SilkPerformer

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silk.performer
Class SilkPerformer


java.lang.Object

  silk.performer.SilkPerformer

public final class SilkPerformer
extends java.lang.Object

SilkPerformer is the general class for communication with the controller of a load test that allows to integrate a Java class into the SilkPerformer run-time environment. A SilkPerformer object encapsulates methods and information dedicated to one virtual user implemented as a Java class. Every method that starts with an upper case letter has a complement in BDL, the benchmark description language of Segue's SilkPerformer.

Function overview:

Measure functions for timers and counters
Synchronization of users (checkpoint = rendezvous), see Global functions
Extended file functions, see File load functions
Output functions for logging and errors, see Print, Write and Rep functions
Global attribute get and set functions accessible from both Java and BDL, see AttributeSet, AttributeGet functions
Performer load test functions, see Get functions
Random functions, see Rnd functions and
Date time format functions, see Format functions

Author:: Gerald Ehmayer
See Also:: FileEx

Field Summary
`static int`	`ALL_USERS` Operation is performed for all users.
`static java.lang.String`	`DATE_DEFAULT` Default date format key.
`static java.lang.String`	`DATE_ODBC` Date format key commonly needed together with ODBC.
`static java.lang.String`	`DATE_YYYY_MM_DD` Date format key for YYYY-MM-DD representation.
`static int`	`DIRECTORY_DATA` Constant to retrieve directory information with GetDirectory.
`static int`	`DIRECTORY_HOME` Constant to retrieve directory information with GetDirectory.
`static int`	`DIRECTORY_INCLUDE` Constant to retrieve directory information with GetDirectory.
`static int`	`DIRECTORY_PROJECT` Constant to retrieve directory information with GetDirectory.
`static int`	`DIRECTORY_RESULT` Constant to retrieve directory information with GetDirectory.
`static int`	`DIRECTORY_SOURCE` Constant to retrieve directory information with GetDirectory.
`static int`	`GLOBAL_CANCELED` User was canceled while waiting for others.
`static int`	`GLOBAL_ERROR` Invalid state of checkpoint.
`static int`	`GLOBAL_PASSED` All users have reached the checkpoint the user was waiting for, it continues execution.
`static int`	`GLOBAL_SYNCHRONIZED` All users have reached the checkpoint the user was waiting for, it was the last one entering the checkpoint and continues execution.
`static int`	`GLOBAL_TIMEOUT` User was tired to wait for others, it continues execution.
`static int`	`INFINITE` Infinite timeout.
`static java.lang.String`	`LIB_NAME` Library name that implements the SilkPerformer native methods.
`static java.lang.Object`	`LOCK` Synchronization object for threads.
`static int`	`MEASURE_COUNTER` Indicates counter measures related settings.
`static int`	`MEASURE_COUNTER_CUSTOMCOUNTER` Indicates a custom counter.
`static int`	`MEASURE_KIND_AVERAGE` Creates an average counter.
`static int`	`MEASURE_KIND_SUM` Creates a sum counter.
`static int`	`MEASURE_TIMER` Indicates timer measures related settings.
`static int`	`MEASURE_TIMER_RESPONSETIME` Indicates a responsetime measure.
`static java.lang.String[]`	`MEASURE_USAGE`
`static int`	`MEASURE_USAGE_AVG_COUNTER` Usage parameter for Measure functions: the Average is displayed as default datasource in perfexp.
`static int`	`MEASURE_USAGE_AVGONLY_COUNTER` Usage parameter for Measure functions: the Average is displayed as default datasource in perfexp.
`static int`	`MEASURE_USAGE_EVENT_COUNTER` Usage parameter for Measure functions: the Count is displayed as default datasource in perfexp.
`static int`	`MEASURE_USAGE_SUM_COUNTER` Usage parameter for Measure functions: the Sum is displayed as default datasource in perfexp (= default).
`static int`	`MEASURE_USAGE_SUMONLY_COUNTER` Usage parameter for Measure functions: the Sum is displayed as default datasource in perfexp.
`static int`	`OPT_DISPLAY_ALL` Indicates the message concerns all display levels.
`static int`	`OPT_DISPLAY_DATA` Indicates data should be printed to the monitor display.
`static int`	`OPT_DISPLAY_ERRORS` Indicates an error message should be printed to the monitor display.
`static int`	`OPT_DISPLAY_FUNCTIONS` Indicates a function specific information should be printed to the monitor display.
`static int`	`OPT_DISPLAY_INFO` Indicates an informational message should be printed to the monitor display.
`static int`	`OPT_DISPLAY_NONE` Indicates a message should not be printed to the monitor display of the controller.
`static int`	`OPT_DISPLAY_TIMERS` Indicates a timer specific information should be printed to the monitor display.
`static int`	`OPT_DISPLAY_TRANSACTIONS` Indicates a transaction specific information should be printed to the monitor display.
`static int`	`OPT_THINKTIME_RANDOMWAIT` Indicates to calculate and use random think times, otherwise the absolute values are used for thinking.
`static int`	`OPT_THINKTIME_STRESSTEST` Indicates to ignore think times.
`static int`	`OPT_WRITEDATA_HEX` A mixed notation (ascii and hex) is used for printing data.
`static int`	`OPT_WRITEDATA_HEXONLY` The data is printed in hexadecimal notation.
`static int`	`OPT_WRITEDATA_PRINTABLE` If the string buffer contains only printable characters, the ASCII representation of the data is printed, otherwise a mixed notation is used.
`static int`	`RESULT_FILE_ALL` Constant that specifies that all resultfiles should be flushed with FlushResultFile.
`static int`	`RESULT_FILE_ERR` Constant that specifies that the .err file should be flushed with FlushResultFile.
`static int`	`RESULT_FILE_LOG` Constant that specifies that the .log file should be flushed with FlushResultFile.
`static int`	`RESULT_FILE_RPT` Constant that specifies that the .rpt file should be flushed with FlushResultFile.
`static int`	`RESULT_FILE_TSD` Constant that specifies that the .tsd file should be flushed with FlushResultFile.
`static int`	`RESULT_FILE_WRT` Constant that specifies that the .wrt file should be flushed with FlushResultFile.
`static int`	`RESULT_FILE_XLG` Constant that specifies that the .xlg file should be flushed with FlushResultFile.
`static int`	`SEVERITY_ERROR` Indicates an error but the user is able to continue.
`static int`	`SEVERITY_INFORMATIONAL` Indicates a state that requires an informational message.
`static int`	`SEVERITY_PROCESS_EXIT` Indicates an error and the current user has to be terminated.
`static int`	`SEVERITY_SUCCESS` Indicates that no errors were found.
`static int`	`SEVERITY_TRANS_EXIT` Indicates an error and the current transaction has to be terminated.
`static int`	`SEVERITY_WARNING` Indicates a state that requires a warning.
`static int`	`TEXT_BLACK`
`static int`	`TEXT_BLUE`
`static int`	`TEXT_GRAY`
`static int`	`TEXT_GREEN`
`static int`	`TEXT_MAGENTA`
`static int`	`TEXT_RED`
`static java.lang.String`	`TIMESTAMP_DEFAULT` Default date/time format key for YYYY-MM-DD HH:MM:SS representation.
`static int`	`TIMESTAMP_GMT` Constant to retrieve timestamp with GetTimeStamp as GMT time.
`static int`	`TIMESTAMP_IN_MS` Constant to retrieve timestamp with GetTimeStamp in milliseconds.
`static int`	`TIMESTAMP_IN_SEC` Constant to retrieve timestamp with GetTimeStamp in seconds.
`static int`	`TIMESTAMP_LOCAL` Constant to retrieve timestamp with GetTimeStamp as local time.
`static java.lang.String`	`TIMESTAMP_ODBC` Default date/time format key commonly needed together with ODBC.

Constructor Summary
`SilkPerformer()` Class default constructor.
`SilkPerformer(int magic)`
`SilkPerformer(int magic, int context)` Class constructor specifying a magic number.

Method Summary
`void`	`AttachThread()` Attaches the SilkPerformer runtime to a newly created Java thread.
`void`	`AttributeDelete(java.lang.String attribute)` Removes an attribute from the global value pool by name.
`byte[]`	`AttributeGetBinary(java.lang.String attribute)` Retrieves a binary attribute from the global value pool by name.
`boolean`	`AttributeGetBoolean(java.lang.String attribute)` Retrieves an boolean attribute from the global value pool by name.
`double`	`AttributeGetDouble(java.lang.String attribute)` Retrieves a double attribute from the global value pool by name.
`int`	`AttributeGetInt(java.lang.String attribute)` Retrieves an integer attribute from the global value pool by name.
`java.lang.String`	`AttributeGetString(java.lang.String attribute)` Retrieves a string attribute from the global value pool by name.
`boolean`	`AttributeSetBinary(java.lang.String attribute, byte[] value)` Sets a binary attribute value.
`boolean`	`AttributeSetBinary(java.lang.String attribute, byte[] value, int len)` Sets a number of bytes as binary attribute value.
`boolean`	`AttributeSetBoolean(java.lang.String attribute, boolean value)` Registers a named boolean attribute in the global value pool.
`boolean`	`AttributeSetDouble(java.lang.String attribute, double value)` Registers a named double attribute in the global value pool.
`boolean`	`AttributeSetInt(java.lang.String attribute, int value)` Registers a named integer attribute in the global value pool.
`boolean`	`AttributeSetString(java.lang.String attribute, java.lang.String value)` Registers a named string attribute in the global value pool.
`int`	`CreateErrorCode(int nFacility, int nErrorCode, int nSeverity)` Internally used for Oracle Forms replay.
`Error`	`ErrorCreate(java.lang.String sFuncName)` Internally used for Oracle Forms replay.
`Error`	`ErrorCreate(java.lang.String sFuncName, int nApiCallId)` Internally used for Oracle Forms replay.
`int`	`ErrorLogBegin(java.lang.String sFuncName, int nApiCallId)` Internally used for Oracle Forms replay.
`void`	`ErrorLogEnd(int hErr)` Internally used for Oracle Forms replay.
`int`	`ErrorLogGetMaxSeverity(int hErr)` Internally used for Oracle Forms replay.
`void`	`ErrorLogRaise(int hErr, int iError, java.lang.String sMsg, int nSeverity)` Internally used for Oracle Forms replay.
`FileEx`	`FileCSVLoad(java.lang.String fileName, java.lang.String separator)` Reads a file in CSV format (character separated format) into the memory.
`FileEx`	`FileCSVLoad(java.lang.String fileName, java.lang.String separator, java.lang.String delimiter)` Reads a file in CSV format (character separated format) into the memory.
`FileEx`	`FileCSVLoadGlobal(java.lang.String fileName, java.lang.String separator)` Reads a file with a global row pointer in CSV format (character separated format) into the memory.
`FileEx`	`FileCSVLoadGlobal(java.lang.String fileName, java.lang.String separator, java.lang.String delimiter)` Reads a file with a global row pointer in CSV format (character separated format) into the memory.
`FileEx`	`FileFixedLoad(java.lang.String fileName, java.lang.String format)` Reads a file with fix formatted rows into the memory.
`FileEx`	`FileFixedLoadGlobal(java.lang.String fileName, java.lang.String format)` Reads a file with a global row pointer and fix formatted rows into the memory.
`boolean`	`FlushResultFile(int flag)` Flushes the buffer of the specified result file.
`java.lang.String`	`FormatDate(int date, java.lang.String format)` Formats a date.
`java.lang.String`	`FormatDateTime(int date, int time, java.lang.String format)` Formats date and time.
`java.lang.String`	`GetAgent()` Retrieves the name of the agent machine of a user.
`int`	`GetAgentId()` Retrieves a unique id for the agent of a user.
`int`	`getClock()` Calculates the native Windows processor time used by the calling process.
`java.lang.String`	`GetController()` Retrieves the name of the controller machine of a user.
`java.lang.String`	`GetDataFilePath(java.lang.String sFilename)` The method returns the absolute path to a file in the data files section during the loadtest.
`java.lang.String`	`GetDirectory(int setting)` Retrieves the directory where specified types of SilkPerformer files are located.
`java.lang.String`	`GetErrorMsg(int errNo)` Retrieves the description of an error.
`java.lang.String`	`GetFunctionName()` Returns the name of the currently executing BDL function.
`java.lang.String`	`GetIpAddress()` Used for Ip spoofing.
`int`	`GetLastError()` Retrieves the code of the last error that was detected.
`java.lang.String`	`GetLastErrorMsg()` Retrieves the description of the last error that was detected.
`int`	`GetLoadtest()` Retrieves the number of the load test generated for the current simulation.
`java.lang.String`	`GetProfile()` Retrieves the name of the settings profile that the current virtual user uses.
`java.lang.String`	`GetProject()` Retrieves the name of the project specified in the current workload definition file (.wdf file).
`java.lang.String`	`GetProjectfileName()` Returns the absolute path the to projectfile in use.
`int`	`GetRuntimes()` Retrieves the number of users started on the current agent.
`double`	`GetThinkTimeLimit()` Gets the value of the setting which specifies whether think times should be limited to a certain maximum value.
`long`	`getTickCount()` Retrieves the number of milliseconds that have elapsed since Windows was started.
`java.lang.String`	`GetTimeStamp(int flag)` Returns the number of seconds or milliseconds elapsed since midnight (00:00:00), January 1, 1970 likewise as GMT or local time.
`java.lang.String`	`GetTransactionName()` Returns the name of the currently executing transaction.
`java.lang.String`	`GetUser()` Retrieves the user name.
`java.lang.String`	`GetUsergroup()` Retrieves the name of the user group to which the current virtual user belongs.
`int`	`GetUserId()` Retrieves a unique ID (number) per virtual user within a loadtest.
`int`	`GetUserIdOnAgent()` Retrieves a unique ID (number) per virtual user on an agent (machine).
`java.lang.String`	`GetWorkload()` Retrieves the name of the active workload which the current virtual user executes.
`int`	`GlobalResourceEnter(java.lang.String name)` Defines a resource that can be occupied only by one user.
`int`	`GlobalResourceEnter(java.lang.String name, int count)` Defines a resource that can be occupied only by a limited number of users.
`int`	`GlobalResourceEnter(java.lang.String name, int count, int timeout)` Defines a resource that can be occupied only by a limited number of users.
`void`	`GlobalResourceRelease(java.lang.String name)` Releases a limited usable resource.
`int`	`GlobalVarGet(java.lang.String name, int timeout)` Retrieves a global integer value accessible for all agents.
`int`	`GlobalVarInc(java.lang.String name, int incVal, int timeout)` Increments a global integer value accessible for all agents.
`void`	`GlobalVarSet(java.lang.String name, int value, int timeout)` Sets a global integer value accessible for all agents.
`int`	`GlobalWaitFor(java.lang.String name)` Defines a checkpoint and blocks the calling user.
`int`	`GlobalWaitFor(java.lang.String name, int count)` Defines a checkpoint and blocks the calling user.
`int`	`GlobalWaitFor(java.lang.String name, int count, int timeout)` Defines a checkpoint (= rendezvous) and blocks the calling user.
`void`	`Halt()` Terminates the current user.
`void`	`Halt(java.lang.String msg)` Displayes a message and terminates the current user.
`int`	`IncDate(int date, int days)` Increments a date value.
`static void`	`main(java.lang.String[] args)` Installation check.
`int`	`MeasureInc(java.lang.String name)` Increments the value of a custom counter by 1.
`int`	`MeasureInc(java.lang.String name, int value)` Increments the value of a custom counter.
`int`	`MeasureInc(java.lang.String name, int value, int kind)` Increments the value of a custom counter and aggregates it individually.
`double`	`MeasureIncFloat(java.lang.String name, double value, java.lang.String unit, int usage, int idx)` Increments custom counter by a float value.
`int`	`MeasurePause(java.lang.String name)` Pauses a custom time measure with a specified measure name.
`int`	`MeasureResume(java.lang.String name)` Resumes a prviously paused custom time measure.
`boolean`	`MeasureSetBound(java.lang.String name, int type, int bound, double value)` Determines the bound value for a specified timer or counter.
`boolean`	`MeasureSetBound(java.lang.String name, int type, int bound, double value, int severity)` Determines the bound value for a specified timer or counter.
`int`	`MeasureSetTimer(java.lang.String name, int value)` Sets a value for a custom time measure with a specified measure name.
`boolean`	`MeasureStart(java.lang.String name)` Starts a custom time measure with a specified measure name.
`boolean`	`MeasureStart(java.lang.String name, int idx)` Starts a custom time measure with a specified measure name.
`int`	`MeasureStop(java.lang.String name)` Stops a custom time measure with a specified measure name.
`boolean`	`MeasureTimeseries(int type, boolean yesNo)` Determines whether to generate measure data or not.
`void`	`Print(java.lang.String msg)` Prints a message to the run-time monitor window of a user.
`void`	`Print(java.lang.String msg, int option)` Prints a message to the run-time monitor window in an individual context.
`void`	`Print(java.lang.String msg, int option, int color)` Prints a message to the run-time monitor window in an individual context and color.
`void`	`RaiseError(int errorCode, java.lang.String sMessage)` Internally used for Oracle Forms replay.
`void`	`RaiseError(int errorCode, java.lang.String sMessage, int nCustomSeverity)` Internally used for Oracle Forms replay.
`void`	`RaiseError(int errorCode, java.lang.String sMessage, int nCustomSeverity, int iApiCallId)` Internally used for Oracle Forms replay.
`void`	`RepMessage(java.lang.String msg, int severity)` Writes a message to the repository (if enabled) and to the .err file of a user.
`int`	`RndDate(int date, int days)` Adds a random number of days to a date.
`java.lang.String`	`RndFormatDate(int date, int days, java.lang.String format)` Adds a random number of days to a date and formats the resulted date.
`int`	`RndUniN(int i, int j)` Calculates a uniformly distributed random number between a specific boundary.
`void`	`setMultiMode(boolean yesNo)`
`void`	`SetThinkTimeLimit(boolean enable, double fLimit)` Specifies whether think times should be limited to a certain maximum value.
`double`	`ThinkTime(double timeSec)` Blocks execution of the user for some time.
`double`	`ThinkTime(double timeSec, int option)` Blocks execution of the user for some time.
`void`	`Wait(double seconds)`
`void`	`Write(java.lang.String txt)` Writes to the .out file of the current user.
`void`	`WriteData(byte[] data)` Writes binary data to the .out file of the current user.
`void`	`WriteData(byte[] data, int len)` Writes binary data to the .out file of the current user.
`void`	`WriteData(byte[] data, int len, int option)` Writes binary data to the .out file of the current user.
`void`	`WriteErr(java.lang.String txt)` Writes to the .err file of the current user.
`void`	`Writeln()` Writes a new line to the .out file of the current user.
`void`	`Writeln(java.lang.String txt)` Writes to the .out file of the current user appending a new line.
`void`	`WriteLog(java.lang.String txt)` Writes to the .log file of the current user.
`void`	`WriteLog(java.lang.Throwable ex)` Writes an exception stack trace to the .log file of the current user.

Methods inherited from class java.lang.Object

equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

MEASURE_USAGE_SUM_COUNTER


public static final int MEASURE_USAGE_SUM_COUNTER

Usage parameter for Measure functions: the Sum is displayed as default datasource in perfexp (= default).

See Also:: Constant Field Values

MEASURE_USAGE_AVG_COUNTER


public static final int MEASURE_USAGE_AVG_COUNTER

Usage parameter for Measure functions: the Average is displayed as default datasource in perfexp.

See Also:: Constant Field Values

MEASURE_USAGE_SUMONLY_COUNTER


public static final int MEASURE_USAGE_SUMONLY_COUNTER

Usage parameter for Measure functions: the Sum is displayed as default datasource in perfexp. You cannot choose an other datasource.

See Also:: Constant Field Values

MEASURE_USAGE_EVENT_COUNTER


public static final int MEASURE_USAGE_EVENT_COUNTER

Usage parameter for Measure functions: the Count is displayed as default datasource in perfexp.

See Also:: Constant Field Values

MEASURE_USAGE_AVGONLY_COUNTER


public static final int MEASURE_USAGE_AVGONLY_COUNTER

Usage parameter for Measure functions: the Average is displayed as default datasource in perfexp. You cannot choose another datasource.

See Also:: Constant Field Values

MEASURE_USAGE


public static final java.lang.String[] MEASURE_USAGE

OPT_DISPLAY_NONE


public static final int OPT_DISPLAY_NONE

Indicates a message should not be printed to the monitor display of the controller.

See Also:: Constant Field Values

OPT_DISPLAY_ERRORS


public static final int OPT_DISPLAY_ERRORS

Indicates an error message should be printed to the monitor display.

See Also:: Constant Field Values

OPT_DISPLAY_TRANSACTIONS


public static final int OPT_DISPLAY_TRANSACTIONS

Indicates a transaction specific information should be printed to the monitor display.

See Also:: Constant Field Values

OPT_DISPLAY_TIMERS


public static final int OPT_DISPLAY_TIMERS

Indicates a timer specific information should be printed to the monitor display.

See Also:: Constant Field Values

OPT_DISPLAY_FUNCTIONS


public static final int OPT_DISPLAY_FUNCTIONS

Indicates a function specific information should be printed to the monitor display.

See Also:: Constant Field Values

OPT_DISPLAY_INFO


public static final int OPT_DISPLAY_INFO

Indicates an informational message should be printed to the monitor display.

See Also:: Constant Field Values

OPT_DISPLAY_DATA


public static final int OPT_DISPLAY_DATA

Indicates data should be printed to the monitor display.

See Also:: Constant Field Values

OPT_DISPLAY_ALL


public static final int OPT_DISPLAY_ALL

Indicates the message concerns all display levels.

See Also:: Constant Field Values

OPT_WRITEDATA_PRINTABLE


public static final int OPT_WRITEDATA_PRINTABLE

If the string buffer contains only printable characters, the ASCII representation of the data is printed, otherwise a mixed notation is used.

See Also:: Constant Field Values

OPT_WRITEDATA_HEX


public static final int OPT_WRITEDATA_HEX

A mixed notation (ascii and hex) is used for printing data.

See Also:: Constant Field Values

OPT_WRITEDATA_HEXONLY


public static final int OPT_WRITEDATA_HEXONLY

The data is printed in hexadecimal notation.

See Also:: Constant Field Values

TEXT_BLUE


public static final int TEXT_BLUE

See Also:: Constant Field Values

TEXT_RED


public static final int TEXT_RED

See Also:: Constant Field Values

TEXT_BLACK


public static final int TEXT_BLACK

See Also:: Constant Field Values

TEXT_MAGENTA


public static final int TEXT_MAGENTA

See Also:: Constant Field Values

TEXT_GREEN


public static final int TEXT_GREEN

See Also:: Constant Field Values

TEXT_GRAY


public static final int TEXT_GRAY

See Also:: Constant Field Values

SEVERITY_SUCCESS


public static final int SEVERITY_SUCCESS

Indicates that no errors were found.

See Also:: Constant Field Values

SEVERITY_INFORMATIONAL


public static final int SEVERITY_INFORMATIONAL

Indicates a state that requires an informational message.

See Also:: Constant Field Values

SEVERITY_WARNING


public static final int SEVERITY_WARNING

Indicates a state that requires a warning.

See Also:: Constant Field Values

SEVERITY_ERROR


public static final int SEVERITY_ERROR

Indicates an error but the user is able to continue.

See Also:: Constant Field Values

SEVERITY_TRANS_EXIT


public static final int SEVERITY_TRANS_EXIT

Indicates an error and the current transaction has to be terminated.

See Also:: Constant Field Values

SEVERITY_PROCESS_EXIT


public static final int SEVERITY_PROCESS_EXIT

Indicates an error and the current user has to be terminated.

See Also:: Constant Field Values

MEASURE_TIMER


public static final int MEASURE_TIMER

Indicates timer measures related settings.

See Also:: Constant Field Values

MEASURE_COUNTER


public static final int MEASURE_COUNTER

Indicates counter measures related settings.

See Also:: Constant Field Values

MEASURE_TIMER_RESPONSETIME


public static final int MEASURE_TIMER_RESPONSETIME

Indicates a responsetime measure.

See Also:: Constant Field Values

MEASURE_COUNTER_CUSTOMCOUNTER


public static final int MEASURE_COUNTER_CUSTOMCOUNTER

Indicates a custom counter.

See Also:: Constant Field Values

MEASURE_KIND_SUM


public static final int MEASURE_KIND_SUM

Creates a sum counter.

See Also:: MeasureInc(String,int,int), Constant Field Values

MEASURE_KIND_AVERAGE


public static final int MEASURE_KIND_AVERAGE

Creates an average counter.

See Also:: MeasureInc(String,int,int), Constant Field Values

OPT_THINKTIME_STRESSTEST


public static final int OPT_THINKTIME_STRESSTEST

Indicates to ignore think times.

See Also:: Constant Field Values

OPT_THINKTIME_RANDOMWAIT


public static final int OPT_THINKTIME_RANDOMWAIT

Indicates to calculate and use random think times, otherwise the absolute values are used for thinking.

See Also:: Constant Field Values

DATE_YYYY_MM_DD


public static final java.lang.String DATE_YYYY_MM_DD

Date format key for YYYY-MM-DD representation.

See Also:: Constant Field Values

DATE_DEFAULT


public static final java.lang.String DATE_DEFAULT

Default date format key.

See Also:: Constant Field Values

DATE_ODBC


public static final java.lang.String DATE_ODBC

Date format key commonly needed together with ODBC.

See Also:: Constant Field Values

TIMESTAMP_DEFAULT


public static final java.lang.String TIMESTAMP_DEFAULT

Default date/time format key for YYYY-MM-DD HH:MM:SS representation.

See Also:: Constant Field Values

TIMESTAMP_ODBC


public static final java.lang.String TIMESTAMP_ODBC

Default date/time format key commonly needed together with ODBC.

See Also:: Constant Field Values

GLOBAL_ERROR


public static final int GLOBAL_ERROR

Invalid state of checkpoint.

See Also:: Constant Field Values

GLOBAL_CANCELED


public static final int GLOBAL_CANCELED

User was canceled while waiting for others.

See Also:: Constant Field Values

GLOBAL_TIMEOUT


public static final int GLOBAL_TIMEOUT

User was tired to wait for others, it continues execution.

See Also:: Constant Field Values

GLOBAL_PASSED


public static final int GLOBAL_PASSED

All users have reached the checkpoint the user was waiting for, it continues execution.

See Also:: Constant Field Values

GLOBAL_SYNCHRONIZED


public static final int GLOBAL_SYNCHRONIZED

All users have reached the checkpoint the user was waiting for, it was the last one entering the checkpoint and continues execution.

See Also:: Constant Field Values