By name: interprocedural-analysis description: A skill for analyzing programs across function/procedure boundaries, enabling whole-program analysis. version: "1.0.0" tags: [static-analysis, call-graph, interprocedural, whole-program] difficulty: advanced languages: [c, java, python] dependencies: [dataflow-analysis-framework, control-flow-analysis]
Interprocedural Analysis
Domain: Static Analysis / Programming Languages
Overview
A skill for analyzing programs across function/procedure boundaries, enabling whole-program analysis.
Capabilities
- Build call graphs and interprocedural control flow
- Perform context-sensitive analysis
- Handle function pointers and virtual calls
- Implement summary-based analysis
- Solve interprocedural data flow equations
Techniques
- Call Graph Construction: Direct/indirect calls, virtual dispatch
- Context Sensitivity: Call strings, cloning approaches
- Summary Functions: Pre/post conditions for procedures
- Pointer Analysis: Alias analysis integration
- Whole-Program Analysis: Linking and incremental solving
Use Cases
- Security vulnerability detection
- Program verification
- Compiler optimization (inlining, constant propagation)
- Bug finding across module boundaries
References
See: ../dataflow-analysis-framework, ../control-flow-analysis, ../alias-and-points-to-analysis, ../taint-analysis
Research Tools & Artifacts
Real-world interprocedural analysis tools:
| Tool | Why It Matters |
|---|---|
| Soot | Java interprocedural analysis |
| WALA | IBM's analysis framework |
| LLVM | Whole-program analysis |
| Frama-C | C interprocedural |
| CodeQL | GitHub's security analysis |
Key Systems
- Soot: Java bytecode analysis
- WALA: Analysis framework
Research Frontiers
Current interprocedural analysis research:
| Direction | Key Papers | Challenge |
|---|---|---|
| Scalability | "Scalable Analysis" | Large codebases |
| Incremental | "Incremental IPA" | Change impact |
| Soundness | "Sound IPA" | Unknown calls |
Hot Topics
- AI for call graphs: Learning call graph construction
- Wasm analysis: Binary interprocedural
Implementation Pitfalls
Common interprocedural bugs:
| Pitfall | Real Example | Prevention |
|---|---|---|
| Indirect calls | Function pointers | Points-to |
| Virtual dispatch | OOP calls | Class analysis |
| Reflection | Java reflection | Model reflection |