各種內部基礎架構 (建構 rustc 的機器人、將預建工具鏈發布給 Chromium 工程師的系統等) • Cargo 工具，例如 cargo audit、cargo vet 等 • 供應至 //third_party/rust 的 Rust 程式庫 (由 security@chromium.org 稽核) • 其他 Rust 程式庫 (有些很小眾，有些相當受歡迎也常用) 225 第 42 部分 Chromium 檢查每個 Crate 的維護情況是否合理良好 • 使用 cd third-party/rust/chromium_crates_io; cargo audit 檢查是否有已知的 安全漏洞 (您首先需要執行 cargo install cargo-audit，諷刺的是，這麼做需要從網際網路 下載大量依附元件 2) • 確保所有 unsafe 程式碼都妥善符合兩個項目的規則 • 檢查是否使用 fs 或 或 net API • 請在足夠的層級閱讀所有程式碼，檢查是否出現任何可能是惡意插入的錯誤內容 (實務上很難達到 100% 完美的成果，畢竟通常會有太多程式碼。) 上述內容只是指南，請與 security@chromium.org 的審查人員合作，瞭解如何正確地確保 Crate 是 可信的。 46.8 將 Crate 登錄為 Chromium 原始碼 git status 應會顯示以下內容：

tested by Google ● Access to Container services on GCP such as Cloud Build, Container Registry, Audit Logging, and more. ● Integration with Istio, Knative, Marketplace Solutions ALPHA IN FALL Run your

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence

infrastructure such as local laptops, departmental clusters, or even the cloud. This section covers network security requirements for the inbuilt LocalManager and SSHManager: • The master process does not listen all-to-all topology (the default), all workers connect to each other via plain TCP sockets. The security policy on the cluster nodes must thus ensure free connectivity between workers for the ephemeral manager) with the same cookie as on the master. Note that environments requiring higher levels of security can implement this via a custom ClusterManager. For example, cookies can be pre-shared and hence