Ayaz Hafiz 9181ed8092 Correctly compile rvalue closures defined in nested defines to lvalues ... Previously, a program like ``` main = f = n = 1 \{} -[#lam]-> n # suppose lambda set = #lam f {} ``` would be transformed to ``` main = n = 1 f = \{} -[#lam]-> n f {} ``` However, the IR lowering procedure is such that we would then associate `f` as definining the procedure given the lambda set `#lam`. This is not correct, as `f` is really a function pointer in this circumstance, rather than the definer of `#lam`. Instead, the transformation we want to perform is ``` main = n = 1 #lam = \{} -[#lam]-> n f = #lam f {} ``` Which is what this patch does Closes #2403		2022-12-01 15:47:18 -06:00
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generated	Correctly compile rvalue closures defined in nested defines to lvalues	2022-12-01 15:47:18 -06:00
src	Correctly compile rvalue closures defined in nested defines to lvalues	2022-12-01 15:47:18 -06:00
Cargo.toml	Provide roc_cache_dir everywhere	2022-11-20 19:53:48 -05:00