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Nullable reference types move null bugs from runtime to build time — but enabling them naively floods legacy code with warnings. Compare the enablement modes and adopt them incrementally.
Qodana's failureConditions in qodana.yaml let you cap problems by severity so the CI job fails and the merge is blocked when limits are exceeded.
Architecture note on IntelliJ IDEA's built-in static analysis: how the daemon engine reuses PSI for incremental in-editor feedback, trust boundaries for profiles and plugins, observable operational metrics, and failure modes that trigger redesign.
GCC's -fanalyzer catches double-free and use-after-free bugs that -Wall misses. A worked example shows how it traces feasible paths across branches, plus practical advice on CI integration, false-positive triage, and combining with AddressSanitizer.
Navigating the landscape of code analysis tools requires distinguishing between static analysis and coverage to avoid tooling ambiguity and warning fatigue.
Learn how to run Qodana in a Docker container, configure severity thresholds in .qodana.yml, generate SARIF reports, and automatically fail CI jobs when critical issues appear.
Capture a one‑time Qodana baseline to silence legacy noise, then fail CI only on new issues. Learn the exact Docker commands, CI snippet, and safe baseline‑update workflow.
Qodana’s baseline feature lets you suppress known issues in CI pipelines. This guide walks through diagnosing missing or stale baselines, generating and validating them, and when to ask for help.
Use Eclipse JDT's static null analysis and @NonNullByDefault to catch NullPointerExceptions at compile time instead of runtime.
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dotnet
qodana
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