Jul 2026· International Journal of Innovative Science and Research Technology· pp. 513· 0 citations· 32 references
TL;DR
MigBench is a benchmark of 300 MongoDB migration scripts in which 100 are correct and 200 each contain exactly one defect from eight operationally defined categories, and every label is certified by execution.
Abstract
Production data migrations run with write credentials, often while the application they serve continues to handle
traffic, and their worst failure modes concern how they change data rather than whether the code runs. Language model
reviewers are increasingly asked to gate such scripts, with little evidence about their reliability in this setting. This paper
presents MigBench, a benchmark of 300 MongoDB migration scripts in which 100 are correct and 200 each contain
exactly one defect from eight operationally defined categories. The dataset is generated deterministically from a single
seed, and every label is certified by execution: each script runs against a disposable MongoDB replica set under five
behavioral probes covering expected state and scope, repeated execution, a counter race against simulated live traffic,
crash injection with an invariant across collections, and crash injection followed by resume. All 300 labels were confirmed
by behavior before any reviewer ran.
OdinEval is presented, a reproducible benchmark built from documented defects in public Odin repositories built from documented defects in public Odin repositories, that evaluates six language models on 168 filtered instances under one shared protocol.
Bang Xie, Hao Liu, Zhi-Yuan Peng et al.· 0 citations
Two reachable post-crash states are constructed with the same durable source-side state and different sink acceptance records and it is shown how bounded deduplication state and truncated source history limit the lifetime of the guarantee.
This work shows how higher-order combinators solve higher-order problems of asynchronous calls to a network service, database, or language model uniformly, including timeouts, retries, rate limiting, caching, reentrant locking, and cancellation.
AppEval is presented, a benchmark and native-toolchain evaluation framework for mobile application repair across HarmonyOS/ArkTS, iOS/Swift, and Android/Kotlin, and shows that mobile repair performance depends strongly on the evaluated agent while demonstrating why runtime-aware acceptance is necessary for meaningful c...
Bang Xie, Hao Liu, Zhen-Yu Shi et al.· 0 citations
Overall, TraceGate shows that rethinking debugging through controlled observability, rather than relying solely on stronger models or larger prompts, can make LLM-assisted repair more effective, efficient and controllable.
Nicolas Schuler, MateVincenzoScotti, RaffaelaMirandola· 0 citations
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