inviso_as_lib(3erl) [linux man page]

inviso_as_lib(3erl)					     Erlang Module Definition					       inviso_as_lib(3erl)

NAME

       inviso_as_lib - The Inviso Autostart Utility Library

DESCRIPTION

       The purpose of the Inviso autostart utility library is to facilitate the creation and modification of autostart configuration files used by
       the standard autostart.

EXPORTS

       setup_autostart(Node, R, Opts, TracerData, CmdFiles, Bindings, Transl, RTtag) -> ok | {error, Reason}

	      Types  Node = atom()
		     R = int()
		     Opts -- see inviso:add_nodes/2,3
		     TracerData -- see inviso:init_tracing/1,2
		     CmdFiles = [CmdFile]
		     CmdFile = string()
		     Bindings = [{Var,Val}]
		     Var = atom()
		     Val = term()
		     Transl = [{{M1,F1,Arity}, {M2,F2,{Mt,Ft}}}]
		     M1 = F1 = M2 = F2 = Mt = Ft = atom()
		     Arity = int()
		     RTtag = term()
		     Reason = term()

	      Creates an autostart configuration file on Node . The name of the file is automatically deducted from consulting	the  Runtime_Tools
	      configuration parameters at Node .

	      R is the number of allowed autostarts remaining.

	      Opts is the options which shall be given to the runtime component. See inviso:add_nodes/2,3 .

	      TracerData is used when initiating tracing on this node. See inviso:init_tracing/1,2 .

	      CmdFiles	points	out files containing instructions understood by the inviso_autostart_server implementation of an autostart initia-
	      tor.

	      Bindings is a list of {Var, Val} tuples, where Var is the name of a variable and Val the actual value of the variable.

	      Transl means that M1:F1/Arity shall be translated into M2:F2 .

	      RTtag is the incarnation tag of the runtime component. See See inviso:add_nodes/2,3 .

       set_repeat(Node, R) -> ok | {error, Reason}

	      Types  Node = atom()
		     R = int()
		     Reason = term()

	      Sets the repeat parameter in the autostart file at Node without changing any of its other contents. The autostart configuration file
	      must exist.

	      R is the number of allowed autostarts remaining.

       inhibit_autostart(Node) -> ok | {error, Reason}

	      Types  Node = atom()
		     Reason = term()

	      Sets the repeat parameter in the autostart file at Node to 0. Equivalent to set_repeat(Node, 0) .

Ericsson AB							   inviso 0.6.2 					       inviso_as_lib(3erl)

ct_master(3erl) 					     Erlang Module Definition						   ct_master(3erl)

NAME

       ct_master - Distributed test execution control for Common Test.

DESCRIPTION

       Distributed test execution control for Common Test.

       This module exports functions for running Common Test nodes on multiple hosts in parallel.

EXPORTS

       abort() -> ok

	      Stops all running tests.

       abort(Nodes) -> ok

	      Types  Nodes = atom() | [atom()]

	      Stops tests on specified nodes.

       progress() -> [{Node, Status}]

	      Types  Node = atom()
		     Status = finished_ok | ongoing | aborted | {error, Reason}
		     Reason = term()

	      Returns test progress. If Status is ongoing , tests are running on the node and have not yet finished.

       run(TestSpecs) -> ok

	      Types  TestSpecs = string() | [SeparateOrMerged]

	      Equivalent to run(TestSpecs, false, [], []) .

       run(TestSpecs, InclNodes, ExclNodes) -> ok

	      Types  TestSpecs = string() | [SeparateOrMerged]
		     SeparateOrMerged = string() | [string()]
		     InclNodes = [atom()]
		     ExclNodes = [atom()]

	      Equivalent to run(TestSpecs, false, InclNodes, ExclNodes) .

       run(TestSpecs, AllowUserTerms, InclNodes, ExclNodes) -> ok

	      Types  TestSpecs = string() | [SeparateOrMerged]
		     SeparateOrMerged = string() | [string()]
		     AllowUserTerms = bool()
		     InclNodes = [atom()]
		     ExclNodes = [atom()]

	      Tests  are spawned on the nodes as specified in TestSpecs . Each specification in TestSpec will be handled separately. It is however
	      possible to also specify a list of specifications that should be merged into one before the tests are executed. Any test	without  a
	      particular  node	specification  will also be executed on the nodes in InclNodes . Nodes in the ExclNodes list will be excluded from
	      the test.

       run_on_node(TestSpecs, Node) -> ok

	      Types  TestSpecs = string() | [SeparateOrMerged]
		     SeparateOrMerged = string() | [string()]
		     Node = atom()

	      Equivalent to run_on_node(TestSpecs, false, Node) .

       run_on_node(TestSpecs, AllowUserTerms, Node) -> ok

	      Types  TestSpecs = string() | [SeparateOrMerged]
		     SeparateOrMerged = string() | [string()]
		     AllowUserTerms = bool()
		     Node = atom()

	      Tests are spawned on Node according to TestSpecs .

       run_test(Node, Opts) -> ok

	      Types  Node = atom()
		     Opts = [OptTuples]
		     OptTuples	=  {config,  CfgFiles}	|  {dir,  TestDirs}  |	{suite,  Suites}  |  {testcase,  Cases}  |  {spec,  TestSpecs}	 |
		     {allow_user_terms,  Bool}	| {logdir, LogDir} | {event_handler, EventHandlers} | {silent_connections, Conns} | {cover, Cover-
		     SpecFile} | {userconfig, UserCfgFiles}
		     CfgFiles = string() | [string()]
		     TestDirs = string() | [string()]
		     Suites = atom() | [atom()]
		     Cases = atom() | [atom()]
		     TestSpecs = string() | [string()]
		     LogDir = string()
		     EventHandlers = EH | [EH]
		     EH = atom() | {atom(), InitArgs} | {[atom()], InitArgs}
		     InitArgs = [term()]
		     Conns = all | [atom()]

	      Tests are spawned on Node using ct:run_test/1 .

AUTHORS

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								 common_test 1.5.3						   ct_master(3erl)