emacs_config/elpa/auto-complete-1.5.1/dict/coq-mode

# Generated by the following form.
# (loop for regexp in (append
#                      coq-solve-tactics
#                      coq-keywords
#                      coq-reserved
#                      coq-tactics
#                      coq-tacticals
#                      (list "Set" "Type" "Prop"))
#       append (split-string regexp (regexp-quote "\\s-+")) into words
#       finally (loop initially (goto-char (point-max))
#                     for word in (delete-dups (sort words 'string<))
#                     do (insert word) (newline)))

Abort
About
Abstract
Add
Admit
Admitted
All
Arguments
AutoInline
Axiom
Bind
Canonical
Cd
Chapter
Check
Close
CoFixpoint
CoInductive
Coercion
Coercions
Comments
Conjecture
Constant
Constructors
Corollary
Declare
Defined
Definition
Delimit
Dependent
Depth
Derive
End
Eval
Export
Extern
Extract
Extraction
Fact
False
Field
File
Fixpoint
Focus
Function
Functional
Goal
Hint
Hypotheses
Hypothesis
Hyps
Identity
If
Immediate
Implicit
Import
Inductive
Infix
Inline
Inlined
Inspect
Inversion
Language
Lemma
Let
Library
Limit
LoadPath
Local
Locate
Ltac
ML
Module
Morphism
Next Obligation
NoInline
Notation
Notations
Obligation
Obligations
Off
On
Opaque
Open
Optimize
Parameter
Parameters
Path
Print
Printing
Program
Proof
Prop
Pwd
Qed
Rec
Record
Recursive
Remark
Remove
Require
Reserved
Reset
Resolve
Rewrite
Ring
Save
Scheme
Scope
Search
SearchAbout
SearchPattern
SearchRewrite
Section
Semi
Set
Setoid
Show
Solve
Sort
Strict
Structure
Synth
Tactic
Test
Theorem
Time
Transparent
True
Type
Undo
Unfocus
Unfold
Unset
Variable
Variables
Width
Wildcard
abstract
absurd
after
apply
as
assert
assumption
at
auto
autorewrite
beta
by
case
cbv
change
clear
clearbody
cofix
coinduction
compare
compute
congruence
constructor
contradiction
cut
cutrewrite
decide
decompose
delta
dependent
dest
destruct
discrR
discriminate
do
double
eapply
eauto
econstructor
eexists
eleft
elim
else
end
equality
esplit
exact
exists
fail
field
first
firstorder
fix
fold
forall
fourier
fun
functional
generalize
hnf
idtac
if
in
induction
info
injection
instantiate
into
intro
intros
intuition
inversion
inversion_clear
iota
lapply
lazy
left
let
linear
load
match
move
omega
pattern
pose
progress
prolog
quote
record
red
refine
reflexivity
rename
repeat
replace
return
rewrite
right
ring
set
setoid
setoid_replace
setoid_rewrite
simpl
simple
simplify_eq
solve
specialize
split
split_Rabs
split_Rmult
stepl
stepr
struct
subst
sum
symmetry
tauto
then
transitivity
trivial
try
unfold
until
using
with
zeta