stresstify 0.1.0

stresstify is a Python package designed for retrieving system information and performing stress tests on CPU, RAM, and disk. It provides detailed CPU information, including name, core count, frequency, and usage, as well as memory and disk usage statistics. The package includes stress tests such as CPU-intensive calculations across multiple cores, continuous RAM allocation until failure, and disk write speed measurement. The author is not responsible for any hardware damage caused by excessive load.

Stresstify

Stresstify is a Python module created specifically for stress testing of CPU, RAM, and disk. It also provides tools to monitor the state of these components.

The module includes the main StressTest class with several methods, as well as additional standalone functions.

The command to install the module is pip install stresstify

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RAM Test

The ram_test() method performs a simple stress test on the system's RAM by loading files of approximately 8 MB into memory. When using debug=True, it records the elapsed time and memory usage percentage for each iteration. The size parameter defines how many MB will be added per iteration, with a default value of 8.

import stresstify
root = stresstify.StressTest(debug=True)
result = root.ram_test()
print(result)

Output:

{'elapsed_time': 32, 'ram_used': {0.03: '59.80%', 0.05: '60.00%', 0.07: '60.10%', 0.09: '60.30%', 0.10: '100%'}}

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Memory Test

The memory_test() method checks the disk write and read speeds by creating a temporary 1 GB binary file, which is immediately deleted. With debug=True, it displays the average write speed and average write time; with debug=False, it outputs only the values from the last iteration. Below are the key values in the dictionary and their meanings:

• average_write_time: Average time taken to write the data in seconds.
• average_read_speed: Average read speed in MB/s.
• read_average_time: Average time taken to read the data in seconds.

import stresstify
root = stresstify.StressTest(debug=True)
result = root.memory_test()
print(result)

Output:

{'average_speed': 1189.33, 'average_time': 0.86}

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CPU Test

The cpu_test() method utilizes all available processor cores for intensive computations. It accepts an optional parameter size (default is 10^7). The iterations parameter defines how many times the CPU will need to perform the task, with a default value of 11. When debug=True, it returns a dictionary containing:

• average_cpu_load: Average CPU load.
• average_cpu_freq: Average CPU frequency.
• cpu_load_dict: A dictionary with the key "start" representing the initial CPU load, followed by the load for each iteration.
• cpu_freq_dict: A dictionary with the key "start" representing the initial CPU frequency, followed by the frequency for each iteration.
• time_dict: The elapsed time for each iteration. (Note: The time values might not strictly increase, as different cores may complete tasks at varying speeds.)

import stresstify
if __name__ == '__main__':
    root = stresstify.StressTest(debug=True)
    result = root.cpu_test()
    print(result)

Output:

{'average_cpu_load': 23.37, 'average_cpu_freq': 2409.09, 'average_time': 25.74, 'cpu_load_dict': {'start': 3.1, 1: 23.8, 2: 23.3, 3: 34.6, 4: 33.1, 5: 22.4, 6: 22.5, 7: 27.8, 8: 21.9, 9: 22.2, 10: 22.4}, 'cpu_freq_dict': {'start': 2500.0, 1: 2500.0, 2: 2500.0, 3: 2500.0, 4: 2500.0, 5: 2500.0, 6: 1500.0, 7: 2500.0, 8: 2500.0, 9: 2500.0, 10: 2500.0}, 'time_dict': {1: 25.84, 2: 25.91, 3: 25.44, 4: 25.41, 5: 26.0, 6: 25.82, 7: 25.43, 8: 25.95, 9: 25.88, 10: 25.69}}

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CPU Info

The standalone function cpu_info() provides detailed information about the processor:

• cpu_name: The name of the processor.
• physical_cores: Number of physical cores.
• logical_cores: Number of logical cores.
• max_frequency: Maximum CPU frequency.
• min_frequency: Minimum CPU frequency.
• current_frequency: Current CPU frequency.
• cpu_percent: A list showing the load percentage for each core.

import stresstify
root = stresstify.cpu_info()
print(root)

Output:

{'cpu_name': '12th Gen Intel(R) Core(TM) i5-12450H', 'physical_cores': 8, 'logical_cores': 12, 'max_frequency': 2500.0, 'min_frequency': 0.0, 'current_frequency': 1500.0, 'cpu_percent': [9.1, 47.8, 22.2, 13.8, 23.8, 13.6, 25.4, 13.6, 15.2, 15.6, 16.7, 16.4]}

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RAM Info

The memory_info() function retrieves details about the system's RAM:

• Total_GB: Total RAM in gigabytes.
• Used_GB: Amount of RAM currently used (in gigabytes).
• Free_GB: Amount of free RAM (in gigabytes).
• Percent: Percentage of RAM utilization.

import stresstify
root = stresstify.memory_info()
print(root)

Output:

{'Total_GB': 15.710990905761719, 'Used_GB': 10.429752349853516, 'Free_GB': 5.280986785888672, 'Percent': 66.4}

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Disk Info

The disk_info() function displays information about each disk partition. For each partition, it provides:

• mountpoint: The path where the partition is mounted (e.g., "C:", "/mnt/data").
• total_size_GB: Total size of the partition in gigabytes.
• used_size_GB: Used space on the partition in gigabytes.
• free_size_GB: Free space on the partition in gigabytes.
• usage_percent: Percentage of the partition's used space.

import stresstify
root = stresstify.disk_info()
print(root)

Output:

{'C:\\': {'mountpoint': 'C:\\', 'total_size_GB': 181.64, 'used_size_GB': 157.15, 'free_size_GB': 24.49, 'usage_percent': 86.5}, 'D:\\': {'mountpoint': 'D:\\', 'total_size_GB': 214.45, 'used_size_GB': 168.92, 'free_size_GB': 45.53, 'usage_percent': 78.8}, 'E:\\': {'mountpoint': 'E:\\', 'total_size_GB': 80.0, 'used_size_GB': 16.71, 'free_size_GB': 63.29, 'usage_percent': 20.9}}

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Plot

The plot() method is used for quickly creating plots that can be displayed in the console or opened in a separate window. The method supports a couple of parameters:

x: This parameter accepts ONLY a list with float elements inside. It is used for the x-coordinate values. y: This parameter accepts ONLY a list with float elements inside. It is used for the y-coordinate values. x_label: Label for the x-axis. y_label: Label for the y-axis. title: Title label. type: This parameter accepts console and window. When set to console, the program will display the plot in the console, and when set to window, it will open a window with the plot.

import stresstify
if __name__ == '__main__':
    root = stresstify.StressTest(debug=True)
    result = root.cpu_test(iterations=8)
    x = list(result['time_dict'].keys())
    y = list(result['cpu_load_dict'].values())[1:]
    stresstify.plot(x, y, x_label='Time', y_label='CPU %', title='CPU Test', type='window') # or type='console'

Output: or

                                      CPU Test                                  
    ┌──────────────────────────────────────────────────────────────────────────┐
38.5┤        *                                                                 │
    │       **                                                                 │
    │       **                                                                 │
34.9┤      *  *                                                                │
    │      *  *                                                                │
    │     *    *                                                               │
31.3┤     *    *                                                               │
    │    *      *                                                              │
27.6┤    *      *                                                              │
    │   *        *                                                             │
    │   *        *                                                             │
24.0┤  *          *                                                            │
    │  *          *                                                            │
    │ *            *                                                           │
20.4┤ *            *                                                           │
    │*              *                                                          │
    │*              *        *                                        *        │
16.8┤                ******** **************************************** ********│
    └┬─────────────────┬──────────────────┬─────────────────┬─────────────────┬┘
    1.0               3.2                5.5               7.8             10.0 
CPU %                                   Time                                    

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Project Source Code