This command creates a diagnostic information file for use by iWay Support.

This command lists the last ten errors that are traced by the server.

This command lists the available iWay Functional Language (iFL) functions available in the server. Some functions are provided by special product components while others may be written by the user.

For more information about iFL functions, see the iWay Service Manager Component and Functional Language Reference Guide.

func _ldap

_ldap     Get attribute from LDAP repository
   1   filter     required	   Selection expression
   2   attribute  required	   Attribute to be accessed from the repository
   3   context    optional	   Context to be applied to the search

This command runs the Java garbage collector. This command does not fix memory issues and should not be used or needed.

This command displays a list of available console commands.

help <command>

Displays information on the specific command.

help <command><subcommand>

Displays information on the subcommand.

This command reports the status of a channel.

info [<name>]

Reports on one or all channels. If the name is included, the configuration is reported.

Displays available iWay license codes. For example:

All authorized features
	AIPO, EXML, I11A, I14A, I15A, I15B, I16A, I17A, I18A, I19B
	I2DP, I2FP, I2IP, I2RP, I2SP, IA12, IABY, IAR, IAS2, IASE
	IAXN, IBBC, IBEA, IBOO, IBRC, IBSE, ICEB, ICLA, ICMS, ICOR
	IEDC, IEDI, IEPA, IFA, IFIX, IGOG, IHLA, IHPP, IIEA, IJAC
	IJB2, IJB5, IJCA, IJDE, ILAW, IMB2, IMFG, IMNA, IMQA, IMSX
	IODB, IODC, IORF, IPC, IPFLW, IPS7, IPS8, IRJD, IRPS, IRSA
	IRSB, ISAA, ISAB, ISAM, ISI7, ISIE, ISIR, ISJE, ISMO, ISO1
	ISWF, ISXI, ITA, ITPL, ITPM, IUA, IUCA, IVAN, IWAEA, IWAEJ
	IWAES, IWAR, IWCC, IWEE, IWSB, IXDA, IXMC, IXTS, IXTW, SAIC
	XMLS

This command prints one or more lines in a trace. You can use this to regulate reading a long trace file.

line <count>

Displays a number of lines. The default is one.

This command displays memory statistics. Interpretation of memory usage statistics are beyond the scope of this document. For display purposes, some of the repetitive portions of the examples have been omitted.

Memory

Provides a simple display.

memory max 65088K used 9336K, free 464K,
	nodes: total allocated 7441 namespace 3604
	Maps: funcs 0, xpath 0
	Heap: init 0K, used 8932K, commit 9336K, max 65088K
	Non-Heap: init 28864K, used 22852K, commit 32096K, max 118784K
	Garbage Collection Info
	Name: Copy   Collection count: 203   time: 454ms
	Name: MarkSweepCompact   Collection count: 0   time: 0ms

Memory detail

Provides a more comprehensive display.

memory max 65088K used 9336K, free 899K,
	nodes: total allocated 7441 namespace 3604
	Maps: funcs 0, xpath 0
	Heap: init 0K, used 8438K, commit 9336K, max 65088K
	Non-Heap: init 28864K, used 22860K, commit 32096K, max 118784K
	Garbage Collection Info
	Name: Copy   Collection count: 204   time: 455ms
	   Memory Pools:
	     Eden Space
	     Survivor Space
	Name: MarkSweepCompact   Collection count: 0   time: 0ms
	   Memory Pools:
	     Eden Space
	     Survivor Space
	     Tenured Gen
	     Perm Gen
	     Perm Gen [shared-ro]
	Memory Pools Info
	Name: Code Cache
	  Usage: init 192K, used 1613K, commit 1632K, max 32768K
	  Peak Usage: init 192K, used 1613K, commit 1632K, max 32768K
	  Type: Non-heap memory
	  Memory Manager Names: CodeCacheManager
	Name: Eden Space
	  	.
		.
		
	Name: Perm Gen [shared-rw]
	  Usage: init 12288K, used 5821K, commit 12288K, max 12288K
	  Collection Usage: init 12288K, used 0K, commit 0K, max 12288K
	  Peak Usage: init 12288K, used 5821K, commit 12288K, max 12288K
	  Type: Non-heap memory
	  Memory Manager Names: MarkSweepCompact

The system controls Java memory, which falls into four major categories.

Field	Description
init	Represents the initial amount of memory (in bytes) that the Java virtual machine requests from the operating system for memory management during startup. The Java virtual machine may request additional memory from the operating system and may also release memory to the system over time. The value of init may be undefined (0) on some platforms.
used	Represents the amount of memory currently used.
committed	Represents the amount of memory (in bytes) that is guaranteed to be available for use by the Java virtual machine. The amount of committed memory may change over time (increase or decrease). The Java virtual machine may release memory to the system and committed could be less than init. Committed will always be greater than or equal to used.
max	Represents the maximum amount of memory (in bytes) that can be used for memory management. Its value may be undefined. The maximum amount of memory may change over time if defined. The amount of used and committed memory will always be less than or equal to max if max is defined. A memory allocation may fail if it attempts to increase the used memory such that used is greater than committed even if used is less than but equal to max would still be true (for example, when the system is low on virtual memory).

This command can be used to load information from another iSM configuration/installation.

This command terminates the iSM configuration. The quit command cannot be issued by a remote management console. All channels must be stopped for the quit command to be used.

This command reinitializes one named channel. If the channel is currently operating, it is stopped and then restarted. This command is useful if configuration parameters on a channel change in a way that cannot be automatically detected by the server. For example, a change may occur in a referenced property file or special register that is referenced by the configuration.

This command runs a command file.

This command is used to set a parameter.

set help

Displays a help line of the objects that can be set.

set display

Shows the current settings.

set <travelevel> on|off [-save] [-master <name>]

Sets a trace level. The trace level change can be saved in the dictionary such that it becomes permanent. A setting can be applied to a single master/channel by name, but master-level settings cannot be saved.

set time on|off

Adds the current time to all traces displayed at the console.

This command attempts to run an operating system command.

This command displays server information.

This command starts one or more (named) channels.

The formats are:

start [all]

Starts all active channels.

start <name>

Starts one listener.

start (<name>,<name>*)

Starts one or more specific channels.

This command reports statistics on the current activity of the server. The Ehrlang coefficient is shown as a constant until enough information is available to compute a valid value other than 1.0. The number per second computation assumes a steady input and is used for guidance purposes only. It is based on wall clock time.

in secs    count   low   high   mean variance std.dev.   ehr  n/sec
SOAP1
    wall:     0   0.0000   0.0000   0.0000   0.0000   0.0000     -       
    cpu :         0.0000   0.0000   0.0000   0.0000   0.0000     -       
    user:         0.0000   0.0000   0.0000   0.0000   0.0000     -       
filein
    wall:     3   0.0000   0.0160   0.0103   0.0001   0.0073 const 196.77
    cpu :         0.0000   0.0156   0.0052   0.0001   0.0074 const       
     user:         0.0000   0.0156   0.0052   0.0001   0.0074 const  

stats reset

Sets the statistics counters to zero.

This command stops one or more (named) channels.

stop [all]

Stops all listeners active channel.

stop <name>

Stops one channel.

stop (<name>[,<name>*)

Stops one ore more specific channels.

This command is used to display thread information.

thread dump filename

Places the output into a file that is specified.

threads [monitor | dump]

Displays thread information.

thread (no operands)

Each channel is shown. Under the manager, there is one thread for each channel name (called listener, SOAP1, and filein). Each has a set of threads for its message channel. For example, there are three message channels for the filein listener, called W.filein.1, W.filein.2, and W.filein.3. The state of each thread is shown below.

SOAP1:
	Thr-HSOAP1  [runnable]
	Thr-FSOAP1  [timed_waiting]
filein:
	W.filein.1  [timed_waiting]
	W.filein.2  [timed_waiting]
	W.filein.3  [timed_waiting]
manager:
	console0  [blocked]
	console1  [runnable]
	console2  [blocked]
	console3  [blocked]
	console4  [blocked]
	SOAP1  [timed_waiting]
	filein  [timed_waiting]

thread monitor [on | off]

Controls a check of deadlocked threads. Using this command can significantly affect system performance. As a result, It is set to no by default. To monitor deadlocks, first issue the thread monitor on command. Once issued, the thread deadblock monitor is activated. Afterwards, issue thread monitor to check for deadlocks. When you are finished testing, set the monitor off.

This command displays the current time in Greenwich Mean Time.

iWay Service Manager provides a set of tools available to users for special purposes. These are more complex than simple commands, and each tool can maintain its own dialog with the user. An example of such a tool is testfuncs, which enables a user to test an iFL expression against a specific document or set of special registers.

This command types/displays the contents of a text file.

This command displays the product version and all later versioned .JAR files.