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In-Memory OLTP Simulator is a powerful utility that provides server administrators with a wide variety of tools that they can rely on to perform various stress tests.
Developers can benchmark SQL Server 2014's In-Memory OLTP engine without great efforts by simulating various real-life scenarios or loading several workloads.
The application comes with multiple preset scenarios, but, for more in-depth management, users can create custom ones, according to their needs. Additionally, it is also possible that they can retrieve comprehensive performance analysis reports.
More so, server administrators are provided with a handful of reliable functions that allow them to test the capabilities of their servers further and modify certain parameters, as well. For instance, In-Memory OLTP Simulator can be easily used for adjusting the allocation of certain resources, as it generates detailed reports related to resource consumption during simulations.
While running simulation scenarios, users can target various workloads, such as Disk-Based or Memory-Optimized (with or without Natively Compiled Stored Procedure). The former implies storing tables within the disk storage while the latter relies on loading and processing selected tables in memory (with or without using natively compiled stored procedures).
This application allows users to connect to SQL Servers with ease and generate databases that they can rely on to test certain capabilities. After connecting to the newly generated database, developers can begin benchmarking the servers by running simulations, by either choosing the most suitable one from a list or defining a new one.
A quick view of the currently selected scenario can be displayed by accessing the “Active Scenario Definition” window under the View menu or by using the Ctrl + Shift + A key combination.
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The in-memory OLTP-simulator mainly consists of two features – a pre-defined scenario and a control panel.
First, developers can choose from a list of scenarios that is divided by different types of workloads, as well as choose from several disks or tables for storing simulated data. For more in-depth simulations, they can also create their own scenario that includes up to eight disks or tables.
Besides serving as a test bench, the pre-defined scenario can also be used for generating performance analysis reports. These reports can be accessed via the control panel, by clicking on the button under the Analysis menu.
It is also possible to manually define a scenario that will include eight disks and tables. For this purpose, users can also access the Control Panel by directly clicking on the “Show Scenario Definition Dialog” button and enter the corresponding values in the provided dialog window.
Aside from these options, developers can also choose from a list of servers that they are interested in testing. The button “Add/Edit Server” allows them to select the appropriate server that they want to use for stress tests.
In the sample used for this review, developers were provided with the name of the server as well as the port number. As for the server credentials, they were also asked to specify the user name, whose privileges must have access to the selected server.
Furthermore, there is also a Windows Authentication option that allows users to log in remotely.
Having connected to the selected server, In-Memory OLTP Simulator Activation Code consists of three features that users can access.
1. The control panel of the application
The control panel of the application allows users to define custom scenarios, targets, disks or tables for databases, to select servers from a list or to browse a server’s connection details.
2. The scenario definition
This feature allows users to define pre-defined or custom scenarios, to configure servers, to generate performance analysis reports, to access servers from a list and to browse their connection details.
3. The status window
This feature displays the current status of the simulation. It allows users to view the name of the connected server, the name of the simulated database and tables, as well as the type of database. Furthermore, it shows whether the tables for simulation are loaded into memory.
Moreover, the status window displays the status of the server’s CPU and memory consumption. It can be also used to view overall statistics such as the number of rows (depending on the scenario) and the
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In-Memory OLTP Simulation creates the virtual dataset used for the selected scenario, according to the selected workload, under specified storage options. When the simulation is complete, it generates SQL and performance reports which can be accessed through the View menu.
More so, the application features a “Load Parameters” window, where users can specify several parameters, such as
Number of Rows in Selected Tables
Number of Rows in Un-Selected Tables
Table Size
Table Size in Un-Selected Tables
Application Size
Number of Server Rounds
Number of Data Rows for the Selected Tables
Other Files Used for Simulation
Number of Tasks Used for the Selected Tables
Number of Tasks Used for the Un-Selected Tables
Scenario Data Retrieval Frequency
Scenario Data Retrieval Frequency for Selected Tables
Scenario Data Retrieval Frequency for Un-Selected Tables
The Load Parameters window also allows users to adjust the number of server rounds they want the application to run through. The default value is 10, but users can change it to reach more stable results.
Simulation groups all the selected workloads into those that can run in parallel, depending on the number of processor cores used for handling them. This is done by inserting the keyword “parallel” between the workloads and their respective intervals.
Additionally, users can also adjust the environment size and thread count to be used when running the simulations.
To configure the aforementioned parameters, users can access the “Load Parameters” window, under the Simulation tab.
Detailed reports related to the simulation, such as number of tasks created, and consumed memory during the simulation, are also generated by the application and can be accessed through the “Advanced Reports” menu.
Users can navigate through the “Reports” section to access different reports. Among others, these are:
· Active Simulation Scenarios Report
· Memory Allocation Report
· SQL Server Configuration Report
· SQL Server Configuration Log Report
· SQL Server Configuration Log By Database Report
Users can also access the report generation dialog by clicking on the “Reports” menu or by pressing Ctrl + Shift + R.
By default, the generated reports are saved with.html extensions.
To access these reports, users can simply connect to the SQL Server Database using an ODBC driver and access the “Reports” menu or by pressing Ctrl + Shift + R.
To customize the simulation duration, users can access the
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In-Memory OLTP Simulator is a tool developed by Microsoft to simulate OLTP workloads.
With In-Memory OLTP Simulator, users can query, insert, update, and delete (using the corresponding BATCH) data to both tables within the selected scenario. According to the current settings, the application will run a specified scenario at the given hardware configuration.
In-Memory OLTP Simulator’s goal is to replicate OLTP activities and test various settings, such as, running a database with a large number of user sessions, the use of large data sets, the use of data compression, and so on.
To learn more about the particular features that In-Memory OLTP Simulator provides, please refer to the following main sections.
Features
Run Scenarios
Developers can perform simulations for a wide variety of scenarios. For instance, they can test:
Large Data Sets
Data can be loaded in In-Memory OLTP Simulator using the Resource Connection Window and be accessed using a regular CONNECT statement.
The “Column” parameter defines how the data is represented and can be applied to any of the columns in the workload. For example, the row data are represented by integer values. Thus, the Data Type parameter can be set to “INT” to load the data as integers. However, the binary data are represented in Base-64 form. Thus, they are defined by specifying the “String” data type.
The “Compression” parameter allows developers to use or not use compression. The latter implies that both the row and column data are represented using binary data. This is the default setting. However, if users want to use compressed data, they can choose the “Compressed” data type.
The “Key” parameter controls what key to use for the data. Based on the type of the data being loaded (INT or LONG), the key value can be formatted using the “Key” column setting. For example, to store data using integers, the key value can be formatted using the “Integer” key column setting.
The “Storage Method” parameter defines what type of storage to use. In this case, it can be either “Row” or “Column”. The default is “Row”, meaning that data is stored in rows for each record. However, if data is stored in columns, the row data can
What’s New In In-Memory OLTP Simulator?
– Supports In-Memory OLTP Engine
– Supports different workloads (STATS, LATENCY, HARVEST, GATHER, GATHER_SP, DISK, DOCS_OR_STATS_OR_LATENCY, DOCS_OR_LATENCY, DOCS_OR_DISK, DOCS_OR_GATHER, DOCS_OR_DISK_OR_STATS_OR_LATENCY, DOCS_OR_DISK_OR_STATS_OR_LATENCY, DOCS_OR_STATS_OR_DISK, DOCS_OR_STATS_OR_DISK_OR_LATENCY, DOCS_OR_STATS_OR_DISK_OR_LATENCY)
– Supports data insertion into a table
– Runs tests for a specific duration and the user can define the whole duration (i.e. how long the simulations will run for)
– Runs tests and multiple tests on the same table (separated by ; )
– Supports versioning
– Generates performance reports
– Generates reports that categorize selected scenarios according to various categories
– Allows users to change simulation and workloads
– Downloads reports to.xlsx or.csv format
– Distributes reports among server and folder (user defined)
– Generates reports that contain useful information about available resources on the server (CPU, Memory, Disk I/O)
– Generates reports that contain useful information about existing databases
– Generates reports that allow users to view database properties
– Generates reports for selected scenarios that provide usage of CPU, Memory, Disk I/O, Transactions, and other useful information for all databases
– Generates reports that display the statistics of test run duration, memory usage, and disk usage
– Generates reports for selected scenarios that include benchmarks for all databases
– Generates reports that indicate database indexes creation
– Generates reports for selected scenarios that analyze the transaction latency
– Generates reports that indicate database indexes creation for the selected scenarios
– Generates reports for selected scenarios that indicate database indexes creation for the selected scenarios
– Generates reports that indicate database indexes creation for the selected scenarios with or without data spool and data compression
– Generates reports that indicate database indexes creation for the selected scenarios with different index options
– Generates reports that allow users to track the progress of simulation
– Generates reports that allow users to track
System Requirements:
Minimum:
OS: Windows Vista, Windows XP (32-bit only), Windows 7 (32-bit and 64-bit), Windows 8 (32-bit and 64-bit), Windows 10 (32-bit and 64-bit)
Windows Vista, Windows XP (32-bit only), Windows 7 (32-bit and 64-bit), Windows 8 (32-bit and 64-bit), Windows 10 (32-bit and 64-bit) CPU: Core 2 Duo or equivalent (2.0 GHz)
Core 2 Duo or equivalent (
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