7 commits

Author	SHA1	Message	Date
Leonardo de Moura	5ff9e24b17	feat(library/init/control): do not use unnecessary structures ... It confuses the compiler.	2018-09-20 08:39:25 -07:00
Leonardo de Moura	d3e225ec65	fix(library/init): missing @[inline]	2018-09-18 21:42:22 -07:00
Sebastian Ullrich	4e2234fd3a	feat(library/init/control/state): remove monad_state.lift to avoid allocating tuples	2018-06-28 09:56:26 +02:00
Sebastian Ullrich	51d3ff21eb	feat(library/init/control/state): monad_state: add specialized MonadState methods + modify ... Absent inlining, these may perform better than `lift` when e.g. used with an implementation based on unboxed tuples	2018-06-19 13:01:15 +02:00
Sebastian Ullrich	bba55aad47	feat(library/init/lean/trace): implement conditional tracing via good old trace classes	2018-05-18 14:52:15 +02:00
Leonardo de Moura	874f9caf13	feat(library/init/control/state): modify monad_run instance for state_t ... @Kha, I was having to use `(run ...).1` in many places in my code. So, I changed the instance ``` instance (σ m out) [monad_run out m] : monad_run (λ α, σ → out (α × σ)) (state_t σ m) := ⟨λ α x, run ∘ (λ σ, x.run σ)⟩ ``` to ``` instance (σ : Type u) (m out : Type u → Type v) [functor m] [monad_run out m] : monad_run (λ α, σ → out α) (state_t σ m) := ⟨λ α x, run ∘ (λ σ, prod.fst <$> (x.run σ))⟩ ``` If we want to get the resultant state in an action `act`, we can just use `run (act >> get) init_state`.	2018-05-08 17:32:54 -07:00
Leonardo de Moura	77d3a788e8	refactor(init): init/category ==> init.control	2018-04-27 08:33:08 -07:00

Renamed from library/init/category/state.lean (Browse further)