Results of 1 - 10 of about 17 for involves (0.005 sec.)
- concurrent.interpreters --- Multiple interpreters in the same process — Python ... 13621
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » The Python standard library » 並行実行 » concurrent.interpreters --- Multiple interpreters in the same process テーマ 自動 ライト ダーク | concurrent.interpreter
...meant to provide a basic API for managing interpreters (AKA "subinterpreters") and running things in them. Running mostly involves switching to an interpreter (in the current thread) and calling a function in that execution context. For concurrency, int...ons, where they shouldn't have access to each other's data. Running in an Interpreter ¶ Running in a different interpreter involves switching to it in the current thread and then calling some function. The runtime will execute the function using the curr...ters, Stackless-style. However, this model is more useful when you combine interpreters with multiple threads. This mostly involves starting a new thread, where you switch to another interpreter and run what you want there. Each actual thread in Python,... - https://man.mtool.work/python/3.14/library/concurrent.interpreters.html
- concurrent.interpreters --- Multiple interpreters in the same process — Python ... 12328
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » The Python standard library » 並行実行 » concurrent.interpreters --- Multiple interpreters in the same process テーマ 自動 ライト ダーク | concurrent.interpreter
...meant to provide a basic API for managing interpreters (AKA "subinterpreters") and running things in them. Running mostly involves switching to an interpreter (in the current thread) and calling a function in that execution context. For concurrency, int...ons, where they shouldn't have access to each other's data. Running in an Interpreter ¶ Running in a different interpreter involves switching to it in the current thread and then calling some function. The runtime will execute the function using the curr...ters, Stackless-style. However, this model is more useful when you combine interpreters with multiple threads. This mostly involves starting a new thread, where you switch to another interpreter and run what you want there. Each actual thread in Python,... - https://man.mtool.work/python/3.14/library/concurrent.interpreters.html
- Remote debugging attachment protocol — Python 3.14.8 ドキュメント 9483
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python HOWTO » Remote debugging attachment protocol テーマ 自動 ライト ダーク | Remote debugging attachment protocol ¶ This protocol enables external tools to at
...time and requires multiple context switches between the tracer and tracee processes. For parsing ELF sections, the process involves reading and interpreting the ELF file format structures from the binary file on disk. The ELF header contains a pointer to...PyRuntime structure lives in a section named __PyRuntime within the __DATA segment. The actual runtime address calculation involves finding the __TEXT segment which serves as the binary's base address, then locating the __DATA segment containing our targ...n named "PyRuntim" (truncated from "PyRuntime" due to PE's 8-character name limit). The actual runtime address calculation involves finding the module's base address from the module entry, then locating our target section in the PE headers. The final add... - https://man.mtool.work/python/3.14/howto/remote_debugging.html
- Remote debugging attachment protocol — Python 3.14.8 ドキュメント 9483
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python HOWTO » Remote debugging attachment protocol テーマ 自動 ライト ダーク | Remote debugging attachment protocol ¶ This protocol enables external tools to at
...time and requires multiple context switches between the tracer and tracee processes. For parsing ELF sections, the process involves reading and interpreting the ELF file format structures from the binary file on disk. The ELF header contains a pointer to...PyRuntime structure lives in a section named __PyRuntime within the __DATA segment. The actual runtime address calculation involves finding the __TEXT segment which serves as the binary's base address, then locating the __DATA segment containing our targ...n named "PyRuntim" (truncated from "PyRuntime" due to PE's 8-character name limit). The actual runtime address calculation involves finding the module's base address from the module entry, then locating our target section in the PE headers. The final add... - https://man.mtool.work/python/3.14/howto/remote_debugging.html
- xml.dom.pulldom --- 部分的な DOM ツリー構築のサポート — Python 3.14.8 ドキュメ... 8448
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » The Python standard library » 構造化マークアップツール » xml.dom.pulldom --- 部分的な DOM ツリー構築のサポート テーマ 自動 ライト ダーク | xml.dom.pulldom --- 部
...ull parser" which can also be asked to produce DOM-accessible fragments of the document where necessary. The basic concept involves pulling "events" from a stream of incoming XML and processing them. In contrast to SAX which also employs an event-driven... - https://man.mtool.work/python/3.14/library/xml.dom.pulldom.html
- xml.dom.pulldom --- 部分的な DOM ツリー構築のサポート — Python 3.14.8 ドキュメ... 8448
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » The Python standard library » 構造化マークアップツール » xml.dom.pulldom --- 部分的な DOM ツリー構築のサポート テーマ 自動 ライト ダーク | xml.dom.pulldom --- 部
...ull parser" which can also be asked to produce DOM-accessible fragments of the document where necessary. The basic concept involves pulling "events" from a stream of incoming XML and processing them. In contrast to SAX which also employs an event-driven... - https://man.mtool.work/python/3.14/library/xml.dom.pulldom.html
- 拡張モジュールを分離する — Python 3.14.8 ドキュメント 7931
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python HOWTO » 拡張モジュールを分離する テーマ 自動 ライト ダーク | 拡張モジュールを分離する ¶ 概要 Traditionally, state belonging to Python extension modules wa
...safer way: per-module state. The document also describes how to switch to per-module state where possible. This transition involves allocating space for that state, potentially switching from static types to heap types, and—perhaps most importantly—acces... - https://man.mtool.work/python/3.14/howto/isolating-extensions.html
- annotationlib --- Functionality for introspecting annotations — Python 3.14.8 ... 7931
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » The Python standard library » Python ランタイムサービス » annotationlib --- Functionality for introspecting annotations テーマ 自動 ライト ダーク | annotationlib
...Format . STRING ) {'x': '1'} Security implications of introspecting annotations ¶ Much of the functionality in this module involves executing code related to annotations, which can then do arbitrary things. For example, get_annotations() may call an arbi... - https://man.mtool.work/python/3.14/library/annotationlib.html
- The Python Profilers — Python 3.14.8 ドキュメント 7931
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » The Python standard library » Debugging and Profiling » The Python Profilers テーマ 自動 ライト ダーク | The Python Profilers ¶ Source code: Lib/profile.py and L
...domly samples the effective instruction pointer, and deduces where time is being spent. The latter technique traditionally involves less overhead (as the code does not need to be instrumented), but provides only relative indications of where time is bein... - https://man.mtool.work/python/3.14/library/profile.html
- 拡張モジュールを分離する — Python 3.14.8 ドキュメント 7931
- ナビゲーション 索引 モジュール | 次へ | 前へ | Python » 3.14.8 Documentation » Python HOWTO » 拡張モジュールを分離する テーマ 自動 ライト ダーク | 拡張モジュールを分離する ¶ 概要 Traditionally, state belonging to Python extension modules wa
...safer way: per-module state. The document also describes how to switch to per-module state where possible. This transition involves allocating space for that state, potentially switching from static types to heap types, and—perhaps most importantly—acces... - https://man.mtool.work/python/3.14/howto/isolating-extensions.html