Package: encodify
Encodify - Python Code Encoding Moduleencodifyis a powerful Python module designed to provide a suite of advanced encoding techniques for Python scripts. These encoding methods encompass compression, base64 encoding, and XOR encryption, allowing users to obfuscate code for enhanced security or distribution.Table of ContentsInstallationUsageImporting the ModuleCreating an Encoder InstanceEncoding Specific CodeGenerating Random PayloadGenerating Payload with a Specific Encoding MethodAdditional CustomizationAdvanced TechniquesExamplesBest Practices and ConsiderationsLicenseInstallationTo integrateencodifyinto your project, you can usepip:pipinstallencodifyUsageImporting the ModuleTo employ the functionalities ofencodify, import theEncodifyclass from the module:fromencodifyimportEncodifyCreating an Encoder InstanceInstantiate theEncodifyclass to access a wide array of encoding techniques:encoder=Encodify()Encoding Specific Codeencodifyexcels at encoding specific Python code snippets. For instance, utilizing them1encoding method:code_to_encode="print('Hello, World!')"encoded_code=encoder.m1(code_to_encode)Generating Random PayloadFor a dynamically selected encoding method, use therandom_payloadmethod. It produces a randomized payload, increasing the level of code obfuscation:random_payload=encoder.random_payload("print('Hello, World!')",2)Generating Payload with a Specific Encoding MethodTailor the encoding method to your requirements with thegen_payloadmethod. Specify the method number to achieve the desired encoding:# Choose the encoding method (e.g., m2)chosen_encoding_method=2payload=encoder.gen_payload(chosen_encoding_method,"print('Hello, World!')")Additional Customizationencodifyoffers extensive customization options. These include string replacements and appending/prepending custom code to the encoded output, allowing for fine-tuned control over the obfuscation process.Args forgen_payloadFunctionThegen_payloadfunction accepts the following arguments:choice(int): The chosen encoding technique, determining the applied encoding method. Refer to the module documentation for a complete list of available choices.data(str): The Python code to be encoded.line(int, optional): The number of lines for line-based encoding (default is 2). This argument is applicable for specific encoding methods.options(dict, optional): Further customization options (default is None). This may encompass string replacements or the addition of custom code.Available Encoding Methods+------+---------------------------------------------------+
|  No  |           Encoding Method Description            |
+------+---------------------------------------------------+
|  1   |              m1: Gzip + Marshal + Base64          |
|  2   |          m2: LZMA + Base64 + Marshal              |
|  3   |         m3: LZMA + Base85 + Marshal               |
|  4   |              m4: LZMA + Marshal                   |
|  5   |          m5: Base64 + LZMA + Marshal              |
|  6   |       m6: LZMA + Zlib + Marshal + Base64         |
|  7   |     m7: LZMA + Gzip + Marshal + Base64           |
|  8   |              m8: LZMA + Marshal                   |
|  9   |       m9: Base64 + Gzip + Marshal + Base64        |
|  10  |      m10: Base64 + Gzip + Marshal + LZMA          |
|  11  |     m11: Base64 + Gzip + Marshal + Base64         |
|  20  |     m20: Minify + Base64 + Gzip + Marshal         |
|  23  |      l1: Line-based Encoding with Base85          |
|  24  |  l2: Line-based Encoding with Base85 + LZMA       |
|  25  |  l25: Line-based Encoding with Base64 + LZMA      |
|  26  | l26: Line-based Encoding with Base64 + Codecs     |
|  27  |  l27: Line-based Encoding with XOR Encryption     |
|  28  | l28: Line-based Encoding with Base64 + XOR        |
|  29  | l29: Line-based Encoding with Base64 + XOR        |
|  30  | l30: Line-based Encoding with XOR + Codecs        |
+------+---------------------------------------------------+Advanced Techniquesencodifyoffers an array of advanced encoding techniques. These include line-based encoding, various combinations of compression, and XOR encryption. For in-depth guidance on these techniques, refer to the module's extensive documentation.ExamplesExplore some advanced examples showcasing the versatility ofencodify:fromencodifyimportEncodify# Create an instance of Encodifyencoder=Encodify()# Example 1: Encoding with m2 methodcode_to_encode="for i in range(5):\nprint(f'Number:{i}')"encoded_code_m2=encoder.m2(code_to_encode)# Example 2: Encoding with l1 methodline_based_code="print('Hello, World!')"encoded_line_based_code=encoder.l1(line_based_code,3)# Example 3: Generating a random payloadrandom_payload=encoder.random_payload("print('Hello, World!')",2)# Example 4: Generating a payload with a specific encoding method (m11)chosen_encoding_method=11payload_m11=encoder.gen_payload(chosen_encoding_method,"print('Hello, World!')")# Example 5: Customizing output with optionsoptions={"replace_strings":{"print":"display"},"prepend_code":"import datetime\n","append_code":"\nprint(f'Execution Time: {datetime.datetime.now()}')"}customized_payload=encoder.gen_payload(1,"print('Hello, World!')",options=options)Best Practices and ConsiderationsUse Responsibly: This module is primarily intended for educational purposes. Use it responsibly and within the boundaries of applicable laws and ethical guidelines.Testing and Verification: Always test the encoded code to ensure it functions as expected.Documentation: Document the encoding method used and keep a record for future reference.Repository ViewsLicenseThis project is licensed under the MIT License - see theLICENSEfile for details.