+++ /dev/null
-[General]
-
-; type of operations of this provisioning daemon
-; possible values: 'pserver', 'storage', 'loadbalancer', 'gw'
-;operation_type = pserver
-
-; Base directory for all operations in file system
-base_dir = /var/lib/py-provisioning-daemon
-
-; directory containing all trace files
-trace_dir = %(base_dir)s/trace
-
-; performing tracing of jobs
-do_trace = yes
-
-; where to find provisioning plugins
-plugin_dir = /usr/share/py-provisioning-daemon/plugins
-
-; The log file for stderr messages
-error_log = %(base_dir)s/error.log
-
-; the port number, where the daemon is listening
-;port = 8073
-
-; an IP address (IPv4 or IPv6) to use for socket bind to listen on a port,
-; if not given or '*', the listening socket will binded to all
-; available IP addresses (0.0.0.0 and ::)
-;listen_address = *
-
-; The client port to use for broadcasting messages to peers
-; it may not be the same like port
-;udp_client_port = 8074
-
-; the maximum number of child processes (must be between 1 and 999)
-;max_children = 20
-
-; maximum timeout on collecting finished children per stage
-; if there are too many child processes
-; on every stage an increased level of signal is sent
-; to all child processes (None -> SIGHUP -> SIGTERM -> SIGKILL)
-;timeout_collect_childs = 10
-
-; the user, the daemon should running as
-;user = ppd
-
-; the group, the daemon should running as
-;group = users
-
-; flag for logging all XML traffic under base_dir
-;xml_log = False
-
-; buffer_size: The size of the buffer for receiving data from sockets
-;buffer_size = 8192
-
-; the name of the current node if it shoul be different
-; to socket.gethostname()
-;node_name = Pserver22
-
-; the broadcast address, where to send all UDP peer request
-; and publishing messages
-; IT MUST BE SET
-broadcast_address = 10.33.255.255
-
-; an own address to publish as the IP of the current node
-; to publish to the other peers
-; IT MUST BE SET
-mgmt_address = 10.33.64.52
-
-; request_timeout: timout in communication with requestor (if working
-; as a socket client)
-;request_timeout = 30
-
-; the standard time intervall for looking for new requests
-;polling_interval = 0.2
-
-; the maximum number of queued connections (between 0 and 5)
-;request_queue_size = 5
-
-; interval in seconds between publications of the current node to the peers
-;minimum_publishing_interval = 3600
-
-; maximum second to change the publishing_interval from one publication
-; to the next publication in a randomized way
-;publishing_jitter = 300
-
-; the minimum interval in second from one publication of itself
-; to the next publication, to avoid broadcast storms
-;minimum_publishing_interval = 60
-
-; timeout for receiving UDP responses
-;udp_rcv_timeout = 2
-
-; number of tries to get a response to UDP requests
-;udp_rcv_tries = 3
-
-; a maybe additional storage server configuration file
-;add_storage_server_config =
-
-; flag, whether to get the informations from configuration files
-; instead from SOAP PdtService
-;info_from_config = False
-
-[ProvWebService]
-
-; The URL of the provisioning web service for sending status messages
-url = https://appserver/ProvisioningService/ProvisioningServiceWSService
-
-; the user name for authentication to the web service
-user = profitbricks-vcb
-
-; the password for authentication to the web service
-pwd = ProfitBricks-VCB
-
-; timeout on connection to the webservice
-timeout = 30
-
-[PdtService]
-
-; The URL of the WSDL of the PDT Web service
-;url = https://appserver/PDTService/PDTService?wsdl
-
-; the user name for authentication to the web service
-;user = profitbricks-dms
-
-; the password for authentication to the web service
-;pwd = ProfitBricks-DMS
-
-[Handler]
-; some parameters valid for all handlers (both pserver and storage)
-
-; maximum tries to wait for existence of a device
-;max_tries_device_wait = 6
-
-; initial delay to wait for existence of a device in seconds
-;init_delay_device_wait = 1
-
-; increasing time in seconds for delay to wait for existence of a device
-;inc_delay_device_wait = 2
-
-[Pserver]
-; put here options only valid on a pserver
-
-; lockfile for locking iSCSI refresh (shared using with pb_storage_vol_refresh)
-;iscsi_refresh_lockfile = /tmp/iscsi-refresh.lock
-
-; flag for using Device-Mapper things
-;perform_dmsetup = False
-
-[Storage]
-
-; Enable compression on newly created ZFS volumes
-;compress_volume = false
-
-; a local IP address (or hostname), what could be used as target
-; address for ZFS send
-;sync_address = storageXY-ib0
-
-; Name of the ZFS Pool as the root of all ZFS volumes
-;zfs_pool = storage/volumes
-
-; name of a mounted filesystem for temporary purposes
-; (e.g. template files to convert). It must exists.
-;temp_fs = /storage/templates
-
-; the name of the iSCSI target group
-;iscsi_target_group = cloudstorage
-
-; enable replication in creating storage volumes
-; Note: Disable on a backup host
-;enable_replication = True
-
-; hostname or IP address of the master host for sndradm (replication)
-;host_master = storage01-ib
-
-; hostname or IP address of the backup host for sndradm (replication)
-;host_backup = storage02-ib
-
-; URI of the backup host to send the
-; commands to create the backup volume
-;host_backup_mgmt = vcb://storage02:8073
-
-; defines the role in the replication system (master or backup)
-;replication_role = master
-
-; Should be created a view to standard targets (host group = all,
-; target group = all) for a new created iSCSI LUN?
-;add_lun_std_view = False
-
-; the delay in seconds between logical removing a volume (setting the remove property)
-; and the real destroying the volume. Default: 48 hours
-;remove_delay = 172800
-
-; path to the dump-device.sh script for dumping a device to STDOUT
-;dump_device_bin = /opt/profitbricks/bin/dump-device.sh
-
-[FtpServer]
-
-; some data to get informations about template images and
-; to stream them to STDOUT via SSH
-
-Host = de-dc1-c1-ftp
-; hostname or IP address of the FTP server, where the SSH daemon is accessible
-
-User = ppd
-; the username on the FTP server to execute the image scripts as root by sudo
-
-ImageInfo = /home/ppd/work/image-info
-; complete path name of the image info script to get the real size of the image
-
-ImageStream = /home/ppd/work/image-stream
-; complete path name of the image stream script to stream the converted image to STDOUT
-
-[StorageServer]
-
-; in this chapter is a list of all available storage servers
-; keys are free chaicable, but unique names of storage servers,
-; values are the URI's of the appropriate machines.
-; Currently the only supported URI schema is vcb://,
-; whats look like 'vcb://ip-adress[:port], where the standard port
-; is 8073
-
-Storage01 = vcb://10.1.65.10:8073
-Storage02 = vcb://10.1.65.20:8073
-Storage16 = vcb://10.1.64.116:8073
-Storage17 = vcb://10.1.64.117:8073
-
-
-
-
-; vim: filetype=cfg fileencoding=utf-8 ts=4 expandtab
mkdir -p './texmf/dvips.d'
mkdir -p './unixODBC/ODBCDataSources'
maybe chmod 0755 '.'
-maybe chmod 0644 './._cfg0000_ppd.cfg.default'
maybe chmod 0700 './.etckeeper'
maybe chmod 0600 './.gitignore'
maybe chmod 0600 './.pwd.lock'
maybe chmod 0644 './config-archive/etc/portage/savedconfig/sys-apps/busybox-1.19.3-r1'
maybe chmod 0644 './config-archive/etc/portage/savedconfig/sys-apps/busybox-1.19.3-r1.dist'
maybe chmod 0644 './config-archive/etc/ppd.cfg.default'
+maybe chmod 0644 './config-archive/etc/ppd.cfg.default.1'
maybe chmod 0644 './config-archive/etc/ppd.cfg.default.dist'
maybe chmod 0755 './config-archive/etc/pulse'
maybe chmod 0644 './config-archive/etc/pulse/client.conf'
; values are the URI's of the appropriate machines.
; Currently the only supported URI schema is vcb://,
; whats look like 'vcb://ip-adress[:port], where the standard port
-; is 8072
+; is 8073
Storage01 = vcb://10.1.65.10:8073
Storage02 = vcb://10.1.65.20:8073
--- /dev/null
+[General]
+
+; type of operations of this provisioning daemon
+; possible values: 'pserver', 'storage', 'loadbalancer', 'gw'
+;operation_type = pserver
+
+; Base directory for all operations in file system
+base_dir = /var/lib/py-provisioning-daemon
+
+; directory containing all trace files
+trace_dir = %(base_dir)s/trace
+
+; performing tracing of jobs
+do_trace = yes
+
+; where to find provisioning plugins
+plugin_dir = /usr/share/py-provisioning-daemon/plugins
+
+; The log file for stderr messages
+error_log = %(base_dir)s/error.log
+
+; the port number, where the daemon is listening
+;port = 8073
+
+; an IP address (IPv4 or IPv6) to use for socket bind to listen on a port,
+; if not given or '*', the listening socket will binded to all
+; available IP addresses (0.0.0.0 and ::)
+;listen_address = *
+
+; The client port to use for broadcasting messages to peers
+; it may not be the same like port
+;udp_client_port = 8074
+
+; the maximum number of child processes (must be between 1 and 999)
+;max_children = 20
+
+; maximum timeout on collecting finished children per stage
+; if there are too many child processes
+; on every stage an increased level of signal is sent
+; to all child processes (None -> SIGHUP -> SIGTERM -> SIGKILL)
+;timeout_collect_childs = 10
+
+; the user, the daemon should running as
+;user = ppd
+
+; the group, the daemon should running as
+;group = users
+
+; flag for logging all XML traffic under base_dir
+;xml_log = False
+
+; buffer_size: The size of the buffer for receiving data from sockets
+;buffer_size = 8192
+
+; the name of the current node if it shoul be different
+; to socket.gethostname()
+;node_name = Pserver22
+
+; the broadcast address, where to send all UDP peer request
+; and publishing messages
+; IT MUST BE SET
+broadcast_address = 10.33.255.255
+
+; an own address to publish as the IP of the current node
+; to publish to the other peers
+; IT MUST BE SET
+mgmt_address = 10.33.64.52
+
+; request_timeout: timout in communication with requestor (if working
+; as a socket client)
+;request_timeout = 30
+
+; the standard time intervall for looking for new requests
+;polling_interval = 0.2
+
+; the maximum number of queued connections (between 0 and 5)
+;request_queue_size = 5
+
+; interval in seconds between publications of the current node to the peers
+;minimum_publishing_interval = 3600
+
+; maximum second to change the publishing_interval from one publication
+; to the next publication in a randomized way
+;publishing_jitter = 300
+
+; the minimum interval in second from one publication of itself
+; to the next publication, to avoid broadcast storms
+;minimum_publishing_interval = 60
+
+; timeout for receiving UDP responses
+;udp_rcv_timeout = 2
+
+; number of tries to get a response to UDP requests
+;udp_rcv_tries = 3
+
+; a maybe additional storage server configuration file
+;add_storage_server_config =
+
+; flag, whether to get the informations from configuration files
+; instead from SOAP PdtService
+;info_from_config = False
+
+[ProvWebService]
+
+; The URL of the provisioning web service for sending status messages
+url = https://appserver/ProvisioningService/ProvisioningServiceWSService
+
+; the user name for authentication to the web service
+user = profitbricks-vcb
+
+; the password for authentication to the web service
+pwd = ProfitBricks-VCB
+
+; timeout on connection to the webservice
+timeout = 30
+
+[PdtService]
+
+; The URL of the WSDL of the PDT Web service
+;url = https://appserver/PDTService/PDTService?wsdl
+
+; the user name for authentication to the web service
+;user = profitbricks-dms
+
+; the password for authentication to the web service
+;pwd = ProfitBricks-DMS
+
+[Handler]
+; some parameters valid for all handlers (both pserver and storage)
+
+; maximum tries to wait for existence of a device
+;max_tries_device_wait = 6
+
+; initial delay to wait for existence of a device in seconds
+;init_delay_device_wait = 1
+
+; increasing time in seconds for delay to wait for existence of a device
+;inc_delay_device_wait = 2
+
+[Pserver]
+; put here options only valid on a pserver
+
+; lockfile for locking iSCSI refresh (shared using with pb_storage_vol_refresh)
+;iscsi_refresh_lockfile = /tmp/iscsi-refresh.lock
+
+; flag for using Device-Mapper things
+;perform_dmsetup = False
+
+[Storage]
+
+; Enable compression on newly created ZFS volumes
+;compress_volume = false
+
+; a local IP address (or hostname), what could be used as target
+; address for ZFS send
+;sync_address = storageXY-ib0
+
+; Name of the ZFS Pool as the root of all ZFS volumes
+;zfs_pool = storage/volumes
+
+; name of a mounted filesystem for temporary purposes
+; (e.g. template files to convert). It must exists.
+;temp_fs = /storage/templates
+
+; the name of the iSCSI target group
+;iscsi_target_group = cloudstorage
+
+; enable replication in creating storage volumes
+; Note: Disable on a backup host
+;enable_replication = True
+
+; hostname or IP address of the master host for sndradm (replication)
+;host_master = storage01-ib
+
+; hostname or IP address of the backup host for sndradm (replication)
+;host_backup = storage02-ib
+
+; URI of the backup host to send the
+; commands to create the backup volume
+;host_backup_mgmt = vcb://storage02:8073
+
+; defines the role in the replication system (master or backup)
+;replication_role = master
+
+; Should be created a view to standard targets (host group = all,
+; target group = all) for a new created iSCSI LUN?
+;add_lun_std_view = False
+
+; the delay in seconds between logical removing a volume (setting the remove property)
+; and the real destroying the volume. Default: 48 hours
+;remove_delay = 172800
+
+[StorageServer]
+
+; in this chapter is a list of all available storage servers
+; keys are free chaicable, but unique names of storage servers,
+; values are the URI's of the appropriate machines.
+; Currently the only supported URI schema is vcb://,
+; whats look like 'vcb://ip-adress[:port], where the standard port
+; is 8072
+
+Storage01 = vcb://10.1.65.10:8073
+Storage02 = vcb://10.1.65.20:8073
+Storage16 = vcb://10.1.64.116:8073
+Storage17 = vcb://10.1.64.117:8073
+
+
+
+
+; vim: filetype=cfg fileencoding=utf-8 ts=4 expandtab
; and the real destroying the volume. Default: 48 hours
;remove_delay = 172800
+; path to the dump-device.sh script for dumping a device to STDOUT
+;dump_device_bin = /opt/profitbricks/bin/dump-device.sh
+
+[FtpServer]
+
+; some data to get informations about template images and
+; to stream them to STDOUT via SSH
+
+Host = de-dc1-c1-ftp
+; hostname or IP address of the FTP server, where the SSH daemon is accessible
+
+User = ppd
+; the username on the FTP server to execute the image scripts as root by sudo
+
+ImageInfo = /home/ppd/work/image-info
+; complete path name of the image info script to get the real size of the image
+
+ImageStream = /home/ppd/work/image-stream
+; complete path name of the image stream script to stream the converted image to STDOUT
+
[StorageServer]
; in this chapter is a list of all available storage servers
; and the real destroying the volume. Default: 48 hours
;remove_delay = 172800
+; path to the dump-device.sh script for dumping a device to STDOUT
+;dump_device_bin = /opt/profitbricks/bin/dump-device.sh
+
+[FtpServer]
+
+; some data to get informations about template images and
+; to stream them to STDOUT via SSH
+
+Host = de-dc1-c1-ftp
+; hostname or IP address of the FTP server, where the SSH daemon is accessible
+
+User = ppd
+; the username on the FTP server to execute the image scripts as root by sudo
+
+ImageInfo = /home/ppd/work/image-info
+; complete path name of the image info script to get the real size of the image
+
+ImageStream = /home/ppd/work/image-stream
+; complete path name of the image stream script to stream the converted image to STDOUT
+
[StorageServer]
; in this chapter is a list of all available storage servers
projects / config / samara / etc.git / commitdiff