
During November 2025, Csoreff focused on enhancing Tezos protocol integration within the xuelongqy/wallet-core repository, specifically addressing Seoul protocol compliance for reveal operations. He introduced a boolean flag to manage the presence of the proof field, updating both the operation flow and related tests to align with new protocol requirements. Working primarily in Swift and leveraging test-driven development, Csoreff expanded test coverage to include mainnet-like scenarios and forged-bytes handling, which improved reliability and safety for manual forging paths. This work strengthened wallet-core’s readiness for production deployments and demonstrated depth in protocol-aware blockchain development and compiler/test suite maintenance.
November 2025 focused on strengthening Tezos protocol integration in wallet-core and ensuring Seoul protocol compliance for reveal operations. Implemented a Seoul-aligned reveal operation flow by introducing a boolean flag for the presence of the proof field and updated related tests. Fixed and aligned tests and compilation flows (TezosTests.swift and TezosCompiler.CompileWithSignatures) to prevent regressions under Seoul protocol. Expanded test coverage to include mainnet-like scenarios and forged-bytes handling, including a mainnet test transaction. Result: improved reliability, safer manual forging paths, and faster readiness for production deployments. Technologies demonstrated include Swift, protocol-aware Tezos integration, test-driven development, and compiler/test suite maintenance. Commit reference for these changes: 7c78376f1a49ebd97060ff3fa56672db4758944d.
November 2025 focused on strengthening Tezos protocol integration in wallet-core and ensuring Seoul protocol compliance for reveal operations. Implemented a Seoul-aligned reveal operation flow by introducing a boolean flag for the presence of the proof field and updated related tests. Fixed and aligned tests and compilation flows (TezosTests.swift and TezosCompiler.CompileWithSignatures) to prevent regressions under Seoul protocol. Expanded test coverage to include mainnet-like scenarios and forged-bytes handling, including a mainnet test transaction. Result: improved reliability, safer manual forging paths, and faster readiness for production deployments. Technologies demonstrated include Swift, protocol-aware Tezos integration, test-driven development, and compiler/test suite maintenance. Commit reference for these changes: 7c78376f1a49ebd97060ff3fa56672db4758944d.

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