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Shplait Type 5 - function calls
Shplait Function 5 - subst
Shplait Inference 5 - unify and resolve
Shplait Encoding 6 - lambda calculus
Shplait Lambda 2 - using fun
Shplait Lambda 3 - syntax and evaluation
Shplait Tutorial 5 - conditionals
Shplait Lambda 6 - interp
Shplait Object 5 - objects as lists
Shplait Encoding 9 - conclusion
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Last Updated: September 27, 2026
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Summary
Looking at the evaluation of `fun` forms and the representing the result as a Encoding pairs using just functions. Distinguishing expressions from values, and treating functions as values. Implementing the `subst` function to be used by `interp`. The `unify` function will replace any use of `==` in the type checker, and it needs a `resolve` helper function. The λ-calculus is an even simpler language than Moe. It's a Turing-complete language that was invented by Alonzo Church in the ... Representing `fun` forms and motivating the associated generalization of application forms. Updating `interp` to support `fun` expressions. The simplistic object encoding supports only a single operation (i.e., a single method) in each object. We can use a table of ... Summing up our exploration of λ-calculus encodings so far. Provided to YouTube by DistroKid Splitter · Document