4 KiB
SRFI 1 - List library
The (srfi 1)
provides a coherent and comprehensive set of list-processing procedures.
See the SRFI document for more information.
xcons
tree-copy
make-list
list-tabulate
cons*
list-copy
proper-list?
circular-list?
dotted-list?
not-pair?
null-list?
list=
circular-list
length+
iota
first
second
third
fourth
fifth
sixth
seventh
eighth
ninth
tenth
car+cdr
take
drop
take-right
drop-right
take!
drop-right!
split-at
split-at!
last
last-pair
zip
unzip1
unzip2
unzip3
unzip4
unzip5
count
append!
append-reverse
append-reverse!
concatenate
concatenate!
unfold
fold
pair-fold
reduce
unfold-right
fold-right
pair-fold-right
reduce-right
append-map
append-map!
map!
pair-for-each
filter-map
map-in-order
filter
partition
remove
filter!
partition!
remove!
find
find-tail
any
every
list-index
take-while
drop-while
take-while!
span
break
span!
break!
delete
delete!
alist-cons
alist-copy
delete-duplicates
delete-duplicates!
alist-delete
alist-delete!
reverse!
lset<=
lset=
lset-adjoin
lset-union
lset-intersection
lset-difference
lset-xor
lset-diff+intersection
lset-union!
lset-intersection!
lset-difference!
lset-xor!
#xcons
#tree-copy
#make-list
#list-tabulate
#cons*
#list-copy
#proper-list?
#circular-list?
#dotted-list?
#not-pair?
#null-list?
#list=
#circular-list
#length+
#iota
#first
#second
#third
#fourth
#fifth
#sixth
#seventh
#eighth
#ninth
#tenth
#car+cdr
#take
#drop
#take-right
#drop-right
#take!
#drop-right!
#split-at
#split-at!
#last
#last-pair
#zip
#unzip1
#unzip2
#unzip3
#unzip4
#unzip5
#count
#append!
#append-reverse
#append-reverse!
#concatenate
#concatenate!
#unfold
#fold
#pair-fold
#reduce
#unfold-right
#fold-right
#pair-fold-right
#reduce-right
#append-map
#append-map!
#map!
#pair-for-each
#filter-map
#map-in-order
#filter
#partition
#remove
#filter!
#partition!
#remove!
#find
#find-tail
#any
#every
#list-index
#take-while
#drop-while
#take-while!
#span
#break
#span!
#break!
#delete
#delete!
#alist-cons
#alist-copy
#delete-duplicates
#delete-duplicates!
#alist-delete
#alist-delete!
#reverse!
#lset<=
#lset=
#lset-adjoin
#lset-union
#lset-intersection
#lset-difference
#lset-xor
#lset-diff+intersection
#lset-union!
#lset-intersection!
#lset-difference!
#lset-xor!