>"
]) # <--- Notice how each parameter is a comma separated string
datadict["check"] = "FunctionName"
datadict["label_name1"] = output.strip()
datadict["label_name2"] = "Thing to record"
# Secondary command example
(output2,
exitCode2) = COM.runCommand(["<supp. Command>", "<param3>", "<param4>"])
datadict["label_name3"] = output2.strip()
return COM.generateOutput(datadict, exitCode)
''' # ================================================================== # Constraints # ================================================================== for i in V: m.addConstr(quicksum(decvarx[k] for k in Ko[i]) - quicksum(decvarx[k] for k in Kt[i]) == b[i], "Constr.1.%d" % (i)) # ================================================================= g.append(1) # ================================================================= ''' places an upper bound on decvarx[k], or labeled already within the decision variable definition for k in range(1, n+1): m.addConstr(decvarx[k] <= u[k], "Constr.2.%d" %(k)) # ================================================================= g.append(2) # ================================================================= ''' # m.optimize() <--- We won't need to actually solve these problems # ================================================================= # Call our package to generate our required information: m.update() common.generateOutput(m, g, dprime, n, args["folder"], args["label"], bool(args["displayImages"])) # =================================================================
def Whoami():
datadict = {}
(output, exitCode) = COM.runCommand(["whoami"])
datadict["check"] = "Whoami"
datadict["user"] = output.strip()
return COM.generateOutput(datadict, exitCode)
def Tree():
datadict = {}
(output, exitCode) = COM.runCommand(["tree", "./", "--charset=ascii"])
datadict["check"] = "Tree"
datadict["data"] = output.strip()
return COM.generateOutput(datadict, exitCode)
def Pwd():
datadict = {}
(output, exitCode) = COM.runCommand(["pwd"])
datadict["check"] = "Pwd"
datadict["pwd"] = output.strip()
return COM.generateOutput(datadict, exitCode)
