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2021-11-08
Ruchkin, V., Soldatov, G., Fulin, V., Kostrov, B., Ruchkina, E..  2020.  Macros for Coding Information Encryption Amp; Decryption in Trusted Platform Module. 2020 International Multi-Conference on Industrial Engineering and Modern Technologies (FarEastCon). :1–5.
This article describes the process assembling of Encryption & Decryption In Trusted Platform Module of encoding information in NM640X \textregistered. Encoding of information, carried out in assembly language according to Gost 28147-89. It is a realisation of standard GOST 28147-89- Russian state symmetric key block cipher. GOST 28147-89 has 64-bit to access the kernel, trust, and allocated memory in the BlockSize and 256-bit KeySize.
2017-05-16
Omar, Cyrus, Wang, Chenglong, Aldrich, Jonathan.  2015.  Composable and Hygienic Typed Syntax Macros. Proceedings of the 30th Annual ACM Symposium on Applied Computing. :1986–1991.

Syntax extension mechanisms are powerful, but reasoning about syntax extensions can be difficult. Recent work on type-specific languages (TSLs) addressed reasoning about composition, hygiene and typing for extensions introducing new literal forms. We supplement TSLs with typed syntax macros (TSMs), which, unlike TSLs, are explicitly invoked to give meaning to delimited segments of arbitrary syntax. To maintain a typing discipline, we describe two avors of term-level TSMs: synthetic TSMs specify the type of term that they generate, while analytic TSMs can generate terms of arbitrary type, but can only be used in positions where the type is otherwise known. At the level of types, we describe a third avor of TSM that generates a type of a specified kind along with its TSL and show interesting use cases where the two mechanisms operate in concert.