interface-design

Design explicit interface contracts by specifying method signatures, preconditions, and return semantics. This approach enforces mathematical correctness for lattice APIs and eliminates ambiguity in component interactions and data flow across modules.

Write a formal interface spec by mapping the lattice operation to at least two concrete package implementations. This enforces explicit preconditions, return semantics, and non-contradictory surface definitions documented within the interface docs and tests.

Ensure mathematical correctness in API type surfaces by enforcing explicit preconditions, return semantics, and non-contradictory definitions. This provides unambiguous behavior guarantees and coherent interfaces for cross-module lattice API work.

Yes, interface design applies to evolving API definitions across modules by enforcing explicit contracts and coherent type surfaces. It maintains cross-package consistency through aligned documentation, tests, and non-contradictory behavior constraints.

Align API documentation and tests with implementation behavior by auditing them against explicit interface contracts. This ensures docs, tests, and implementations accurately reflect real constraints and unambiguous behavior guarantees.

Avoid formal API contracts for lattice operations when module definitions are stable and cross-package consistency is already established. The overhead of explicit preconditions and return semantics is unnecessary for static or isolated implementations.