.. |
examples
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feat(library/tactic): use occurrence object in unfold tactic family
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2015-07-11 18:53:45 -04:00 |
basic.lean
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feat(library): clean up "sorry"s in library
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2015-07-24 12:21:33 -04:00 |
bigops.lean
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refactor(library/algebra/group_bigops,library/*): put group_bigops in 'finset' namespace, in preparation for set versions
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2015-08-08 04:23:52 -07:00 |
bquant.lean
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feat(frontends/lean): use 'this' as the name for anonymous 'have'-expression
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2015-07-18 13:36:05 -05:00 |
default.lean
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fix(library/data): 'choose' -> 'find' renaming problems
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2015-07-25 11:25:04 -07:00 |
div.lean
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feaf(library): make sure basic standard library can be compiled with option "--to_axiom"
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2015-07-29 16:11:23 -07:00 |
fact.lean
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feat(library/theories/combinatorics/choose): begin theory of binomial coefficients
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2015-07-11 19:01:43 -04:00 |
find.lean
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refactor(library/data/nat/find): rename 'choose' to 'find' to avoid conflict with combinatorics 'choose'
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2015-07-25 14:02:44 -04:00 |
gcd.lean
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feat(library): clean up "sorry"s in library
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2015-07-24 12:21:33 -04:00 |
nat.md
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fix(library/data/nat/nat.md): add 'find' to markdown file
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2015-07-27 07:46:59 -07:00 |
order.lean
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refactor(library/algebra/{lattice,order},library/data/nat): split lattice from order, make nat an instance of discrete linear order
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2015-08-03 22:41:56 -04:00 |
pairing.lean
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refactor(library/data/nat): cleanup for the tutorial
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2015-07-22 13:41:50 -07:00 |
parity.lean
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feaf(library): make sure basic standard library can be compiled with option "--to_axiom"
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2015-07-29 16:11:23 -07:00 |
power.lean
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refactor(library/algebra/{lattice,order},library/data/nat): split lattice from order, make nat an instance of discrete linear order
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2015-08-03 22:41:56 -04:00 |
sqrt.lean
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feat(nat): redefine le and lt in the standard library
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2015-06-04 20:14:13 -04:00 |
sub.lean
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refactor(library/data/nat/sub,*): get rid of diff, tidy some max and min theorems
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2015-08-03 22:41:56 -04:00 |