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    Dioxus Axum Fullstack

    by Nicolas KLETHI

    Expert guidance for Dioxus 0.7.3 and Axum 0.8 fullstack Rust development, featuring Signals and SSR patterns.

    Updated Jun 2026
    104 views
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    $9

    · or 45 credits

    30-day refund guarantee

    Secure checkout via Stripe

    Included in download

    • Migrate Dioxus 0.6 code to 0.7 Signal-based architecture.
    • Implement type-safe RPC calls using Dioxus server functions and Axum.
    • terminal automation included
    • Ready for Claude Code
    • Instant install

    Sample input

    Help me write a Dioxus 0.7 server function to fetch a profile by its Uuid from a PostgreSQL database using sqlx and the PgPool context.

    Sample output

    #[server(GetProfile)] pub async fn get_profile(id: Uuid) -> Result { let pool = use_context::().ok_or(ServerFnError::new("DB Error"))?; let row = sqlx::query_as::<_, Profile>("SELECT * FROM profiles WHERE id = $1") .bind(id).fetch_one(&pool).await?; Ok(row) }

    About This Skill

    Professional Fullstack Rust Development

    Building fullstack applications with Rust is powerful, but version transitions and crate interoperability can be a minefield. This skill provides expert-level guidance for Dioxus 0.7.3 integrated with Axum 0.8, ensuring your agent writes modern, idiomatic, and bug-free Rust code.

    What it does

    This skill handles the nuances of the Dioxus 0.7 lifecycle, including the removal of cx and Scope, the move to Signal-based state management, and the implementation of type-safe server functions. It covers:

    • Modern Dioxus 0.7 Patterns: use_signal, use_server_future, and #[component] macros.
    • Fullstack Integration: Bridging Axum 0.8 middleware, tower-sessions, and sqlx queries.
    • Cross-Platform Safety: Proper cfg gating for WASM vs. Server targets and asset! management.
    • Authentication & State: Context providers, global signals, and secure session handling.

    Why use this skill

    Standard LLMs often hallucinate deprecated Dioxus 0.6 syntax or struggle with the specific feature-flag requirements of fullstack Rust projects. This skill prevents "trait not satisfied" errors and compilation failures by enforcing strict architectural patterns, such as avoiding compile-time sqlx macros and correctly handling async suspensions during SSR.

    Use Cases

    • Migrate Dioxus 0.6 code to 0.7 Signal-based architecture.
    • Implement type-safe RPC calls using Dioxus server functions and Axum.
    • Set up secure session-based authentication with tower-sessions and sqlx.
    • Manage shared state across WASM and Server targets with GlobalSignal.
    • Optimize SSR data fetching using use_server_future for consistent hydration.

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    Security Scanned

    Passed automated security review

    Permissions

    Terminal / Shell

    File Scopes

    dioxus-axum-fullstack/**

    Claude Code, Cursor, Windsurf, Cody, and SKILL.md-compatible agents.

    Frequently Asked Questions

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