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Signature symbols in this unit

Symbol	Specification	Kind	Type
# .	buffer	f	buffer → nat
# .	abstract-volumes	f	abstract-volumes → nat
# .	avolume	f	avolume → nat
# .	abstract-volume	f	abstract-volume → nat
# .	nat-set	f	nat-set → nat
. % .	nat-div	pf	nat × nat → nat with λ n, m. m ≠ 0
. * .	nat-mult	f	nat × nat → nat
. + .	nat-basic	f	nat × nat → nat
. + .	buffer	f	buffer × buffer → buffer
. + .	avolume	f	avolume × avolume → avolume
. ++ .	nat-set	f	nat-set × nat → nat-set
. +1	nat-basic	f	nat → nat
. - .	nat	pf	nat × nat → nat with λ n, m. n ≥ m
. -- .	nat-set	f	nat-set × nat → nat-set
. -- .	abstract-volumes	f	abstract-volumes × volid → abstract-volumes
. -1	nat-basic	pf	nat → nat with λ n. n ≠ 0
. .butmax	nat-set	pf	nat-set → nat-set with λ ns. ns ≠ ∅
. .butmin	nat-set	pf	nat-set → nat-set with λ ns. ns ≠ ∅
. .data	leb	pf	leb → buffer with λ leb. leb.mapped?
. .data	aleb	pf	aleb → buffer with λ aleb. aleb.mapped?
. .data:= .	leb	pf	leb × buffer → leb with λ leb, buf. leb.mapped?
. .data:= .	aleb	pf	aleb × buffer → aleb with λ aleb, buf. aleb.mapped?
. .fill	leb	pf	leb → nat with λ leb. leb.mapped?
. .fill:= .	leb	pf	leb × nat → leb with λ leb, m. leb.mapped?
. .mapped?	aleb	p	aleb
. .mapped?	leb	p	leb
. .max	nat-set	pf	nat-set → nat with λ ns. ns ≠ ∅
. .min	nat-set	pf	nat-set → nat with λ ns. ns ≠ ∅
. / .	nat-div	pf	nat × nat → nat with λ n, m. m ≠ 0
. < .	nat-basic	p	nat × nat
. < .	nat-set	p	nat-set × nat
. < .	nat-set	p	nat × nat-set
. > .	nat	p	nat × nat
. [ . ]	abstract-volumes	pf	abstract-volumes × volid → abstract-volume with λ avols, v. v ∈ avols
. [ . ]	abstract-volume	pf	abstract-volume × nat × leb → abstract-volume with λ evol, n, leb. n < # evol
. [ . ]	abstract-volume	pf	abstract-volume × nat → leb with λ evol, n. n < # evol
. [ . ]	avolume	pf	avolume × nat × aleb → avolume with λ avol, n, aleb. n < # avol
. [ . ]	avolume	pf	avolume × nat → aleb with λ avol, n. n < # avol
. [ . ]	buffer	pf	buffer × nat × data → buffer with λ buf, n, d. n < # buf
. [ . ]	buffer	pf	buffer × nat → data with λ buf, n. n < # buf
. [ . ]	abstract-volumes	f	abstract-volumes × volid × abstract-volume → abstract-volumes
. \ .	nat-set	f	nat-set × nat-set → nat-set
. ∈ .	abstract-volumes	p	volid × abstract-volumes
. ∈ .	abstract-volume	p	leb × abstract-volume
. ∈ .	buffer	p	data × buffer
. ∈ .	nat-set	p	nat × nat-set
. ∈ .	avolume	p	aleb × avolume
. ∩ .	nat-set	f	nat-set × nat-set → nat-set
. ∪ .	nat-set	f	nat-set × nat-set → nat-set
. ≤ .	nat	p	nat × nat
. ≥ .	nat	p	nat × nat
. ⊆ .	ebm-base	p	abstract-volumes × abstract-volumes
. ⊆ .	nat-set	p	nat-set × nat-set
. ⊆ .	ebm-vol-inv	p	avolume × avolume
. subseteq .	abstract-volumes	p	abstract-volumes × abstract-volumes
{ . }	nat-set	f	nat → nat-set
∅	nat-set	c	nat-set
∅	abstract-volumes	c	abstract-volumes
⌊ . ⌋	error-class	p	error
EACCESS	error	c	error
EB_PAGE_SIZE	eraseblock	c	nat
EBADFD	error	c	error
ECOMMIT	error	c	error
EEXISTS	error	c	error
EFAIL	error	c	error
EINVAL	error	c	error
EIO	error	c	error
EISDIR	error	c	error
ENOENT	error	c	error
ENOMEM	error	c	error
ENOSPC	error	c	error
ENOTDIR	error	c	error
ENOTEMPTY	error	c	error
EROFS	error	c	error
ERR	error-class	v	error,flexible
ERR0	error-class	v	error,flexible
ESUCCESS	error	c	error
EUCLEAN	error	c	error
LEB_SIZE	eraseblock	c	nat
PAGES_PER_LEB	eraseblock	c	nat
PAGES_PER_PEB	eraseblock	c	nat
PEB_SIZE	eraseblock	c	nat
abs	ebm-vol-abs	f	abstract-volume → avolume
abs	ebm-vol-abs	f	leb → aleb
abstract-volume	abstract-volume	s
abstract-volumes	abstract-volumes	s
aleb	aleb	s
aleb	aleb	v	aleb
aleb0	avolume	v	aleb
aleb1	avolume	v	aleb
align↑	align	f	nat × nat → nat
align↓	align	f	nat × nat → nat
avol	avolume	v	avolume
avol0	avolume	v	avolume
avol1	avolume	v	avolume
avol2	avolume	v	avolume
avols	abstract-volumes	v	abstract-volumes
avols0	abstract-volumes	v	abstract-volumes
avols1	abstract-volumes	v	abstract-volumes
avols2	abstract-volumes	v	abstract-volumes
avolume	avolume	s
buf	buffer	v	buffer
buf0	buffer	v	buffer
buf1	buffer	v	buffer
buf2	buffer	v	buffer
buffer	buffer	s
cmp	abstract-volume	pp	abstract-volume × leb × nat × nat with λ evol, leb, m, n. m + n ≤ # evol
cmp	abstract-volume	pp	abstract-volume × nat × abstract-volume × nat × nat with λ evol, m, evol0, m0, n. m + n ≤ # evol ∧ m0 + n ≤ # evol0
cmp	avolume	pp	avolume × aleb × nat × nat with λ avol, aleb, m, n. m + n ≤ # avol
cmp	avolume	pp	avolume × nat × avolume × nat × nat with λ avol, m, avol0, m0, n. m + n ≤ # avol ∧ m0 + n ≤ # avol0
cmp	buffer	pp	buffer × nat × buffer × nat × nat with λ buf, m, buf0, m0, n. m + n ≤ # buf ∧ m0 + n ≤ # buf0
cmp	buffer	pp	buffer × data × nat × nat with λ buf, d, m, n. m + n ≤ # buf
copy	buffer	pf	buffer × nat × buffer × nat × nat → buffer with λ buf, m, buf0, m0, n. m + n ≤ # buf ∧ m0 + n ≤ # buf0
copy	abstract-volume	pf	abstract-volume × nat × abstract-volume × nat × nat → abstract-volume with λ evol, m, evol0, m0, n. m + n ≤ # evol ∧ m0 + n ≤ # evol0
copy	avolume	pf	avolume × nat × avolume × nat × nat → avolume with λ avol, m, avol0, m0, n. m + n ≤ # avol ∧ m0 + n ≤ # avol0
d	data	v	data
d0	data	v	data
d1	data	v	data
d2	data	v	data
data	data	s
ebm-cons	ebm-base	p	abstract-volume
ebm-cons	ebm-base	p	abstract-volumes
ebm-initial	ebm-base	p	abstract-volumes
ebm-vol-inv	ebm-vol-inv	p	avolume
empty	buffer	c	data
empty	avolume	c	aleb
emptyleb	eraseblock	c	buffer
emptypage	eraseblock	c	buffer
emptypeb	eraseblock	c	buffer
erased	leb	c	leb
err	error	v	error
err0	error	v	error
err1	error	v	error
error	error	s
evol	abstract-volume	v	abstract-volume
evol0	abstract-volume	v	abstract-volume
evol1	abstract-volume	v	abstract-volume
evol2	abstract-volume	v	abstract-volume
fail#	error-class	pr	: : error (nondeterministic)
fail_or_success#	error-class	pr	: : error (nondeterministic)
fill	buffer	f	buffer × data → buffer
fill	abstract-volume	pf	abstract-volume × leb × nat × nat → abstract-volume with λ evol, leb, n, m. n + m ≤ # evol
fill	avolume	f	avolume × aleb → avolume
fill	avolume	pf	avolume × aleb × nat × nat → avolume with λ avol, aleb, n, m. n + m ≤ # avol
fill	abstract-volume	f	abstract-volume × leb → abstract-volume
fill	buffer	pf	buffer × data × nat × nat → buffer with λ buf, d, n, m. n + m ≤ # buf
id○	buffer	p	buffer × buffer × nat
id○	abstract-volume	p	abstract-volume × abstract-volume × nat
id○	avolume	p	avolume × avolume × nat
idrange	abstract-volume	pp	abstract-volume × nat × nat with λ evol, m, n. m + n ≤ # evol
idrange	avolume	pp	avolume × nat × nat with λ avol, m, n. m + n ≤ # avol
idrange	buffer	pp	buffer × nat × nat with λ buf, m, n. m + n ≤ # buf
is-aligned	align	p	nat × nat
isempty	eraseblock	p	buffer × nat × nat
isempty	eraseblock	p	buffer
leb	leb	s
leb	leb	v	leb
leb0	abstract-volume	v	leb
leb1	abstract-volume	v	leb
m	nat-basic	v	nat
m0	array-copy	v	nat
mapped	leb	f	buffer × nat → leb
mapped	aleb	f	buffer → aleb
max	min-max	f	nat × nat → nat
min	min-max	f	nat × nat → nat
mkabstractvolume	abstract-volume	f	nat → abstract-volume
mkavolume	avolume	f	nat → avolume
mkbuf	buffer	f	nat → buffer
mkemparray	avolume	f	nat → avolume
mkempbuf	buffer	f	nat → buffer
mkzarray	avolume	f	nat → avolume
mkzbuf	buffer	f	nat → buffer
n	nat-basic	v	nat
n0	nat-basic	v	nat
n1	nat-basic	v	nat
n2	nat-set	v	nat
n3	nat-set	v	nat
n4	nat-set	v	nat
nat	nat-basic	s
nat-set	nat-set	s
ns	nat-set	v	nat-set
ns0	nat-set	v	nat-set
ns1	nat-set	v	nat-set
ns2	nat-set	v	nat-set
range=	avolume	p	avolume × nat × avolume × nat × nat
range=	buffer	p	buffer × nat × buffer × nat × nat
resize	buffer	f	buffer × nat → buffer
resize	avolume	f	avolume × nat → avolume
rev	abstract-volume	pf	abstract-volume × nat → abstract-volume with λ evol, n. n ≤ # evol
rev	buffer	f	buffer → buffer
rev	avolume	pf	avolume × nat → avolume with λ avol, n. n ≤ # avol
rev	buffer	pf	buffer × nat → buffer with λ buf, n. n ≤ # buf
rev	avolume	f	avolume → avolume
rev	abstract-volume	f	abstract-volume → abstract-volume
splice	buffer	f	buffer × nat × buffer × nat × nat → buffer
splice	avolume	f	avolume × nat × avolume × nat × nat → avolume
subarray	abstract-volume	pf	abstract-volume × nat × nat → abstract-volume with λ evol, m, n. m + n ≤ # evol
subarray	avolume	pf	avolume × nat × nat → avolume with λ avol, m, n. m + n ≤ # avol
subarray	buffer	pf	buffer × nat × nat → buffer with λ buf, m, n. m + n ≤ # buf
unmapped	aleb	c	aleb
unmapped	leb	c	leb
v	volid	v	volid
v0	volid	v	volid
v1	volid	v	volid
v2	volid	v	volid
valid-leb	ebm-base	p	leb
volid	volid	s
zero	avolume	c	aleb
zero	buffer	c	data