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Try doing some basic maths questions in the Lean Theorem Prover. Functions, real numbers, equivalence relations and groups. Click on README.md and then on "Open in CoCalc with one click".
Project: Xena
Views: 18536License: APACHE
/- Copyright (c) 2019 Robert Y. Lewis. All rights reserved. Released under Apache 2.0 license as described in the file LICENSE. Author: Robert Y. Lewis -/ import tactic.lint system.io data.list.sort -- these are required import all -- then import everything, to parse the library for failing linters /-! # mk_nolint Defines a function that writes a file containing the names of all declarations that fail the linting tests in `active_linters`. This is mainly used in the Travis check for mathlib. It assumes that files generated by `mk_all.sh` are present. Usage: `lean --run mk_nolint.lean` writes a file `nolints.txt` in the current directory. -/ open io io.fs /-- Defines the list of linters that will be considered. -/ meta def active_linters := [`linter.unused_arguments, `linter.dup_namespace, `linter.doc_blame, `linter.ge_or_gt, `linter.def_lemma, `linter.instance_priority, --`linter.has_inhabited_instance, `linter.impossible_instance, `linter.incorrect_type_class_argument, `linter.dangerous_instance] /-- Runs when called with `lean --run` -/ meta def main : io unit := do (ns, _) ← run_tactic $ lint_mathlib tt tt active_linters tt, handle ← mk_file_handle "nolints.txt" mode.write, put_str_ln handle "import .all", put_str_ln handle "run_cmd tactic.skip", put_str_ln handle "apply_nolint", (ns.to_list.merge_sort (λ a b, name.lex_cmp a b = ordering.lt)).mmap $ λ n, put_str_ln handle (to_string n) >> return n, close handle