Who modded that down? He has a good point. This is a bad idea. In particular, "Python's static type-checking would be optional - programs can still be run even if the static checker has complaints." is a really bad idea. It means the type annotations can't be used for optimizations. Or we'll have code that only runs with optimization turned off, or on some compilers.
1. The default will be dynamic typing. But you can change that.
2. You can specify a specific module you release as static. This will only affect the internal parts of the module, with one exception - when you call something of that module with the wrong type, you'll get a warning "this runs XX times slower because of a wrong type, change..." , but when you run it with the right type, you'll get great speedup ?
1. The default will be dynamic typing. But you can change that.
2. You can specify a specific module you release as static. This will only affect the internal parts of the module, with one exception - when you call something of that module with the wrong type, you'll get a runtime type exception, so there's no problem working with dynamic code with a fast module.
1. The default will be dynamic typing. But you can change that.
2. You can specify a specific module you release as static. This will only affect the internal parts of the module, with one exception - when you call something of that module with the wrong type, you'll get a warning "this runs XX times slower because of a wrong type, change..." , but when you run it with the right type, you'll get great speedup ?
1. The default will be dynamic typing. But you can change that.
2. You can specify a specific module you release as static. This will only affect the internal parts of the module, with one exception - when you call something of that module with the wrong type, you'll get a runtime type exception, so there's no problem working with dynamic code with a fast module.
1. The default will be dynamic typing. But you can change that.
2. You can specify a specific module you release as static. This will only affect the internal parts of the module, with one exception - when you call something of that module with the wrong type, you'll get a runtime type exception, so there's no problem working with dynamic code with a fast module.
