---
#######
# BEGIN: Ansible roles_path variables
#
#   Background/reference about external repos pulled in:
#       https://pagure.io/fedora-infrastructure/issue/5476
#
ansible_base: /srv/web/infra

# Path to the openshift-ansible checkout as external git repo brought into
# Fedora Infra
openshift_ansible: /srv/web/infra/openshift-ansible/

#
# END: Ansible roles_path variables
#######

freezes: true
# most of our systems are in phx2
datacenter: phx2
postfix_group: "none"

# usually we do not want to enable nested virt, only on some virthosts
nested: false

# most of our systems are 64bit.
# Used to install various nagios scripts and the like.
libdir: /usr/lib64

# Most EL systems need default EPEL repos.
# Some systems (notably fed-cloud*) need to get their own
# EPEL files because EPEL overrides packages in their core repos.
use_default_epel: true

# example of ports for default iptables
# tcp_ports: [ 22, 80, 443 ]
# udp_ports: [ 110, 1024, 2049 ]
# multiple lines can be handled as below
# custom_rules: [ '-A INPUT -p tcp -m tcp --dport 8888 -j ACCEPT',
#                  '-A INPUT -p tcp -m tcp --dport 8889 -j ACCEPT' ]
# We default these to empty
udp_ports: []
tcp_ports: []
custom_rules: []
nat_rules: []
custom6_rules: []

# defaults for hw installs
install_noc: none

# defaults for virt installs
ks_url: http://infrastructure.fedoraproject.org/repo/rhel/ks/kvm-rhel-7
ks_repo: http://infrastructure.fedoraproject.org/repo/rhel/RHEL7-x86_64/
mem_size: 2048
num_cpus: 2
lvm_size: 20000

# on MOST infra systems, the interface connected to the infra network
# is eth0. but not on quite ALL systems. e.g. on s390 boxes it's enc900,
# on openqa-ppc64le-01.qa it's eth2 for some reason, and on qa01.qa and
# qa02.qa it's em3. currently this only affects whether GATEWAY, DOMAIN
# and DNS1/DNS2 lines are put into ifcfg-(device).
ansible_ifcfg_infra_net_devices: [ 'eth0', 'enc900' ]

# Default netmask. Almost all our phx2 nets are /24's with the
# exception of 10.5.124.128/25. Almost all of our non phx2 sites are
# less than a /24.
eth0_nm: 255.255.255.0
eth1_nm: 255.255.255.0
br0_nm: 255.255.255.0
br1_nm: 255.255.255.0
# Default to managing the network, we want to not do this on select hosts (like cloud nodes)
ansible_ifcfg_blacklist: false
# List of interfaces to explicitly disable
ansible_ifcfg_disabled: []
#
# The default virt-install works for rhel7 or fedora with 1 nic
#
virt_install_command: "{{ virt_install_command_one_nic }}"

main_bridge: br0
nfs_bridge: br1
mac_address: RANDOM
mac_address1: RANDOM

virt_install_command_one_nic: virt-install -n {{ inventory_hostname }}
                 --memory={{ mem_size }},maxmemory={{ max_mem_size }} --memballoon virtio
                 --disk bus=virtio,path={{ volgroup }}/{{ inventory_hostname }}
                 --vcpus={{ num_cpus }},maxvcpus={{ max_cpu }} -l {{ ks_repo }} -x
                 'net.ifnames=0 ksdevice=eth0 ks={{ ks_url }} console=tty0 console=ttyS0
                  hostname={{ inventory_hostname }} nameserver={{ dns }}
                  ip={{ eth0_ip }}::{{ gw }}:{{ nm }}:{{ inventory_hostname }}:eth0:none'
                 --network bridge={{ main_bridge }},model=virtio,mac={{ mac_address }}
                 --autostart --noautoconsole --watchdog default --rng /dev/random --cpu host

virt_install_command_two_nic: virt-install -n {{ inventory_hostname }}
                 --memory={{ mem_size }},maxmemory={{ max_mem_size }} --memballoon virtio
                 --disk bus=virtio,path={{ volgroup }}/{{ inventory_hostname }}
                 --vcpus={{ num_cpus }},maxvcpus={{ max_cpu }} -l {{ ks_repo }} -x
                 'net.ifnames=0 ksdevice=eth0 ks={{ ks_url }} console=tty0 console=ttyS0
                  hostname={{ inventory_hostname }} nameserver={{ dns }}
                  ip={{ eth0_ip }}::{{ gw }}:{{ nm }}:{{ inventory_hostname }}:eth0:none
                  ip={{ eth1_ip }}:::{{ nm }}:{{ inventory_hostname }}-nfs:eth1:none'
                 --network bridge={{ main_bridge }},model=virtio,mac={{ mac_address }}
                 --network=bridge={{ nfs_bridge }},model=virtio,mac={{ mac_address1 }}
                 --autostart --noautoconsole --watchdog default --rng /dev/random

virt_install_command_aarch64_one_nic: virt-install -n {{ inventory_hostname }}
                 --memory={{ mem_size }},maxmemory={{ max_mem_size }} --memballoon virtio
                 --disk bus=virtio,path={{ volgroup }}/{{ inventory_hostname }}
                 --vcpus={{ num_cpus }},maxvcpus={{ max_cpu }} -l {{ ks_repo }} -x
                 'net.ifnames=0 ksdevice=eth0 ks={{ ks_url }}
                  hostname={{ inventory_hostname }} nameserver={{ dns }}
                  ip={{ eth0_ip }}::{{ gw }}:{{ nm }}:{{ inventory_hostname }}:eth0:none'
                 --network bridge={{ main_bridge }},model=virtio,mac={{ mac_address }}
                 --autostart --noautoconsole

virt_install_command_aarch64_two_nic: virt-install -n {{ inventory_hostname }}
                 --memory={{ mem_size }},maxmemory={{ max_mem_size }} --memballoon virtio
                 --disk bus=virtio,path={{ volgroup }}/{{ inventory_hostname }}
                 --vcpus={{ num_cpus }},maxvcpus={{ max_cpu }} -l {{ ks_repo }} -x
                 'net.ifnames=0 ksdevice=eth0 ks={{ ks_url }}
                  hostname={{ inventory_hostname }} nameserver={{ dns }}
                  ip={{ eth0_ip }}::{{ gw }}:{{ nm }}:{{ inventory_hostname }}:eth0:none
                  ip={{ eth1_ip }}:::{{ nm }}:{{ inventory_hostname }}-nfs:eth1:none'
                 --network bridge={{ main_bridge }},model=virtio,mac={{ mac_address }}
                 --network=bridge={{ nfs_bridge }},model=virtio,mac={{ mac_address1 }}
                 --autostart --noautoconsole --rng /dev/random

virt_install_command_armv7_one_nic: virt-install -n {{ inventory_hostname }} --arch armv7l
                 --memory={{ mem_size }},maxmemory={{ max_mem_size }} --memballoon virtio
                 --disk bus=virtio,path={{ volgroup }}/{{ inventory_hostname }}
                 --vcpus={{ num_cpus }},maxvcpus={{ max_cpu }} -l {{ ks_repo }} -x
                 'net.ifnames=0 ksdevice=eth0 ks={{ ks_url }} console=tty0 console=ttyAMA0
                  hostname={{ inventory_hostname }} nameserver={{ dns }}
                  ip={{ eth0_ip }}::{{ gw }}:{{ nm }}:{{ inventory_hostname }}:eth0:none'
                 --network bridge={{ main_bridge }},model=virtio
                 --autostart --noautoconsole --rng /dev/random

virt_install_command_rhel6: virt-install -n {{ inventory_hostname }}
                 --memory={{ mem_size }},maxmemory={{ max_mem_size }}
                 --disk bus=virtio,path={{ volgroup }}/{{ inventory_hostname }}
                 --vcpus={{ num_cpus }},maxvcpus={{ max_cpu }} -l {{ ks_repo }} -x
                 "ksdevice=eth0 ks={{ ks_url }} ip={{ eth0_ip }} netmask={{ nm }}
                  gateway={{ gw }} dns={{ dns }} console=tty0 console=ttyS0
                  hostname={{ inventory_hostname }}"
                 --network=bridge=br0 --autostart --noautoconsole --watchdog default

max_mem_size: "{{ mem_size * 5 }}"
max_cpu: "{{ num_cpus * 5 }}"

# This is the wildcard certname for our proxies.  It has a different name for
# the staging group and is used in the proxies.yml playbook.
wildcard_cert_name: wildcard-2017.fedoraproject.org
wildcard_crt_file: wildcard-2017.fedoraproject.org.cert
wildcard_key_file: wildcard-2017.fedoraproject.org.key
wildcard_int_file: wildcard-2017.fedoraproject.org.intermediate.cert

# This is the openshift wildcard cert. Until it exists set it equal to wildcard
os_wildcard_cert_name: wildcard-2017.app.os.fedoraproject.org
os_wildcard_crt_file: wildcard-2017.app.os.fedoraproject.org.cert
os_wildcard_key_file: wildcard-2017.app.os.fedoraproject.org.key
os_wildcard_int_file: wildcard-2017.app.os.fedoraproject.org.intermediate.cert

# Everywhere, always, we should sign messages and validate signatures.
# However, we allow individual hosts and groups to override this.  Use this very
# carefully.. and never in production (good for testing stuff in staging).
fedmsg_sign_messages: True
fedmsg_validate_signatures: True

# By default, nodes get no fedmsg certs.  They need to declare them explicitly.
fedmsg_certs: []

# By default, fedmsg should not log debug info.  Groups can override this.
fedmsg_loglevel: INFO

# By default, fedmsg sends error logs to sysadmin-datanommer-members@fp.o.
fedmsg_error_recipients:
- sysadmin-datanommer-members@fedoraproject.org

# By default, fedmsg hosts are in passive mode.  External hosts are typically
# active.
fedmsg_active: False

# Other defaults for fedmsg environments
fedmsg_prefix: org.fedoraproject
fedmsg_env: prod

# Amount of time to wait for connections after a socket is first established.
fedmsg_post_init_sleep: 1.0

# A special flag that, when set to true, will disconnect the host from the
# global fedmsg-relay instance and set it up with its own local one.  You can
# temporarily set this to true for a specific host to do some debugging -- so
# you can *replay real messages from the datagrepper history without having
# those broadcast to the rest of the bus*.
fedmsg_debug_loopback: False

# These are used to:
#  1) configure mod_wsgi
#  2) open iptables rules for fedmsg (per wsgi thread)
#  3) declare enough fedmsg endpoints for the service
#wsgi_fedmsg_service:  bodhi
#wsgi_procs: 4
#wsgi_threads: 4

# By default, nodes don't backup any dbs on them unless they declare it.
dbs_to_backup: []

# by default the number of procs we allow before we whine
nrpe_procs_warn: 250
nrpe_procs_crit: 300

# by default, the number of emails in queue before we whine
nrpe_check_postfix_queue_warn: 2
nrpe_check_postfix_queue_crit: 5

# env is staging or production, we default it to production here.
env: production
env_suffix:

# nfs mount options, override at the group/host level
nfs_mount_opts: "ro,hard,bg,intr,noatime,nodev,nosuid,nfsvers=3"

# by default set become to false here We can override it as needed.
# Note that if become is true, you need to unset requiretty for
# ssh controlpersist to work.
become: false

# default the root_auth_users to nothing.
# This should be set for cloud instances in their host or group vars.
root_auth_users: ''

# This vars get shoved into /etc/system_identification by the base role.
# Groups and individual hosts should override them with specific info.
# See http://infrastructure.fedoraproject.org/csi/security-policy/
csi_security_category: Unspecified
csi_primary_contact: Fedora Admins - admin@fedoraproject.org
csi_purpose: Unspecified
csi_relationship: |
    Unspecified.
    * What hosts/services does this rely on?
    * What hosts/services rely on this?

    To update this text, add the csi_* vars to group_vars/ in ansible.

#
# say if we want the apache role dependency for mod_wsgi or not
# In some cases we want mod_wsgi and no apache (for python3 httpaio stuff)
#
wsgi_wants_apache: true

# IPA settings
additional_host_keytabs: []
ipa_server: ipa01.phx2.fedoraproject.org
ipa_realm: FEDORAPROJECT.ORG
ipa_admin_password: "{{ ipa_prod_admin_password }}"

# Normal default sshd port is 22
sshd_port: 22

# List of names under which the host is available
ssh_hostnames: []

# assume collectd apache
collectd_apache: true

# assume vpn is false
vpn: False

# assume createrepo is true and this builder has the koji nfs mount to do that
createrepo: True

# Nagios global variables
nagios_Check_Services:
  mail: true
  nrpe: true
  sshd: true
  named: false
  dhcpd: false
  httpd: false
  swap: true
  ping: true

# Set variable if we want to use our global iptables defaults
# Some things need to set their own.
baseiptables: True

# Most of our machines have manual resolv.conf files
# These settings are for machines where NM is supposed to control resolv.conf.
nm_controlled_resolv: False
dns1: "10.5.126.21"
dns2: "10.5.126.22"

# This is a list of services that need to wait for VPN to be up before getting started.
postvpnservices: []

# true or false if we are or are not a copr build virthost. 
# Default to false
copr_build_virthost: false
