Daniel Cumming

Stay updated on KMIR's development progress as Runtime Verification defines the semantics of Rust's Middle Intermediate Representation (MIR) in the K Framework. Learn about Stable MIR serialization, the smir_pretty driver, and the future of KMIR's symbolic execution capabilities.

DALL·E 2024-09-13 03.23.10 - A flowchart-style diagram depicting the smir_pretty driver pipeline, showing connections between the Rust compiler and Stable MIR without any words or.webp

KMIR: Progress Update

Learn how Runtime Verification's contribution to the Stable MIR project enhances Rust development by implementing Serde serialization. Discover how this key addition improves accessibility, portability, and future project development using Rust’s Middle Intermediate Representation (MIR).

DALL·E 2024-09-12 06.27.28 - An abstract depiction of Stable MIR, visualizing a stable platform bridging two shifting environments. On one side, a dynamic, changing environment sy.webp

Enhancing Stable MIR with Serde Serialisation

Runtime Verification is excited to announce the open public alpha of KMIR. KMIR defines the formal operational semantics of the Middle Intermediate Representation (MIR) of Rust in K, giving developers access to the K framework tool suite for MIR programs. 

Author: Daniel Cumming

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