Best CMake Generators for Windows to Buy in October 2025
Generac Guardian 10kW Home Standby Generator with 100 Amp Transfer Switch - Automatic Whole House Backup Power for Storms, Emergencies, and Outages, WiFi Enabled, Runs on Natural Gas or Liquid Propane
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MONITOR PERFORMANCE REMOTELY FOR PEACE OF MIND ANYTIME, ANYWHERE.
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SEAMLESS WHOLE-HOUSE PROTECTION WITH A RELIABLE 100 AMP TRANSFER SWITCH.
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BACKED BY A 5-YEAR WARRANTY FOR LASTING PERFORMANCE AND ASSURANCE.
WEN 5600-Watt Portable Generator, Electric Start, 224cc, Transfer-Switch and RV-Ready with CO Shutdown Sensor (GN5602X)
- POWERFUL OUTPUT: 5600 STARTING WATTS FOR ALL YOUR FAMILY'S NEEDS.
- SAFE OPERATION: CO SHUTDOWN SENSOR PROTECTS YOUR LOVED ONES.
- LONG RUN TIME: 12.5 HOURS OF POWER ON A 4.3-GALLON TANK.
WEN 4,750-Watt 120V/240V Dual Fuel Portable Generator with Wheel Kit and Electric Start (DF475T)
- DUAL FUEL FLEXIBILITY: EFFORTLESSLY SWITCH BETWEEN GASOLINE AND PROPANE.
- CONVENIENT ELECTRIC START: START THE ENGINE WITH JUST A TURN OF THE KEY.
- LONG RUNTIME: ENJOY UP TO 11 HOURS OF OPERATION ON A 4-GALLON TANK.
DuroMax XP13000EH 13,000-Watt Dual Fuel Portable Generator - Gas & Propane, Electric Start, Whole Home Backup Power, Transfer Switch Ready, RV & Emergency Ready
- 13,000 WATTS: POWER YOUR ENTIRE HOME DURING STORMS OR OUTAGES!
- QUICK FUEL SWITCH & MOBILE DESIGN FOR VERSATILE POWER ANYWHERE!
- HEAVY-DUTY, METAL CONSTRUCTION ENSURES DURABILITY FOR YEARS TO COME!
WEN 5600-Watt Portable Generator, 224cc, Transfer-Switch and RV-Ready (GN5600)
- POWER UP: 5600 STARTING WATTS, 4500 RUNNING WATTS FOR SAFETY.
- EASY TRANSPORT WITH WHEEL AND HANDLE KIT FOR CONVENIENCE.
- LONG RUN TIME: 12.5 HOURS ON A 4.3-GALLON GAS TANK.
Oxseryn 4000W Portable Inverter Generator, Open Frame Generators for Camping, RV Ready 30A Outlet, Emergency Home Backup, Gas Powered
- POWERFUL PERFORMANCE: 4000 PEAK WATTS FOR RELIABLE EMERGENCY BACKUP.
- EXTENDED RUNTIME: UP TO 14 HOURS ON A 2-GALLON TANK-FUEL GAUGE INCLUDED!
- VERSATILE OUTPUTS: MULTIPLE PORTS FOR ALL YOUR RV AND HOME POWER NEEDS.
WEN 2350-Watt Inverter Generator, Portable and Super Quiet with Fuel Shut-Off (56235i)
- ULTRALIGHT DESIGN AT JUST 39 LBS FOR EFFORTLESS TRANSPORT AND STORAGE.
- WHISPER-QUIET OPERATION, PERFECT FOR HOME USE AND OUTDOOR ACTIVITIES.
- DELIVERS 2350 SURGE WATTS FOR SAFE CHARGING OF ALL YOUR DEVICES.
Oxseryn Power Equipment 4000 Watts Inverter Generator Gas Powered, Portable Open Frame Generator, Low Noise with ECO Mode and Inverter Technology, RV Ready, Emergency Home Backup
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IMPRESSIVE POWER OUTPUT: 4000 PEAK WATTS FOR RV & HOME BACKUP NEEDS.
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EXTENDED RUNTIME: UP TO 14 HOURS ON ECO MODE, 2-GALLON FUEL TANK.
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PORTABLE & LIGHTWEIGHT: JUST 56 LBS, EASY TO TRANSPORT WHEREVER YOU NEED.
The default generator for CMake in Windows is typically "Visual Studio." This generator allows developers to easily create projects and build executables using the Visual Studio integrated development environment. Other generators, such as "MinGW Makefiles" or "Ninja," can also be used depending on the specific requirements of the project.
How to check the supported generators in CMake for Windows?
To check the supported generators in CMake for Windows, you can run the following command in the command prompt:
cmake --help
This command will display a list of supported generators for your system. In Windows, common generators include Visual Studio, MinGW Makefiles, and Ninja. You can also specify a particular generator when configuring your project by using the "-G" flag followed by the generator name. For example, to generate a Visual Studio project file, you can use the following command:
cmake -G "Visual Studio 16 2019" path/to/source
Replace "Visual Studio 16 2019" with the appropriate generator name based on the output of the cmake --help command.
How to specify a specific generator in CMake for Windows?
To specify a specific generator in CMake for Windows, you can use the "-G" flag followed by the name of the generator you want to use. Here is an example of how you can specify the "Visual Studio 2019" generator:
cmake -G "Visual Studio 16 2019" path/to/source
Replace "Visual Studio 16 2019" with the name of the generator you want to use. Some other common generators for Windows are "Visual Studio 14 2015", "Visual Studio 15 2017", "Ninja", and "MinGW Makefiles". You can find a list of available generators by running:
cmake --help
This will display a list of available generators for your platform. Choose the one that best suits your needs and provide it as an argument to the "-G" flag when generating the build system with CMake.
How to see the available generator options in CMake for Windows?
To see the available generator options in CMake for Windows, you can run the following command in the command prompt:
cmake --help
This will display a list of available generators along with other options and commands supported by CMake. Look for the section titled "Generators" to see the available options for Windows. Some common generators for Windows include "Visual Studio", "Ninja", and "MinGW Makefiles". Choose the appropriate generator based on your specific requirements and build environment.
How to verify the current generator being used by CMake in Windows?
- Open the command prompt in Windows.
- Navigate to the directory where CMake is installed.
- Run the following command to check the generator being used by CMake: cmake --version
- The output will display the version of CMake being used along with the generator being used. For example, it might display "Visual Studio 16 2019 Win64" if Visual Studio 2019 is being used as the generator.
Alternatively, you can check the current generator being used by CMake by opening the CMake GUI and checking the generator selected in the "Generator" drop-down menu.
What is the process for creating a custom generator in CMake for Windows?
Creating a custom generator in CMake for Windows involves the following steps:
- Create a new CMake generator file: Start by creating a new CMake generator file. This file will contain the logic for generating project files specific to your desired build system or IDE. You can use an existing generator file as a template or create one from scratch.
- Define the generator logic: In the generator file, define the logic for generating project files based on the target build system or IDE. This may include specifying project settings, configuring build options, and generating project files in the appropriate format.
- Register the generator: Once you have defined the generator logic, you need to register the custom generator with CMake. This involves adding a call to the cmGlobalGeneratorFactory::RegisterGenerator function in your generator file to register the new generator.
- Build CMake with the custom generator: After registering the custom generator, you will need to build CMake to include the new generator in the list of available generators. This involves building CMake from source code with the custom generator file included.
- Use the custom generator: Once CMake has been built with the custom generator, you can use it to generate project files for your CMake projects on Windows. Specify the custom generator using the -G option when running CMake, e.g., cmake -G CustomGenerator.
By following these steps, you can create a custom generator in CMake for Windows that can generate project files tailored to your specific build system or IDE requirements.