--platform linux.armv7 Obfuscating scripts with different features There may be many available dynamic libraries for one same platform. Each one has different features. For example, both of windows.x86_64 special feature. For example: pyarmor obfuscate --platform linux.x86_64.7 foo.py Note that the dynamic library with different features aren’t compatible. For example, try to obfuscate the scripts with obfuscated scripts could be run in multiple platforms. In order to support multiple platforms, all the dynamic libraries for these platforms need to be copied to Runtime Package. For example, obfuscating a script

--platform linux.armv7 Obfuscating scripts with different features There may be many available dynamic libraries for one same platform. Each one has different features. For example, both of windows.x86_64 special feature. For example: pyarmor obfuscate --platform linux.x86_64.7 foo.py Note that the dynamic library with different features aren’t compatible. For example, try to obfuscate the scripts with obfuscated scripts could be run in multiple platforms. In order to support multiple platforms, all the dynamic libraries for these platforms need to be copied to Runtime Package. For example, obfuscating a script

2 How to use outer license file Since v6.3.0, the runtime file license.lic has been embeded to dynamic library. If you prefer to use outer license. lic, so it can be replaced with the others easily, just --platform linux.armv7 3.5.1 Obfuscating scripts with different features There may be many available dynamic libraries for one same platform. Each one has different features. For example, both of windows.x86_64 special feature. For example: pyarmor obfuscate --platform linux.x86_64.7 foo.py Note that the dynamic library with different features aren’t compatible. For example, try to obfuscate the scripts with

--platform linux.armv7 3.4.1 Obfuscating scripts with different features There may be many available dynamic libraries for one same platform. Each one has different features. For example, both of windows.x86_64 special feature. For example: pyarmor obfuscate --platform linux.x86_64.7 foo.py Note that the dynamic library with different features aren’t compatible. For example, try to obfuscate the scripts with obfuscated scripts could be run in multiple platforms. In order to support multiple platforms, all the dynamic libraries for these platforms need to be copied to Runtime Package. For example, obfuscating a script

--platform linux.armv7 3.3.1 Obfuscating scripts with different features There may be many available dynamic libraries for one same platform. Each one has different features. For example, both of windows.x86_64 special feature. For example: pyarmor obfuscate --platform linux.x86_64.7 foo.py Note that the dynamic library with different features aren’t compatible. For example, try to obfuscate the scripts with the target machine: pyarmor obfuscate --platform linux.x86_64.0 foo.py Because the full features dynamic library is used in the Windows by default. To fix this problem, set the enviornment variable PYARMOR_PLATFORM

written by c in the dynamic library _pytransform. _pytransform protects itself by JIT technical, and the obfuscated scripts is protected by _pytransform. On the other hand, the dynamic library _pytransform checked in the obfuscated script to be sure it’s not changed. This is called Cross Protection. The dynamic library _pytransform.so uses JIT technical to achieve two tasks: Keep the des key used to encrypt Finish benchmark test. The total extra init time is about 40ms. It includes the time of loading dynamic library, initialzing it and verifing license. Note that the time of importing obfuscated module

written by c in the dynamic library _pytransform. _pytransform protects itself by JIT technical, and the obfuscated scripts is protected by _pytransform. On the other hand, the dynamic library _pytransform checked in the obfuscated script to be sure it’s not changed. This is called Cross Protection. The dynamic library _pytransform.so uses JIT technical to achieve two tasks: Keep the des key used to encrypt Finish benchmark test. The total extra init time is about 40ms. It includes the time of loading dynamic library, initialzing it and verifing license. Note that the time of importing obfuscated module

written by c in the dynamic library _pytransform. _pytransform protects itself by JIT technical, and the obfuscated scripts is protected by _pytransform. On the other hand, the dynamic library _pytransform checked in the obfuscated script to be sure it’s not changed. This is called Cross Protection. The dynamic library _pytransform.so uses JIT technical to achieve two tasks: Keep the des key used to encrypt Finish benchmark test. The total extra init time is about 40ms. It includes the time of loading dynamic library, initialzing it and verifing license. Note that the time of importing obfuscated module

written by c in the dynamic library _pytransform. _pytransform protects itself by JIT technical, and the obfuscated scripts is protected by _pytransform. On the other hand, the dynamic library _pytransform checked in the obfuscated script to be sure it’s not changed. This is called Cross Protection. The dynamic library _pytransform.so uses JIT technical to achieve two tasks: • Keep the des key used to encrypt Finish benchmark test. The total extra init time is about 40ms. It includes the time of loading dynamic library, initialzing it and verifing license. Note that the time of importing obfuscated module

written by c in the dynamic library _pytransform. _pytransform protects itself by JIT technical, and the obfuscated scripts is protected by _pytransform. On the other hand, the dynamic library _pytransform checked in the obfuscated script to be sure it’s not changed. This is called Cross Protection. The dynamic library _pytransform.so uses JIT technical to achieve two tasks: • Keep the des key used to encrypt Finish benchmark test. The total extra init time is about 40ms. It includes the time of loading dynamic library, initialzing it and verifing license. Note that the time of importing obfuscated module