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Sometimes you are working on a research and you need to manage BibTeX bibliography. However as the number of entries grows it becomes harder to manage. There has to be a better way.

Designing a brand new CPU is not only about opcodes, it is also about its internal workings. One such internal thing is how certain multi-bit values can be split into different single and multi-bit slices.

In previous post we have introduced a nice way to encode machine opcodes and their arguments as a bit mask. What about visualizing such opcodes? There surely is a way to include nice pictures to aid with reading the bit masks.

Language-oriented programming has many nice features but some of them seem to be more versatile than others upon detailed inspection. This time we look into retrieving values from transformer bindings in syntax phase to create custom reserved identifiers.

Sometimes it is convenient to use characters of a string to illustrate the underlying low-level meaning of given identifier. One such example can be a definition of ISA opcode where various bit groups of the binary representation can have different meanings.