class job(model.RootObjectModel):
#@doc name of the object
name = model.String(thrift_id=1)
#@doc description of the object
description = model.String(thrift_id=2)
#@doc actionname e.g. machine.start, can be "" if job not result of an action
actionName = model.String(thrift_id=3)
#@doc error message which is userfriendly for user to see
userErrormsg = model.String(thrift_id=4)
#@doc error message only for internal usage
internalErrormsg = model.String(thrift_id=5)
#@doc max duration in seconds
maxduration = model.Integer(thrift_id=6)
#@doc guid of the parent job
parentjobguid = model.GUID(thrift_id=7)
#@doc status of the job
jobstatus = model.Enumeration(jobstatus,thrift_id=8)
#@doc the date and time when the job is started
starttime = model.DateTime(thrift_id=9)
#@doc the date and time when the job has finished
endtime = model.DateTime(thrift_id=10)
#@doc guid of the cloud user who has initiated the job
clouduserguid = model.GUID(thrift_id=11)
#@doc Guid of the agent that executed this job
agentguid = model.String(thrift_id=12)
#@doc incremental nr for this job inside the parent job
order = model.Integer(thrift_id=13)
#@doc log text, is the complete log of a jobstep, logs are also on logserver opgeslaan, is in format $epoch|$loglevelIsInt|$source|$the logtext, can become quite big
log = model.String(thrift_id=14)
#@doc type of the rootobject that started the job
rootobjecttype = model.String(thrift_id=15)
#@doc Guid of the rootobject that started the job
rootobjectguid = model.GUID(thrift_id=16)
#@doc params sent to job
params = model.String(thrift_id=17)
#@doc system
system = model.Boolean(thrift_id=18)
#@doc series of tags format
tags = model.String(thrift_id=19)
class distributionscheme(model.RootObjectModel):
#@doc percentage of racks used for collocation
collocation = model.Integer(thrift_id=1)
#@doc percentage of racks used for storage nodes
storage = model.Integer(thrift_id=2)
#@doc percentage of racks used for cpu nodes
cpu = model.Integer(thrift_id=3)
class sizingscheme(model.RootObjectModel):
#@doc datacenter size in square meters
size = model.Integer(thrift_id = 1)
#@doc required square meters per rack
racksurface = model.Integer(thrift_id = 2)
#@doc cost per kW/h
kwhourcost = model.Float(thrift_id = 3)
#@doc power usage effectiveness, ratio effective power needed per theoretical required power
pue = model.Float(thrift_id = 4)
class bookmark(model.RootObjectModel):
#@doc name of the bookmark
name = model.String(thrift_id=1)
#@doc url the bookmark points to
url = model.String(thrift_id=2)
#@doc the order of the bookmark
order = model.Integer(thrift_id=3)
class lead(model.RootObjectModel):
#@doc name of the lead
name = model.String(thrift_id=1)
#@doc code of the lead
code = model.String(thrift_id=2)
#@doc guid of the customer in case the lead is related to an existing customer
customerguid = model.GUID(thrift_id=3)
#@doc source of the lead
source = model.Enumeration(leadsource, thrift_id=4)
#@doc type of the lead
type = model.Enumeration(leadtype, thrift_id=5)
#@doc status of the lead
status = model.Enumeration(leadstatus, thrift_id=6)
#@doc amount of the lead
amount = model.Float(thrift_id=7)
#@doc probability in % of the lead
probability = model.Integer(thrift_id=8)
class eventqueue(model.RootObjectModel):
#@doc name of the event queue
name = model.String(thrift_id=1)
#@doc number of events on the queue
numberofevents = model.Integer(thrift_id=2)
class investmentscheme(model.RootObjectModel):
#@doc Percentage of the datacenter building in leasing
leasebuilding = model.Integer(thrift_id = 1)
#@doc Percentage of datacenter infrastructure in leasing (airco, power, ...)
leaseinfrastructure = model.Integer(thrift_id = 2)
#@doc Percentage of hardware in leasing (servers, storage, ...)
leasehw = model.Integer(thrift_id = 3)
#@doc Interest rate when leasing the datacenter building
interestbuilding = model.Float(thrift_id = 4)
#@doc Interest rate when leasing the datacenter equipment (infrastructure, servers...)
interestdatacenter = model.Float(thrift_id = 5)
#@doc Leasing period for the datacenter building
leaseperiodbuilding = model.Integer(thrift_id = 6)
#@doc Leasing period for the datacenter equipment (infrastructure, servers...)
leaseperioddatacenter = model.Integer(thrift_id = 7)
#@doc Percentage of technology installed before datacenter becomes active
technology = model.Integer(thrift_id = 8)
#@doc Number of months before datacenter is operational
installperiod = model.Integer(thrift_id = 9)
class space(model.RootObjectModel):
#@doc name of the space
name = model.String(thrift_id=1)
#@doc tags related to the space
tags = model.String(thrift_id=2)
#@doc repository related to the space
repository = model.Object(repository, thrift_id=3)
#@doc order of the space
order = model.Integer(thrift_id=4)
class page(model.RootObjectModel):
#@doc name of the page
name = model.String(thrift_id=1)
#@doc space of the page
space = model.GUID(thrift_id=2)
#@doc category of the page
category = model.String(thrift_id=3)
#@doc GUID of the parent page
parent = model.GUID(thrift_id=4)
#@doc tags related to the page
tags = model.String(thrift_id=5)
#@doc actual page content
content = model.String(thrift_id=6)
#@doc order of the page
order = model.Integer(thrift_id=7)
#@doc title of the page
title = model.String(thrift_id=8)
#@doc file type (python, javascript, markup, etc...)
pagetype = model.String(thrift_id=10)
#@doc description for the page
description = model.String(thrift_id=11)
class businessparams(model.RootObjectModel):
#@doc Name of the datacenter
name = model.String(thrift_id=1)
#@doc Total surface of datacenter
size = model.Integer(thrift_id=2)
#@doc Total surface that one rack takes
racksurface = model.Integer(thrift_id=3)
#@doc Cost per used kWh
kwhourcost = model.Float(thrift_id=4)
#@doc power usage effectiveness, ratio effective power needed per theoretical required power
pue = model.Float(thrift_id=5)
#@doc rental per rack in kEur/month
salescollocation = model.Float(thrift_id=6)
#@doc sales of cpu rack in kEur/month
salescpu = model.Float(thrift_id=7)
#@doc sales of storage rack in kEur/month
salesstorage = model.Float(thrift_id=8)
#@doc sales of bandwidth in Eur per Mbps per month
salesbandwidth = model.Float(thrift_id=9)
#@doc Percentage of the datacenter building in leasing
leasebuilding = model.Integer(thrift_id=10)
#@doc Percentage of datacenter infrastructure in leasing (airco, power, ...)
leaseinfrastructure = model.Integer(thrift_id=11)
#@doc Percentage of hardware in leasing (servers, storage, ...)
leasehw = model.Integer(thrift_id=12)
#@doc Interest rate when leasing the datacenter building
interestbuilding = model.Float(thrift_id=13)
#@doc Interest rate when leasing the datacenter equipment (infrastructure, servers...)
interestdatacenter = model.Float(thrift_id=14)
#@doc Leasing period for the datacenter building
leaseperiodbuilding = model.Integer(thrift_id=15)
#@doc Leasing period for the datacenter equipment (infrastructure, servers...)
leaseperioddatacenter = model.Integer(thrift_id=16)
#@doc Percentage of technology installed before datacenter becomes active
technology = model.Integer(thrift_id=17)
#@doc Number of months before datacenter is operational
installperiod = model.Integer(thrift_id=18)
#@doc percentage of racks used for collocation
collocation = model.Integer(thrift_id=19)
#@doc percentage of racks used for storage nodes
storage = model.Integer(thrift_id=20)
#@doc percentage of racks used for cpu nodes
cpu = model.Integer(thrift_id=21)
