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authorJuan Antonio Osorio Robles <jaosorior@redhat.com>2017-07-24 19:22:15 +0300
committerEmilien Macchi <emilien@redhat.com>2017-07-26 03:59:20 +0000
commitea79aff996dae9e0dcaf756193f3e103e23bab48 (patch)
treeb66c0c348c62b183fbe236ae547cba781499a5ed /spec/classes/tripleo_profile_base_ceph_rgw_spec.rb
parentbf5eaa2fa243b9f3a1e329ea60ad23e12af41f1c (diff)
Move gnocchi::api resource to run with wsgi setup
Having this run in step 4 causes a refresh (restart) for httpd, which in turn is problematic for the gnocchi db upgrade command, since when it runs httpd is not available at that point. This fixes the issue, since the API configuration is now ran at the same time as the wsgi bits. Change-Id: Ie0ab389a4450bb940757e34d1964423911885fa3
Diffstat (limited to 'spec/classes/tripleo_profile_base_ceph_rgw_spec.rb')
0 files changed, 0 insertions, 0 deletions
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##############################################################################
# Copyright (c) 2018 Parker Berberian, Sawyer Bergeron, and others.
#
# All rights reserved. This program and the accompanying materials
# are made available under the terms of the Apache License, Version 2.0
# which accompanies this distribution, and is available at
# http://www.apache.org/licenses/LICENSE-2.0
##############################################################################

from django.contrib.auth.models import User
from django.core.files.base import ContentFile

import json
import re

from dashboard.exceptions import (
    InvalidHostnameException
)
from booking.models import Booking
from account.models import UserProfile, Lab, LabStatus, VlanManager, PublicNetwork
from resource_inventory.models import (
    Host,
    HostProfile,
    InterfaceProfile,
    DiskProfile,
    CpuProfile,
    Opsys,
    Image,
    Scenario,
    Installer,
    OPNFVRole,
    RamProfile,
    Network,
    Vlan,
    GenericResourceBundle,
    GenericResource,
    GenericHost,
    ConfigBundle,
    GenericInterface,
    HostConfiguration,
    OPNFVConfig,
)
from resource_inventory.resource_manager import ResourceManager


class BookingContextData(object):
    def prepopulate(self, *args, **kwargs):
        self.loginuser = instantiate_user(False, username=kwargs.get("login_username", "newtestuser"), password="testpassword")
        instantiate_userprofile(self.loginuser)

        lab_user = kwargs.get("lab_user", instantiate_user(True))
        self.lab = instantiate_lab(lab_user)

        self.host_profile = make_hostprofile_set(self.lab)
        self.scenario = instantiate_scenario()
        self.installer = instantiate_installer([self.scenario])
        os = instantiate_os([self.installer])
        self.image = instantiate_image(self.lab, 1, self.loginuser, os, self.host_profile)
        self.host = instantiate_host(self.host_profile, self.lab)
        self.role = instantiate_opnfvrole()
        self.pubnet = instantiate_publicnet(10, self.lab)


"""
Info for instantiate_booking() function:
[topology] argument structure:
    the [topology] argument should describe the structure of the pod
    the top level should be a dictionary, with each key being a hostname
    each value in the top level should be a dictionary with two keys:
        "type" should map to a host profile instance
        "nets" should map to a list of interfaces each with a list of
            dictionaries each defining a network in the format
            { "name": "netname", "tagged": True|False, "public": True|False }
            each network is defined if a matching name is not found

    sample argument structure:
        topology={
            "host1": {
                      "type": instanceOf HostProfile,
                      "role": instanceOf OPNFVRole
                      "image": instanceOf Image
                      "nets": [
                                0: [
                                        0: { "name": "public", "tagged": True, "public": True },
                                        1: { "name": "private", "tagged": False, "public": False },
                                   ]
                                1: []
                              ]
                  }
        }
"""


def instantiate_booking(owner,
                        start,
                        end,
                        booking_identifier,
                        lab=Lab.objects.first(),
                        purpose="purposetext",
                        project="projecttext",
                        collaborators=[],
                        topology={},
                        installer=None,
                        scenario=None):
    (grb, host_set) = instantiate_grb(topology, owner, lab, booking_identifier)
    cb = instantiate_cb(grb, owner, booking_identifier, topology, host_set, installer, scenario)

    resource = ResourceManager.getInstance().convertResourceBundle(grb, lab, cb)

    booking = Booking()

    booking.resource = resource
    if not resource:
        raise Exception("Resource not created")
    booking.config_bundle = cb
    booking.start = start
    booking.end = end
    booking.owner = owner
    booking.purpose = purpose
    booking.project = project
    booking.lab = lab
    booking.save()

    return booking


def instantiate_cb(grb,
                   owner,
                   booking_identifier,
                   topology={},
                   host_set={},
                   installer=None,
                   scenario=None):
    cb = ConfigBundle()
    cb.owner = owner
    cb.name = str(booking_identifier) + "_cb"
    cb.description = "cb generated by instantiate_cb() method"
    cb.save()

    opnfvconfig = OPNFVConfig()
    opnfvconfig.installer = installer
    opnfvconfig.scenario = scenario
    opnfvconfig.bundle = cb
    opnfvconfig.save()

    # generate host configurations based on topology and host set
    for hostname, host_info in topology.items():
        hconf = HostConfiguration()
        hconf.bundle = cb
        hconf.host = host_set[hostname]
        hconf.image = host_info["image"]
        hconf.opnfvRole = host_info["role"]
        hconf.save()
    return cb


def instantiate_grb(topology,
                    owner,
                    lab,
                    booking_identifier):

    grb = GenericResourceBundle(owner=owner, lab=lab)
    grb.name = str(booking_identifier) + "_grb"
    grb.description = "grb generated by instantiate_grb() method"
    grb.save()

    networks = {}
    host_set = {}

    for hostname in topology.keys():
        info = topology[hostname]
        host_profile = info["type"]

        # need to construct host from hostname and type
        ghost = instantiate_ghost(grb, host_profile, hostname)
        host_set[hostname] = ghost

        ghost.save()

        # set up networks
        nets = info["nets"]
        for interface_index, interface_profile in enumerate(host_profile.interfaceprofile.all()):
            generic_interface = GenericInterface()
            generic_interface.host = ghost
            generic_interface.profile = interface_profile
            generic_interface.save()

            netconfig = nets[interface_index]
            for network_index, network_info in enumerate(netconfig):
                network_name = network_info["name"]
                network = None
                if network_name in networks:
                    network = networks[network_name]
                else:
                    network = Network()
                    network.name = network_name
                    network.vlan_id = lab.vlan_manager.get_vlan()
                    network.save()
                    networks[network_name] = network
                    if network_info["public"]:
                        public_net = lab.vlan_manager.get_public_vlan()
                        if not public_net:
                            raise Exception("No more public networks available")
                        lab.vlan_manager.reserve_public_vlan(public_net.vlan)
                        network.vlan_id = public_net.vlan
                    else:
                        private_net = lab.vlan_manager.get_vlan()
                        if not private_net:
                            raise Exception("No more generic vlans are available")
                        lab.vlan_manager.reserve_vlans([private_net])
                        network.vlan_id = private_net

                vlan = Vlan()
                vlan.vlan_id = network.vlan_id
                vlan.public = network_info["public"]
                vlan.tagged = network_info["tagged"]
                vlan.save()
                generic_interface.vlans.add(vlan)

    return (grb, host_set)


def instantiate_ghost(grb, host_profile, hostname):
    if not re.match(r"(?=^.{1,253}$)(^([A-Za-z0-9-_]{1,62}\.)*[A-Za-z0-9-_]{1,63})$", hostname):
        raise InvalidHostnameException("Hostname must comply to RFC 952 and all extensions to it until this point")
    gresource = GenericResource(bundle=grb, name=hostname)
    gresource.save()

    ghost = GenericHost()
    ghost.resource = gresource
    ghost.profile = host_profile
    ghost.save()

    return ghost


def instantiate_user(is_superuser,
                     username="testuser",
                     password="testpassword",
                     email="default_email@user.com"
                     ):
    user = User.objects.create_user(username=username, email=email, password=password)
    user.is_superuser = is_superuser

    user.save()

    return user


def instantiate_userprofile(user, email_addr="email@email.com", company="company", full_name="John Doe", booking_privledge=True, ssh_file=None):
    up = UserProfile()
    up.email_address = email_addr
    up.company = company
    up.full_name = full_name
    up.booking_privledge = booking_privledge
    up.user = user
    up.save()
    up.ssh_public_key.save("user_ssh_key", ssh_file if ssh_file else ContentFile("public key content string"))

    return up


def instantiate_vlanmanager(vlans=None,
                            block_size=20,
                            allow_overlapping=False,
                            reserved_vlans=None
                            ):
    vlanmanager = VlanManager()
    if not vlans:
        vlans = []
        for vlan in range(0, 4095):
            vlans.append(vlan % 2)
    vlanmanager.vlans = json.dumps(vlans)
    if not reserved_vlans:
        reserved_vlans = []
        for vlan in range(0, 4095):
            reserved_vlans.append(0)
    vlanmanager.reserved_vlans = json.dumps(vlans)
    vlanmanager.block_size = block_size
    vlanmanager.allow_overlapping = allow_overlapping

    vlanmanager.save()

    return vlanmanager


def instantiate_lab(user=None,
                    name="Test Lab Instance",
                    status=LabStatus.UP,
                    vlan_manager=None
                    ):
    if not vlan_manager:
        vlan_manager = instantiate_vlanmanager()

    if not user:
        user = instantiate_user(True, 'test_user', 'test_pass', 'test_user@test_site.org')

    lab = Lab()
    lab.lab_user = user
    lab.name = name
    lab.contact_email = 'test_lab@test_site.org'
    lab.contact_phone = '603 123 4567'
    lab.status = status
    lab.vlan_manager = vlan_manager
    lab.description = 'test lab instantiation'
    lab.api_token = '12345678'

    lab.save()

    return lab


"""
resource_inventory instantiation section for permenant resources
"""


def make_hostprofile_set(lab, name="test_hostprofile"):
    hostprof = instantiate_hostprofile(lab, name=name)
    instantiate_diskprofile(hostprof, 500, name=name)
    instantiate_cpuprofile(hostprof)
    instantiate_interfaceprofile(hostprof, name=name)
    instantiate_ramprofile(hostprof)

    return hostprof


def instantiate_hostprofile(lab,
                            host_type=0,
                            name="test hostprofile instance"
                            ):
    hostprof = HostProfile()
    hostprof.host_type = host_type
    hostprof.name = name
    hostprof.description = 'test hostprofile instance'
    hostprof.save()
    hostprof.labs.add(lab)

    hostprof.save()

    return hostprof


def instantiate_ramprofile(host,
                           channels=4,
                           amount=256):
    ramprof = RamProfile()
    ramprof.host = host
    ramprof.amount = amount
    ramprof.channels = channels
    ramprof.save()

    return ramprof


def instantiate_diskprofile(hostprofile,
                            size=0,
                            media_type="SSD",
                            name="test diskprofile",
                            rotation=0,
                            interface="sata"):

    diskprof = DiskProfile()
    diskprof.name = name
    diskprof.size = size
    diskprof.media_type = media_type
    diskprof.host = hostprofile
    diskprof.rotation = rotation
    diskprof.interface = interface

    diskprof.save()

    return diskprof


def instantiate_cpuprofile(hostprofile,
                           cores=4,
                           architecture="x86_64",
                           cpus=4,
                           ):
    cpuprof = CpuProfile()
    cpuprof.cores = cores
    cpuprof.architecture = architecture
    cpuprof.cpus = cpus
    cpuprof.host = hostprofile
    cpuprof.cflags = ''

    cpuprof.save()

    return cpuprof


def instantiate_interfaceprofile(hostprofile,
                                 speed=1000,
                                 name="test interface profile",
                                 nic_type="pcie"
                                 ):
    intprof = InterfaceProfile()
    intprof.host = hostprofile
    intprof.name = name
    intprof.speed = speed
    intprof.nic_type = nic_type

    intprof.save()

    return intprof


def instantiate_image(lab,
                      lab_id,
                      owner,
                      os,
                      host_profile,
                      public=True,
                      name="default image",
                      description="default image"
                      ):
    image = Image()
    image.from_lab = lab
    image.lab_id = lab_id
    image.os = os
    image.host_type = host_profile
    image.public = public
    image.name = name
    image.description = description

    image.save()

    return image


def instantiate_scenario(name="test scenario"):
    scenario = Scenario()
    scenario.name = name
    scenario.save()
    return scenario


def instantiate_installer(supported_scenarios,
                          name="test installer"
                          ):
    installer = Installer()
    installer.name = name
    installer.save()
    for scenario in supported_scenarios:
        installer.sup_scenarios.add(scenario)

    installer.save()
    return installer


def instantiate_os(supported_installers,
                   name="test operating system",
                   ):
    os = Opsys()
    os.name = name
    os.save()
    for installer in supported_installers:
        os.sup_installers.add(installer)
    os.save()
    return os


def instantiate_host(host_profile,
                     lab,
                     labid="test_host",
                     name="test_host",
                     booked=False,
                     working=True,
                     config=None,
                     template=None,
                     bundle=None,
                     model="Model 1",
                     vendor="ACME"):
    host = Host()
    host.lab = lab
    host.profile = host_profile
    host.name = name
    host.booked = booked
    host.working = working
    host.config = config
    host.template = template
    host.bundle = bundle
    host.model = model
    host.vendor = vendor

    host.save()

    return host


def instantiate_opnfvrole(name="Jumphost",
                          description="test opnfvrole"):
    role = OPNFVRole()
    role.name = name
    role.description = description
    role.save()

    return role


def instantiate_publicnet(vlan,
                          lab,
                          in_use=False,
                          cidr="0.0.0.0/0",
                          gateway="0.0.0.0"):
    pubnet = PublicNetwork()
    pubnet.lab = lab
    pubnet.vlan = vlan
    pubnet.cidr = cidr
    pubnet.gateway = gateway
    pubnet.save()

    return pubnet