- init_import_site() -> deep stack with 4+ imports and many Python calls ■ 8% - init_importlib_external() -> deep stack with 2+ imports and many Python calls ■ 5% - ... -> _PyUnicode_InitEncodings() -> deep stack with 2+ imports and many Python calls ■ 7.3% - init_sys_streams() -> deep stack with 3+ imports and many Python calls ■ 8.1% - 16.3% - init_import_site() -> deep stack with 4+ imports and many Python calls ■ 8% - init_importlib_external() -> deep stack with 2+ imports and many Python calls ■ 5% - ... -> builtin_exec()

checklist__frozen_importlib = {} 13 checklist__frozen_importlib_external = {} 14 checklist_pyimod03_importers = {} 15 16 check_module('_frozen_importlib', checklist__frozen_importlib) ) 17 check_module('_frozen_importlib_external', checklist__frozen_importlib_external) 18 check_module('pyimod03_importers', checklist_pyimod03_importers) 19 20 protect_self() The pyinstaller foo.py $ pyarmor gen --pack dist/foo/foo foo.py ... checklist_frozen_importlib = {'__import__': 9800, ...} checklist_frozen_importlib_external = {'_calc_mode': 2511, ...} checklist_pyimod03_importers

specified, the contents of such a file belong to "default" package that has no name. ## Default Imports A number of packages are imported into every Kotlin file by default: — kotlin.* — kotlin.annotation jvm.* — JS: — kotlin.js.* ## I mports Apart from the default imports, each file may contain its own import directives. Syntax for imports is described in the grammar. We can import either a single name foo.bar.* // importing everything from "foo.bar" fun usage(baz: Baz) { baz.goo() } See Imports for more information. ## Declaring Extensions as Members Inside a class, you can declare extensions

Scratches documentation for details. # Getting Started ## Basic Syntax ## Package definition and imports Package specification should be at the top of the source file: package my.demo import kotlin.text specified, the contents of such a file belong to the default package that has no name. ## Default Imports A number of packages are imported into every Kotlin file by default: — kotlin.* — kotlin.annotation jvm.* — JS: — kotlin.js.* ## I mports Apart from the default imports, each file may contain its own import directives. Syntax for imports is described in the grammar. We can import either a single name

新版功能. ## len (s) 返回对象的长度（元素个数）。实参可以是序列（如 string、bytes、tuple、list 或 range 等）或集合（如 dictionary、set 或 frozen set 等）。 ## class list ( $$ iterable $$ ) Return a list whose items are the same and in the same designed to be initialized more than once, and may fail in arbitrary ways when reloaded. If a module imports objects from another module using from …import …, calling reload() for the other module does not whether to use absolute or relative imports. The default is -1 which indicates both absolute and relative imports will be attempted. 0 means only perform absolute imports. Positive values for level indicate

新版功能. ## len (s) 返回对象的长度（元素个数）。实参可以是序列（如 string、bytes、tuple、list 或 range 等）或集合（如 dictionary、set 或 frozen set 等）。 ## class list ( $$ iterable $$ ) Return a list whose items are the same and in the same designed to be initialized more than once, and may fail in arbitrary ways when reloaded. If a module imports objects from another module using from …import …, calling reload() for the other module does not whether to use absolute or relative imports. The default is -1 which indicates both absolute and relative imports will be attempted. 0 means only perform absolute imports. Positive values for level indicate

新版功能. ## len (s) 返回对象的长度（元素个数）。实参可以是序列（如 string、bytes、tuple、list 或 range 等）或集合（如 dictionary、set 或 frozen set 等）。 ## class list ( $$ iterable $$ ) Return a list whose items are the same and in the same designed to be initialized more than once, and may fail in arbitrary ways when reloaded. If a module imports objects from another module using from …import …, calling reload() for the other module does not whether to use absolute or relative imports. The default is -1 which indicates both absolute and relative imports will be attempted. 0 means only perform absolute imports. Positive values for level indicate

``` ## len(s) 返回对象的长度（元素个数）。实参可以是序列（如 string、bytes、tuple、list 或 range 等）或集合（如 dictionary、set 或 frozen set 等）。 class list（[iterable]） 虽然被称为函数，list实际上是一种可变序列类型，详情请参阅列表和序列类型一list,tuple,range。 locals() 3设计的新协议。 pickle模块提供了以下方法，让打包过程更加方便。 pickle. **dump** (*obj*, *file*, *protocol*=None, *, *fix_imports*=True) Write a pickled representation of obj to the open file object file. This is equivalent to 实例，也可以是满足这一接口的其他任何自定义对象。 如果 fix_imports为 True 且 protocol 小于3，pickle将尝试将 Python 3中的新名称映射到 Python 2中的旧模块名称，因此 Python 2也可以读取打包出的数据流。 ## pickle. **dumps** (*obj*, protocol=None, *, fix_imports=True) Return the pickled

process_line(line) ## len (s) 返回对象的长度（元素个数）。实参可以是序列（如 string、bytes、tuple、list 或 range 等）或集合（如 dictionary、set 或 frozen set 等）。 ## max (iterable, *[, key, default]) max (arg1, arg2, *args[, key]) ## class list (\[iterable]) 为Python 3设计的新协议。 pickle 模块提供了以下方法，让打包过程更加方便。 ### pickle.dump(obj, file, protocol=None, *, fix_imports=True) Write a pickled representation of obj to the open file object file. This is equivalent to 实例，也可以是满足这一接口的其他任何自定义对象。 如果 fix_imports 为 True 且 protocol 小于 3，pickle 将尝试将 Python 3 中的新名称映射到 Python 2 中的旧模块名称，因此 Python 2 也可以读取打包出的数据流。 ### pickle.dumps(obj, protocol=None, *, fix_imports=True) Return the pickled

process_block(block) ## len (s) 返回对象的长度（元素个数）。实参可以是序列（如 string、bytes、tuple、list 或 range 等）或集合（如 dictionary、set 或 frozen set 等）。 ## class list (\[iterable]) 虽然被称为函数，list 实际上是一种可变序列类型，详情请参阅列表和序列类型 --- list, tuple, range。 为Python 3设计的新协议。 pickle 模块提供了以下方法，让打包过程更加方便。 ### pickle.dump(obj, file, protocol=None, *, fix_imports=True) 将打包好的对象 obj 写入已打开的 file object file。它等同于 Pickler(file, protocol).dump(obj)。 可选参数 protocol 实例，也可以是满足这一接口的其他任何自定义对象。 如果 fix_imports 为 True 且 protocol 小于 3，pickle 将尝试将 Python 3 中的新名称映射到 Python 2 中的旧模块名称，因此 Python 2 也可以读取打包出的数据流。 pickle.dumps(obj, protocol=None, *, fix_imports=True) 将 obj 打包以后的对象作为 bytes