The logic for managing cookie persistence files was previously implemented directly within the `gemini-web` client's persistence layer. This approach was not reusable and led to duplicated helper functions.
This commit refactors the cookie persistence mechanism by:
- Renaming the concept from "sidecar" to "snapshot" for clarity.
- Extracting file I/O and path manipulation logic into a new, generic `internal/util/cookie_snapshot.go` file.
- Creating reusable utility functions: `WriteCookieSnapshot`, `TryReadCookieSnapshotInto`, and `RemoveCookieSnapshot`.
- Updating the `gemini-web` persistence code to use these new centralized utility functions.
This change improves code organization, reduces duplication, and makes the cookie snapshot functionality easier to maintain and potentially reuse across other clients.
- Updated all `github.com/luispater/CLIProxyAPI/internal/...` imports to point to `github.com/luispater/CLIProxyAPI/v5/internal/...`.
- Adjusted `go.mod` to specify `module github.com/luispater/CLIProxyAPI/v5`.
- Added a note for setting `auth-dir` on Windows systems in both English and Chinese README files.
- Improved descriptions for existing configuration options.
Address Qwen3 tool injection issue to prevent random token insertions
- Modify Qwen client to insert a placeholder tool when none is defined, avoiding erratic behavior in streaming responses.
- Updated all handlers to safely unlock the request mutex only if it's non-nil.
- Enhanced mutex locking and unlocking logic to avoid runtime errors.
- Improved robustness of resource cleanup across clients.
Add `GetRequestMutex` method for synchronization across clients
- Introduced a new `GetRequestMutex` method in OpenAICompatibilityClient, CodexClient, GeminiCLIClient, GeminiClient, and QwenClient for request synchronization.
- Ensures only one request is processed at a time to manage quotas effectively.
- Comment out verbose routing logs in the API server to reduce noise.
- Remove the `tools` field from Qwen client requests when it is an empty array.
- Add guards in Claude, Codex, Gemini‑CLI, and Gemini translators to skip tool conversion when the `tools` array is empty, preventing unnecessary payload modifications.
- Introduced OpenAI compatibility configurations for external providers, enabling model alias routing via the OpenAI API format.
- Enhanced provider logic in `GetProviderName` to handle OpenAI aliases and added new helper functions for compatibility checks.
- Updated API handlers and client initialization to support OpenAI compatibility models.
- Improved resource cleanup across clients by closing response bodies and streams using deferred functions.
