Use oslo-config-generator to sync config file
Keep consistent with other projects. Change-Id: Id9639050fe9cf90b963165d3421f603e912be276
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liusheng
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.gitignore
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@ -40,6 +40,5 @@ subunit.log
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.pydevproject
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.idea
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.DS_Store
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etc/*.conf
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tools/lintstack.head.py
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tools/pylint_exceptions
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@ -1,32 +0,0 @@
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[loggers]
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keys=root
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[handlers]
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keys=consoleHandler, fileHandler
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[formatters]
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keys=verboseFormatter, simpleFormatter
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[logger_root]
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level=DEBUG
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handlers=consoleHandler, fileHandler
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[handler_consoleHandler]
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class=StreamHandler
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level=INFO
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formatter=simpleFormatter
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args=(sys.stdout,)
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[handler_fileHandler]
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class=FileHandler
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level=INFO
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formatter=verboseFormatter
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args=("/var/log/mistral.log",)
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[formatter_verboseFormatter]
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format=%(asctime)s %(thread)s %(levelname)s %(module)s [-] %(message)s
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datefmt=
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[formatter_simpleFormatter]
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format=%(asctime)s %(levelname)s [-] %(message)s
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datefmt=
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@ -1,194 +0,0 @@
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[DEFAULT]
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# Print debugging output (set logging level to DEBUG instead
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# of default WARNING level). (boolean value)
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#debug=True
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# The name of the host running the global manager
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global_manager_host = controller
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# The port of the REST web service exposed by the global manager
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global_manager_port = 60080
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# The time interval between subsequent invocations of the database
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# cleaner in seconds
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db_cleaner_interval = 7200
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# The admin user name for authentication with Nova using Keystone
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os_admin_user = user
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# The admin password for authentication with Nova using Keystone
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os_admin_password = userpassword
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# The directory used by the data collector to store the data on the
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# resource usage by the VMs running on the host
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local_data_directory = /var/lib/terracotta
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# The threshold on the overall (all cores) utilization of the physical
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# CPU of a host that can be allocated to VMs.
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host_cpu_usable_by_vms = 1.0
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# The number of the latest data values stored locally by the data
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# collector and passed to the underload / overload detection and VM
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# placement algorithms
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data_collector_data_length = 100
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# The network bandwidth in MB/s available for VM migration
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network_migration_bandwidth = 10
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# The time interval between subsequent invocations of the data
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# collector in seconds
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data_collector_interval = 300
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[oslo_messaging_rabbit]
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# The RabbitMQ broker address where a single node is used.
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# (string value)
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#rabbit_host=localhost
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# The RabbitMQ broker port where a single node is used.
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# (integer value)
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#rabbit_port=5672
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# RabbitMQ HA cluster host:port pairs. (list value)
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#rabbit_hosts=$rabbit_host:$rabbit_port
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# The RabbitMQ userid. (string value)
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#rabbit_userid=guest
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# The RabbitMQ password. (string value)
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#rabbit_password=guest
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[api]
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# Terracotta API server host
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host = 0.0.0.0
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# Terracotta API server port
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port = 9090
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[global_manager]
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# The message topic that the global_manager listens on. (string value)
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#topic=global_manager
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# Name of the global_manager node. This can be an opaque identifier.
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# It is not necessarily a hostname, FQDN, or IP address.
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# (string value)
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#host=0.0.0.0
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# The directory, where the VM instance data are stored
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vm_instance_directory = /var/lib/nova/instances
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# The admin tenant name for authentication with Nova using Keystone
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os_admin_tenant_name = tenantname
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# The OpenStack authentication URL
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os_auth_url = http://controller:5000/v2.0/
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# A coma-separated list of compute host names
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compute_hosts = compute1, compute2, compute3, compute4
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# Whether to use block migration (includes disk migration)
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block_migration = True
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# The user name for connecting to the compute hosts to switch them
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# into the sleep mode
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compute_user = terracotta
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# The password of the user account used for connecting to the compute
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# hosts to switch them into the sleep mode
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compute_password = terracottapassword
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# A shell command used to switch a host into the sleep mode, the
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# compute_user must have permissions to execute this command
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sleep_command = pm-suspend
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# The network interface to send a magic packet from using ether-wake
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ether_wake_interface = eth0
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# The fully qualified name of a Python factory function that returns a
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# function implementing a VM placement algorithm
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algorithm_vm_placement_factory = terracotta.globals.vm_placement.bin_packing.best_fit_decreasing_factory
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# A JSON encoded parameters, which will be parsed and passed to the
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# specified VM placement algorithm factory
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algorithm_vm_placement_parameters = {"cpu_threshold": 0.8, "ram_threshold": 0.95, "last_n_vm_cpu": 2}
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[local_manager]
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# The message topic that the local_manager listens on. (string value)
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#topic=local_manager
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# Name of the local_manager node. This can be an opaque identifier.
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# It is not necessarily a hostname, FQDN, or IP address.
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# (string value)
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#host=0.0.0.0
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# The time interval between subsequent invocations of the local
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# manager in seconds
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local_manager_interval = 300
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# The fully qualified name of a Python factory function that returns a
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# function implementing an underload detection algorithm
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#algorithm_underload_detection_factory = terracotta.locals.underload.trivial.threshold_factory
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algorithm_underload_detection_factory = terracotta.locals.underload.trivial.last_n_average_threshold_factory
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# A JSON encoded parameters, which will be parsed and passed to the
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# specified underload detection algorithm factory
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#algorithm_underload_detection_parameters = {"threshold": 0.3}
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algorithm_underload_detection_parameters = {"threshold": 0.5, "n": 2}
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# The fully qualified name of a Python factory function that returns a
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# function implementing an overload detection algorithm
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#algorithm_overload_detection_factory = terracotta.locals.overload.trivial.threshold_factory
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algorithm_overload_detection_factory = terracotta.locals.overload.mhod.core.mhod_factory
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#algorithm_overload_detection_factory = terracotta.locals.overload.trivial.last_n_average_threshold_factory
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#algorithm_overload_detection_factory = terracotta.locals.overload.statistics.loess_factory
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#algorithm_overload_detection_factory = terracotta.locals.overload.otf.otf_factory
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# A JSON encoded parameters, which will be parsed and passed to the
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# specified overload detection algorithm factory
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#algorithm_overload_detection_parameters = {"threshold": 0.9}
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algorithm_overload_detection_parameters = {"state_config": [0.8], "otf": 0.1, "history_size": 500, "window_sizes": [30, 40, 50, 60, 70, 80, 90, 100], "bruteforce_step": 0.5, "learning_steps": 10}
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#algorithm_overload_detection_parameters = {"threshold": 0.95, "n": 2}
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#algorithm_overload_detection_parameters = {"threshold": 0.8, "param": 1.0, "length": 30}
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#algorithm_overload_detection_parameters = {"otf": 0.2, "threshold": 0.8, "limit": 10}
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# The fully qualified name of a Python factory function that returns a
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# function implementing a VM selection algorithm
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#algorithm_vm_selection_factory = terracotta.locals.vm_selection.algorithms.minimum_migration_time_factory
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algorithm_vm_selection_factory = terracotta.locals.vm_selection.algorithms.minimum_migration_time_max_cpu_factory
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# A JSON encoded parameters, which will be parsed and passed to the
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# specified VM selection algorithm factory
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#algorithm_vm_selection_parameters = {}
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algorithm_vm_selection_parameters = {"last_n": 2}
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[collector]
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# The threshold on the overall (all cores) utilization of the physical
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# CPU of a host, above which the host is considered to be overloaded.
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# This is used for logging host overloads into the database.
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host_cpu_overload_threshold = 0.8
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# The message topic that the collector listens on. (string value)
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#topic=collector
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# Name of the collector node. This can be an opaque identifier.
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# It is not necessarily a hostname, FQDN, or IP address.
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# (string value)
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#host=0.0.0.0
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[database]
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# The host name and credentials for connecting to the MySQL database
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# specified in the format supported by SQLAlchemy
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sql_connection = mysql://terracotta:password@localhost:3306/terracotta
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[pecan]
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# Pecan root controller
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root = terracotta.api.controllers.root.RootController
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# A list of modules where pecan will search for applications.
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modules = terracotta.api
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# Enables the ability to display tracebacks in the
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# browser and interactively debug during development.
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debug = False
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# Enables user authentication in pecan.
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auth_enable = True
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4
etc/terracotta/README-terracotta.conf.txt
Normal file
4
etc/terracotta/README-terracotta.conf.txt
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@ -0,0 +1,4 @@
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To generate the sample terracotta.conf file, run the following
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command from the top-level terracotta directory:
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tox -egenconfig
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9
etc/terracotta/terracotta-config-generator.conf
Normal file
9
etc/terracotta/terracotta-config-generator.conf
Normal file
@ -0,0 +1,9 @@
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[DEFAULT]
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output_file = etc/terracotta/terracotta.conf
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wrap_width = 79
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namespace = terracotta.config
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namespace = oslo.db
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namespace = oslo.log
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namespace = oslo.messaging
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namespace = oslo.service.service
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