
Over a three-month period, Asakyra contributed to the diadoc/diadocsdk-csharp and diadocsdk-java repositories by building structured GAR address parsing and enhancing address data models. They introduced new Protobuf structures and HTTP API methods to automate GAR address validation, improving data quality and integration with government sources. Asakyra extended Address proto definitions and language bindings in both C# and Java, ensuring schema parity and reliable serialization. Additionally, they led API deprecation and BoxId migration efforts, marking obsolete methods and refactoring data structures for clarity and maintainability. Their work demonstrated depth in API development, data modeling, and SDK maintenance using C#, Java, and protobuf.

In Sep 2025, delivered API deprecations and a BoxId migration for the diadocsdk-csharp repository. This work deprecates UpdateOrganizationProperties and UpdateOrganizationPropertiesAsync across multiple classes, migrates references from OrgId to BoxId, and marks several methods obsolete to guide developers and prepare for future migrations. The changes establish clearer API usage, align data structures with BoxId conventions, and reduce confusion for downstream users, setting a solid foundation for future migrations.
In Sep 2025, delivered API deprecations and a BoxId migration for the diadocsdk-csharp repository. This work deprecates UpdateOrganizationProperties and UpdateOrganizationPropertiesAsync across multiple classes, migrates references from OrgId to BoxId, and marks several methods obsolete to guide developers and prepare for future migrations. The changes establish clearer API usage, align data structures with BoxId conventions, and reduce confusion for downstream users, setting a solid foundation for future migrations.
In August 2025, delivered GAR address support across diadocsdk-csharp and diadocsdk-java by extending Address proto definitions and corresponding language bindings. The work enables structured GAR address data, improves serialization/deserialization, and aligns schema across SDKs for better interoperability and downstream integration.
In August 2025, delivered GAR address support across diadocsdk-csharp and diadocsdk-java by extending Address proto definitions and corresponding language bindings. The work enables structured GAR address data, improves serialization/deserialization, and aligns schema across SDKs for better interoperability and downstream integration.
June 2025 highlights focused on GAR address handling in the diadoc/diadocsdk-csharp SDK. Delivered GAR Address Parsing with new Protobuf structures and HTTP API methods to parse GAR address strings, enabling automated parsing and validation downstream. This work culminated in the ParseGarAddress() method (DDCORE-10308) and was implemented via commit 1c15d61d21fbc52f23f8dd802e01a9278d6129d7. Business impact includes improved data quality for government addresses, reduced manual parsing effort, and faster integration with GAR data sources. Technologies demonstrated include Protobuf, HTTP API integration, and C# SDK design.
June 2025 highlights focused on GAR address handling in the diadoc/diadocsdk-csharp SDK. Delivered GAR Address Parsing with new Protobuf structures and HTTP API methods to parse GAR address strings, enabling automated parsing and validation downstream. This work culminated in the ParseGarAddress() method (DDCORE-10308) and was implemented via commit 1c15d61d21fbc52f23f8dd802e01a9278d6129d7. Business impact includes improved data quality for government addresses, reduced manual parsing effort, and faster integration with GAR data sources. Technologies demonstrated include Protobuf, HTTP API integration, and C# SDK design.
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