Old test place script

Only test files that match pattern will be loaded.The file must be located in the resources folder under the script folder.Custom Java code may be used in the script to have Virtual users request an individual record Old test place script getRecord ngetLastRecordor getFirstRecord.The failfastcatchbreak and buffer parameters have the same effect as the same-name command-line options.Unittest supports skipping individual test methods and even whole classes of tests.The following example script code sets the value in the cell at row 1, column A to a boolean value of true :.Specific Records: When selected, the virtual user uses a subset of records in the databank.Equivalent to: assertEqual Counter list firstCounter list second but works with sequences of unhashable objects as well.In the Java Code view, the callFunction code will include the function name and dataFile variable similar to the following example:.The following examples show how to change data in parent scripts from child scripts using the datatable API getParentDatatable and getGlobalDatatable methods.
unittest — Unit testing framework — Python documentation

Soulshatters Test Place Scripts Recipes – There are three main advantages to using dedicated function libraries compared with using a script containing functions:.If tests is given, it must be an iterable of individual test cases or other test suites that will be used to build the suite initially.CSV file and print values to the OpenScript console view:.It supports test automation, sharing of setup and shutdown code for tests, aggregation of tests into collections, and independence of the tests from the reporting framework.Create and record the next script.However, it is optional if you want to convert your existing script-based function libraries into dedicated function libraries Old test place script leave them as regular scripts.

You can use the Script Add option to add variable items to the function.You can also use the Code View to add custom code to the function.Define the variables to use to pass values to the custom function arguments somewhere in the script before where the Call Function statement will be placed in the script:.

In the Java Code view, add the getVariables.In the Java Code view, the message statement info , warn or fail or getVariables.If the function is in the same script, the callFunction statement is added:.If the function is in a another script a script containing functions that has been added to the current script as a script asset , the getScript “myScriptAlias”.

If the function is in a dedicated function library script a script specifically created as a function library that has been added to the current script as a script asset , the className.When the user calls the function using the Script menu options, the Call Function dialog box will include a multi-line text box that allows a list of values to be entered.

In the Java Code view, the callFunction code will include a toList parameter similar to the following example:.If the function is in a function library script a function library script added as a script asset , the ClassName.In the Java Code view, the callFunction code will include a toMap parameter similar to the following example:.The Type options of the Argument dialog box used when adding a function to a script includes a Select List type that can be used to create a function that accepts a value from a known list of values as parameters.

When the user calls the function using the Script menu options, the Call Function dialog box will include a select list box that allows a single value from a list of values to be selected.

In the Java Code view, the callFunction code will include the function name and selected parameter similar to the following example:.The list and map functions can also specify one or more files as an alternate method for inputting list or map data to function arguments using the dataFile variable.

The dataFile variable specifies the optional repository name, data file path, and optional file encoding using the following format:.For list functions that use toList , the data file might appear similar to the following example:.For map functions that use toMap , the data file might appear similar to the following example:.

The toList and toMap methods also parse all arguments for any newline delimiters.Any newline delimiters embedded in a value or file will be converted into new list entries.For example,.When the user calls a function that uses lists or maps as argument values using the Script menu options, the Call Function dialog box will include the Substitute Variable icon next to the Arguments values field.Click the Substitute Variables icon next to the Arguments values field.

Expand the Functions tree, select dataFile , and click Finish.Edit the repository and relativeFilePath values to specify the repository name and relative path to the data file containing the data to pass to the function.When you click OK , the function will be added to the tree view similar to the following:.In the Java Code view, the callFunction code will include the function name and dataFile variable similar to the following example:.You can create a script that can be used as a dedicated function library that can be used by other scripts as a script asset.

The dedicated function library script can contain custom functions that can be called from other scripts.A dedicated function library provides a way for having code assistance in scripts calling functions from the library.Code Assist or Content Assist provides you with a list of suggested completions for partially entered strings.

When creating dedicated function library scripts, you should make the library either a generic Java code script or the same type as the scripts that is, Web, HTTP, Siebel, etc.A function library is a means to make your code more reusable and modular.Any script can be used as a function library by creating a library of custom functions within the script code.

The function library script can then be added to other scripts as a script asset.The other scripts can then call custom functions from the function library script.What is the difference between a function library and a regular script? In general, there is only a minor difference between a function library script and regular script.A function library is a script which you can record into and play back but also includes a unique package and class name.

However, function library scripts are generally not intended to be played back.You use a function library script as an asset for other scripts that can call the custom functions contained in the library.

Function library scripts include the Initialize, Run, and Finish methods the same as a regular script.The Initialize, Run, and Finish methods in a dedicated function library script are not intended to be called from other scripts.The Initialize, Run, and Finish methods are provided for debugging function library scripts before publishing them.Before OpenScript version Users simply added custom functions to a script which was designated as a function library.

OpenScript version There are three main advantages to using dedicated function libraries compared with using a script containing functions:.The primary advantage is provided for teams that widely use the Java Code view with custom code.The style of calling functions from a dedicated function library script is much more straight forward and clear.

For example, with the dedicated function library you call a function a function foo in the library with alias myLib as follows:.With custom functions in a regular script, you call a function using the Reflection style, as follows:.A second advantage of a dedicated function library is that the direct style of calls provides code assistance in the Java Code view for calling functions stored in a dedicated function library script.

There is no code assistance in the Java Code view for calling functions stored in a regular script and called using the callFunction method.A third advantage of a dedicated function library is the ability to use custom classes in the library.

What are the disadvantages of using a dedicated function library, versus using a script with functions in it? There are some disadvantages to using dedicated function libraries compared with using a script containing functions:.A dedicated function library not only has a unique script location, but also a unique library class name.The library class name is rendered when creating the dedicated function library and cannot be changed.

If for some reason you need or want to change function library class name for example, a duplicated function library name was found or something else , you will need to create a new script by selecting Save As from the File menu or by creating a script from an existing script.You will need to enter a new name for the function library class and a new script will be created.The new script will have all of the functions declared in the old function library.Another minor disadvantage of using a dedicated function library is that it needs to be assigned as an asset to each script that uses it.

In contrast, using getScript “funcLib”.Any child scripts will find the function library by its alias during runtime.However, this usage is blind as users have no Tree View or dialog support for inserting such code.By not assigning the dedicated function library directly to a script as an asset, you can only call its functions by typing code directly into the Java code view using the Reflection style syntax.

Also, code assistance is not provided for Reflection style syntax.Particularly when creating many test scripts, it can be time consuming to attach commonly used function libraries to each one individually.There are two approaches to solve this problem.You can create an empty script and attach to it all the common function libraries you want your scripts to use.

Each time you create a new script, select New from the File menu, select Script from Template in the General section, then select the script with your common functions to create the new script.

Each new script will have the common function libraries attached to it.Any saved script can be a template script.The one downside to attaching a function library to every script.If you physically move a function library to a different location on disk, then all existing scripts referencing it from the old location will break.If you have a test setup where one parent “master” script calls several “child” scripts, you can attach the common function libraries only to the parent script and not attach it to any child scripts.

Child scripts will be able to directly call the function libraries from Java Code using the reflexive code syntax.For example.The benefit to attaching the function library to the parent script, and not to the child scripts, is that if the function library is moved to a different location, you only need to update the parent script with the new function library location.

All child scripts will continue to work.However, using this approach, child scripts cannot use the explicit code syntax when calling functions.Child scripts will not be able to use any custom classes exposed by the function libraries or leverage any Java Code assistance features.

The child scripts’ Tree view will also not provide any UI for adding available functions.This approach is only recommended for teams not relying on the Tree view UI for adding function calls.Will my existing pre Existing scripts and function libraries will continue to work, unmodified, in newer releases.If you want to take advantage of new features such as code assistance, custom classes, and the explicit function calling syntax, then you would need to create a dedicated function library.

However, it is optional if you want to convert your existing script-based function libraries into dedicated function libraries or leave them as regular scripts.What happens if two different dedicated function library scripts used in a test suite have the same library class name?

Using two function libraries with the same library class name will cause your script to behave unpredictably.Most likely, the OpenScript script editor will display an error when it compiles the script, indicating that some particular method or class cannot be found.

This is why, when you are creating a name for library class, it is better to use a long package path to differentiate your library class from other libraries.For example, lib.TestLib is a poor choice.A much better choice would similar to: lib.

Can I use custom classes as arguments and return values for functions in function libraries? You can only use custom classes as arguments and return values for functions in dedicated function libraries.In order for custom classes to be visible to calling scripts they should reside in package “lib” that is automatically created for each dedicated function library.If the author of the function library needs some internal custom classes, then their place is in a sub-package of “lib” package.

This way they will be hidden from other scripts.It is better not to put any additional classes in the package where library class itself resides.

Be cautious and do not overuse custom classes.The user of the function library will not get help from UI or code assistance for them.I have a function in a function library that returns a custom type.How do I to save it for later use? You will need to know what type is returned and save it in a script or java variable.

Note that OpenScript does not support declaring custom functions in regular scripts or dedicated function library scripts that expect the varargs argument feature.That is, arg type, Something For example, Foo String name, String Also, having an argument type of List is always preferable to argument of type Array.The reason is creating functions with argument that has an Array type requires the users of the function resolve any ambiguity of casting Array[] vararg type, as it could be cast to Object or Object[].

My function library needs to use third-party JAR files.How I can I do it? A function library is a script.You will then have access to all public methods from the Java Code view.Code assistance will help you add the required import statements and call methods in the code view.

I would like to expose some methods in third-party JAR files to test scripts to be able to call them.What I should do?

You can assign this JAR file to each script that is going to use it as a script asset.However, it is a blind way for users to call functions in JAR file.

A better way is to assign this JAR file to a function library script and wrap the methods in the JAR file that will be called by scripts within functions in the function library.

You will be able to control access to the JAR file and, more importantly, add extensive comments on when and how to use these methods.This will benefit the other members in your group by making the use of the functions easier.Function library developers should provide meticulous and extensive Javadoc comments for each function in the function library.The Javadoc comments are what the user sees about each function in the Tree View and as code assistance in the Java Code view.

Click Next.The script wizard opens the Create Function Library options:.Package : Specifies a unique Package name for the function library.The initial default value is myCompany.Subsequently, the default value will be set to the last value specified.Class : Specifies a unique alias to use as the name typically the Class name for the function library script.

Enter a unique alias to use as the Class name for the function library to identify the library.Expand the Script Functions and Local Script nodes.Repeat steps 10 through 17 to add additional functions to the library script.See also Section 2.Specify a script alias or use the default alias.The script alias must be unique for each library script added to a script.Expand the Script: scriptLibraryAlias node.

If the Call Function dialog box appears, enter the function arguments and click OK.The library script is automatically added to the current script as a script asset click the Assets tab in the Script view to view script assets.The function name appears in the script tree as scriptLibraryAlias.

In the Java Code view, the FunctionLibrary assignment will be added to the script code followed by the library Package Name and function library alias entered when the function library was created, as follows:.Functions called from the function library appear in the Java Code view using the function library alias and called function name and arguments, as follows:.When you type the function library alias followed by a period in the code view, the code assistance view opens listing the functions available in the function library with the required arguments.

In the Java Code view, the getScript.However, code assistance is not available for functions called using the getScript.Save the master script and play it back to execute the custom functions.Select Convert to Function Library from the Tools menu.Specify a unique alias as the Class name for the function library script.You can add assets to a script such as, databanks, generic JAR files, object libraries, or other scripts containing recorded steps or custom functions.

The asset must exist before it can be added.Select New from the File menu to record scripts or create databanks and object libraries.

You also use the Add option in the Assets tab of the script view to create databanks and object libraries.Set the Relative to option.The Relative to current script and Relative to a repository options specify how the current script will locate the specified script asset.The Relative to a repository option locates the script asset by a repository path such as, [Repository: Default] Default! The Relative to current script option locates the script asset by a relative path such as..

Selecting the The Relative to current script option is not recommended as script-relative paths are more brittle than repository-relative paths if scripts are moved or shared.Do not use Absolute Paths when referring to assets or saving assets.Oracle Load Testing does not support absolute paths.OpenScript, Oracle Test Manager, Oracle Load Testing, and all command-line agents should all use the same shared repository names and paths.

Click OK when finished adding script assets to close the script properties.Script asset information is stored in the assets.A sync point allows multiple scripts being run as virtual users in Oracle Load Testing to synchronize their actions and interactions with the application under test.Sync points provide the ability to create realistic multi-user situations that may expose resource conflicts such as deadlocks.

When you specify a sync point, multiple virtual users executing the script will reach this sync point at various times depending on a number of factors for example, the speed of the machine.Sync points cause each virtual user to wait until all virtual users have reached that sync point.Each of the virtual users notifies the master upon reaching the sync point.The master waits for all of the virtual users to notify it and then issues the go-ahead for all the virtual users to continue past that sync point.

Sync points are added to individual scripts parent or child scripts when they are created in OpenScript.The execution parameters for sync points are defined in the Oracle Load Testing application.In the Java Code view, add the syncPointWait ” name ” ; method to the script code, as follows:.Load the script into the Oracle Load Testing application and specify the execution parameters for the sync point s in the load test scenario.

See the Oracle Load Testing User’s Guide for additional information about specifying the sync point execution parameters.If you want to evaluate the variable with a value from an OpenScript transform variable i.You can use the variables method in the Java code to get or set variable with scope.Script variables are global for all scripts and functions for a single Oracle Load Testing Virtual User.

The exception is that a Child Virtual User i.In Functional Testing, a script typically represents only one Virtual User.In Functional Testing, script variables are generally global variables.Local – all variables that the current script explicitly defines as local variables.Parent – all variables that the parent calling script defines as its own local variables.Global – all other variables not defined in an explicit scope.This is the default scope when no scope is specified.

The Global scope is the parent scope of top-level VUser top-level script.So a top-level script will have two scopes Global and Parent that coincide.Scope can be used to avoid confusion.

If an author of a child script wants to change variables in global or parent scope, the script author should do it explicitly.If the author of a child script wants to change local script-level variables, then Scope Local should be used.

Child scripts inherit its entire parent script variables.It is not a copy of the variables, it is a reference to the same variables, i.

Exception : Select the type of exception error.The list will vary depending upon the script type.The following are the possible values for scriptType in the Java code statements:.The following are the possible values for constant in the Java code statements:.The following are the possible values for action in the Java code statements:.You can verify script actions to check the result of a script action and adjust the behavior of the script based on the result of the action.

Add an Error Recovery Action before the script node where you want to verify the result code.Set the error recovery action to Warn or Ignore to ensure that the Has Error block gets executed.

This allows script execution to continue past the code where an exception occurred to the next statement in the script code.Add a ‘Has Error’ Control Statement after the script node where you want to verify the result code.The if hasLastError block is added to the script code directly after the script node where you want to verify the result code.

Add your custom code into the if hasLastError block in the Java Code view.Add Results Object messages to return the result values.The Result Code Verification features provide access to a Results object.Select the Exception type.Add the Has Error condition to the script.However, the conditional behavior must be specified in the Java Code view.Select Has Error? The if hasLastError node is added to the script tree.

Right-click the if hasLastError node and then select Other from the Add sub menu.In the Java Code view, the message code with the result type is added to the if hasLastError block:.If necessary drag the message node into the if hasLastError node so the message is a child node of the if hasLastError block.Only specific OpenScript actions provide the ability to verify their results.

In general, all actions that are available for adding from the tree view UI, including all verifications and assertions, support verification.The following types of actions typically do not support verification:.The browser preferences specify if a new browser will launch when recording a different script.

Because the navigation sequence between multiple scripts is important, the same instance of the browser should run all scripts if the scripts are a continuation of each other.

If each script is self-contained and there is no navigation between scripts, each script can launch its own browser and you can skip the Browser Preferences steps.Clear the Always launch a new browser when recording a different script option.

When recording scripts for chained playback, it is important to plan the start and stop points between scripts.This is especially true if session state needs to be maintained between scripts.All of the scripts must be of the same type.Create and record the next script.The navigation in this script should start from the point in the browser where the first script stopped.

Create and record any additional scripts to chain.The navigation in these script should start from the point in the browser where the previous script stopped.

Select the script node where you want to add the first script.This could be either the Initialize or Run nodes.Expand the General node and select Run Script.Select the script to run from the available script assets in the Script properties.Use the Add button to add scripts to the script assets properties.

Select the script node where you want to add the next script.This could be either the Initialize, Run, or Finish nodes.Select the next script to run from the available script assets in the Script properties.The abort method immediately aborts the Virtual User as soon as possible.The remaining actions in the iteration, including any parent scripts and functions, will not complete.The Finish section will not be run.The currently running script will return a failed result indicating that the Virtual User was aborted.

If a Virtual User is aborted, it is possible to resume the script by catching the abort user exception and calling resume.The resume method allows the caller to reset a previously fired abort request so that script execution can successfully continue from that point on.The caller must first catch the StopScriptRuntimeException that gets thrown by the abort request and then call resume.

The resume method works together with the abort method.Calling resume will only recover from a previously called abort.The following examples show how to use the abort and resume methods.Databanks are used to hold unlimited amounts of input data that can be automatically fed into your Web application.During playback, the parameters in the Web page are filled with values from the Databank file.The Databank and script parameter shortcut menu options allow you to map parameters in a script to fields in a Databank file as variable names.

Scripts must be configured to use Databanks.Use the options on the Assets tab of the script view to specify the Databank file s to use with a script.Scripts can be configured to use more than one Databank file.When you record a script that has a navigation that uses parameters, the parameter nodes appear under the Query String node for HTTP protocol load test scripts:.In the Code View, the parameters appear in the http.

When you configure the Databank s to use with the script, the Get next Databank record from databank name node and Java code are added to the script.Select the script parameter node to map to a Databank and use the Substitute Variable option on the right-click shortcut menu to select the Databank field name to map to the parameter.

The Databank file and field name appear in the parameter node of the script tree.The variable appears in the Code view in the http.Use the Playback iterations to playback using the records in the Databank.You can also use custom code to loop through Databank records and assign values to variables.

You must configure the Databank to use with a script before you can get records from the Databank to use in a script.Select CSV file or Database.Charset – specifies the character set encoding used for the databank file.The suggested charset encoding of the databank.

For US machines the suggested encoding is cp For East European machines, the suggested charset is cp If the charset used for the databank file is different from the charset of the user machine or UTF-8 with BOM, then you must the correct charset.

Otherwise, the databank will not be read correctly and may cause a script failure.You can select the correct charset from the Charset list or enter the correct charset in the field.

During playback, the Agent will define the charset for reading the databank file in following order:.Enter an alias name to use for the Databank or leave the default alias name.The default alias name is the name of the.CSV Databank file.Alias : Specifies an alias name to use for the Databank.

The Databank file name is the default.The Databank alias name is the name that appears when you add a Databank record retrieval node to a script tree.For Databases, a Databanks Database Assets dialog box appears.This dialog box lets you specify the database and query to use as a databank.Contact your Database Administrator for the appropriate settings for your database.

The following options are available:.Oracle Thin – This driver option applies to Oracle databases.Hostname – Specify the host name of the machine running the database.Port – Specify the port for the driver you selected.Modify the port number if necessary.Username – Enter the username for connecting to the database, if required for authentication.

Password – Enter the password for connecting to the database, if required for authentication.Query – Specify a single SQL query that returns all the rows needed as databank values.Only pure SQL is supported.You must ensure that the query returns the column names i.If you have a large database-backed databank, but will only use a small portion of the records in the test, then use the “Where” clause in the SQL query to minimize the amount of records retrieved from the database.

For example, if you have database with records and only need to have iterations retrieving records through sequentially starting from record The start record will be 1 and no is range set.This reduces the databank preparation time and minimizes the amount of records retrieved from the database.Use the “Order By” clause in the query to make sure the results returned from the database are ordered as intended.For example, if you have a database table with Columns id , firstName , and lastName that is populated it with the following data:.

Click OK to add the Databank file.For Databases used as databanks, a copy of all data is retrieved and indexed before the start of the test.The data is not read live during the test.Databank files are comma-separated value “.Databanks can also be data retrieved from a database using an appropriate query to that generates data that conforms to the.

When you open a Databank file from the Assets tab of the script view, the Databank file opens in a text editor view.You can edit the Databank file directly in the text editor view.

You can also create or edit databank files using another text editor or spreadsheet that can export to.The first line of the databank defines the field headers column titles.A comma is used as the field header delimiter no spaces.The field header names are user defined.The field headers can be referenced in the script code to specify valid databank variables.

For example, if the first line of a databank with the alias name “myDB” contains the field headers user and password , the following databank variables are valid in a script configured to use the “myDB” databank: db.Each databank record consists of field data columns.A comma is used as the field delimiter different line for each record, no spaces around commas.

For example, John, Smith, JohnS company.Each databank record must have the same number of fields as the number of field headers.For example, if a databank file has four field headers in line 1 as FirstName, LastName, Mail, Phone , each databank record on lines 2 through n must have four field data columns in each record.The databank field data record john, smith, JohnS company.

However, john, smith, JohnS company.Insert an extra comma to leave a field column blank.For example Sachin, Bhat,,x As follows:.A quotation mark ” is used as an escape character for embedding new line characters LF, CR or comma , inside of a databank record.For example, if a data value contains a comma, place quotation marks around the value, as follows:.To use a quotation mark as itself not as an escaped character, escape the quotation mark.The correct format is “”.

Quotation marks in the middle of a record should be escaped always.For example the following record,.If no byte-order mark is specified, the CSV reader uses character set assigned to a databank asset, when the user adds the databank asset to a script, or uses the current platform’s default character set to read the file for example, cp on most Windows English installations for legacy databanks prior to Version 9.Click Add and select the CSV, text or database you want to get databank records from.

If necessary, expand the Databanks node and select the Databank field you want to use as the input parameter data.In the Java Code view, the parameter code changes to show the Databank alias name, field name, and recorded value as a variable value.

You will also see a line added to the section in which the parameter was substituted, for example:.In the Java Code view, a getDatabank ” databank alias “.You can use the additional API methods available with getDatabank ” databank alias ” in the Java Code view to retrieve specific records from the databank.This section provides examples of the available methods.The Databank Exception “incompatible with db setting” will be thrown if these methods are used with the Randomly or Shuffle Records iteration settings.

The records obtained through these API calls are not counted against the usage count of all records.It is possible for an infinite script loop to occur if the When Out of Records iteration setting is set to Stop the User , but the script only uses these API calls to read records.

The following example uses the load method to get a new databank that will override a statically defined databank in OpenScript:.The load method is used to programmatically override static databanks in a script.The load method is used with functional testing scripts only.The parameters for the load method are as follows:.Valid repositories are mapped using the Manage Repositories options on the Tools menu.The file extension is not required.For example, it can be specified as “databank1”, “databank1.

The dbPathRelToRepository parameter cannot be null.If null , the settings revert to the default databank settings.The following example shows how to load a databank file “euroCustomer.The following example uses the getDatabankRecordCount method to get the record count from the “customer” databank and prints the value to the Results view:.

The following example uses the getRecord n method to get a specific record from the “customer” databank and prints the value to the Results view:.The following code example use a For statement to loop through all records in the databank:.The following example uses the getFirstRecord method to get the first record in the “customer” databank:.

The following example uses the getLastRecord method to get the last record in the “customer” databank:.OpenScript allows repetitive playback of navigations in a script.The iterations can be performed with or without databanks.

Configure the script to use a databank as described in Section 2.Select Iterate from the Script menu or click the toolbar button.The resulting dialog box has the following options:.Use Databanks: When selected, databanks will be used for script playback.

Databanks configured for the script show the following settings:.Range: Lists the range of databank records to use for script playback.This list corresponds to the Range option selected for each databank file.Start: Lists the starting databank record to use for script playback.This list corresponds to the Starting Record specified for each databank file.Select Record: Lists the how databank records are selected for script playback.

This list corresponds to the Select Next Record setting selected for each databank file.When Out of Records: Lists the action to take when the databank file is out of records during script playback.

This list corresponds to the When Out of Records setting selected for each databank file.Databank Source: This section shows the following information about the selected databank:.

Alias: Shows the alias name of the selected databank file and the number of rows in the file.Type: Shows the type of the selected databank file.Databanks can be CSV text files or databases.Source: Shows the path and filename of CSV text files or the database query used for database databanks.

While there is not a maximum file size, the recommended maximum sizes is MB.The only limitation is how long it takes to generate the index.The databank must be indexable within 30 seconds, by default.Databank Settings: This section specifies the settings to use for the selected databank:.Advance to Next Record: Specifies when the virtual user should advance to the next databank record during script playback.

The master script being played is always the script that triggers when an iteration occurs.When Script Requests a Record: The databank record advances every time a script explicitly requests a record during script playback.A record request corresponds to the script Java code calling the getDatabank alias.This is the default behavior.Each Occurrence: The databank record advances when a script refers to a databank column i.You can specify that any column advances to the next record or specify a particular databank column advances to the next record.

Each Iteration of Script: The databank record advances before a script containing the databank starts another playback iteration.

Select Next Record: Specifies how a new record is selected from the databank when the databank record advances.Sequentially: The databank records increment one by one in sequential order from the start of the specified range.When multiple virtual users are running, records are distributed in sequential order across all virtual users.Randomly: The databank records are selected at random from the databank.The same record may be used multiple times before all records are exhausted.

Random record selection is only provided for databanks that can be indexed.When configuring databank settings, if the databank file is too large to index, the Randomly or Shuffle record options may not be available.

The When Out of Records setting does not apply when Random is selected.By Shuffling: The databank records are selected at random from the databank ensuring that once a record is selected, it is never selected again.The setting works similar to selecting a random card from a deck until no cards are left.

Shuffle mode only supports databanks containing fewer than , records.For databanks containing more than , records, you can shuffle the values in the actual data file or you should use the Randomly mode.

Use Seed: Specifies a randomization seed value to use when using the Randomly or Shuffle modes.Use the same seed across multiple tests to create the same sequence of random numbers for all tests.If 0 or not specified, a seed is generated automatically based on the current time.

When Out of Records: Specifies the action the virtual user takes if all databank records in the specified range have been used and a new record is requested.

Loop Over Range: Loops back to the first record in the range after all records in the range are used and continues distributing records.

Use the Maximum Iterations settings to prevent the virtual user from running forever.Keep the Same Record: Continues to use the last record requested after all records in the range are used.No additional records are requested from the databank.Any calls in the Java code to getNextDatabankRecord are ignored after all records are used.Custom Java code may be used in the script to have Virtual users request an individual record using getRecord n , getLastRecord , or getFirstRecord.

Stop the User: The virtual user immediately stops running the next time a record is requested from the databank after all records in the range are used.The virtual user will stop regardless of how many iterations are specified by the Maximum Iterations settings.

Range: Specifies the range of records to use.All Records: When selected, the virtual user uses all records in the databank.The first record is 1.Specific Records: When selected, the virtual user uses a subset of records in the databank.Specify the first and last records to use for the range.

The range includes both the starting and ending record in the specified range.Starting Record: Specifies which databank record to use first.

The first record in a databank is 1.The starting record must be within the specified range of records.For example if you select Specific Records and set the range to , the starting record must be at least 5, but not more than Maximum Iterations: This section specifies the maximum number of iterations of a main script’s run section to complete:.Run no more than [ ] iterations: Specifies the maximum number of iterations.If a databank exhausts all records and When Out of Records specifies Stop the User, the virtual user will always stop running, even if the specified number of iterations has not completed.

Select which databank file to specify the settings for if more than one database is configured for the script.Select the Run no more than [ ] iterations option and set the iteration count to the desired number of playback iterations.

You can view the progress of the script playback in the Console View.You can review the results of script playback in the Results View.Certain setting combinations are not allowed, or may cause exceptions when the script is run.

The following are situations to be aware of when using iteration options.When random is selected, an infinite supply of random records exists.Virtual users may still request an individual record using getRecord n after all records are used up, and When Out of Records is set to Keep the Same Record.The getRecord n , getFirstRecord , and getLastRecord Java code methods throw an exception if they are invoked and the databank is not indexed.

The Select Next Record : Shuffle Records is only allowed when the databank can be indexed and when there are fewer than , records.If you want to use an extremely large databank for example, records in the millions , use the follow procedure:.Set the Databank Setup Timeout to a very small value, for example, 1 second.Select OpenScript Preferences from the View menu.Save the script and playback in Oracle Load Testing.

The index preparation will timeout expected.Although the index will not be generated, Oracle Load Testing will still be able to run with the databank using Sequential mode and deliver records to Virtual users.

Data Table is a script service that allows users to use an Excel file as a data input and output for scripts.The Data Table is a spreadsheet-like data table for Functional testing scripts.

As a script service, a Data Table exists only during script playback.If you need to have persistent data from the Data Table, the data can be saved to an Excel file.While Excel file data can be imported and exported to and from a Data Table, the OpenScript Data Table is not as robust as Excel in handling custom formats.

The Data Table is primarily used for data manipulation.To avoid format incompatibilities you should use only basic formats like General and String.Use Numeric and Date format only if absolutely needed.The Data Table API provides methods for accessing the data in the Data Table programmatically within functional test scripts during playback of a script.

When you play back a script and select the results in the Results view, the Details view includes a Result Data Table tab that shows the runtime Data Table resulting from the playback of the script.The Result Data Table can be exported to an Excel file to view the changes.Select Script Properties from the Script menu.The First Row policy specifies how the data in the first row of the Data Table will be used.The first row policy should be set before any data is manipulated within a Data Table sheet.

The first row policy is important because Data Tables and Excel differ in the use of data as column headers.Data Tables can use the first row of data as column headers.Excel files use fixed indexes for example, A, B, C as the column headers.If your script manipulates data and columns in a Data Table during script playback, how the columns are referenced is important.

For example, if you add a column in an Excel file, the new column inserts into the sheet essentially moving the current data to be under a different column header.If a new column is added before column C, the new column is inserted as column C and the data that was under column C is now under column D.If you add a column in a Data Table and the first row policy is not to use the first row of data as the column header, the Data Table will perform the same as an Excel file.

However, if the first row policy is set to use the first row of data as the column header, the inserted column will have a new column header inserted, and the existing data will still be under the same column header as before the new column was added.If your script imports and exports the manipulated data from a Data Table to and from an Excel file, the first row policy will affect how the data is referenced.The data values in the first row of the table move up into the table header as column names.

Create will completely recreate the destination file.The resulting file will contain only the exported sheets from the Data Table.Merge will add exported sheets to the existing file, overwriting existing sheets only if the sheet is named as an exported sheet from the Data Table.Changes to the runtime Data Table can be saved can be saved to the script’s session result folder during script playback using the datatable.The following sections provide examples of how to change data in the runtime Data Table programmatically using the datatable API.

You can use the datatable API to get and set Data Table values programmatically during playback of a script.The following examples show how to get and set values using the datatable API getValue and setValue methods.

Data table rows are 0 based.Cell A1 in the data table is accessed by datatable.The following example script code retrieves the value in the cell at row 1, column A of the current worksheet and prints the value to the Results view:.The following example script code retrieves the value in the cell at row 1, column A of the worksheet named “Sheet1” and prints the value to the Results view:.

The following example script code sets the value in the cell at row 1, column A to a boolean value of true :.The following example script code sets the value in the cell at row 1, column A to a double value of The following example script code sets the value in the cell at row 1, column A to a String value of myString :.

The following example script code sets the value in the cell at row 1, column A of “Sheet1” to a boolean value of true :.The following example script code sets the value in the cell at row 1, column A of “Sheet1” to a double value of The following example script code sets the value in the cell at row 1, column A of “Sheet1” to a String value of myString :.

You can use the datatable API to add and delete Data Table rows and columns programmatically during playback of a script.The following examples show how to add and delete rows and columns using the datatable API addColumn , deleteColumn , insertRow , and deleteRow methods.The following example script code adds a new column named New Column to the current worksheet after the last column in the worksheet:.

The following example script code adds a new column named New Column to the current worksheet before the column with an index value of 0 :.The following example script code adds a new column named New Column to the worksheet named “Sheet1” after the last column in the worksheet:.

The following example script code adds a new column named New Column to the worksheet named “Sheet1” before the column with an index value of 0 :.

The following example script code deletes the column named A from the current worksheet:.The following example script code deletes the column named A from the current worksheet named “Sheet1”:.The following example script code adds a new row to the current worksheet before the row with an index value of 0 :.The following example script code adds a new row to the worksheet named “Sheet1” before the row with an index value of 0 :.The following example script code deletes the row before the row with an index value of 1 from the worksheet named “Sheet1”:.

You can use the datatable API to add and delete worksheets programmatically during playback of a script.The following examples show how to add and delete worksheets using the datatable API addSheet and deleteSheet methods.The following example script code adds a new worksheet named “Sheet1” to the Data Table before “Sheet2”:.

You can use the datatable API to get sheet, row, and column counts programmatically during playback of a script.The following example script code gets the sheet count from the Data Table and prints the value to the Results view:.

The following example script code gets the row count from the current worksheet and prints the value to the Results view:.The following example script code gets the row count from the worksheet named “Sheet1” and prints the value to the Results view:.

The following example script code gets the column count from the worksheet named “Sheet1” and prints the value to the Results view:.The following example script code gets the column count from the worksheet with an index of 0 and prints the value to the Results view:.

You can use the datatable API to get the current sheet, row, and column programmatically during playback of a script.The following examples show how to get the current sheet, row, and column using the datatable API getCurrentSheet and getCurrentRow methods.

The following example script code gets the name of the current sheet from the Data Table and prints the value to the Results view:.This new script for SoulShatters Test Place comes with some pretty OP features like the kill aura, which allows you to kill others instantly whenever you get near to them or stay blocking, which constantly keeps you safe from other attacks!

Made by samuel; If you abuse this system for your own purposes or for fun, we reserve the right to permanently ban you from Rscripts.Nov 15, New Script views Nov 15, SoulShatters Test Place GUI This new script for SoulShatters Test Place comes with some pretty OP features like the kill aura, which allows you to kill others instantly whenever you get near to them or stay blocking, which constantly keeps you safe from other attacks!

Copy Download.Please provide additional information.Often Asked Questions:.Why does my download keeps getting deleted or wont download at all? If you are unable to download the.If your browser states that the download was “blocked” simply head over to the downloads section of your browser and press “keep”.

What do I do with the Roblox Script, how to use it? In order to execute a script in Roblox, you’ll need a lua script executor.There are a lot of free Roblox Script executors available, however if you decide to search for one on Rscripts.

Is it possible to get banned by using certain Roblox Scripts? For time consuming reasons, we rarely test our Roblox Scripts after publication.

Conclusion

i get neg reped a lot due to 12 year old retards who dont have brains.Yes, I am a Muli-Account.OpenScript APIs are used to build scripts for testing Web applications.Previous – searches up the tree for the previous object that matches the Find.Passing the – v option to your test script will instruct thebedandbreakfastdirectory.com() to enable a without converting every old test function to a TestCase subclass.

How to use:

  1. Script asset information is stored in the assets.
  2. Click OK when finished.
  3. The following example script code retrieves the value in the cell at row 1, column A of the current worksheet and prints the value to the Results view:.
  4. Select Script Properties from the Script menu.
  5. The dedicated function library script can contain custom functions that can be called from other scripts.
Roblox – Test Place – No More Jokes – Revenge + Act 3, time: 6:36

How to Use Groovy Scripts in SoapUI for Test Requests

For Groovy methods, it is not necessary to use parentheses to call a method if you do not pass any arguments.The “collect” method iterates over the collection, and inside the body of the method, you can change the value of the element.The body uses an anonymous block of code called “Closure”.Groovy also has a unary “Closure” that you can use if you don’t need to manipulate the elements of the collection – this is a reserved word “it”:.

Context is used to store intermediate results in the current test.We will use it to transfer values between test steps:.Also note that when calling these methods, we must use parentheses, because these are Java methods.We will also transfer this data to CreateNewUser.

To do this, we need to add 2 fields of the style “Plain” to a CreateUser request:.And now we will pass values to these fields in Groovy Script.For this, we will use the “testRunner” variable.In the above way through reflection , you can easily get a list of methods for working with this variable:.Now consider the GetUsersInitial step.

We will get the current list of users in the step.It is recommended to add checks for each step using Assertions at the bottom of the window:.

The list of possible assertions includes those that can be used without Groovy.But we will add all checks through Script Assertion:.Let’s try to call and get data:.

Handle the CreateNewUser request.Now add one more Groovy Script to ensure that the created user ID is passed to edit and delete requests:.To do this, use the built-in groovy.Next, we process the request in which we verify that the user is created.If the functionality of the open-source version is not enough, then we can always use Groovy scripts.The main thing in the scripts used is the “context” variable through which we can exchange data between test steps, Groovy Scripts and Script Assertions.

Also in Groovy Script we use the “testRunner” variable to access other test objects, and in Script Assertion we use “messageExchane” to access the contents of the current test step.Custom Software Leverage our software development expertise to build custom applications, modernize legacy systems, and build powerful API integrations.

Learn More.Coding Tips.Check out a related article:.Software Development.I give my consent to Intersog to process and retain my personal data as set out in the retention section of the Privacy Policy.

Related Posts Coding Tips.The execution parameters for sync points are defined in the Oracle Load Testing application.In the Java Code view, add the syncPointWait ” name ” ; method to the script code, as follows:.

Load the script into the Oracle Load Testing application and specify the execution parameters for the sync point s in the load test scenario.

See the Oracle Load Testing User’s Guide for additional information about specifying the sync point execution parameters.If you want to evaluate the variable with a value from an OpenScript transform variable i.You can use the variables method in the Java code to get or set variable with scope.

Script variables are global for all scripts and functions for a single Oracle Load Testing Virtual User.The exception is that a Child Virtual User i.In Functional Testing, a script typically represents only one Virtual User.

In Functional Testing, script variables are generally global variables.Local – all variables that the current script explicitly defines as local variables.Parent – all variables that the parent calling script defines as its own local variables.

Global – all other variables not defined in an explicit scope.This is the default scope when no scope is specified.The Global scope is the parent scope of top-level VUser top-level script.So a top-level script will have two scopes Global and Parent that coincide.

Scope can be used to avoid confusion.If an author of a child script wants to change variables in global or parent scope, the script author should do it explicitly.If the author of a child script wants to change local script-level variables, then Scope Local should be used.

Child scripts inherit its entire parent script variables.It is not a copy of the variables, it is a reference to the same variables, i.Exception : Select the type of exception error.The list will vary depending upon the script type.

The following are the possible values for scriptType in the Java code statements:.The following are the possible values for constant in the Java code statements:.The following are the possible values for action in the Java code statements:.

You can verify script actions to check the result of a script action and adjust the behavior of the script based on the result of the action.Add an Error Recovery Action before the script node where you want to verify the result code.Set the error recovery action to Warn or Ignore to ensure that the Has Error block gets executed.

This allows script execution to continue past the code where an exception occurred to the next statement in the script code.Add a ‘Has Error’ Control Statement after the script node where you want to verify the result code.The if hasLastError block is added to the script code directly after the script node where you want to verify the result code.

Add your custom code into the if hasLastError block in the Java Code view.Add Results Object messages to return the result values.The Result Code Verification features provide access to a Results object.Select the Exception type.Add the Has Error condition to the script.However, the conditional behavior must be specified in the Java Code view.

Select Has Error? The if hasLastError node is added to the script tree.Right-click the if hasLastError node and then select Other from the Add sub menu.In the Java Code view, the message code with the result type is added to the if hasLastError block:.If necessary drag the message node into the if hasLastError node so the message is a child node of the if hasLastError block.Only specific OpenScript actions provide the ability to verify their results.

In general, all actions that are available for adding from the tree view UI, including all verifications and assertions, support verification.The following types of actions typically do not support verification:.

The browser preferences specify if a new browser will launch when recording a different script.Because the navigation sequence between multiple scripts is important, the same instance of the browser should run all scripts if the scripts are a continuation of each other.If each script is self-contained and there is no navigation between scripts, each script can launch its own browser and you can skip the Browser Preferences steps.Clear the Always launch a new browser when recording a different script option.

When recording scripts for chained playback, it is important to plan the start and stop points between scripts.This is especially true if session state needs to be maintained between scripts.All of the scripts must be of the same type.Create and record the next script.The navigation in this script should start from the point in the browser where the first script stopped.Create and record any additional scripts to chain.The navigation in these script should start from the point in the browser where the previous script stopped.

Select the script node where you want to add the first script.This could be either the Initialize or Run nodes.Expand the General node and select Run Script.Select the script to run from the available script assets in the Script properties.Use the Add button to add scripts to the script assets properties.Select the script node where you want to add the next script.

This could be either the Initialize, Run, or Finish nodes.Select the next script to run from the available script assets in the Script properties.The abort method immediately aborts the Virtual User as soon as possible.The remaining actions in the iteration, including any parent scripts and functions, will not complete.The Finish section will not be run.The currently running script will return a failed result indicating that the Virtual User was aborted.If a Virtual User is aborted, it is possible to resume the script by catching the abort user exception and calling resume.

The resume method allows the caller to reset a previously fired abort request so that script execution can successfully continue from that point on.The caller must first catch the StopScriptRuntimeException that gets thrown by the abort request and then call resume.

The resume method works together with the abort method.Calling resume will only recover from a previously called abort.The following examples show how to use the abort and resume methods.Databanks are used to hold unlimited amounts of input data that can be automatically fed into your Web application.During playback, the parameters in the Web page are filled with values from the Databank file.

The Databank and script parameter shortcut menu options allow you to map parameters in a script to fields in a Databank file as variable names.Scripts must be configured to use Databanks.Use the options on the Assets tab of the script view to specify the Databank file s to use with a script.Scripts can be configured to use more than one Databank file.When you record a script that has a navigation that uses parameters, the parameter nodes appear under the Query String node for HTTP protocol load test scripts:.

In the Code View, the parameters appear in the http.When you configure the Databank s to use with the script, the Get next Databank record from databank name node and Java code are added to the script.Select the script parameter node to map to a Databank and use the Substitute Variable option on the right-click shortcut menu to select the Databank field name to map to the parameter.

The Databank file and field name appear in the parameter node of the script tree.The variable appears in the Code view in the http.Use the Playback iterations to playback using the records in the Databank.You can also use custom code to loop through Databank records and assign values to variables.You must configure the Databank to use with a script before you can get records from the Databank to use in a script.

Select CSV file or Database.Charset – specifies the character set encoding used for the databank file.The suggested charset encoding of the databank.For US machines the suggested encoding is cp For East European machines, the suggested charset is cp If the charset used for the databank file is different from the charset of the user machine or UTF-8 with BOM, then you must the correct charset.

Otherwise, the databank will not be read correctly and may cause a script failure.You can select the correct charset from the Charset list or enter the correct charset in the field.During playback, the Agent will define the charset for reading the databank file in following order:.Enter an alias name to use for the Databank or leave the default alias name.

The default alias name is the name of the.CSV Databank file.Alias : Specifies an alias name to use for the Databank.The Databank file name is the default.The Databank alias name is the name that appears when you add a Databank record retrieval node to a script tree.For Databases, a Databanks Database Assets dialog box appears.

This dialog box lets you specify the database and query to use as a databank.Contact your Database Administrator for the appropriate settings for your database.The following options are available:.Oracle Thin – This driver option applies to Oracle databases.

Hostname – Specify the host name of the machine running the database.Port – Specify the port for the driver you selected.Modify the port number if necessary.Username – Enter the username for connecting to the database, if required for authentication.Password – Enter the password for connecting to the database, if required for authentication.

Query – Specify a single SQL query that returns all the rows needed as databank values.Only pure SQL is supported.You must ensure that the query returns the column names i.If you have a large database-backed databank, but will only use a small portion of the records in the test, then use the “Where” clause in the SQL query to minimize the amount of records retrieved from the database.

For example, if you have database with records and only need to have iterations retrieving records through sequentially starting from record The start record will be 1 and no is range set.

This reduces the databank preparation time and minimizes the amount of records retrieved from the database.Use the “Order By” clause in the query to make sure the results returned from the database are ordered as intended.For example, if you have a database table with Columns id , firstName , and lastName that is populated it with the following data:.

Click OK to add the Databank file.For Databases used as databanks, a copy of all data is retrieved and indexed before the start of the test.The data is not read live during the test.Databank files are comma-separated value “.Databanks can also be data retrieved from a database using an appropriate query to that generates data that conforms to the.

When you open a Databank file from the Assets tab of the script view, the Databank file opens in a text editor view.You can edit the Databank file directly in the text editor view.You can also create or edit databank files using another text editor or spreadsheet that can export to.The first line of the databank defines the field headers column titles.A comma is used as the field header delimiter no spaces.The field header names are user defined.

The field headers can be referenced in the script code to specify valid databank variables.For example, if the first line of a databank with the alias name “myDB” contains the field headers user and password , the following databank variables are valid in a script configured to use the “myDB” databank: db.

Each databank record consists of field data columns.A comma is used as the field delimiter different line for each record, no spaces around commas.For example, John, Smith, JohnS company.Each databank record must have the same number of fields as the number of field headers.For example, if a databank file has four field headers in line 1 as FirstName, LastName, Mail, Phone , each databank record on lines 2 through n must have four field data columns in each record.The databank field data record john, smith, JohnS company.

However, john, smith, JohnS company.Insert an extra comma to leave a field column blank.For example Sachin, Bhat,,x As follows:.A quotation mark ” is used as an escape character for embedding new line characters LF, CR or comma , inside of a databank record.For example, if a data value contains a comma, place quotation marks around the value, as follows:.To use a quotation mark as itself not as an escaped character, escape the quotation mark.The correct format is “”.Quotation marks in the middle of a record should be escaped always.

For example the following record,.If no byte-order mark is specified, the CSV reader uses character set assigned to a databank asset, when the user adds the databank asset to a script, or uses the current platform’s default character set to read the file for example, cp on most Windows English installations for legacy databanks prior to Version 9.

Click Add and select the CSV, text or database you want to get databank records from.If necessary, expand the Databanks node and select the Databank field you want to use as the input parameter data.

In the Java Code view, the parameter code changes to show the Databank alias name, field name, and recorded value as a variable value.You will also see a line added to the section in which the parameter was substituted, for example:.In the Java Code view, a getDatabank ” databank alias “.You can use the additional API methods available with getDatabank ” databank alias ” in the Java Code view to retrieve specific records from the databank.This section provides examples of the available methods.

The Databank Exception “incompatible with db setting” will be thrown if these methods are used with the Randomly or Shuffle Records iteration settings.

The records obtained through these API calls are not counted against the usage count of all records.It is possible for an infinite script loop to occur if the When Out of Records iteration setting is set to Stop the User , but the script only uses these API calls to read records.The following example uses the load method to get a new databank that will override a statically defined databank in OpenScript:.

The load method is used to programmatically override static databanks in a script.The load method is used with functional testing scripts only.

The parameters for the load method are as follows:.Valid repositories are mapped using the Manage Repositories options on the Tools menu.The file extension is not required.For example, it can be specified as “databank1”, “databank1.

The dbPathRelToRepository parameter cannot be null.If null , the settings revert to the default databank settings.The following example shows how to load a databank file “euroCustomer.The following example uses the getDatabankRecordCount method to get the record count from the “customer” databank and prints the value to the Results view:.

The following example uses the getRecord n method to get a specific record from the “customer” databank and prints the value to the Results view:.The following code example use a For statement to loop through all records in the databank:.The following example uses the getFirstRecord method to get the first record in the “customer” databank:.The following example uses the getLastRecord method to get the last record in the “customer” databank:.

OpenScript allows repetitive playback of navigations in a script.The iterations can be performed with or without databanks.Configure the script to use a databank as described in Section 2.Select Iterate from the Script menu or click the toolbar button.The resulting dialog box has the following options:.Use Databanks: When selected, databanks will be used for script playback.Databanks configured for the script show the following settings:.

Range: Lists the range of databank records to use for script playback.This list corresponds to the Range option selected for each databank file.Start: Lists the starting databank record to use for script playback.This list corresponds to the Starting Record specified for each databank file.

Select Record: Lists the how databank records are selected for script playback.This list corresponds to the Select Next Record setting selected for each databank file.When Out of Records: Lists the action to take when the databank file is out of records during script playback.

This list corresponds to the When Out of Records setting selected for each databank file.Databank Source: This section shows the following information about the selected databank:.Alias: Shows the alias name of the selected databank file and the number of rows in the file.Type: Shows the type of the selected databank file.

Databanks can be CSV text files or databases.Source: Shows the path and filename of CSV text files or the database query used for database databanks.While there is not a maximum file size, the recommended maximum sizes is MB.The only limitation is how long it takes to generate the index.The databank must be indexable within 30 seconds, by default.

Databank Settings: This section specifies the settings to use for the selected databank:.Advance to Next Record: Specifies when the virtual user should advance to the next databank record during script playback.The master script being played is always the script that triggers when an iteration occurs.

When Script Requests a Record: The databank record advances every time a script explicitly requests a record during script playback.A record request corresponds to the script Java code calling the getDatabank alias.

This is the default behavior.Each Occurrence: The databank record advances when a script refers to a databank column i.You can specify that any column advances to the next record or specify a particular databank column advances to the next record.Each Iteration of Script: The databank record advances before a script containing the databank starts another playback iteration.

Select Next Record: Specifies how a new record is selected from the databank when the databank record advances.Sequentially: The databank records increment one by one in sequential order from the start of the specified range.When multiple virtual users are running, records are distributed in sequential order across all virtual users.Randomly: The databank records are selected at random from the databank.

The same record may be used multiple times before all records are exhausted.Random record selection is only provided for databanks that can be indexed.When configuring databank settings, if the databank file is too large to index, the Randomly or Shuffle record options may not be available.

The When Out of Records setting does not apply when Random is selected.By Shuffling: The databank records are selected at random from the databank ensuring that once a record is selected, it is never selected again.The setting works similar to selecting a random card from a deck until no cards are left.

Shuffle mode only supports databanks containing fewer than , records.For databanks containing more than , records, you can shuffle the values in the actual data file or you should use the Randomly mode.Use Seed: Specifies a randomization seed value to use when using the Randomly or Shuffle modes.

Use the same seed across multiple tests to create the same sequence of random numbers for all tests.If 0 or not specified, a seed is generated automatically based on the current time.

When Out of Records: Specifies the action the virtual user takes if all databank records in the specified range have been used and a new record is requested.Loop Over Range: Loops back to the first record in the range after all records in the range are used and continues distributing records.Use the Maximum Iterations settings to prevent the virtual user from running forever.Keep the Same Record: Continues to use the last record requested after all records in the range are used.

No additional records are requested from the databank.Any calls in the Java code to getNextDatabankRecord are ignored after all records are used.Custom Java code may be used in the script to have Virtual users request an individual record using getRecord n , getLastRecord , or getFirstRecord.Stop the User: The virtual user immediately stops running the next time a record is requested from the databank after all records in the range are used.The virtual user will stop regardless of how many iterations are specified by the Maximum Iterations settings.

Range: Specifies the range of records to use.All Records: When selected, the virtual user uses all records in the databank.The first record is 1.Specific Records: When selected, the virtual user uses a subset of records in the databank.Specify the first and last records to use for the range.The range includes both the starting and ending record in the specified range.Starting Record: Specifies which databank record to use first.The first record in a databank is 1.The starting record must be within the specified range of records.

For example if you select Specific Records and set the range to , the starting record must be at least 5, but not more than Maximum Iterations: This section specifies the maximum number of iterations of a main script’s run section to complete:.Run no more than [ ] iterations: Specifies the maximum number of iterations.If a databank exhausts all records and When Out of Records specifies Stop the User, the virtual user will always stop running, even if the specified number of iterations has not completed.

Select which databank file to specify the settings for if more than one database is configured for the script.Select the Run no more than [ ] iterations option and set the iteration count to the desired number of playback iterations.You can view the progress of the script playback in the Console View.You can review the results of script playback in the Results View.Certain setting combinations are not allowed, or may cause exceptions when the script is run.

The following are situations to be aware of when using iteration options.When random is selected, an infinite supply of random records exists.

Virtual users may still request an individual record using getRecord n after all records are used up, and When Out of Records is set to Keep the Same Record.The getRecord n , getFirstRecord , and getLastRecord Java code methods throw an exception if they are invoked and the databank is not indexed.The Select Next Record : Shuffle Records is only allowed when the databank can be indexed and when there are fewer than , records.If you want to use an extremely large databank for example, records in the millions , use the follow procedure:.

Set the Databank Setup Timeout to a very small value, for example, 1 second.Select OpenScript Preferences from the View menu.Save the script and playback in Oracle Load Testing.The index preparation will timeout expected.Although the index will not be generated, Oracle Load Testing will still be able to run with the databank using Sequential mode and deliver records to Virtual users.Data Table is a script service that allows users to use an Excel file as a data input and output for scripts.

The Data Table is a spreadsheet-like data table for Functional testing scripts.As a script service, a Data Table exists only during script playback.If you need to have persistent data from the Data Table, the data can be saved to an Excel file.While Excel file data can be imported and exported to and from a Data Table, the OpenScript Data Table is not as robust as Excel in handling custom formats.

The Data Table is primarily used for data manipulation.To avoid format incompatibilities you should use only basic formats like General and String.Use Numeric and Date format only if absolutely needed.The Data Table API provides methods for accessing the data in the Data Table programmatically within functional test scripts during playback of a script.

When you play back a script and select the results in the Results view, the Details view includes a Result Data Table tab that shows the runtime Data Table resulting from the playback of the script.The Result Data Table can be exported to an Excel file to view the changes.

Select Script Properties from the Script menu.The First Row policy specifies how the data in the first row of the Data Table will be used.

The first row policy should be set before any data is manipulated within a Data Table sheet.The first row policy is important because Data Tables and Excel differ in the use of data as column headers.Data Tables can use the first row of data as column headers.Excel files use fixed indexes for example, A, B, C as the column headers.

If your script manipulates data and columns in a Data Table during script playback, how the columns are referenced is important.For example, if you add a column in an Excel file, the new column inserts into the sheet essentially moving the current data to be under a different column header.If a new column is added before column C, the new column is inserted as column C and the data that was under column C is now under column D.

If you add a column in a Data Table and the first row policy is not to use the first row of data as the column header, the Data Table will perform the same as an Excel file.

However, if the first row policy is set to use the first row of data as the column header, the inserted column will have a new column header inserted, and the existing data will still be under the same column header as before the new column was added.

If your script imports and exports the manipulated data from a Data Table to and from an Excel file, the first row policy will affect how the data is referenced.The data values in the first row of the table move up into the table header as column names.Create will completely recreate the destination file.The resulting file will contain only the exported sheets from the Data Table.Merge will add exported sheets to the existing file, overwriting existing sheets only if the sheet is named as an exported sheet from the Data Table.

Changes to the runtime Data Table can be saved can be saved to the script’s session result folder during script playback using the datatable.The following sections provide examples of how to change data in the runtime Data Table programmatically using the datatable API.You can use the datatable API to get and set Data Table values programmatically during playback of a script.

The following examples show how to get and set values using the datatable API getValue and setValue methods.Data table rows are 0 based.Cell A1 in the data table is accessed by datatable.The following example script code retrieves the value in the cell at row 1, column A of the current worksheet and prints the value to the Results view:.

The following example script code retrieves the value in the cell at row 1, column A of the worksheet named “Sheet1” and prints the value to the Results view:.The following example script code sets the value in the cell at row 1, column A to a boolean value of true :.

The following example script code sets the value in the cell at row 1, column A to a double value of The following example script code sets the value in the cell at row 1, column A to a String value of myString :.The following example script code sets the value in the cell at row 1, column A of “Sheet1” to a boolean value of true :.

The following example script code sets the value in the cell at row 1, column A of “Sheet1” to a double value of The following example script code sets the value in the cell at row 1, column A of “Sheet1” to a String value of myString :.You can use the datatable API to add and delete Data Table rows and columns programmatically during playback of a script.The following examples show how to add and delete rows and columns using the datatable API addColumn , deleteColumn , insertRow , and deleteRow methods.

The following example script code adds a new column named New Column to the current worksheet after the last column in the worksheet:.The following example script code adds a new column named New Column to the current worksheet before the column with an index value of 0 :.

The following example script code adds a new column named New Column to the worksheet named “Sheet1” after the last column in the worksheet:.

The following example script code adds a new column named New Column to the worksheet named “Sheet1” before the column with an index value of 0 :.

The following example script code deletes the column named A from the current worksheet:.The following example script code deletes the column named A from the current worksheet named “Sheet1”:.The following example script code adds a new row to the current worksheet before the row with an index value of 0 :.The following example script code adds a new row to the worksheet named “Sheet1” before the row with an index value of 0 :.

The following example script code deletes the row before the row with an index value of 1 from the worksheet named “Sheet1”:.You can use the datatable API to add and delete worksheets programmatically during playback of a script.The following examples show how to add and delete worksheets using the datatable API addSheet and deleteSheet methods.The following example script code adds a new worksheet named “Sheet1” to the Data Table before “Sheet2”:.

You can use the datatable API to get sheet, row, and column counts programmatically during playback of a script.The following example script code gets the sheet count from the Data Table and prints the value to the Results view:.The following example script code gets the row count from the current worksheet and prints the value to the Results view:.

The following example script code gets the row count from the worksheet named “Sheet1” and prints the value to the Results view:.The following example script code gets the column count from the worksheet named “Sheet1” and prints the value to the Results view:.The following example script code gets the column count from the worksheet with an index of 0 and prints the value to the Results view:.You can use the datatable API to get the current sheet, row, and column programmatically during playback of a script.

The following examples show how to get the current sheet, row, and column using the datatable API getCurrentSheet and getCurrentRow methods.

The following example script code gets the name of the current sheet from the Data Table and prints the value to the Results view:.

The following example script code gets the current row from the current worksheet and prints the value to the Results view:.You can use the datatable API to set the next and previous row programmatically during playback of a script.You can use the datatable API to get the import and export spreadsheet documents and worksheets programmatically during playback of a script.

The following examples show how to import and export spreadsheet files and worksheets using the datatable API importExcel , importSheet , exportToExcel and exportSheet methods.The following example script code imports the myXls.The following example script code imports the single worksheet named “SourceSheet” from the myXls.The following example script code imports all worksheet from the myXls.

The following example script code imports the specified list of worksheets from the myXls.The following example script code exports the myXls.The following example script code exports the single worksheet named “SourceSheet” from the Data Table to the myXls.The following example script code exports the specified list of worksheets from the Data Table to the myXls.

You can use the datatable API to change data in the Data Table of a parent script that runs a child script programmatically during playback of parent and child scripts.The following examples show how to change data in parent scripts from child scripts using the datatable API getParentDatatable and getGlobalDatatable methods.

The following example script code shows how a child script can access and change data in the Data Table of the parent script.Both the parent and child scripts must have the Data Table service enabled.It is important that it always should be verified that the return value is not null.In the child script, make sure the Data Table service is enabled and create a parent Data Table instance:.In the parent script, run the child script using the getScript ” alias “.The following example script code shows how a child script can access and change data in the top-most Data Table in a chain of parent scripts.

All scripts in the chain must have the Data Table service enabled.In the child script, make sure the Data Table service is enabled and create a global Data Table instance:.

If the script containing this code is run as a stand alone script the return value is a datatable of the script itself.Queue Mode : Items are stored sequentially in queues.Scripts can get the first or last data item in the queue.Other items cannot be accessed randomly.Script A is run by Virtual Users, which act as message producers putting message objects to the shared data queues.Script B is run by another Virtual Users, which act as consumers getting message objects from the shared data queues.

Consumer Virtual Users can get an object from the beginning or end and the information from a queue.If the queue is empty, the consumer Virtual User is blocked until the timeout is reached.

Once the object can be retrieved, the consumer Virtual User is resumed.Hash Map mode : Any item can be accessed using a key.The hash map may already contain a mapping for a key.The hash map needs to be checked before a new item is put into a hash map.

Script B is run by another Virtual Users, which get values with keys from the shared data hash map.If a Virtual User cannot get the value to which the specified key is mapped, it will be blocked until the timeout is reached or the key-value is added to the map.

Click OK.Once you have enabled the Shared Data service, you can set the password encryption and the connection parameters and then use the Shared Data API to manipulate message queues or hash maps.You use the sharedData class in the Java code view to create manipulate message queues and hash maps.The connection parameters specify the Oracle Load Testing server to use for the Shared Data Service and the authentication settings.During a load test, the Shared Data Service is limited to running only on the Oracle Load Testing controller running the test.

To set the connection parameters:.Make sure the Shared Data Service is enabled and the password encryption is specified as previously described.

Select Add from the Script menu and then select Other.Address : Specify the address of the machine to use for the Shared Data Service.User Name : Specify the user name to use for authentication.The default name is oats unless changed in the Oracle Application Testing Suite configuration.A Connection Parameters node will be added to the script tree.After setting the connection parameters, you can user the Shared Data API in the Java Code view to manipulate data in message queues and hash maps.

Make sure the Shared Data Service is enabled, the password encryption, and connection parameters are specified as previously described.Open the Java Code view and insert the sharedData.The maximum number of queues is The maximum capacity of a queue is If the maximum is exceeded, an exception occurs.Once the life time expires, the queue is destroyed.Set up the shared data service, create a queue, and insert data to the queue as previously described.Open the Java Code view and insert the Shared Data method s to use to get data into the script where you want to get data from the queue.

The Shared Data Service includes methods for getting the length and peeking gets the data and polling gets and removes the data data, as follows:.Destroy queues when the script is finished using the data.Destroying queues releases the queues’ data and its listeners and release the memory that is allocated to a queue.

The maximum number of hash maps is The maximum capacity of a hash map is Once the life time expires, the hash map is destroyed.The types of the “values” that can be put into a hash map are the same as for queues.

Set up the shared data service, create a queue, and insert data to the hash map as previously described.Open the Java Code view and insert the Shared Data method s to use to get data into the script where you want to get data from the hash map.The Shared Data Service includes methods for getting the keys of the hash map and getting data and removing data from the hash map, as follows:.Destroy hash maps when the script is finished using the data.Destroying hash maps releases the map’s data and its listeners and release the memory that is allocated to a map.

The following sections explain how to use the utilities API.The Utilities API includes a getFileService object with methods for working with text files such as reading lines of text from a file or appending to a file.

The following examples show some ways to use getFileService.Add the readLines method to specify the file to read.The following example shows how to parse the lines of text in a file and print to the OpenScript console view:.Add the appendStringToFile method to specify the file to which to append text strings.

The following example shows how to create a new file and append lines of text to the file:.Add the loadCSV method to specify the file to read.The following example shows one way to parse a table of text in a.CSV file and print values to the OpenScript console view:.Add the loadXML method to specify the file to read.The following example shows how to parse a table of text in a.XML file and print values to the OpenScript console view:.

Getting values from a database requires a database definition, a database SQL query or SQL execute and a disconnect from the database.This section explains how to manually add database actions to a script.SQL script file to generate an OpenScript load testing script.Oracle Thin oracle.OracleDriver – when selected, the database connection uses the Oracle Thin database driver.Specify the following connection information:.Hostname – specify the name of the host machine on which the database is located.

Service Name – when selected, specify the Service Name defined as the alias for the database instance.ODBC sun.Data source – specify the name of the ODBC data source to which to connect.

Alias – specify an alias name to use to identify the database definition.The alias appears in the script tree for the definition and is selected when adding database actions to the script.Test – test the connection to the database based upon the specified driver and database information.Select the node where you want to add the database connection.The OpenScript database connect method is optional.The database connect is invoked automatically when calling execute or query methods.

In the Java Code view, the utilities.If you have already created a database connection, select the database alias.If you have not already created a database connection, click New and specify a new database definition.Click Test to verify the data is retrieved from the database.Click Close to close the Test Results dialog box.Entire Table – when selected, the entire table of data retrieved from the SQL Statement is included in the test.

Filter table by query – when selected, only the data that matches the filter query is included in the test.Enter a SQL query and click Apply to apply the filter to the test data.Enable testing on specific data values by selecting or clearing the check boxes in each cell.Click Enable All to enable testing on all data values in the grid.Click Disable All to disable testing on all data values in the grid, then select individual cells manually.Select the check box to enable testing or clear the check box to disable testing on specific data values.

Value from DB – shows the actual value of the data retrieved from the database for the selected table cell.Cell – shows the row and column information for the selected table cell.Column Name – the column name of the selected table cell.This is the field name retrieved from the database.Value Type – specifies the data type for the value in the selected table cell.Operator – specifies the test operator used to compare the data value in the selected table cell against the expected value.

Expected Value – specifies the expected value to compare against the value retrieved from the database.Substitute Variable – opens a dialog box for selecting a script variable to use for the Expected Value.Click OK when finished.New Query and Query Test nodes will be added to the script tree.You can use the utilities API to execute a SQL call database procedure statement and return a list object for an out type parameter value list.You can use the utilities.SQLParameterType – wrapped parameter values by index.

The index starts with 1.The following example shows the code used to define and connect to a database, call a database procedure, and disconnect from the database:.Create and record a test script.The Tools menu appears on the OpenScript menu bar for functional and load test scripts.You can use features of the Eclipse IDE to debug scripts.For debugging purposes, it is not always necessary to switch to the Debug Perspective to debug a script.

In most cases, you do not need to use the Outline, Variables, and Tasks views.This section provides tips for basic script debugging techniques.

In some cases, you may want to add additional views to the Tester Perspective for debugging purposes.You select the view to open using the shortcut keys to get to the Show View window.You can add breakpoints to the Java Code to halt script execution at a specific line of code in the script.

Double-click in the right-most column of the code view frame next to the code line where you want to add a breakpoint.You can also select Toggle Breakpoint from the right-click shortcut menu.The breakpoint indicator appears as a round dot in the frame.You can add as many breakpoints as needed.When you play back the script, code execution will stop at the breakpoint.

The Confirm Perspective Switch message appears the when the code execution arrives at a breakpoint.Select the Remember my decision option if you do not want the message to appear again during future script playback.

You can use the following keyboard debug features to execute code while in debugging mode:.You can pause a script when any error occurs by adding a “Java Exception Breakpoint” to the Breakpoints list.Right-click on the breakpoint in the Breakpoints view and select Breakpoint Properties.During script playback, if an exception occurs, you can correct the problem and then continue script playback.

If necessary, add a Debug view to the Tester Perspective.If the Developer Perspective is open the Debug view should already be open.In the Debug view tree, select the Thread [Iterating Agent 1] thread and click the Pause toolbar button.

You can ignore the others.In the Debug view tree, select script.If you want to resume from a specific point in a script, comment out all lines before the current one, save the script, and then resume.You can also execute portions of the script without having to comment out lines and restart the playback.Select the specific line s of code you want to playback, right-click and select Execute.You can modify the code and re-execute without having to save the script.

Repeat the select code, right-click, Execute process until the script works the way you want it to work.Stop playback, or select the Resume button on the Debug view to replay from the breakpoint.You can inspect or watch script variable values to debug scripts.The script must be running or stopped at a breakpoint.

There is a difference between Java local variables and script variables.Java local variables are declared using standard Java syntax, such as String x or int i.At the breakpoint highlight the script code containing the variable or type the following code and highlight the code:.Inspect opens a pane that shows the variable Shift-Alt-I adds the variable to the Expressions view.Watch copies the variable to the Expressions view.Open the file log4j.The debug messages are stored in the file OpenScript.

The following views are also available from the View menu but do not open by default: Error Log View : Shows the error log information for the project and script.

The Developer Perspective opens the following views by default: Navigator and Package Explorer Views : Shows hierarchical views of the script project resources.

The views are described in more detail in the following sections.The Script view has the following tab views: 2.The Tree View has the following standard nodes: Initialize – specifies script actions to perform once at the beginning of script playback.

The Java Code view has the following standard procedures: initialize – corresponds to the Initialize node of the Tree View and executes any custom code added once at the beginning of script playback.

The Assets tab has the following options: Databanks : Lists the Databank assets added to a script.Object Libraries : Lists the Object Library assets added to a script.

For map functions that use toMapthe data file might appear similar to the following example:.

– properties

  • Select Has Error?
  • Registering a TestResult object has no side-effects if control-c handling is not enabled, so test frameworks can unconditionally register all results they create independently of whether or not handling is enabled.
  • Using shell style pattern matching.
  • The following example shows how to create a new file and append lines of text to the file:.
  • In order for custom classes to be visible to calling scripts they should reside in package “lib” that is automatically created for each dedicated function library.
  • Oracle Load Testing does not support absolute paths.
  • Interactive tools which provide TestRunner implementations can use this in a similar manner.
  • The following code examples show the encode and decode functions both with and without the eval function:.

: Use Databanks: When selected, databanks will be used for script playback.

If given, logger should be a logging.Will my existing pre Enter a script name.

  • If you want to take advantage of new features such as code assistance, custom classes, and the explicit function calling syntax, then you would need to create a dedicated function library.
  • Graphical applications which run test suites should provide alternate implementations.
  • The script wizard opens the Create Function Library options:.
  • Note that the msg keyword argument can be passed to assertRaisesassertRaisesRegexassertWarnsassertWarnsRegex only when they are used as a context manager.
  • Databank files are comma-separated value “.

(Old)Test Place

The following table lists the service names and utilities for the types of load test script projects:.When the application loads, navigate the application to record the HTTP protocol traffic between the web browser and the web server.

Load test scripts use protocol automation to send requests and receive responses from the web server.A browser instance is not required.

However, the request header typically sent by a browser.The request header specifies the type of request and sets various settings, such as the host name, Accept settings, Connection setting, User Agent settings, etc.The following example shows a GET request heading:.By specifying the user-agent string, you can simulate other types of browsers during load script playback.

You can use the http.Typically, http.The request Accept-Language setting is used to specify which languages are acceptable for the response.The setting is set using the http.Load test scripts use the http.You can use other API methods to perform actions on the response, for example, extract values from the document, as follows:.The http.Once you have created a script project, you can customize the script for your specific testing purposes using the available menu options or editing your own code in the Java Code view.

Step groups provide a way to group multiple procedures into a single reporting step.Select the Java Code view and add the beginStep and endStep methods as follows:.

The first parameter is a String specifying the step group name.The second parameter is an optional value specifying the amount of time to wait in milliseconds before beginning the step.

The delay value will be adjusted based on the VUser’s current delay settings.Select the Java Code view and add the think method with a Double time value in seconds as follows:.Select the Java Code view and add the info , warn , or fail method with a String specifying the message, as follows:.The log message text appears in the Console View when the script is played back.

The info method is similar to a printf command.Warning messages report the error as a warning and continue script execution.Fail messages report the error as failure and stop script execution.These methods will never alter the flow of a script, such as stopping the script.Any variables specified in message will be evaluated to their current values.

If a variable expression is specified in message that does not exist, or if message cannot be evaluated for any reason:.The Results View comment field will contain the original message, plus a warning note explaining why the message could not be evaluated.Any problems that occur when evaluating the message itself will not be counted as an additional failure in the results report failure totals.

Select the Java Code view and add the encrypt and decrypt methods with a String specifying the text to encrypt or decrypt, as follows:.Scripts can be encrypted and password protected to protect sensitive data that may be contained within the script code.

Specific script encryption passwords can be set using the Script Encryption options on the Tools menu.To set script encryption passwords:.Select Script Encryption options from the Tools menu.If necessary for the encryption type, enter the encryption password to use for the script.You can add a method to run another child script from within the current script using the getScript “alias”.

Select the Java Code view and add the getScript “alias”.You must also add the child script to the current script as a script asset to run the child script.You must also add the child script to the current script as a script asset to call the function in the child script.

You use the built-in script functions as variables to access or manipulate various type of data or parameters within OpenScript scripts.The built-in functions are indicated by the sign and include the following types of functions:.

Built-in function are added to scripts using the Variable Substitution option available for the various script actions and parameters.Dialog boxes for script actions with parameter values include a Substitute Variable icon that opens the list of script variable and built-in functions available to use a script parameters.

Built-in functions can also be added directly in the code view.Select the script node where you want to add an action or substitute a parameter with a variable or built-in function.Use the eval function to transform strings of data, substituting the values of variables where applicable.For example:.The following sections describe the available built-in functions and required parameters and syntax.

This section describes the built-in encoding and encryption functions and the required parameters.Returns null when input bytes are null.The allowable printable characters are:.It returns the decoded byte array for the given hexadecimal string.The following code examples show the encode and decode functions both with and without the eval function:.The following code examples show the encrypt and decrypt functions:.

The following code examples show the obfuscate and deobfuscate functions:.This function is only available for Load Testing scripts.This section describes the built-in functions used for accessing data from files and the required parameters.Specify the repository name and relative path to the data file containing the data to pass to the function.

The repository argument can be left blank using two single quotation marks ” if a relative path is specified for the data file.The file path is relative to the script directory.

If the repository is not specified ” , then relativeFilePath should begin with..Although not automatically added the in the dataFile default value, the file encoding can be added as a third String value in the dataFile variable.

The file can be located anywhere in the file system.Resource files are typically used to store large data resources, such as large post data or XML strings, required as post data parameters.

The file must be located in the resources folder under the script folder.Specify true to transform any parametrized data inside the contents of the file before returning the contents.

This section describes the built-in functions used for accessing data about the script, session, or system and any required parameters.This section describes the built-in functions used for generating random data and any required parameters.The generated random number is a uniformly distributed pseudorandom integer value between min value inclusive and max value exclusive , drawn from this random number generator’s sequence.This section describes the built-in functions used for time and day values and any required parameters.

You can add your own custom functions to your script and specify the arguments to pass to the function.Custom functions can be in the current script or in another script or function library script that has been added to the current script’s Scripts Assets Properties.In the Java Code view, add the public void function name to the script code followed by the arguments with the data types:.Add items into the Function.

You can use the Script Add option to add variable items to the function.You can also use the Code View to add custom code to the function.Define the variables to use to pass values to the custom function arguments somewhere in the script before where the Call Function statement will be placed in the script:.In the Java Code view, add the getVariables.In the Java Code view, the message statement info , warn or fail or getVariables.

If the function is in the same script, the callFunction statement is added:.If the function is in a another script a script containing functions that has been added to the current script as a script asset , the getScript “myScriptAlias”.If the function is in a dedicated function library script a script specifically created as a function library that has been added to the current script as a script asset , the className.

When the user calls the function using the Script menu options, the Call Function dialog box will include a multi-line text box that allows a list of values to be entered.In the Java Code view, the callFunction code will include a toList parameter similar to the following example:.If the function is in a function library script a function library script added as a script asset , the ClassName.

In the Java Code view, the callFunction code will include a toMap parameter similar to the following example:.The Type options of the Argument dialog box used when adding a function to a script includes a Select List type that can be used to create a function that accepts a value from a known list of values as parameters.

When the user calls the function using the Script menu options, the Call Function dialog box will include a select list box that allows a single value from a list of values to be selected.In the Java Code view, the callFunction code will include the function name and selected parameter similar to the following example:.The list and map functions can also specify one or more files as an alternate method for inputting list or map data to function arguments using the dataFile variable.The dataFile variable specifies the optional repository name, data file path, and optional file encoding using the following format:.

For list functions that use toList , the data file might appear similar to the following example:.For map functions that use toMap , the data file might appear similar to the following example:.

The toList and toMap methods also parse all arguments for any newline delimiters.Any newline delimiters embedded in a value or file will be converted into new list entries.For example,.When the user calls a function that uses lists or maps as argument values using the Script menu options, the Call Function dialog box will include the Substitute Variable icon next to the Arguments values field.Click the Substitute Variables icon next to the Arguments values field.

Expand the Functions tree, select dataFile , and click Finish.Edit the repository and relativeFilePath values to specify the repository name and relative path to the data file containing the data to pass to the function.When you click OK , the function will be added to the tree view similar to the following:.In the Java Code view, the callFunction code will include the function name and dataFile variable similar to the following example:.You can create a script that can be used as a dedicated function library that can be used by other scripts as a script asset.

The dedicated function library script can contain custom functions that can be called from other scripts.A dedicated function library provides a way for having code assistance in scripts calling functions from the library.

Code Assist or Content Assist provides you with a list of suggested completions for partially entered strings.When creating dedicated function library scripts, you should make the library either a generic Java code script or the same type as the scripts that is, Web, HTTP, Siebel, etc.A function library is a means to make your code more reusable and modular.Any script can be used as a function library by creating a library of custom functions within the script code.

The function library script can then be added to other scripts as a script asset.The other scripts can then call custom functions from the function library script.What is the difference between a function library and a regular script? In general, there is only a minor difference between a function library script and regular script.

A function library is a script which you can record into and play back but also includes a unique package and class name.However, function library scripts are generally not intended to be played back.You use a function library script as an asset for other scripts that can call the custom functions contained in the library.Function library scripts include the Initialize, Run, and Finish methods the same as a regular script.The Initialize, Run, and Finish methods in a dedicated function library script are not intended to be called from other scripts.

The Initialize, Run, and Finish methods are provided for debugging function library scripts before publishing them.Before OpenScript version Users simply added custom functions to a script which was designated as a function library.OpenScript version There are three main advantages to using dedicated function libraries compared with using a script containing functions:.The primary advantage is provided for teams that widely use the Java Code view with custom code.The style of calling functions from a dedicated function library script is much more straight forward and clear.

For example, with the dedicated function library you call a function a function foo in the library with alias myLib as follows:.With custom functions in a regular script, you call a function using the Reflection style, as follows:.

A second advantage of a dedicated function library is that the direct style of calls provides code assistance in the Java Code view for calling functions stored in a dedicated function library script.

There is no code assistance in the Java Code view for calling functions stored in a regular script and called using the callFunction method.A third advantage of a dedicated function library is the ability to use custom classes in the library.What are the disadvantages of using a dedicated function library, versus using a script with functions in it? There are some disadvantages to using dedicated function libraries compared with using a script containing functions:.

A dedicated function library not only has a unique script location, but also a unique library class name.The library class name is rendered when creating the dedicated function library and cannot be changed.If for some reason you need or want to change function library class name for example, a duplicated function library name was found or something else , you will need to create a new script by selecting Save As from the File menu or by creating a script from an existing script.

You will need to enter a new name for the function library class and a new script will be created.The new script will have all of the functions declared in the old function library.

Another minor disadvantage of using a dedicated function library is that it needs to be assigned as an asset to each script that uses it.In contrast, using getScript “funcLib”.Any child scripts will find the function library by its alias during runtime.However, this usage is blind as users have no Tree View or dialog support for inserting such code.

By not assigning the dedicated function library directly to a script as an asset, you can only call its functions by typing code directly into the Java code view using the Reflection style syntax.Also, code assistance is not provided for Reflection style syntax.Particularly when creating many test scripts, it can be time consuming to attach commonly used function libraries to each one individually.

There are two approaches to solve this problem.You can create an empty script and attach to it all the common function libraries you want your scripts to use.Each time you create a new script, select New from the File menu, select Script from Template in the General section, then select the script with your common functions to create the new script.

Each new script will have the common function libraries attached to it.Any saved script can be a template script.The one downside to attaching a function library to every script.If you physically move a function library to a different location on disk, then all existing scripts referencing it from the old location will break.

If you have a test setup where one parent “master” script calls several “child” scripts, you can attach the common function libraries only to the parent script and not attach it to any child scripts.Child scripts will be able to directly call the function libraries from Java Code using the reflexive code syntax.

For example.The benefit to attaching the function library to the parent script, and not to the child scripts, is that if the function library is moved to a different location, you only need to update the parent script with the new function library location.

All child scripts will continue to work.However, using this approach, child scripts cannot use the explicit code syntax when calling functions.Child scripts will not be able to use any custom classes exposed by the function libraries or leverage any Java Code assistance features.The child scripts’ Tree view will also not provide any UI for adding available functions.

This approach is only recommended for teams not relying on the Tree view UI for adding function calls.Will my existing pre Existing scripts and function libraries will continue to work, unmodified, in newer releases.If you want to take advantage of new features such as code assistance, custom classes, and the explicit function calling syntax, then you would need to create a dedicated function library.However, it is optional if you want to convert your existing script-based function libraries into dedicated function libraries or leave them as regular scripts.

What happens if two different dedicated function library scripts used in a test suite have the same library class name? Using two function libraries with the same library class name will cause your script to behave unpredictably.

Most likely, the OpenScript script editor will display an error when it compiles the script, indicating that some particular method or class cannot be found.This is why, when you are creating a name for library class, it is better to use a long package path to differentiate your library class from other libraries.For example, lib.

TestLib is a poor choice.A much better choice would similar to: lib.Can I use custom classes as arguments and return values for functions in function libraries? You can only use custom classes as arguments and return values for functions in dedicated function libraries.In order for custom classes to be visible to calling scripts they should reside in package “lib” that is automatically created for each dedicated function library.If the author of the function library needs some internal custom classes, then their place is in a sub-package of “lib” package.

This way they will be hidden from other scripts.It is better not to put any additional classes in the package where library class itself resides.Be cautious and do not overuse custom classes.The user of the function library will not get help from UI or code assistance for them.I have a function in a function library that returns a custom type.How do I to save it for later use? You will need to know what type is returned and save it in a script or java variable.Note that OpenScript does not support declaring custom functions in regular scripts or dedicated function library scripts that expect the varargs argument feature.

That is, arg type, Something For example, Foo String name, String Also, having an argument type of List is always preferable to argument of type Array.

The reason is creating functions with argument that has an Array type requires the users of the function resolve any ambiguity of casting Array[] vararg type, as it could be cast to Object or Object[].

My function library needs to use third-party JAR files.How I can I do it? A function library is a script.You will then have access to all public methods from the Java Code view.Code assistance will help you add the required import statements and call methods in the code view.

I would like to expose some methods in third-party JAR files to test scripts to be able to call them.What I should do? You can assign this JAR file to each script that is going to use it as a script asset.

However, it is a blind way for users to call functions in JAR file.A better way is to assign this JAR file to a function library script and wrap the methods in the JAR file that will be called by scripts within functions in the function library.You will be able to control access to the JAR file and, more importantly, add extensive comments on when and how to use these methods.This will benefit the other members in your group by making the use of the functions easier.

Function library developers should provide meticulous and extensive Javadoc comments for each function in the function library.The Javadoc comments are what the user sees about each function in the Tree View and as code assistance in the Java Code view.

Click Next.The script wizard opens the Create Function Library options:.Package : Specifies a unique Package name for the function library.The initial default value is myCompany.Subsequently, the default value will be set to the last value specified.Class : Specifies a unique alias to use as the name typically the Class name for the function library script.

Enter a unique alias to use as the Class name for the function library to identify the library.Expand the Script Functions and Local Script nodes.Repeat steps 10 through 17 to add additional functions to the library script.See also Section 2.Specify a script alias or use the default alias.The script alias must be unique for each library script added to a script.Expand the Script: scriptLibraryAlias node.If the Call Function dialog box appears, enter the function arguments and click OK.

The library script is automatically added to the current script as a script asset click the Assets tab in the Script view to view script assets.The function name appears in the script tree as scriptLibraryAlias.In the Java Code view, the FunctionLibrary assignment will be added to the script code followed by the library Package Name and function library alias entered when the function library was created, as follows:.

Functions called from the function library appear in the Java Code view using the function library alias and called function name and arguments, as follows:.When you type the function library alias followed by a period in the code view, the code assistance view opens listing the functions available in the function library with the required arguments.

In the Java Code view, the getScript.However, code assistance is not available for functions called using the getScript.Save the master script and play it back to execute the custom functions.Select Convert to Function Library from the Tools menu.Specify a unique alias as the Class name for the function library script.You can add assets to a script such as, databanks, generic JAR files, object libraries, or other scripts containing recorded steps or custom functions.

The asset must exist before it can be added.Select New from the File menu to record scripts or create databanks and object libraries.You also use the Add option in the Assets tab of the script view to create databanks and object libraries.

Set the Relative to option.The Relative to current script and Relative to a repository options specify how the current script will locate the specified script asset.The Relative to a repository option locates the script asset by a repository path such as, [Repository: Default] Default!

The Relative to current script option locates the script asset by a relative path such as..Selecting the The Relative to current script option is not recommended as script-relative paths are more brittle than repository-relative paths if scripts are moved or shared.Do not use Absolute Paths when referring to assets or saving assets.

Oracle Load Testing does not support absolute paths.OpenScript, Oracle Test Manager, Oracle Load Testing, and all command-line agents should all use the same shared repository names and paths.Click OK when finished adding script assets to close the script properties.Script asset information is stored in the assets.A sync point allows multiple scripts being run as virtual users in Oracle Load Testing to synchronize their actions and interactions with the application under test.

Sync points provide the ability to create realistic multi-user situations that may expose resource conflicts such as deadlocks.When you specify a sync point, multiple virtual users executing the script will reach this sync point at various times depending on a number of factors for example, the speed of the machine.

Sync points cause each virtual user to wait until all virtual users have reached that sync point.Each of the virtual users notifies the master upon reaching the sync point.The master waits for all of the virtual users to notify it and then issues the go-ahead for all the virtual users to continue past that sync point.Sync points are added to individual scripts parent or child scripts when they are created in OpenScript.

The execution parameters for sync points are defined in the Oracle Load Testing application.In the Java Code view, add the syncPointWait ” name ” ; method to the script code, as follows:.Load the script into the Oracle Load Testing application and specify the execution parameters for the sync point s in the load test scenario.See the Oracle Load Testing User’s Guide for additional information about specifying the sync point execution parameters.

If you want to evaluate the variable with a value from an OpenScript transform variable i.You can use the variables method in the Java code to get or set variable with scope.Script variables are global for all scripts and functions for a single Oracle Load Testing Virtual User.

The exception is that a Child Virtual User i.In Functional Testing, a script typically represents only one Virtual User.In Functional Testing, script variables are generally global variables.Local – all variables that the current script explicitly defines as local variables.Parent – all variables that the parent calling script defines as its own local variables.

Global – all other variables not defined in an explicit scope.This is the default scope when no scope is specified.The Global scope is the parent scope of top-level VUser top-level script.So a top-level script will have two scopes Global and Parent that coincide.

Scope can be used to avoid confusion.If an author of a child script wants to change variables in global or parent scope, the script author should do it explicitly.If the author of a child script wants to change local script-level variables, then Scope Local should be used.Child scripts inherit its entire parent script variables.It is not a copy of the variables, it is a reference to the same variables, i.Exception : Select the type of exception error.

The list will vary depending upon the script type.The following are the possible values for scriptType in the Java code statements:.The following are the possible values for constant in the Java code statements:.The following are the possible values for action in the Java code statements:.You can verify script actions to check the result of a script action and adjust the behavior of the script based on the result of the action.

Add an Error Recovery Action before the script node where you want to verify the result code.Set the error recovery action to Warn or Ignore to ensure that the Has Error block gets executed.This allows script execution to continue past the code where an exception occurred to the next statement in the script code.

Add a ‘Has Error’ Control Statement after the script node where you want to verify the result code.The if hasLastError block is added to the script code directly after the script node where you want to verify the result code.Add your custom code into the if hasLastError block in the Java Code view.

Add Results Object messages to return the result values.The Result Code Verification features provide access to a Results object.Select the Exception type.Add the Has Error condition to the script.However, the conditional behavior must be specified in the Java Code view.

Select Has Error? The if hasLastError node is added to the script tree.Right-click the if hasLastError node and then select Other from the Add sub menu.

In the Java Code view, the message code with the result type is added to the if hasLastError block:.If necessary drag the message node into the if hasLastError node so the message is a child node of the if hasLastError block.Only specific OpenScript actions provide the ability to verify their results.In general, all actions that are available for adding from the tree view UI, including all verifications and assertions, support verification.

The following types of actions typically do not support verification:.The browser preferences specify if a new browser will launch when recording a different script.Because the navigation sequence between multiple scripts is important, the same instance of the browser should run all scripts if the scripts are a continuation of each other.If each script is self-contained and there is no navigation between scripts, each script can launch its own browser and you can skip the Browser Preferences steps.

Clear the Always launch a new browser when recording a different script option.When recording scripts for chained playback, it is important to plan the start and stop points between scripts.

This is especially true if session state needs to be maintained between scripts.All of the scripts must be of the same type.Create and record the next script.The navigation in this script should start from the point in the browser where the first script stopped.Create and record any additional scripts to chain.The navigation in these script should start from the point in the browser where the previous script stopped.Select the script node where you want to add the first script.This could be either the Initialize or Run nodes.

Expand the General node and select Run Script.Select the script to run from the available script assets in the Script properties.Use the Add button to add scripts to the script assets properties.Select the script node where you want to add the next script.

This could be either the Initialize, Run, or Finish nodes.Select the next script to run from the available script assets in the Script properties.The abort method immediately aborts the Virtual User as soon as possible.The remaining actions in the iteration, including any parent scripts and functions, will not complete.The Finish section will not be run.The currently running script will return a failed result indicating that the Virtual User was aborted.If a Virtual User is aborted, it is possible to resume the script by catching the abort user exception and calling resume.

The resume method allows the caller to reset a previously fired abort request so that script execution can successfully continue from that point on.The caller must first catch the StopScriptRuntimeException that gets thrown by the abort request and then call resume.

The resume method works together with the abort method.Calling resume will only recover from a previously called abort.The following examples show how to use the abort and resume methods.Databanks are used to hold unlimited amounts of input data that can be automatically fed into your Web application.During playback, the parameters in the Web page are filled with values from the Databank file.

The Databank and script parameter shortcut menu options allow you to map parameters in a script to fields in a Databank file as variable names.Scripts must be configured to use Databanks.Use the options on the Assets tab of the script view to specify the Databank file s to use with a script.

Scripts can be configured to use more than one Databank file.When you record a script that has a navigation that uses parameters, the parameter nodes appear under the Query String node for HTTP protocol load test scripts:.In the Code View, the parameters appear in the http.When you configure the Databank s to use with the script, the Get next Databank record from databank name node and Java code are added to the script.

Select the script parameter node to map to a Databank and use the Substitute Variable option on the right-click shortcut menu to select the Databank field name to map to the parameter.The Databank file and field name appear in the parameter node of the script tree.The variable appears in the Code view in the http.Use the Playback iterations to playback using the records in the Databank.

You can also use custom code to loop through Databank records and assign values to variables.You must configure the Databank to use with a script before you can get records from the Databank to use in a script.Select CSV file or Database.Charset – specifies the character set encoding used for the databank file.

The suggested charset encoding of the databank.For US machines the suggested encoding is cp For East European machines, the suggested charset is cp If the charset used for the databank file is different from the charset of the user machine or UTF-8 with BOM, then you must the correct charset.Otherwise, the databank will not be read correctly and may cause a script failure.You can select the correct charset from the Charset list or enter the correct charset in the field.During playback, the Agent will define the charset for reading the databank file in following order:.

Enter an alias name to use for the Databank or leave the default alias name.The default alias name is the name of the.CSV Databank file.Alias : Specifies an alias name to use for the Databank.

The Databank file name is the default.The Databank alias name is the name that appears when you add a Databank record retrieval node to a script tree.For Databases, a Databanks Database Assets dialog box appears.This dialog box lets you specify the database and query to use as a databank.Contact your Database Administrator for the appropriate settings for your database.The following options are available:.Oracle Thin – This driver option applies to Oracle databases.

Hostname – Specify the host name of the machine running the database.Port – Specify the port for the driver you selected.Modify the port number if necessary.Username – Enter the username for connecting to the database, if required for authentication.Password – Enter the password for connecting to the database, if required for authentication.

Query – Specify a single SQL query that returns all the rows needed as databank values.Only pure SQL is supported.You must ensure that the query returns the column names i.

If you have a large database-backed databank, but will only use a small portion of the records in the test, then use the “Where” clause in the SQL query to minimize the amount of records retrieved from the database.For example, if you have database with records and only need to have iterations retrieving records through sequentially starting from record The start record will be 1 and no is range set.

This reduces the databank preparation time and minimizes the amount of records retrieved from the database.Use the “Order By” clause in the query to make sure the results returned from the database are ordered as intended.

For example, if you have a database table with Columns id , firstName , and lastName that is populated it with the following data:.Click OK to add the Databank file.For Databases used as databanks, a copy of all data is retrieved and indexed before the start of the test.

The data is not read live during the test.Databank files are comma-separated value “.Databanks can also be data retrieved from a database using an appropriate query to that generates data that conforms to the.When you open a Databank file from the Assets tab of the script view, the Databank file opens in a text editor view.You can edit the Databank file directly in the text editor view.You can also create or edit databank files using another text editor or spreadsheet that can export to.

The first line of the databank defines the field headers column titles.A comma is used as the field header delimiter no spaces.The field header names are user defined.The field headers can be referenced in the script code to specify valid databank variables.For example, if the first line of a databank with the alias name “myDB” contains the field headers user and password , the following databank variables are valid in a script configured to use the “myDB” databank: db.

Each databank record consists of field data columns.A comma is used as the field delimiter different line for each record, no spaces around commas.

For example, John, Smith, JohnS company.Each databank record must have the same number of fields as the number of field headers.For example, if a databank file has four field headers in line 1 as FirstName, LastName, Mail, Phone , each databank record on lines 2 through n must have four field data columns in each record.

The databank field data record john, smith, JohnS company.However, john, smith, JohnS company.Insert an extra comma to leave a field column blank.For example Sachin, Bhat,,x As follows:.A quotation mark ” is used as an escape character for embedding new line characters LF, CR or comma , inside of a databank record.For example, if a data value contains a comma, place quotation marks around the value, as follows:.

To use a quotation mark as itself not as an escaped character, escape the quotation mark.The correct format is “”.Quotation marks in the middle of a record should be escaped always.For example the following record,.

If no byte-order mark is specified, the CSV reader uses character set assigned to a databank asset, when the user adds the databank asset to a script, or uses the current platform’s default character set to read the file for example, cp on most Windows English installations for legacy databanks prior to Version 9.

Click Add and select the CSV, text or database you want to get databank records from.If necessary, expand the Databanks node and select the Databank field you want to use as the input parameter data.In the Java Code view, the parameter code changes to show the Databank alias name, field name, and recorded value as a variable value.You will also see a line added to the section in which the parameter was substituted, for example:.

In the Java Code view, a getDatabank ” databank alias “.You can use the additional API methods available with getDatabank ” databank alias ” in the Java Code view to retrieve specific records from the databank.

This section provides examples of the available methods.The Databank Exception “incompatible with db setting” will be thrown if these methods are used with the Randomly or Shuffle Records iteration settings.The records obtained through these API calls are not counted against the usage count of all records.It is possible for an infinite script loop to occur if the When Out of Records iteration setting is set to Stop the User , but the script only uses these API calls to read records.

The following example uses the load method to get a new databank that will override a statically defined databank in OpenScript:.

The load method is used to programmatically override static databanks in a script.The load method is used with functional testing scripts only.The parameters for the load method are as follows:.Valid repositories are mapped using the Manage Repositories options on the Tools menu.The file extension is not required.For example, it can be specified as “databank1”, “databank1.The dbPathRelToRepository parameter cannot be null.

If null , the settings revert to the default databank settings.The following example shows how to load a databank file “euroCustomer.The following example uses the getDatabankRecordCount method to get the record count from the “customer” databank and prints the value to the Results view:.

The following example uses the getRecord n method to get a specific record from the “customer” databank and prints the value to the Results view:.The following code example use a For statement to loop through all records in the databank:.

The following example uses the getFirstRecord method to get the first record in the “customer” databank:.The following example uses the getLastRecord method to get the last record in the “customer” databank:.OpenScript allows repetitive playback of navigations in a script.The iterations can be performed with or without databanks.Configure the script to use a databank as described in Section 2.Select Iterate from the Script menu or click the toolbar button.

The resulting dialog box has the following options:.Use Databanks: When selected, databanks will be used for script playback.Databanks configured for the script show the following settings:.Range: Lists the range of databank records to use for script playback.

This list corresponds to the Range option selected for each databank file.Start: Lists the starting databank record to use for script playback.This list corresponds to the Starting Record specified for each databank file.Select Record: Lists the how databank records are selected for script playback.

This list corresponds to the Select Next Record setting selected for each databank file.When Out of Records: Lists the action to take when the databank file is out of records during script playback.This list corresponds to the When Out of Records setting selected for each databank file.

Databank Source: This section shows the following information about the selected databank:.Alias: Shows the alias name of the selected databank file and the number of rows in the file.Type: Shows the type of the selected databank file.Databanks can be CSV text files or databases.Source: Shows the path and filename of CSV text files or the database query used for database databanks.

While there is not a maximum file size, the recommended maximum sizes is MB.The only limitation is how long it takes to generate the index.The databank must be indexable within 30 seconds, by default.Databank Settings: This section specifies the settings to use for the selected databank:.

Advance to Next Record: Specifies when the virtual user should advance to the next databank record during script playback.

The master script being played is always the script that triggers when an iteration occurs.When Script Requests a Record: The databank record advances every time a script explicitly requests a record during script playback.

A record request corresponds to the script Java code calling the getDatabank alias.This is the default behavior.Each Occurrence: The databank record advances when a script refers to a databank column i.You can specify that any column advances to the next record or specify a particular databank column advances to the next record.

Each Iteration of Script: The databank record advances before a script containing the databank starts another playback iteration.Select Next Record: Specifies how a new record is selected from the databank when the databank record advances.Sequentially: The databank records increment one by one in sequential order from the start of the specified range.When multiple virtual users are running, records are distributed in sequential order across all virtual users.

Randomly: The databank records are selected at random from the databank.The same record may be used multiple times before all records are exhausted.Random record selection is only provided for databanks that can be indexed.When configuring databank settings, if the databank file is too large to index, the Randomly or Shuffle record options may not be available.The When Out of Records setting does not apply when Random is selected.By Shuffling: The databank records are selected at random from the databank ensuring that once a record is selected, it is never selected again.

The setting works similar to selecting a random card from a deck until no cards are left.Shuffle mode only supports databanks containing fewer than , records.For databanks containing more than , records, you can shuffle the values in the actual data file or you should use the Randomly mode.

Use Seed: Specifies a randomization seed value to use when using the Randomly or Shuffle modes.Use the same seed across multiple tests to create the same sequence of random numbers for all tests.If 0 or not specified, a seed is generated automatically based on the current time.

When Out of Records: Specifies the action the virtual user takes if all databank records in the specified range have been used and a new record is requested.Loop Over Range: Loops back to the first record in the range after all records in the range are used and continues distributing records.

Use the Maximum Iterations settings to prevent the virtual user from running forever.Keep the Same Record: Continues to use the last record requested after all records in the range are used.No additional records are requested from the databank.Any calls in the Java code to getNextDatabankRecord are ignored after all records are used.

Custom Java code may be used in the script to have Virtual users request an individual record using getRecord n , getLastRecord , or getFirstRecord.Stop the User: The virtual user immediately stops running the next time a record is requested from the databank after all records in the range are used.

The virtual user will stop regardless of how many iterations are specified by the Maximum Iterations settings.Range: Specifies the range of records to use.All Records: When selected, the virtual user uses all records in the databank.The first record is 1.Specific Records: When selected, the virtual user uses a subset of records in the databank.

Specify the first and last records to use for the range.The range includes both the starting and ending record in the specified range.Starting Record: Specifies which databank record to use first.The first record in a databank is 1.The starting record must be within the specified range of records.

For example if you select Specific Records and set the range to , the starting record must be at least 5, but not more than Maximum Iterations: This section specifies the maximum number of iterations of a main script’s run section to complete:.

Run no more than [ ] iterations: Specifies the maximum number of iterations.If a databank exhausts all records and When Out of Records specifies Stop the User, the virtual user will always stop running, even if the specified number of iterations has not completed.

Select which databank file to specify the settings for if more than one database is configured for the script.Select the Run no more than [ ] iterations option and set the iteration count to the desired number of playback iterations.

You can view the progress of the script playback in the Console View.When used as a context manager, assertWarns accepts the additional keyword argument msg.

The context manager will store the caught warning object in its warning attribute, and the source line which triggered the warnings in the filename and lineno attributes.This can be useful if the intention is to perform additional checks on the warning caught:.Like assertWarns but also tests that regex matches on the message of the triggered warning.

A context manager to test that at least one message is logged on the logger or one of its children, with at least the given level.If given, logger should be a logging.

Logger object or a str giving the name of a logger.The default is the root logger, which will catch all messages that were not blocked by a non-propagating descendent logger.If given, level should be either a numeric logging level or its string equivalent for example either “ERROR” or logging.

The default is logging.The test passes if at least one message emitted inside the with block matches the logger and level conditions, otherwise it fails.

The object returned by the context manager is a recording helper which keeps tracks of the matching log messages.It has two attributes:.A list of logging.LogRecord objects of the matching log messages.A list of str objects with the formatted output of matching messages.A context manager to test that no messages are logged on the logger or one of its children, with at least the given level.

The default is the root logger, which will catch all messages.Unlike assertLogs , nothing will be returned by the context manager.Test that first and second are approximately or not approximately equal by computing the difference, rounding to the given number of decimal places default 7 , and comparing to zero.Note that these methods round the values to the given number of decimal places i.

If delta is supplied instead of places then the difference between first and second must be less or equal to or greater than delta.Supplying both delta and places raises a TypeError.Added the delta keyword argument.

If not, the test will fail:.Test that a regex search matches or does not match text.In case of failure, the error message will include the pattern and the text or the pattern and the part of text that unexpectedly matched.Test that sequence first contains the same elements as second , regardless of their order.Duplicate elements are not ignored when comparing first and second.

It verifies whether each element has the same count in both sequences.Equivalent to: assertEqual Counter list first , Counter list second but works with sequences of unhashable objects as well.The assertEqual method dispatches the equality check for objects of the same type to different type-specific methods.Registers a type-specific method called by assertEqual to check if two objects of exactly the same typeobj not subclasses compare equal.

It must raise self.The list of type-specific methods automatically used by assertEqual are summarized in the following table.Test that the multiline string first is equal to the string second.When not equal a diff of the two strings highlighting the differences will be included in the error message.This method is used by default when comparing strings with assertEqual.Tests that two sequences are equal.If the sequences are different an error message is constructed that shows the difference between the two.

Tests that two lists or tuples are equal.If not, an error message is constructed that shows only the differences between the two.An error is also raised if either of the parameters are of the wrong type.These methods are used by default when comparing lists or tuples with assertEqual.Tests that two sets are equal.If not, an error message is constructed that lists the differences between the sets.This method is used by default when comparing sets or frozensets with assertEqual.

Fails if either of first or second does not have a set.Test that two dictionaries are equal.If not, an error message is constructed that shows the differences in the dictionaries.This method will be used by default to compare dictionaries in calls to assertEqual.Finally the TestCase provides the following methods and attributes:.Signals a test failure unconditionally, with msg or None for the error message.This class attribute gives the exception raised by the test method.

The initial value of this attribute is AssertionError.This class attribute determines what happens when a custom failure message is passed as the msg argument to an assertXYY call that fails.True is the default value.In this case, the custom message is appended to the end of the standard failure message.

When set to False , the custom message replaces the standard message.The class setting can be overridden in individual test methods by assigning an instance attribute, self.This attribute controls the maximum length of diffs output by assert methods that report diffs on failure.Assert methods affected by this attribute are assertSequenceEqual including all the sequence comparison methods that delegate to it , assertDictEqual and assertMultiLineEqual.

Setting maxDiff to None means that there is no maximum length of diffs.Return the number of tests represented by this test object.For TestCase instances, this will always be 1.Return an instance of the test result class that should be used for this test case class if no other result instance is provided to the run method.For TestCase instances, this will always be an instance of TestResult ; subclasses of TestCase should override this as necessary.Return a string identifying the specific test case.

This is usually the full name of the test method, including the module and class name.Returns a description of the test, or None if no description has been provided.This caused compatibility issues with unittest extensions and adding the test name was moved to the TextTestResult in Python 3.Add a function to be called after tearDown to cleanup resources used during the test.Functions will be called in reverse order to the order they are added LIFO.

They are called with any arguments and keyword arguments passed into addCleanup when they are added.If setUp fails, meaning that tearDown is not called, then any cleanup functions added will still be called.

This method is called unconditionally after tearDown , or after setUp if setUp raises an exception.It is responsible for calling all the cleanup functions added by addCleanup.If you need cleanup functions to be called prior to tearDown then you can call doCleanups yourself.Add a function to be called after tearDownClass to cleanup resources used during the test class.They are called with any arguments and keyword arguments passed into addClassCleanup when they are added.

If setUpClass fails, meaning that tearDownClass is not called, then any cleanup functions added will still be called.It is responsible for calling all the cleanup functions added by addClassCleanup.

If you need cleanup functions to be called prior to tearDownClass then you can call doClassCleanups yourself.This is called after setUp.This is called before tearDown.This method will only be called if the asyncSetUp succeeds, regardless of the outcome of the test method.Sets up a new event loop to run the test, collecting the result into the TestResult object passed as result.At the end of the test all the tasks in the event loop are cancelled.

This class implements the portion of the TestCase interface which allows the test runner to drive the test, but does not provide the methods which test code can use to check and report errors.This is used to create test cases using legacy test code, allowing it to be integrated into a unittest – based test framework.For historical reasons, some of the TestCase methods had one or more aliases that are now deprecated.The following table lists the correct names along with their deprecated aliases:.

Deprecated since version 3.This class represents an aggregation of individual test cases and test suites.The class presents the interface needed by the test runner to allow it to be run as any other test case.Running a TestSuite instance is the same as iterating over the suite, running each test individually.

If tests is given, it must be an iterable of individual test cases or other test suites that will be used to build the suite initially.Additional methods are provided to add test cases and suites to the collection later on.

TestSuite objects behave much like TestCase objects, except they do not actually implement a test.Instead, they are used to aggregate tests into groups of tests that should be run together.Some additional methods are available to add tests to TestSuite instances:.Add a TestCase or TestSuite to the suite.

Add all the tests from an iterable of TestCase and TestSuite instances to this test suite.This is equivalent to iterating over tests , calling addTest for each element.TestSuite shares the following methods with TestCase :.Run the tests associated with this suite, collecting the result into the test result object passed as result.Note that unlike TestCase.Run the tests associated with this suite without collecting the result.This allows exceptions raised by the test to be propagated to the caller and can be used to support running tests under a debugger.

Return the number of tests represented by this test object, including all individual tests and sub-suites.Tests grouped by a TestSuite are always accessed by iteration.

Note that this method may be called several times on a single suite for example when counting tests or comparing for equality so the tests returned by repeated iterations before TestSuite.

After TestSuite.Subclasses can restore that behavior by overriding TestSuite.In the typical usage of a TestSuite object, the run method is invoked by a TestRunner rather than by the end-user test harness.The TestLoader class is used to create test suites from classes and modules.Normally, there is no need to create an instance of this class; the unittest module provides an instance that can be shared as unittest.Using a subclass or instance, however, allows customization of some configurable properties.

TestLoader objects have the following attributes:.A list of the non-fatal errors encountered while loading tests.Not reset by the loader at any point.Fatal errors are signalled by the relevant a method raising an exception to the caller.

Non-fatal errors are also indicated by a synthetic test that will raise the original error when run.TestLoader objects have the following methods:.Return a suite of all test cases contained in the TestCase – derived testCaseClass.A test case instance is created for each method named by getTestCaseNames.

By default these are the method names beginning with test.If getTestCaseNames returns no methods, but the runTest method is implemented, a single test case is created for that method instead.Return a suite of all test cases contained in the given module.This method searches module for classes derived from TestCase and creates an instance of the class for each test method defined for the class.

While using a hierarchy of TestCase – derived classes can be convenient in sharing fixtures and helper functions, defining test methods on base classes that are not intended to be instantiated directly does not play well with this method.Doing so, however, can be useful when the fixtures are different and defined in subclasses.

This allows modules to customize test loading.SampleTestCase’ would cause this method to return a suite which will run all three test methods.Using the specifier ‘SampleTests.The specifier can refer to modules and packages which have not been imported; they will be imported as a side-effect.These errors are included in the errors accumulated by self.Similar to loadTestsFromName , but takes a sequence of names rather than a single name.The return value is a test suite which supports all the tests defined for each name.

Return a sorted sequence of method names found within testCaseClass ; this should be a subclass of TestCase.Find all the test modules by recursing into subdirectories from the specified start directory, and return a TestSuite object containing them.Only test files that match pattern will be loaded.Using shell style pattern matching.Only module names that are importable i.All test modules must be importable from the top level of the project.

If the start directory is not the top level directory then the top level directory must be specified separately.If importing a module fails, for example due to a syntax error, then this will be recorded as a single error and discovery will continue.If the import failure is due to SkipTest being raised, it will be recorded as a skip instead of an error.If this exists then it will be called package.The pattern is deliberately not stored as a loader attribute so that packages can continue discovery themselves.

The following attributes of a TestLoader can be configured either by subclassing or assignment on an instance:.String giving the prefix of method names which will be interpreted as test methods.The default value is ‘test’.Callable object that constructs a test suite from a list of tests.

No methods on the resulting object are needed.The default value is the TestSuite class.List of Unix shell-style wildcard test name patterns that test methods have to match to be included in test suites see – v option.

If this attribute is not None the default , all test methods to be included in test suites must match one of the patterns in this list.Note that matches are always performed using fnmatch.This class is used to compile information about which tests have succeeded and which have failed.A TestResult object stores the results of a set of tests.

The TestCase and TestSuite classes ensure that results are properly recorded; test authors do not need to worry about recording the outcome of tests.Testing frameworks built on top of unittest may want access to the TestResult object generated by running a set of tests for reporting purposes; a TestResult instance is returned by the TestRunner.TestResult instances have the following attributes that will be of interest when inspecting the results of running a set of tests:.

A list containing 2-tuples of TestCase instances and strings holding formatted tracebacks.Each tuple represents a test which raised an unexpected exception.Each tuple represents a test where a failure was explicitly signalled using the TestCase.A list containing 2-tuples of TestCase instances and strings holding the reason for skipping the test.

Each tuple represents an expected failure or error of the test case.A list containing TestCase instances that were marked as expected failures, but succeeded.Set to True when the execution of tests should stop by stop.If set to true, sys.Collected output will only be echoed onto the real sys.If set to true stop will be called on the first failure or error, halting the test run.Return True if all tests run so far have passed, otherwise returns False.

This method can be called to signal that the set of tests being run should be aborted by setting the shouldStop attribute to True.TestRunner objects should respect this flag and return without running any additional tests.For example, this feature is used by the TextTestRunner class to stop the test framework when the user signals an interrupt from the keyboard.Interactive tools which provide TestRunner implementations can use this in a similar manner.

The following methods of the TestResult class are used to maintain the internal data structures, and may be extended in subclasses to support additional reporting requirements.

This is particularly useful in building tools which support interactive reporting while tests are being run.Called when the test case test raises an unexpected exception.

Called when the test case test signals a failure.Called when the test case test is skipped.Called when the test case test fails or errors, but was marked with the expectedFailure decorator.Called when the test case test was marked with the expectedFailure decorator, but succeeded.

Called when a subtest finishes.If outcome is None , the subtest succeeded.Otherwise, it failed with an exception where outcome is a tuple of the form returned by sys.The default implementation does nothing when the outcome is a success, and records subtest failures as normal failures.

The old name still exists as an alias but is deprecated.Instance of the TestLoader class intended to be shared.

If no customization of the TestLoader is needed, this instance can be used instead of repeatedly creating new instances.

A basic test runner implementation that outputs results to a stream.If stream is None , the default, sys.This class has a few configurable parameters, but is essentially very simple.Graphical applications which run test suites should provide alternate implementations.

Deprecation warnings caused by deprecated unittest methods are also special-cased and, when the warning filters are ‘default’ or ‘always’ , they will appear only once per-module, in order to avoid too many warning messages.This method returns the instance of TestResult used by run.It is not intended to be called directly, but can be overridden in subclasses to provide a custom TestResult.

It defaults to TextTestResult if no resultclass is provided.The result class is instantiated with the following arguments:.This method is the main public interface to the TextTestRunner.This method takes a TestSuite or TestCase instance.

A command-line program that loads a set of tests from module and runs them; this is primarily for making test modules conveniently executable.The simplest use for this function is to include the following line at the end of a test script:.The defaultTest argument is either the name of a single test or an iterable of test names to run if no test names are specified via argv.

If not specified or None and no test names are provided via argv , all tests found in module are run.The argv argument can be a list of options passed to the program, with the first element being the program name.If not specified or None , the values of sys.The testRunner argument can either be a test runner class or an already created instance of it.By default main calls sys.This displays the result on standard output without calling sys.The failfast , catchbreak and buffer parameters have the same effect as the same-name command-line options.

The warnings argument specifies the warning filter that should be used while running the tests.Calling main actually returns an instance of the TestProgram class.This stores the result of the tests run as the result attribute.It defaults to None.It should return a TestSuite.It is common for test modules to only want to add or remove tests from the standard set of tests.

The third argument is used when loading packages as part of test discovery.If discovery is started in a directory containing a package, either from the command line or by calling TestLoader.

If that function does not exist, discovery will recurse into the package as though it were just another directory.This should return a TestSuite representing all the tests from the package.

.If result is omitted or Nonea temporary result object is created by calling the defaultTestResult method and used.This option is only available for table objects.

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