words[]:

type
Tid
=
Thread
¢
const
bool
yes
=
1
,
no
=
0
const
uint
ok
=
0
const
{
float
pi
=
3.1415926535898
float
ec
=
2.718281828459
}
enum
int
FD
=
{
stdin
,
stdout
,
stderr
,
fd_void
=
-
1
}
enum
int16
s_type
=
{
s_none
=
-
1
,
s_unknown
=
0
,
s_any
=
0
,
s_pipe
=
1
,
s_tty
=
2
,
s_dir
=
4
,
s_block
=
6
,
s_file
=
8
,
s_link
=
10
,
s_socket
=
12
,
s_erased
=
14
}
enum
{
fnm_pathname
=
2
,
fnm_nohidden
=
4
,
fnm_casefold
=
16
}
enum
{
f_follow_symlink
=
1
,
f_create_path
=
2
}
type
FileInfo
=
{
str
filename
;
uint16
filetype
;
uint16
permissions
;
uint32
user
;
uint32
group
;
uint32
_dummy
;
uint64
count
;
float64
ctime
;
float64
mtime
;
float64
atime
;
}
;
enum
{
s_packetized
=
1
<<
0
,
s_connected
=
1
<<
1
,
s_unreliable
=
1
<<
2
,
s_listening
=
1
<<
3
}
type
Stream
=
{
int16
fd
;
int8
filetype
;
int8
streamtype
;
uint32
stopctls
;
str
filepath
;
int32
out_state
;
int32
in_state
;
Irpt
out_irpt
;
float64
out_lastio
;
float64
out_timeout
;
int8
[
]
out_data
;
int8
*
out_ptr
;
Irpt
in_irpt
;
float64
in_lastio
;
float64
in_timeout
;
int8
[
]
in_data
;
int8
*
in_ptr
;
int8
[
]
putbackbuffer
;
}
enum
SocketDomainType
=
{
local
=
0
,
inet
=
16
,
stream
=
1
,
packet
=
2
,
datagram
=
3
,
tcp
=
inet
+
stream
,
udp
=
inet
+
datagram
}
extern
{
bool
match
(
str
¢
string
,
str
¢
pattern
,
uint
flags
)
=
opcode
match
str
fullpath
(
str
¢
path
,
uint
flags
)
=
opcode
fullpath
s_type
nodetype
(
str
¢
path
,
bool
resolve_symlink
)
=
opcode
nodetype
FileInfo
fileinfo
(
str
¢
path
,
bool
resolve_symlink
)
=
opcode
fileinfo
void
renamefile
(
str
¢
path
,
str
¢
newpath
,
bool
replace
)
=
opcode
renamefile
void
swapfiles
(
str
¢
path
,
str
¢
path2
)
=
opcode
swapfiles
str
tempfile
(
str
¢
renamable_to_path
)
=
opcode
tempfile
FD
tempfile
(
)
=
opcode
tempfile
utf8str
readfile
(
str
¢
path
)
=
opcode
readfile
str
readlink
(
str
¢
path
)
=
opcode
readlink
FileInfo
[
]
readdir
(
str
¢
path
)
=
opcode
readdir
void
createfile
(
str
¢
path
,
uint8
[
]
¢
data
,
uint
how
,
uint
mode
)
=
opcode
createfile
void
createfile
(
str
¢
path
,
utf8str
¢
data
,
uint
how
,
uint
mode
)
=
opcode
createfile
void
createlink
(
str
¢
path
,
str
¢
data
)
=
opcode
createlink
void
createdir
(
str
¢
path
,
uint
mode
)
=
opcode
createdir
void
createpipe
(
str
¢
path
,
uint
mode
)
=
opcode
createpipe
void
rmvfile
(
str
¢
path
)
=
opcode
rmvfile
void
rmvlink
(
str
¢
path
)
=
opcode
rmvlink
void
rmvdir
(
str
¢
path
,
bool
fulltree
)
=
opcode
rmvdir
FD
socket
(
SocketDomainType
,
str
¢
myaddress
)
=
opcode
socket
void
connect
(
FD
,
str
¢
peeraddress
)
=
opcode
connect
FD
accept
(
FD
)
=
opcode
accept
FD
open
(
str
¢
,
uint
how
,
uint
mode
)
=
opcode
open
FD
open
(
str
¢
,
uint
how
)
=
opcode
open
void
close
(
FD
)
=
opcode
close
long
fpos
(
FD
)
=
opcode
fpos
long
flen
(
FD
)
=
opcode
flen
void
seek
(
FD
,
ulong
)
=
opcode
fseek
void
truncate
(
FD
)
=
opcode
truncate
str
errorstr
(
int
error
)
=
opcode
errorstr
str
errorstr
(
)
=
opcode
errorstr
void
print
(
str
)
=
opcode
print
void
print
(
str
¢
)
=
opcode
print
void
print
(
int
)
=
opcode
print
void
print
(
uint
)
=
opcode
print
void
print
(
long
)
=
opcode
print
void
print
(
ulong
)
=
opcode
print
void
putchar
(
utf8char
)
=
opcode
putbyte
void
putchar
(
ucs1char
)
=
opcode
putchar
void
putchar
(
ucs2char
)
=
opcode
putchar
void
putchar
(
ucs4char
)
=
opcode
putchar
char
getchar
(
)
=
opcode
getchar
void
write
(
FD
,
int8
)
=
opcode
write
void
write
(
FD
,
int16
)
=
opcode
write
void
write
(
FD
,
int32
)
=
opcode
write
void
write
(
FD
,
int64
)
=
opcode
write
void
write
(
FD
,
uint8
)
=
opcode
write
void
write
(
FD
,
uint16
)
=
opcode
write
void
write
(
FD
,
uint32
)
=
opcode
write
void
write
(
FD
,
uint64
)
=
opcode
write
void
write
(
FD
,
str
¢
)
=
opcode
write
void
write
(
FD
,
str
)
=
opcode
write
int8
read
(
FD
)
=
opcode
read
int16
read
(
FD
)
=
opcode
read
int32
read
(
FD
)
=
opcode
read
int64
read
(
FD
)
=
opcode
read
uint8
read
(
FD
)
=
opcode
read
uint16
read
(
FD
)
=
opcode
read
uint32
read
(
FD
)
=
opcode
read
uint64
read
(
FD
)
=
opcode
read
str
read
(
FD
)
=
opcode
read
void
read
(
FD
,
str
¢
)
=
opcode
read
void
read
(
FD
,
str
¢
,
uint32
)
=
opcode
read
bool
isfile
(
str
¢
path
)
bool
isdir
(
str
¢
path
)
bool
islink
(
str
¢
path
)
FileInfo
fileinfo
(
str
¢
path
)
void
createfile
(
str
¢
path
,
uint8
[
]
¢
data
,
uint
how
)
void
createfile
(
str
¢
path
,
uint8
[
]
¢
data
)
void
createdir
(
str
¢
path
)
void
createpipe
(
str
¢
path
)
}
float32
round
(
float32
)
=
opcode
round
;
float32
floor
(
float32
)
=
opcode
floor
;
float32
ceil
(
float32
)
=
opcode
ceil
;
float32
integ
(
float32
)
=
opcode
integ
;
float32
fract
(
float32
)
=
opcode
fract
;
int
sign
(
float32
)
=
opcode
sign
;
float32
abs
(
float32
)
=
opcode
abs
;
float32
min
(
float32
,
float32
)
=
opcode
min
;
float32
max
(
float32
,
float32
)
=
opcode
max
;
float32
min
(
float32
,
float32
,
float32
)
=
opcode
min
;
float32
max
(
float32
,
float32
,
float32
)
=
opcode
max
;
float32
random
(
)
=
opcode
random
;
float32
random
(
float32
)
=
opcode
random
;
float32
sin
(
float32
)
=
opcode
sin
;
float32
cos
(
float32
)
=
opcode
cos
;
float32
tan
(
float32
)
=
opcode
tan
;
float32
asin
(
float32
)
=
opcode
asin
;
float32
acos
(
float32
)
=
opcode
acos
;
float32
atan
(
float32
)
=
opcode
atan
;
float32
sinh
(
float32
)
=
opcode
sinh
;
float32
cosh
(
float32
)
=
opcode
cosh
;
float32
tanh
(
float32
)
=
opcode
tanh
;
float32
exp10
(
float32
)
=
opcode
exp10
;
float32
log10
(
float32
)
=
opcode
log10
;
float32
exp2
(
float32
)
=
opcode
exp2
;
float32
log2
(
float32
)
=
opcode
log2
;
float32
expe
(
float32
)
=
opcode
expe
;
float32
loge
(
float32
)
=
opcode
loge
;
float32
exp
(
float32
,
float32
)
=
opcode
exp
;
float32
log
(
float32
,
float32
)
=
opcode
log
;
float32
pow
(
float32
,
int
)
=
opcode
pow
;
float32
sqrt
(
float32
)
=
opcode
sqrt
;
str
numstr
(
float32
)
=
opcode
numstr
;
float32
numval
(
str
¢
)
=
opcode
numval
;
float32
min
(
float32
[
]
¢
)
=
opcode
min
;
float32
min
(
float32
[
to
]
)
=
opcode
min
;
float32
max
(
float32
[
]
¢
)
=
opcode
max
;
float32
max
(
float32
[
to
]
)
=
opcode
max
;
void
print
(
float32
)
=
opcode
print
;
void
write
(
FD
,
float32
)
=
opcode
write
;
float32
read
(
FD
)
=
opcode
read
;
scope
float32
{
float32
mant
(
float32
)
=
opcode
mant
;
int
exp
(
float32
)
=
opcode
frexp
;
}
float64
round
(
float64
)
=
opcode
round
;
float64
floor
(
float64
)
=
opcode
floor
;
float64
ceil
(
float64
)
=
opcode
ceil
;
float64
integ
(
float64
)
=
opcode
integ
;
float64
fract
(
float64
)
=
opcode
fract
;
int
sign
(
float64
)
=
opcode
sign
;
float64
abs
(
float64
)
=
opcode
abs
;
float64
min
(
float64
,
float64
)
=
opcode
min
;
float64
max
(
float64
,
float64
)
=
opcode
max
;
float64
min
(
float64
,
float64
,
float64
)
=
opcode
min
;
float64
max
(
float64
,
float64
,
float64
)
=
opcode
max
;
float64
random
(
)
=
opcode
random
;
float64
random
(
float64
)
=
opcode
random
;
float64
sin
(
float64
)
=
opcode
sin
;
float64
cos
(
float64
)
=
opcode
cos
;
float64
tan
(
float64
)
=
opcode
tan
;
float64
asin
(
float64
)
=
opcode
asin
;
float64
acos
(
float64
)
=
opcode
acos
;
float64
atan
(
float64
)
=
opcode
atan
;
float64
sinh
(
float64
)
=
opcode
sinh
;
float64
cosh
(
float64
)
=
opcode
cosh
;
float64
tanh
(
float64
)
=
opcode
tanh
;
float64
exp10
(
float64
)
=
opcode
exp10
;
float64
log10
(
float64
)
=
opcode
log10
;
float64
exp2
(
float64
)
=
opcode
exp2
;
float64
log2
(
float64
)
=
opcode
log2
;
float64
expe
(
float64
)
=
opcode
expe
;
float64
loge
(
float64
)
=
opcode
loge
;
float64
exp
(
float64
,
float64
)
=
opcode
exp
;
float64
log
(
float64
,
float64
)
=
opcode
log
;
float64
pow
(
float64
,
int
)
=
opcode
pow
;
float64
sqrt
(
float64
)
=
opcode
sqrt
;
str
numstr
(
float64
)
=
opcode
numstr
;
float64
numval
(
str
¢
)
=
opcode
numval
;
float64
min
(
float64
[
]
¢
)
=
opcode
min
;
float64
min
(
float64
[
to
]
)
=
opcode
min
;
float64
max
(
float64
[
]
¢
)
=
opcode
max
;
float64
max
(
float64
[
to
]
)
=
opcode
max
;
void
print
(
float64
)
=
opcode
print
;
void
write
(
FD
,
float64
)
=
opcode
write
;
float64
read
(
FD
)
=
opcode
read
;
scope
float64
{
float64
mant
(
float64
)
=
opcode
mant
;
int
exp
(
float64
)
=
opcode
frexp
;
}
float128
round
(
float128
)
=
opcode
round
;
float128
floor
(
float128
)
=
opcode
floor
;
float128
ceil
(
float128
)
=
opcode
ceil
;
float128
integ
(
float128
)
=
opcode
integ
;
float128
fract
(
float128
)
=
opcode
fract
;
int
sign
(
float128
)
=
opcode
sign
;
float128
abs
(
float128
)
=
opcode
abs
;
float128
min
(
float128
,
float128
)
=
opcode
min
;
float128
max
(
float128
,
float128
)
=
opcode
max
;
float128
min
(
float128
,
float128
,
float128
)
=
opcode
min
;
float128
max
(
float128
,
float128
,
float128
)
=
opcode
max
;
float128
random
(
)
=
opcode
random
;
float128
random
(
float128
)
=
opcode
random
;
float128
sin
(
float128
)
=
opcode
sin
;
float128
cos
(
float128
)
=
opcode
cos
;
float128
tan
(
float128
)
=
opcode
tan
;
float128
asin
(
float128
)
=
opcode
asin
;
float128
acos
(
float128
)
=
opcode
acos
;
float128
atan
(
float128
)
=
opcode
atan
;
float128
sinh
(
float128
)
=
opcode
sinh
;
float128
cosh
(
float128
)
=
opcode
cosh
;
float128
tanh
(
float128
)
=
opcode
tanh
;
float128
exp10
(
float128
)
=
opcode
exp10
;
float128
log10
(
float128
)
=
opcode
log10
;
float128
exp2
(
float128
)
=
opcode
exp2
;
float128
log2
(
float128
)
=
opcode
log2
;
float128
expe
(
float128
)
=
opcode
expe
;
float128
loge
(
float128
)
=
opcode
loge
;
float128
exp
(
float128
,
float128
)
=
opcode
exp
;
float128
log
(
float128
,
float128
)
=
opcode
log
;
float128
pow
(
float128
,
int
)
=
opcode
pow
;
float128
sqrt
(
float128
)
=
opcode
sqrt
;
str
numstr
(
float128
)
=
opcode
numstr
;
float128
numval
(
str
¢
)
=
opcode
numval
;
float128
min
(
float128
[
]
¢
)
=
opcode
min
;
float128
min
(
float128
[
to
]
)
=
opcode
min
;
float128
max
(
float128
[
]
¢
)
=
opcode
max
;
float128
max
(
float128
[
to
]
)
=
opcode
max
;
void
print
(
float128
)
=
opcode
print
;
void
write
(
FD
,
float128
)
=
opcode
write
;
float128
read
(
FD
)
=
opcode
read
;
scope
float128
{
float128
mant
(
float128
)
=
opcode
mant
;
int
exp
(
float128
)
=
opcode
frexp
;
}
int
sign
(
int8
)
=
opcode
sign
int
sign
(
int16
)
=
opcode
sign
int
sign
(
int32
)
=
opcode
sign
int
sign
(
int64
)
=
opcode
sign
uint8
abs
(
int8
)
=
opcode
abs
uint16
abs
(
int16
)
=
opcode
abs
uint32
abs
(
int32
)
=
opcode
abs
uint64
abs
(
int64
)
=
opcode
abs
int16
swap
(
int16
)
=
opcode
swap
uint16
swap
(
uint16
)
=
opcode
swap
int32
swap
(
int32
)
=
opcode
swap
uint32
swap
(
uint32
)
=
opcode
swap
int64
swap
(
int64
)
=
opcode
swap
uint64
swap
(
uint64
)
=
opcode
swap
int16
hilo
(
int16
)
=
opcode
hilo
uint16
hilo
(
uint16
)
=
opcode
hilo
int32
hilo
(
int32
)
=
opcode
hilo
uint32
hilo
(
uint32
)
=
opcode
hilo
int64
hilo
(
int64
)
=
opcode
hilo
uint64
hilo
(
uint64
)
=
opcode
hilo
int16
lohi
(
int16
)
=
opcode
lohi
uint16
lohi
(
uint16
)
=
opcode
lohi
int32
lohi
(
int32
)
=
opcode
lohi
uint32
lohi
(
uint32
)
=
opcode
lohi
int64
lohi
(
int64
)
=
opcode
lohi
uint64
lohi
(
uint64
)
=
opcode
lohi
uint8
flip
(
uint8
)
=
opcode
flip
uint16
flip
(
uint16
)
=
opcode
flip
uint32
flip
(
uint32
)
=
opcode
flip
uint64
flip
(
uint64
)
=
opcode
flip
int
pow
(
int
,
int
)
=
opcode
pow
uint
pow
(
uint
,
int
)
=
opcode
pow
long
pow
(
long
,
int
)
=
opcode
pow
ulong
pow
(
ulong
,
int
)
=
opcode
pow
uint
random
(
uint
)
=
opcode
random
ulong
random
(
ulong
)
=
opcode
random
void
flip
(
byte
[
to
]
)
=
opcode
flip
;
void
rol
(
byte
[
to
]
)
=
opcode
rol
;
void
ror
(
byte
[
to
]
)
=
opcode
ror
;
void
sort
(
byte
[
to
]
)
=
opcode
sort
;
void
rsort
(
byte
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
byte
[
to
]
)
=
opcode
shuffle
;
void
revert
(
byte
[
to
]
)
=
opcode
revert
;
byte
[
]
join
(
byte
[
]
[
]
¢
,
byte
)
=
opcode
join
;
byte
[
]
join
(
byte
[
]
[
]
¢
,
byte
[
]
¢
)
=
opcode
join
;
byte
[
]
[
]
split
(
byte
[
]
¢
,
byte
)
=
opcode
split
;
byte
[
]
[
]
split
(
byte
[
]
¢
,
byte
[
]
¢
)
=
opcode
split
;
byte
min
(
byte
,
byte
)
=
opcode
min
;
byte
min
(
byte
[
to
]
)
=
opcode
min
;
byte
max
(
byte
,
byte
)
=
opcode
max
;
byte
max
(
byte
[
to
]
)
=
opcode
max
;
uint
find
(
byte
[
to
]
,
byte
)
=
opcode
find
;
uint
find
(
byte
[
to
]
,
byte
[
]
¢
)
=
opcode
find
;
uint
rfind
(
byte
[
to
]
,
byte
)
=
opcode
rfind
;
uint
rfind
(
byte
[
to
]
,
byte
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
byte
[
]
&
)
=
opcode
shrinktofit
byte
[
to
]
substr
(
byte
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
byte
[
to
]
midstr
(
byte
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
byte
[
to
]
leftstr
(
byte
[
]
¢
,
uint
n
)
=
opcode
leftstr
byte
[
to
]
rightstr
(
byte
[
]
¢
,
uint
n
)
=
opcode
rightstr
byte
numval
(
utf8str
¢
)
=
opcode
numval
byte
numval
(
ucs1str
¢
)
=
opcode
numval
byte
numval
(
ucs2str
¢
)
=
opcode
numval
byte
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
ubyte
[
to
]
)
=
opcode
flip
;
void
rol
(
ubyte
[
to
]
)
=
opcode
rol
;
void
ror
(
ubyte
[
to
]
)
=
opcode
ror
;
void
sort
(
ubyte
[
to
]
)
=
opcode
sort
;
void
rsort
(
ubyte
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ubyte
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ubyte
[
to
]
)
=
opcode
revert
;
ubyte
[
]
join
(
ubyte
[
]
[
]
¢
,
ubyte
)
=
opcode
join
;
ubyte
[
]
join
(
ubyte
[
]
[
]
¢
,
ubyte
[
]
¢
)
=
opcode
join
;
ubyte
[
]
[
]
split
(
ubyte
[
]
¢
,
ubyte
)
=
opcode
split
;
ubyte
[
]
[
]
split
(
ubyte
[
]
¢
,
ubyte
[
]
¢
)
=
opcode
split
;
ubyte
min
(
ubyte
,
ubyte
)
=
opcode
min
;
ubyte
min
(
ubyte
[
to
]
)
=
opcode
min
;
ubyte
max
(
ubyte
,
ubyte
)
=
opcode
max
;
ubyte
max
(
ubyte
[
to
]
)
=
opcode
max
;
uint
find
(
ubyte
[
to
]
,
ubyte
)
=
opcode
find
;
uint
find
(
ubyte
[
to
]
,
ubyte
[
]
¢
)
=
opcode
find
;
uint
rfind
(
ubyte
[
to
]
,
ubyte
)
=
opcode
rfind
;
uint
rfind
(
ubyte
[
to
]
,
ubyte
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
ubyte
[
]
&
)
=
opcode
shrinktofit
ubyte
[
to
]
substr
(
ubyte
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
ubyte
[
to
]
midstr
(
ubyte
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
ubyte
[
to
]
leftstr
(
ubyte
[
]
¢
,
uint
n
)
=
opcode
leftstr
ubyte
[
to
]
rightstr
(
ubyte
[
]
¢
,
uint
n
)
=
opcode
rightstr
ubyte
numval
(
utf8str
¢
)
=
opcode
numval
ubyte
numval
(
ucs1str
¢
)
=
opcode
numval
ubyte
numval
(
ucs2str
¢
)
=
opcode
numval
ubyte
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
short
[
to
]
)
=
opcode
flip
;
void
rol
(
short
[
to
]
)
=
opcode
rol
;
void
ror
(
short
[
to
]
)
=
opcode
ror
;
void
sort
(
short
[
to
]
)
=
opcode
sort
;
void
rsort
(
short
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
short
[
to
]
)
=
opcode
shuffle
;
void
revert
(
short
[
to
]
)
=
opcode
revert
;
short
[
]
join
(
short
[
]
[
]
¢
,
short
)
=
opcode
join
;
short
[
]
join
(
short
[
]
[
]
¢
,
short
[
]
¢
)
=
opcode
join
;
short
[
]
[
]
split
(
short
[
]
¢
,
short
)
=
opcode
split
;
short
[
]
[
]
split
(
short
[
]
¢
,
short
[
]
¢
)
=
opcode
split
;
short
min
(
short
,
short
)
=
opcode
min
;
short
min
(
short
[
to
]
)
=
opcode
min
;
short
max
(
short
,
short
)
=
opcode
max
;
short
max
(
short
[
to
]
)
=
opcode
max
;
uint
find
(
short
[
to
]
,
short
)
=
opcode
find
;
uint
find
(
short
[
to
]
,
short
[
]
¢
)
=
opcode
find
;
uint
rfind
(
short
[
to
]
,
short
)
=
opcode
rfind
;
uint
rfind
(
short
[
to
]
,
short
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
short
[
]
&
)
=
opcode
shrinktofit
short
[
to
]
substr
(
short
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
short
[
to
]
midstr
(
short
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
short
[
to
]
leftstr
(
short
[
]
¢
,
uint
n
)
=
opcode
leftstr
short
[
to
]
rightstr
(
short
[
]
¢
,
uint
n
)
=
opcode
rightstr
short
numval
(
utf8str
¢
)
=
opcode
numval
short
numval
(
ucs1str
¢
)
=
opcode
numval
short
numval
(
ucs2str
¢
)
=
opcode
numval
short
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
ushort
[
to
]
)
=
opcode
flip
;
void
rol
(
ushort
[
to
]
)
=
opcode
rol
;
void
ror
(
ushort
[
to
]
)
=
opcode
ror
;
void
sort
(
ushort
[
to
]
)
=
opcode
sort
;
void
rsort
(
ushort
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ushort
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ushort
[
to
]
)
=
opcode
revert
;
ushort
[
]
join
(
ushort
[
]
[
]
¢
,
ushort
)
=
opcode
join
;
ushort
[
]
join
(
ushort
[
]
[
]
¢
,
ushort
[
]
¢
)
=
opcode
join
;
ushort
[
]
[
]
split
(
ushort
[
]
¢
,
ushort
)
=
opcode
split
;
ushort
[
]
[
]
split
(
ushort
[
]
¢
,
ushort
[
]
¢
)
=
opcode
split
;
ushort
min
(
ushort
,
ushort
)
=
opcode
min
;
ushort
min
(
ushort
[
to
]
)
=
opcode
min
;
ushort
max
(
ushort
,
ushort
)
=
opcode
max
;
ushort
max
(
ushort
[
to
]
)
=
opcode
max
;
uint
find
(
ushort
[
to
]
,
ushort
)
=
opcode
find
;
uint
find
(
ushort
[
to
]
,
ushort
[
]
¢
)
=
opcode
find
;
uint
rfind
(
ushort
[
to
]
,
ushort
)
=
opcode
rfind
;
uint
rfind
(
ushort
[
to
]
,
ushort
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
ushort
[
]
&
)
=
opcode
shrinktofit
ushort
[
to
]
substr
(
ushort
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
ushort
[
to
]
midstr
(
ushort
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
ushort
[
to
]
leftstr
(
ushort
[
]
¢
,
uint
n
)
=
opcode
leftstr
ushort
[
to
]
rightstr
(
ushort
[
]
¢
,
uint
n
)
=
opcode
rightstr
ushort
numval
(
utf8str
¢
)
=
opcode
numval
ushort
numval
(
ucs1str
¢
)
=
opcode
numval
ushort
numval
(
ucs2str
¢
)
=
opcode
numval
ushort
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
int
[
to
]
)
=
opcode
flip
;
void
rol
(
int
[
to
]
)
=
opcode
rol
;
void
ror
(
int
[
to
]
)
=
opcode
ror
;
void
sort
(
int
[
to
]
)
=
opcode
sort
;
void
rsort
(
int
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
int
[
to
]
)
=
opcode
shuffle
;
void
revert
(
int
[
to
]
)
=
opcode
revert
;
int
[
]
join
(
int
[
]
[
]
¢
,
int
)
=
opcode
join
;
int
[
]
join
(
int
[
]
[
]
¢
,
int
[
]
¢
)
=
opcode
join
;
int
[
]
[
]
split
(
int
[
]
¢
,
int
)
=
opcode
split
;
int
[
]
[
]
split
(
int
[
]
¢
,
int
[
]
¢
)
=
opcode
split
;
int
min
(
int
,
int
)
=
opcode
min
;
int
min
(
int
[
to
]
)
=
opcode
min
;
int
max
(
int
,
int
)
=
opcode
max
;
int
max
(
int
[
to
]
)
=
opcode
max
;
uint
find
(
int
[
to
]
,
int
)
=
opcode
find
;
uint
find
(
int
[
to
]
,
int
[
]
¢
)
=
opcode
find
;
uint
rfind
(
int
[
to
]
,
int
)
=
opcode
rfind
;
uint
rfind
(
int
[
to
]
,
int
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
int
[
]
&
)
=
opcode
shrinktofit
int
[
to
]
substr
(
int
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
int
[
to
]
midstr
(
int
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
int
[
to
]
leftstr
(
int
[
]
¢
,
uint
n
)
=
opcode
leftstr
int
[
to
]
rightstr
(
int
[
]
¢
,
uint
n
)
=
opcode
rightstr
int
numval
(
utf8str
¢
)
=
opcode
numval
int
numval
(
ucs1str
¢
)
=
opcode
numval
int
numval
(
ucs2str
¢
)
=
opcode
numval
int
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
uint
[
to
]
)
=
opcode
flip
;
void
rol
(
uint
[
to
]
)
=
opcode
rol
;
void
ror
(
uint
[
to
]
)
=
opcode
ror
;
void
sort
(
uint
[
to
]
)
=
opcode
sort
;
void
rsort
(
uint
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
uint
[
to
]
)
=
opcode
shuffle
;
void
revert
(
uint
[
to
]
)
=
opcode
revert
;
uint
[
]
join
(
uint
[
]
[
]
¢
,
uint
)
=
opcode
join
;
uint
[
]
join
(
uint
[
]
[
]
¢
,
uint
[
]
¢
)
=
opcode
join
;
uint
[
]
[
]
split
(
uint
[
]
¢
,
uint
)
=
opcode
split
;
uint
[
]
[
]
split
(
uint
[
]
¢
,
uint
[
]
¢
)
=
opcode
split
;
uint
min
(
uint
,
uint
)
=
opcode
min
;
uint
min
(
uint
[
to
]
)
=
opcode
min
;
uint
max
(
uint
,
uint
)
=
opcode
max
;
uint
max
(
uint
[
to
]
)
=
opcode
max
;
uint
find
(
uint
[
to
]
,
uint
)
=
opcode
find
;
uint
find
(
uint
[
to
]
,
uint
[
]
¢
)
=
opcode
find
;
uint
rfind
(
uint
[
to
]
,
uint
)
=
opcode
rfind
;
uint
rfind
(
uint
[
to
]
,
uint
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
uint
[
]
&
)
=
opcode
shrinktofit
uint
[
to
]
substr
(
uint
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
uint
[
to
]
midstr
(
uint
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
uint
[
to
]
leftstr
(
uint
[
]
¢
,
uint
n
)
=
opcode
leftstr
uint
[
to
]
rightstr
(
uint
[
]
¢
,
uint
n
)
=
opcode
rightstr
uint
numval
(
utf8str
¢
)
=
opcode
numval
uint
numval
(
ucs1str
¢
)
=
opcode
numval
uint
numval
(
ucs2str
¢
)
=
opcode
numval
uint
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
long
[
to
]
)
=
opcode
flip
;
void
rol
(
long
[
to
]
)
=
opcode
rol
;
void
ror
(
long
[
to
]
)
=
opcode
ror
;
void
sort
(
long
[
to
]
)
=
opcode
sort
;
void
rsort
(
long
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
long
[
to
]
)
=
opcode
shuffle
;
void
revert
(
long
[
to
]
)
=
opcode
revert
;
long
[
]
join
(
long
[
]
[
]
¢
,
long
)
=
opcode
join
;
long
[
]
join
(
long
[
]
[
]
¢
,
long
[
]
¢
)
=
opcode
join
;
long
[
]
[
]
split
(
long
[
]
¢
,
long
)
=
opcode
split
;
long
[
]
[
]
split
(
long
[
]
¢
,
long
[
]
¢
)
=
opcode
split
;
long
min
(
long
,
long
)
=
opcode
min
;
long
min
(
long
[
to
]
)
=
opcode
min
;
long
max
(
long
,
long
)
=
opcode
max
;
long
max
(
long
[
to
]
)
=
opcode
max
;
uint
find
(
long
[
to
]
,
long
)
=
opcode
find
;
uint
find
(
long
[
to
]
,
long
[
]
¢
)
=
opcode
find
;
uint
rfind
(
long
[
to
]
,
long
)
=
opcode
rfind
;
uint
rfind
(
long
[
to
]
,
long
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
long
[
]
&
)
=
opcode
shrinktofit
long
[
to
]
substr
(
long
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
long
[
to
]
midstr
(
long
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
long
[
to
]
leftstr
(
long
[
]
¢
,
uint
n
)
=
opcode
leftstr
long
[
to
]
rightstr
(
long
[
]
¢
,
uint
n
)
=
opcode
rightstr
long
numval
(
utf8str
¢
)
=
opcode
numval
long
numval
(
ucs1str
¢
)
=
opcode
numval
long
numval
(
ucs2str
¢
)
=
opcode
numval
long
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
ulong
[
to
]
)
=
opcode
flip
;
void
rol
(
ulong
[
to
]
)
=
opcode
rol
;
void
ror
(
ulong
[
to
]
)
=
opcode
ror
;
void
sort
(
ulong
[
to
]
)
=
opcode
sort
;
void
rsort
(
ulong
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ulong
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ulong
[
to
]
)
=
opcode
revert
;
ulong
[
]
join
(
ulong
[
]
[
]
¢
,
ulong
)
=
opcode
join
;
ulong
[
]
join
(
ulong
[
]
[
]
¢
,
ulong
[
]
¢
)
=
opcode
join
;
ulong
[
]
[
]
split
(
ulong
[
]
¢
,
ulong
)
=
opcode
split
;
ulong
[
]
[
]
split
(
ulong
[
]
¢
,
ulong
[
]
¢
)
=
opcode
split
;
ulong
min
(
ulong
,
ulong
)
=
opcode
min
;
ulong
min
(
ulong
[
to
]
)
=
opcode
min
;
ulong
max
(
ulong
,
ulong
)
=
opcode
max
;
ulong
max
(
ulong
[
to
]
)
=
opcode
max
;
uint
find
(
ulong
[
to
]
,
ulong
)
=
opcode
find
;
uint
find
(
ulong
[
to
]
,
ulong
[
]
¢
)
=
opcode
find
;
uint
rfind
(
ulong
[
to
]
,
ulong
)
=
opcode
rfind
;
uint
rfind
(
ulong
[
to
]
,
ulong
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
ulong
[
]
&
)
=
opcode
shrinktofit
ulong
[
to
]
substr
(
ulong
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
ulong
[
to
]
midstr
(
ulong
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
ulong
[
to
]
leftstr
(
ulong
[
]
¢
,
uint
n
)
=
opcode
leftstr
ulong
[
to
]
rightstr
(
ulong
[
]
¢
,
uint
n
)
=
opcode
rightstr
ulong
numval
(
utf8str
¢
)
=
opcode
numval
ulong
numval
(
ucs1str
¢
)
=
opcode
numval
ulong
numval
(
ucs2str
¢
)
=
opcode
numval
ulong
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
utf8char
[
to
]
)
=
opcode
flip
;
void
rol
(
utf8char
[
to
]
)
=
opcode
rol
;
void
ror
(
utf8char
[
to
]
)
=
opcode
ror
;
void
sort
(
utf8char
[
to
]
)
=
opcode
sort
;
void
rsort
(
utf8char
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
utf8char
[
to
]
)
=
opcode
shuffle
;
void
revert
(
utf8char
[
to
]
)
=
opcode
revert
;
utf8char
[
]
join
(
utf8char
[
]
[
]
¢
,
utf8char
)
=
opcode
join
;
utf8char
[
]
join
(
utf8char
[
]
[
]
¢
,
utf8char
[
]
¢
)
=
opcode
join
;
utf8char
[
]
[
]
split
(
utf8char
[
]
¢
,
utf8char
)
=
opcode
split
;
utf8char
[
]
[
]
split
(
utf8char
[
]
¢
,
utf8char
[
]
¢
)
=
opcode
split
;
utf8char
min
(
utf8char
,
utf8char
)
=
opcode
min
;
utf8char
min
(
utf8char
[
to
]
)
=
opcode
min
;
utf8char
max
(
utf8char
,
utf8char
)
=
opcode
max
;
utf8char
max
(
utf8char
[
to
]
)
=
opcode
max
;
uint
find
(
utf8char
[
to
]
,
utf8char
)
=
opcode
find
;
uint
find
(
utf8char
[
to
]
,
utf8char
[
]
¢
)
=
opcode
find
;
uint
rfind
(
utf8char
[
to
]
,
utf8char
)
=
opcode
rfind
;
uint
rfind
(
utf8char
[
to
]
,
utf8char
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
utf8char
[
]
&
)
=
opcode
shrinktofit
utf8char
[
to
]
substr
(
utf8char
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
utf8char
[
to
]
midstr
(
utf8char
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
utf8char
[
to
]
leftstr
(
utf8char
[
]
¢
,
uint
n
)
=
opcode
leftstr
utf8char
[
to
]
rightstr
(
utf8char
[
]
¢
,
uint
n
)
=
opcode
rightstr
utf8char
numval
(
utf8str
¢
)
=
opcode
numval
utf8char
numval
(
ucs1str
¢
)
=
opcode
numval
utf8char
numval
(
ucs2str
¢
)
=
opcode
numval
utf8char
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
ucs1char
[
to
]
)
=
opcode
flip
;
void
rol
(
ucs1char
[
to
]
)
=
opcode
rol
;
void
ror
(
ucs1char
[
to
]
)
=
opcode
ror
;
void
sort
(
ucs1char
[
to
]
)
=
opcode
sort
;
void
rsort
(
ucs1char
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ucs1char
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ucs1char
[
to
]
)
=
opcode
revert
;
ucs1char
[
]
join
(
ucs1char
[
]
[
]
¢
,
ucs1char
)
=
opcode
join
;
ucs1char
[
]
join
(
ucs1char
[
]
[
]
¢
,
ucs1char
[
]
¢
)
=
opcode
join
;
ucs1char
[
]
[
]
split
(
ucs1char
[
]
¢
,
ucs1char
)
=
opcode
split
;
ucs1char
[
]
[
]
split
(
ucs1char
[
]
¢
,
ucs1char
[
]
¢
)
=
opcode
split
;
ucs1char
min
(
ucs1char
,
ucs1char
)
=
opcode
min
;
ucs1char
min
(
ucs1char
[
to
]
)
=
opcode
min
;
ucs1char
max
(
ucs1char
,
ucs1char
)
=
opcode
max
;
ucs1char
max
(
ucs1char
[
to
]
)
=
opcode
max
;
uint
find
(
ucs1char
[
to
]
,
ucs1char
)
=
opcode
find
;
uint
find
(
ucs1char
[
to
]
,
ucs1char
[
]
¢
)
=
opcode
find
;
uint
rfind
(
ucs1char
[
to
]
,
ucs1char
)
=
opcode
rfind
;
uint
rfind
(
ucs1char
[
to
]
,
ucs1char
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
ucs1char
[
]
&
)
=
opcode
shrinktofit
ucs1char
[
to
]
substr
(
ucs1char
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
ucs1char
[
to
]
midstr
(
ucs1char
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
ucs1char
[
to
]
leftstr
(
ucs1char
[
]
¢
,
uint
n
)
=
opcode
leftstr
ucs1char
[
to
]
rightstr
(
ucs1char
[
]
¢
,
uint
n
)
=
opcode
rightstr
ucs1char
numval
(
utf8str
¢
)
=
opcode
numval
ucs1char
numval
(
ucs1str
¢
)
=
opcode
numval
ucs1char
numval
(
ucs2str
¢
)
=
opcode
numval
ucs1char
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
ucs2char
[
to
]
)
=
opcode
flip
;
void
rol
(
ucs2char
[
to
]
)
=
opcode
rol
;
void
ror
(
ucs2char
[
to
]
)
=
opcode
ror
;
void
sort
(
ucs2char
[
to
]
)
=
opcode
sort
;
void
rsort
(
ucs2char
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ucs2char
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ucs2char
[
to
]
)
=
opcode
revert
;
ucs2char
[
]
join
(
ucs2char
[
]
[
]
¢
,
ucs2char
)
=
opcode
join
;
ucs2char
[
]
join
(
ucs2char
[
]
[
]
¢
,
ucs2char
[
]
¢
)
=
opcode
join
;
ucs2char
[
]
[
]
split
(
ucs2char
[
]
¢
,
ucs2char
)
=
opcode
split
;
ucs2char
[
]
[
]
split
(
ucs2char
[
]
¢
,
ucs2char
[
]
¢
)
=
opcode
split
;
ucs2char
min
(
ucs2char
,
ucs2char
)
=
opcode
min
;
ucs2char
min
(
ucs2char
[
to
]
)
=
opcode
min
;
ucs2char
max
(
ucs2char
,
ucs2char
)
=
opcode
max
;
ucs2char
max
(
ucs2char
[
to
]
)
=
opcode
max
;
uint
find
(
ucs2char
[
to
]
,
ucs2char
)
=
opcode
find
;
uint
find
(
ucs2char
[
to
]
,
ucs2char
[
]
¢
)
=
opcode
find
;
uint
rfind
(
ucs2char
[
to
]
,
ucs2char
)
=
opcode
rfind
;
uint
rfind
(
ucs2char
[
to
]
,
ucs2char
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
ucs2char
[
]
&
)
=
opcode
shrinktofit
ucs2char
[
to
]
substr
(
ucs2char
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
ucs2char
[
to
]
midstr
(
ucs2char
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
ucs2char
[
to
]
leftstr
(
ucs2char
[
]
¢
,
uint
n
)
=
opcode
leftstr
ucs2char
[
to
]
rightstr
(
ucs2char
[
]
¢
,
uint
n
)
=
opcode
rightstr
ucs2char
numval
(
utf8str
¢
)
=
opcode
numval
ucs2char
numval
(
ucs1str
¢
)
=
opcode
numval
ucs2char
numval
(
ucs2str
¢
)
=
opcode
numval
ucs2char
numval
(
ucs4str
¢
)
=
opcode
numval
void
flip
(
ucs4char
[
to
]
)
=
opcode
flip
;
void
rol
(
ucs4char
[
to
]
)
=
opcode
rol
;
void
ror
(
ucs4char
[
to
]
)
=
opcode
ror
;
void
sort
(
ucs4char
[
to
]
)
=
opcode
sort
;
void
rsort
(
ucs4char
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ucs4char
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ucs4char
[
to
]
)
=
opcode
revert
;
ucs4char
[
]
join
(
ucs4char
[
]
[
]
¢
,
ucs4char
)
=
opcode
join
;
ucs4char
[
]
join
(
ucs4char
[
]
[
]
¢
,
ucs4char
[
]
¢
)
=
opcode
join
;
ucs4char
[
]
[
]
split
(
ucs4char
[
]
¢
,
ucs4char
)
=
opcode
split
;
ucs4char
[
]
[
]
split
(
ucs4char
[
]
¢
,
ucs4char
[
]
¢
)
=
opcode
split
;
ucs4char
min
(
ucs4char
,
ucs4char
)
=
opcode
min
;
ucs4char
min
(
ucs4char
[
to
]
)
=
opcode
min
;
ucs4char
max
(
ucs4char
,
ucs4char
)
=
opcode
max
;
ucs4char
max
(
ucs4char
[
to
]
)
=
opcode
max
;
uint
find
(
ucs4char
[
to
]
,
ucs4char
)
=
opcode
find
;
uint
find
(
ucs4char
[
to
]
,
ucs4char
[
]
¢
)
=
opcode
find
;
uint
rfind
(
ucs4char
[
to
]
,
ucs4char
)
=
opcode
rfind
;
uint
rfind
(
ucs4char
[
to
]
,
ucs4char
[
]
¢
)
=
opcode
rfind
;
void
shrinktofit
(
ucs4char
[
]
&
)
=
opcode
shrinktofit
ucs4char
[
to
]
substr
(
ucs4char
[
]
¢
,
uint
a
,
uint
e
)
=
opcode
substr
ucs4char
[
to
]
midstr
(
ucs4char
[
]
¢
,
uint
i
,
uint
n
)
=
opcode
midstr
ucs4char
[
to
]
leftstr
(
ucs4char
[
]
¢
,
uint
n
)
=
opcode
leftstr
ucs4char
[
to
]
rightstr
(
ucs4char
[
]
¢
,
uint
n
)
=
opcode
rightstr
ucs4char
numval
(
utf8str
¢
)
=
opcode
numval
ucs4char
numval
(
ucs1str
¢
)
=
opcode
numval
ucs4char
numval
(
ucs2str
¢
)
=
opcode
numval
ucs4char
numval
(
ucs4str
¢
)
=
opcode
numval
bool
is_letter
(
uint
)
=
opcode
is_letter
bool
is_bin_digit
(
uint
)
=
opcode
is_bin_digit
bool
is_dec_digit
(
uint
)
=
opcode
is_dec_digit
bool
is_hex_digit
(
uint
)
=
opcode
is_hex_digit
uint
digit_value
(
uint
)
=
opcode
digit_value
scope
ucs4str
{
ucs4char
[
]
spacestr
(
uint
)
=
opcode
spacestr
;
ucs4char
[
]
spacestr
(
uint
,
ucs4char
)
=
opcode
spacestr
;
ucs4char
[
]
charstr
(
uint
)
=
opcode
charstr
;
ucs4char
hexchar
(
uint
)
ucs4char
[
]
hexstr
(
uint8
)
=
opcode
hexstr
;
ucs4char
[
]
hexstr
(
uint16
)
=
opcode
hexstr
;
ucs4char
[
]
hexstr
(
uint32
)
=
opcode
hexstr
;
ucs4char
[
]
hexstr
(
uint64
)
=
opcode
hexstr
;
ucs4char
[
]
hexstr
(
uint
,
uint
digits
)
=
opcode
hexstr
;
ucs4char
[
]
hexstr
(
ulong
,
uint
digits
)
=
opcode
hexstr
;
ucs4char
[
]
binstr
(
uint8
)
=
opcode
binstr
;
ucs4char
[
]
binstr
(
uint16
)
=
opcode
binstr
;
ucs4char
[
]
binstr
(
uint32
)
=
opcode
binstr
;
ucs4char
[
]
binstr
(
uint64
)
=
opcode
binstr
;
ucs4char
[
]
binstr
(
uint
,
uint
digits
)
=
opcode
binstr
;
ucs4char
[
]
binstr
(
ulong
,
uint
digits
)
=
opcode
binstr
;
ucs4char
[
]
binstr
(
uint
,
ucs4char
[
]
¢
o
,
ucs4char
[
]
¢
l
)
=
opcode
binstr
;
ucs4char
[
]
binstr
(
ulong
,
ucs4char
[
]
¢
o
,
ucs4char
[
]
¢
l
)
=
opcode
binstr
;
ucs4char
[
]
numstr
(
int
)
=
opcode
numstr
;
ucs4char
[
]
numstr
(
uint
)
=
opcode
numstr
;
ucs4char
[
]
numstr
(
long
)
=
opcode
numstr
;
ucs4char
[
]
numstr
(
ulong
)
=
opcode
numstr
;
ucs4char
[
]
toupper
(
ucs4char
[
]
¢
)
=
opcode
toupper
;
ucs4char
[
]
tolower
(
ucs4char
[
]
¢
)
=
opcode
tolower
;
ucs4char
[
]
escape
(
ucs4char
[
]
¢
,
ucs4char
leftquote
)
=
opcode
escape
;
ucs4char
[
]
unescape
(
ucs4char
[
]
¢
)
=
opcode
unescape
;
ucs4char
[
]
urlencode
(
ucs4char
[
]
¢
)
=
opcode
urlencode
;
ucs4char
[
]
urldecode
(
ucs4char
[
]
¢
)
=
opcode
urldecode
;
ucs4char
[
]
entab
(
ucs4char
[
]
¢
,
uint
tabwidth
)
=
opcode
entab
;
ucs4char
[
]
detab
(
ucs4char
[
]
¢
,
uint
tabwidth
)
=
opcode
detab
;
ucs4char
[
]
toupper
(
ucs4char
[
to
]
)
=
opcode
toupper
;
ucs4char
[
]
tolower
(
ucs4char
[
to
]
)
=
opcode
tolower
;
ucs4char
[
]
escape
(
ucs4char
[
to
]
,
ucs4char
leftquote
)
=
opcode
escape
;
ucs4char
[
]
unescape
(
ucs4char
[
to
]
)
=
opcode
unescape
;
ucs4char
[
]
urlencode
(
ucs4char
[
to
]
)
=
opcode
urlencode
;
ucs4char
[
]
urldecode
(
ucs4char
[
to
]
)
=
opcode
urldecode
;
ucs4char
[
]
entab
(
ucs4char
[
to
]
,
uint
tabwidth
)
=
opcode
entab
;
ucs4char
[
]
detab
(
ucs4char
[
to
]
,
uint
tabwidth
)
=
opcode
detab
;
ucs1str
toucs1
(
ucs4char
[
]
¢
)
=
opcode
toucs1
;
ucs2str
toucs2
(
ucs4char
[
]
¢
)
=
opcode
toucs2
;
ucs4str
toucs4
(
ucs4char
[
]
¢
)
=
opcode
toucs4
;
utf8str
toutf8
(
ucs4char
[
]
¢
)
=
opcode
toutf8
;
ucs1str
toucs1
(
ucs4char
[
to
]
)
=
opcode
toucs1
;
ucs2str
toucs2
(
ucs4char
[
to
]
)
=
opcode
toucs2
;
ucs4str
toucs4
(
ucs4char
[
to
]
)
=
opcode
toucs4
;
utf8str
toutf8
(
ucs4char
[
to
]
)
=
opcode
toutf8
;
ucs4char
[
]
min
(
ucs4char
[
]
,
ucs4char
[
]
)
=
opcode
min
;
ucs4char
[
]
min
(
ucs4char
[
]
,
ucs4char
[
]
¢
)
=
opcode
min
;
ucs4char
[
]
min
(
ucs4char
[
]
¢
,
ucs4char
[
]
)
=
opcode
min
;
ucs4char
[
]
¢
min
(
ucs4char
[
]
¢
,
ucs4char
[
]
¢
)
=
opcode
min
;
ucs4char
[
]
¢
min
(
ucs4char
[
]
[
]
¢
)
=
opcode
min
;
ucs4char
[
]
¢
min
(
ucs4char
[
]
[
to
]
)
=
opcode
min
;
ucs4char
[
]
max
(
ucs4char
[
]
,
ucs4char
[
]
)
=
opcode
max
;
ucs4char
[
]
max
(
ucs4char
[
]
,
ucs4char
[
]
¢
)
=
opcode
max
;
ucs4char
[
]
max
(
ucs4char
[
]
¢
,
ucs4char
[
]
)
=
opcode
max
;
ucs4char
[
]
¢
max
(
ucs4char
[
]
¢
,
ucs4char
[
]
¢
)
=
opcode
max
;
ucs4char
[
]
¢
max
(
ucs4char
[
]
[
]
¢
)
=
opcode
max
;
ucs4char
[
]
¢
max
(
ucs4char
[
]
[
to
]
)
=
opcode
max
;
void
flip
(
ucs4char
[
]
[
to
]
)
=
opcode
flip
;
void
rol
(
ucs4char
[
]
[
to
]
)
=
opcode
rol
;
void
ror
(
ucs4char
[
]
[
to
]
)
=
opcode
ror
;
void
sort
(
ucs4char
[
]
[
to
]
)
=
opcode
sort
;
void
rsort
(
ucs4char
[
]
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ucs4char
[
]
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ucs4char
[
]
[
to
]
)
=
opcode
revert
;
}
scope
ucs2str
{
ucs2char
[
]
spacestr
(
uint
)
=
opcode
spacestr
;
ucs2char
[
]
spacestr
(
uint
,
ucs2char
)
=
opcode
spacestr
;
ucs2char
[
]
charstr
(
uint
)
=
opcode
charstr
;
ucs2char
hexchar
(
uint
)
ucs2char
[
]
hexstr
(
uint8
)
=
opcode
hexstr
;
ucs2char
[
]
hexstr
(
uint16
)
=
opcode
hexstr
;
ucs2char
[
]
hexstr
(
uint32
)
=
opcode
hexstr
;
ucs2char
[
]
hexstr
(
uint64
)
=
opcode
hexstr
;
ucs2char
[
]
hexstr
(
uint
,
uint
digits
)
=
opcode
hexstr
;
ucs2char
[
]
hexstr
(
ulong
,
uint
digits
)
=
opcode
hexstr
;
ucs2char
[
]
binstr
(
uint8
)
=
opcode
binstr
;
ucs2char
[
]
binstr
(
uint16
)
=
opcode
binstr
;
ucs2char
[
]
binstr
(
uint32
)
=
opcode
binstr
;
ucs2char
[
]
binstr
(
uint64
)
=
opcode
binstr
;
ucs2char
[
]
binstr
(
uint
,
uint
digits
)
=
opcode
binstr
;
ucs2char
[
]
binstr
(
ulong
,
uint
digits
)
=
opcode
binstr
;
ucs2char
[
]
binstr
(
uint
,
ucs2char
[
]
¢
o
,
ucs2char
[
]
¢
l
)
=
opcode
binstr
;
ucs2char
[
]
binstr
(
ulong
,
ucs2char
[
]
¢
o
,
ucs2char
[
]
¢
l
)
=
opcode
binstr
;
ucs2char
[
]
numstr
(
int
)
=
opcode
numstr
;
ucs2char
[
]
numstr
(
uint
)
=
opcode
numstr
;
ucs2char
[
]
numstr
(
long
)
=
opcode
numstr
;
ucs2char
[
]
numstr
(
ulong
)
=
opcode
numstr
;
ucs2char
[
]
toupper
(
ucs2char
[
]
¢
)
=
opcode
toupper
;
ucs2char
[
]
tolower
(
ucs2char
[
]
¢
)
=
opcode
tolower
;
ucs2char
[
]
escape
(
ucs2char
[
]
¢
,
ucs2char
leftquote
)
=
opcode
escape
;
ucs2char
[
]
unescape
(
ucs2char
[
]
¢
)
=
opcode
unescape
;
ucs2char
[
]
urlencode
(
ucs2char
[
]
¢
)
=
opcode
urlencode
;
ucs2char
[
]
urldecode
(
ucs2char
[
]
¢
)
=
opcode
urldecode
;
ucs2char
[
]
entab
(
ucs2char
[
]
¢
,
uint
tabwidth
)
=
opcode
entab
;
ucs2char
[
]
detab
(
ucs2char
[
]
¢
,
uint
tabwidth
)
=
opcode
detab
;
ucs2char
[
]
toupper
(
ucs2char
[
to
]
)
=
opcode
toupper
;
ucs2char
[
]
tolower
(
ucs2char
[
to
]
)
=
opcode
tolower
;
ucs2char
[
]
escape
(
ucs2char
[
to
]
,
ucs2char
leftquote
)
=
opcode
escape
;
ucs2char
[
]
unescape
(
ucs2char
[
to
]
)
=
opcode
unescape
;
ucs2char
[
]
urlencode
(
ucs2char
[
to
]
)
=
opcode
urlencode
;
ucs2char
[
]
urldecode
(
ucs2char
[
to
]
)
=
opcode
urldecode
;
ucs2char
[
]
entab
(
ucs2char
[
to
]
,
uint
tabwidth
)
=
opcode
entab
;
ucs2char
[
]
detab
(
ucs2char
[
to
]
,
uint
tabwidth
)
=
opcode
detab
;
ucs1str
toucs1
(
ucs2char
[
]
¢
)
=
opcode
toucs1
;
ucs2str
toucs2
(
ucs2char
[
]
¢
)
=
opcode
toucs2
;
ucs4str
toucs4
(
ucs2char
[
]
¢
)
=
opcode
toucs4
;
utf8str
toutf8
(
ucs2char
[
]
¢
)
=
opcode
toutf8
;
ucs1str
toucs1
(
ucs2char
[
to
]
)
=
opcode
toucs1
;
ucs2str
toucs2
(
ucs2char
[
to
]
)
=
opcode
toucs2
;
ucs4str
toucs4
(
ucs2char
[
to
]
)
=
opcode
toucs4
;
utf8str
toutf8
(
ucs2char
[
to
]
)
=
opcode
toutf8
;
ucs2char
[
]
min
(
ucs2char
[
]
,
ucs2char
[
]
)
=
opcode
min
;
ucs2char
[
]
min
(
ucs2char
[
]
,
ucs2char
[
]
¢
)
=
opcode
min
;
ucs2char
[
]
min
(
ucs2char
[
]
¢
,
ucs2char
[
]
)
=
opcode
min
;
ucs2char
[
]
¢
min
(
ucs2char
[
]
¢
,
ucs2char
[
]
¢
)
=
opcode
min
;
ucs2char
[
]
¢
min
(
ucs2char
[
]
[
]
¢
)
=
opcode
min
;
ucs2char
[
]
¢
min
(
ucs2char
[
]
[
to
]
)
=
opcode
min
;
ucs2char
[
]
max
(
ucs2char
[
]
,
ucs2char
[
]
)
=
opcode
max
;
ucs2char
[
]
max
(
ucs2char
[
]
,
ucs2char
[
]
¢
)
=
opcode
max
;
ucs2char
[
]
max
(
ucs2char
[
]
¢
,
ucs2char
[
]
)
=
opcode
max
;
ucs2char
[
]
¢
max
(
ucs2char
[
]
¢
,
ucs2char
[
]
¢
)
=
opcode
max
;
ucs2char
[
]
¢
max
(
ucs2char
[
]
[
]
¢
)
=
opcode
max
;
ucs2char
[
]
¢
max
(
ucs2char
[
]
[
to
]
)
=
opcode
max
;
void
flip
(
ucs2char
[
]
[
to
]
)
=
opcode
flip
;
void
rol
(
ucs2char
[
]
[
to
]
)
=
opcode
rol
;
void
ror
(
ucs2char
[
]
[
to
]
)
=
opcode
ror
;
void
sort
(
ucs2char
[
]
[
to
]
)
=
opcode
sort
;
void
rsort
(
ucs2char
[
]
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ucs2char
[
]
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ucs2char
[
]
[
to
]
)
=
opcode
revert
;
}
scope
ucs1str
{
ucs1char
[
]
spacestr
(
uint
)
=
opcode
spacestr
;
ucs1char
[
]
spacestr
(
uint
,
ucs1char
)
=
opcode
spacestr
;
ucs1char
[
]
charstr
(
uint
)
=
opcode
charstr
;
ucs1char
hexchar
(
uint
)
ucs1char
[
]
hexstr
(
uint8
)
=
opcode
hexstr
;
ucs1char
[
]
hexstr
(
uint16
)
=
opcode
hexstr
;
ucs1char
[
]
hexstr
(
uint32
)
=
opcode
hexstr
;
ucs1char
[
]
hexstr
(
uint64
)
=
opcode
hexstr
;
ucs1char
[
]
hexstr
(
uint
,
uint
digits
)
=
opcode
hexstr
;
ucs1char
[
]
hexstr
(
ulong
,
uint
digits
)
=
opcode
hexstr
;
ucs1char
[
]
binstr
(
uint8
)
=
opcode
binstr
;
ucs1char
[
]
binstr
(
uint16
)
=
opcode
binstr
;
ucs1char
[
]
binstr
(
uint32
)
=
opcode
binstr
;
ucs1char
[
]
binstr
(
uint64
)
=
opcode
binstr
;
ucs1char
[
]
binstr
(
uint
,
uint
digits
)
=
opcode
binstr
;
ucs1char
[
]
binstr
(
ulong
,
uint
digits
)
=
opcode
binstr
;
ucs1char
[
]
binstr
(
uint
,
ucs1char
[
]
¢
o
,
ucs1char
[
]
¢
l
)
=
opcode
binstr
;
ucs1char
[
]
binstr
(
ulong
,
ucs1char
[
]
¢
o
,
ucs1char
[
]
¢
l
)
=
opcode
binstr
;
ucs1char
[
]
numstr
(
int
)
=
opcode
numstr
;
ucs1char
[
]
numstr
(
uint
)
=
opcode
numstr
;
ucs1char
[
]
numstr
(
long
)
=
opcode
numstr
;
ucs1char
[
]
numstr
(
ulong
)
=
opcode
numstr
;
ucs1char
[
]
toupper
(
ucs1char
[
]
¢
)
=
opcode
toupper
;
ucs1char
[
]
tolower
(
ucs1char
[
]
¢
)
=
opcode
tolower
;
ucs1char
[
]
escape
(
ucs1char
[
]
¢
,
ucs1char
leftquote
)
=
opcode
escape
;
ucs1char
[
]
unescape
(
ucs1char
[
]
¢
)
=
opcode
unescape
;
ucs1char
[
]
urlencode
(
ucs1char
[
]
¢
)
=
opcode
urlencode
;
ucs1char
[
]
urldecode
(
ucs1char
[
]
¢
)
=
opcode
urldecode
;
ucs1char
[
]
entab
(
ucs1char
[
]
¢
,
uint
tabwidth
)
=
opcode
entab
;
ucs1char
[
]
detab
(
ucs1char
[
]
¢
,
uint
tabwidth
)
=
opcode
detab
;
ucs1char
[
]
toupper
(
ucs1char
[
to
]
)
=
opcode
toupper
;
ucs1char
[
]
tolower
(
ucs1char
[
to
]
)
=
opcode
tolower
;
ucs1char
[
]
escape
(
ucs1char
[
to
]
,
ucs1char
leftquote
)
=
opcode
escape
;
ucs1char
[
]
unescape
(
ucs1char
[
to
]
)
=
opcode
unescape
;
ucs1char
[
]
urlencode
(
ucs1char
[
to
]
)
=
opcode
urlencode
;
ucs1char
[
]
urldecode
(
ucs1char
[
to
]
)
=
opcode
urldecode
;
ucs1char
[
]
entab
(
ucs1char
[
to
]
,
uint
tabwidth
)
=
opcode
entab
;
ucs1char
[
]
detab
(
ucs1char
[
to
]
,
uint
tabwidth
)
=
opcode
detab
;
ucs1str
toucs1
(
ucs1char
[
]
¢
)
=
opcode
toucs1
;
ucs2str
toucs2
(
ucs1char
[
]
¢
)
=
opcode
toucs2
;
ucs4str
toucs4
(
ucs1char
[
]
¢
)
=
opcode
toucs4
;
utf8str
toutf8
(
ucs1char
[
]
¢
)
=
opcode
toutf8
;
ucs1str
toucs1
(
ucs1char
[
to
]
)
=
opcode
toucs1
;
ucs2str
toucs2
(
ucs1char
[
to
]
)
=
opcode
toucs2
;
ucs4str
toucs4
(
ucs1char
[
to
]
)
=
opcode
toucs4
;
utf8str
toutf8
(
ucs1char
[
to
]
)
=
opcode
toutf8
;
ucs1char
[
]
min
(
ucs1char
[
]
,
ucs1char
[
]
)
=
opcode
min
;
ucs1char
[
]
min
(
ucs1char
[
]
,
ucs1char
[
]
¢
)
=
opcode
min
;
ucs1char
[
]
min
(
ucs1char
[
]
¢
,
ucs1char
[
]
)
=
opcode
min
;
ucs1char
[
]
¢
min
(
ucs1char
[
]
¢
,
ucs1char
[
]
¢
)
=
opcode
min
;
ucs1char
[
]
¢
min
(
ucs1char
[
]
[
]
¢
)
=
opcode
min
;
ucs1char
[
]
¢
min
(
ucs1char
[
]
[
to
]
)
=
opcode
min
;
ucs1char
[
]
max
(
ucs1char
[
]
,
ucs1char
[
]
)
=
opcode
max
;
ucs1char
[
]
max
(
ucs1char
[
]
,
ucs1char
[
]
¢
)
=
opcode
max
;
ucs1char
[
]
max
(
ucs1char
[
]
¢
,
ucs1char
[
]
)
=
opcode
max
;
ucs1char
[
]
¢
max
(
ucs1char
[
]
¢
,
ucs1char
[
]
¢
)
=
opcode
max
;
ucs1char
[
]
¢
max
(
ucs1char
[
]
[
]
¢
)
=
opcode
max
;
ucs1char
[
]
¢
max
(
ucs1char
[
]
[
to
]
)
=
opcode
max
;
void
flip
(
ucs1char
[
]
[
to
]
)
=
opcode
flip
;
void
rol
(
ucs1char
[
]
[
to
]
)
=
opcode
rol
;
void
ror
(
ucs1char
[
]
[
to
]
)
=
opcode
ror
;
void
sort
(
ucs1char
[
]
[
to
]
)
=
opcode
sort
;
void
rsort
(
ucs1char
[
]
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
ucs1char
[
]
[
to
]
)
=
opcode
shuffle
;
void
revert
(
ucs1char
[
]
[
to
]
)
=
opcode
revert
;
}
scope
utf8str
{
utf8char
[
]
spacestr
(
uint
)
=
opcode
spacestr
;
utf8char
[
]
spacestr
(
uint
,
utf8char
)
=
opcode
spacestr
;
utf8char
[
]
charstr
(
uint
)
=
opcode
charstr
;
char
hexchar
(
uint
)
utf8char
[
]
hexstr
(
uint8
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint16
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint32
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint64
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint
,
uint
digits
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
ulong
,
uint
digits
)
=
opcode
hexstr
;
utf8char
[
]
binstr
(
uint8
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint16
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint32
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint64
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint
,
uint
digits
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
ulong
,
uint
digits
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint
,
utf8char
[
]
¢
o
,
utf8char
[
]
¢
l
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
ulong
,
utf8char
[
]
¢
o
,
utf8char
[
]
¢
l
)
=
opcode
binstr
;
utf8char
[
]
numstr
(
int
)
=
opcode
numstr
;
utf8char
[
]
numstr
(
uint
)
=
opcode
numstr
;
utf8char
[
]
numstr
(
long
)
=
opcode
numstr
;
utf8char
[
]
numstr
(
ulong
)
=
opcode
numstr
;
utf8char
[
]
toupper
(
utf8char
[
]
¢
)
=
opcode
toupper
;
utf8char
[
]
tolower
(
utf8char
[
]
¢
)
=
opcode
tolower
;
utf8char
[
]
escape
(
utf8char
[
]
¢
,
char
leftquote
)
=
opcode
escape
;
utf8char
[
]
unescape
(
utf8char
[
]
¢
)
=
opcode
unescape
;
utf8char
[
]
urlencode
(
utf8char
[
]
¢
)
=
opcode
urlencode
;
utf8char
[
]
urldecode
(
utf8char
[
]
¢
)
=
opcode
urldecode
;
utf8char
[
]
entab
(
utf8char
[
]
¢
,
uint
tabwidth
)
=
opcode
entab
;
utf8char
[
]
detab
(
utf8char
[
]
¢
,
uint
tabwidth
)
=
opcode
detab
;
utf8char
[
]
toupper
(
utf8char
[
to
]
)
=
opcode
toupper
;
utf8char
[
]
tolower
(
utf8char
[
to
]
)
=
opcode
tolower
;
utf8char
[
]
escape
(
utf8char
[
to
]
,
char
leftquote
)
=
opcode
escape
;
utf8char
[
]
unescape
(
utf8char
[
to
]
)
=
opcode
unescape
;
utf8char
[
]
urlencode
(
utf8char
[
to
]
)
=
opcode
urlencode
;
utf8char
[
]
urldecode
(
utf8char
[
to
]
)
=
opcode
urldecode
;
utf8char
[
]
entab
(
utf8char
[
to
]
,
uint
tabwidth
)
=
opcode
entab
;
utf8char
[
]
detab
(
utf8char
[
to
]
,
uint
tabwidth
)
=
opcode
detab
;
ucs1str
toucs1
(
utf8char
[
]
¢
)
=
opcode
toucs1
;
ucs2str
toucs2
(
utf8char
[
]
¢
)
=
opcode
toucs2
;
ucs4str
toucs4
(
utf8char
[
]
¢
)
=
opcode
toucs4
;
utf8str
toutf8
(
utf8char
[
]
¢
)
=
opcode
toutf8
;
ucs1str
toucs1
(
utf8char
[
to
]
)
=
opcode
toucs1
;
ucs2str
toucs2
(
utf8char
[
to
]
)
=
opcode
toucs2
;
ucs4str
toucs4
(
utf8char
[
to
]
)
=
opcode
toucs4
;
utf8str
toutf8
(
utf8char
[
to
]
)
=
opcode
toutf8
;
utf8char
[
]
min
(
utf8char
[
]
,
utf8char
[
]
)
=
opcode
min
;
utf8char
[
]
min
(
utf8char
[
]
,
utf8char
[
]
¢
)
=
opcode
min
;
utf8char
[
]
min
(
utf8char
[
]
¢
,
utf8char
[
]
)
=
opcode
min
;
utf8char
[
]
¢
min
(
utf8char
[
]
¢
,
utf8char
[
]
¢
)
=
opcode
min
;
utf8char
[
]
¢
min
(
utf8char
[
]
[
]
¢
)
=
opcode
min
;
utf8char
[
]
¢
min
(
utf8char
[
]
[
to
]
)
=
opcode
min
;
utf8char
[
]
max
(
utf8char
[
]
,
utf8char
[
]
)
=
opcode
max
;
utf8char
[
]
max
(
utf8char
[
]
,
utf8char
[
]
¢
)
=
opcode
max
;
utf8char
[
]
max
(
utf8char
[
]
¢
,
utf8char
[
]
)
=
opcode
max
;
utf8char
[
]
¢
max
(
utf8char
[
]
¢
,
utf8char
[
]
¢
)
=
opcode
max
;
utf8char
[
]
¢
max
(
utf8char
[
]
[
]
¢
)
=
opcode
max
;
utf8char
[
]
¢
max
(
utf8char
[
]
[
to
]
)
=
opcode
max
;
void
flip
(
utf8char
[
]
[
to
]
)
=
opcode
flip
;
void
rol
(
utf8char
[
]
[
to
]
)
=
opcode
rol
;
void
ror
(
utf8char
[
]
[
to
]
)
=
opcode
ror
;
void
sort
(
utf8char
[
]
[
to
]
)
=
opcode
sort
;
void
rsort
(
utf8char
[
]
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
utf8char
[
]
[
to
]
)
=
opcode
shuffle
;
void
revert
(
utf8char
[
]
[
to
]
)
=
opcode
revert
;
}
utf8char
[
]
spacestr
(
uint
)
=
opcode
spacestr
;
utf8char
[
]
spacestr
(
uint
,
utf8char
)
=
opcode
spacestr
;
utf8char
[
]
charstr
(
uint
)
=
opcode
charstr
;
char
hexchar
(
uint
)
utf8char
[
]
hexstr
(
uint8
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint16
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint32
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint64
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
uint
,
uint
digits
)
=
opcode
hexstr
;
utf8char
[
]
hexstr
(
ulong
,
uint
digits
)
=
opcode
hexstr
;
utf8char
[
]
binstr
(
uint8
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint16
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint32
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint64
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint
,
uint
digits
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
ulong
,
uint
digits
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
uint
,
utf8char
[
]
¢
o
,
utf8char
[
]
¢
l
)
=
opcode
binstr
;
utf8char
[
]
binstr
(
ulong
,
utf8char
[
]
¢
o
,
utf8char
[
]
¢
l
)
=
opcode
binstr
;
utf8char
[
]
numstr
(
int
)
=
opcode
numstr
;
utf8char
[
]
numstr
(
uint
)
=
opcode
numstr
;
utf8char
[
]
numstr
(
long
)
=
opcode
numstr
;
utf8char
[
]
numstr
(
ulong
)
=
opcode
numstr
;
utf8char
[
]
toupper
(
utf8char
[
]
¢
)
=
opcode
toupper
;
utf8char
[
]
tolower
(
utf8char
[
]
¢
)
=
opcode
tolower
;
utf8char
[
]
escape
(
utf8char
[
]
¢
,
char
leftquote
)
=
opcode
escape
;
utf8char
[
]
unescape
(
utf8char
[
]
¢
)
=
opcode
unescape
;
utf8char
[
]
urlencode
(
utf8char
[
]
¢
)
=
opcode
urlencode
;
utf8char
[
]
urldecode
(
utf8char
[
]
¢
)
=
opcode
urldecode
;
utf8char
[
]
entab
(
utf8char
[
]
¢
,
uint
tabwidth
)
=
opcode
entab
;
utf8char
[
]
detab
(
utf8char
[
]
¢
,
uint
tabwidth
)
=
opcode
detab
;
utf8char
[
]
toupper
(
utf8char
[
to
]
)
=
opcode
toupper
;
utf8char
[
]
tolower
(
utf8char
[
to
]
)
=
opcode
tolower
;
utf8char
[
]
escape
(
utf8char
[
to
]
,
char
leftquote
)
=
opcode
escape
;
utf8char
[
]
unescape
(
utf8char
[
to
]
)
=
opcode
unescape
;
utf8char
[
]
urlencode
(
utf8char
[
to
]
)
=
opcode
urlencode
;
utf8char
[
]
urldecode
(
utf8char
[
to
]
)
=
opcode
urldecode
;
utf8char
[
]
entab
(
utf8char
[
to
]
,
uint
tabwidth
)
=
opcode
entab
;
utf8char
[
]
detab
(
utf8char
[
to
]
,
uint
tabwidth
)
=
opcode
detab
;
ucs1str
toucs1
(
utf8char
[
]
¢
)
=
opcode
toucs1
;
ucs2str
toucs2
(
utf8char
[
]
¢
)
=
opcode
toucs2
;
ucs4str
toucs4
(
utf8char
[
]
¢
)
=
opcode
toucs4
;
utf8str
toutf8
(
utf8char
[
]
¢
)
=
opcode
toutf8
;
ucs1str
toucs1
(
utf8char
[
to
]
)
=
opcode
toucs1
;
ucs2str
toucs2
(
utf8char
[
to
]
)
=
opcode
toucs2
;
ucs4str
toucs4
(
utf8char
[
to
]
)
=
opcode
toucs4
;
utf8str
toutf8
(
utf8char
[
to
]
)
=
opcode
toutf8
;
utf8char
[
]
min
(
utf8char
[
]
,
utf8char
[
]
)
=
opcode
min
;
utf8char
[
]
min
(
utf8char
[
]
,
utf8char
[
]
¢
)
=
opcode
min
;
utf8char
[
]
min
(
utf8char
[
]
¢
,
utf8char
[
]
)
=
opcode
min
;
utf8char
[
]
¢
min
(
utf8char
[
]
¢
,
utf8char
[
]
¢
)
=
opcode
min
;
utf8char
[
]
¢
min
(
utf8char
[
]
[
]
¢
)
=
opcode
min
;
utf8char
[
]
¢
min
(
utf8char
[
]
[
to
]
)
=
opcode
min
;
utf8char
[
]
max
(
utf8char
[
]
,
utf8char
[
]
)
=
opcode
max
;
utf8char
[
]
max
(
utf8char
[
]
,
utf8char
[
]
¢
)
=
opcode
max
;
utf8char
[
]
max
(
utf8char
[
]
¢
,
utf8char
[
]
)
=
opcode
max
;
utf8char
[
]
¢
max
(
utf8char
[
]
¢
,
utf8char
[
]
¢
)
=
opcode
max
;
utf8char
[
]
¢
max
(
utf8char
[
]
[
]
¢
)
=
opcode
max
;
utf8char
[
]
¢
max
(
utf8char
[
]
[
to
]
)
=
opcode
max
;
void
flip
(
utf8char
[
]
[
to
]
)
=
opcode
flip
;
void
rol
(
utf8char
[
]
[
to
]
)
=
opcode
rol
;
void
ror
(
utf8char
[
]
[
to
]
)
=
opcode
ror
;
void
sort
(
utf8char
[
]
[
to
]
)
=
opcode
sort
;
void
rsort
(
utf8char
[
]
[
to
]
)
=
opcode
rsort
;
void
shuffle
(
utf8char
[
]
[
to
]
)
=
opcode
shuffle
;
void
revert
(
utf8char
[
]
[
to
]
)
=
opcode
revert
;
void
memcpy
(
byte
*
z
,
byte
*
q
,
uint
cnt
)
=
opcode
memcpy
void
memset
(
byte
*
z
,
int
q
,
uint
cnt
)
=
opcode
memset
void
memclr
(
byte
*
z
,
uint
cnt
)
=
opcode
memclr
enum
{
tm_utc
=
0
,
tm_localtime
=
1
,
tm_time
=
2
,
tm_date
=
4
,
tm_timezone
=
8
,
tm_sec
=
16
,
tm_msec
=
32
}
extern
{
float
now
(
)
=
opcode
now
str
timestr
(
float
seconds
,
uint
flags
)
=
opcode
timestr
float
timeval
(
str
¢
,
uint
flags
)
=
opcode
timeval
}
enum
int16
tid_state1
=
{
not_linked
=
0
,
running
=
1
,
timeshed
=
2
,
suspended
=
3
}
enum
int16
tid_state2
=
{
not_sheduled
=
0
,
semashed
=
1
,
mutexshed
=
2
,
irptshed
=
3
}
;
type
Thread
=
{
tid_state1
state1
;
tid_state2
state2
;
int16
prio
;
int16
prio_org
;
Tid
next1
,
prev1
;
Tid
next2
,
prev2
;
void
*
blocker
;
float64
time
;
Mutex
*
mutexes
;
uint16
*
[
]
rstack
;
int
[
]
vstack
;
int8
*
context0
;
int8
*
context1
;
uint16
*
ip
;
uint16
*
*
rp
;
int32
*
vp
;
int8
*
gp
;
int32
_errno
;
int32
_dummy
;
}
scope
Thread
{
Thread
kill
(
Thread
)
=
opcode
kill
}
Thread
new
(
)
=
opcode
new
Thread
new
(
int16
prio
)
=
opcode
new
Thread
new
(
int16
prio
,
uint
vsz
,
uint
rsz
)
=
opcode
new
Tid
self
(
)
=
opcode
self
int
num_cores
(
)
=
opcode
num_cores
uint
vfree
(
)
=
opcode
vfree
uint
rfree
(
)
=
opcode
rfree
void
freeze
(
bool
)
=
opcode
freeze
void
termi
(
Tid
)
=
opcode
termi
void
suspend
(
Tid
)
=
opcode
suspend
void
resume
(
Tid
)
=
opcode
resume
void
termi
(
)
=
opcode
termi
void
suspend
(
)
=
opcode
suspend
void
wait
(
)
=
opcode
wait
void
wait
(
float
sec
)
=
opcode
wait
void
shedule
(
float
when
)
=
opcode
shedule
void
busywait
(
uint
usec
)
=
opcode
busywait
type
Sema
=
{
Tid
waiters
uint32
count
int32
_dummy
;
}
scope
Sema
{
void
request
(
Sema
¢
)
=
opcode
request
void
request
(
Sema
¢
,
uint
n
)
=
opcode
request
void
release
(
Sema
¢
)
=
opcode
release
void
release
(
Sema
¢
,
uint
n
)
=
opcode
release
bool
tryrequest
(
Sema
¢
)
=
opcode
tryrequest
bool
tryrequest
(
Sema
¢
,
float
timeout
)
=
opcode
tryrequest
void
clear
(
Sema
¢
)
=
opcode
clear
Sema
kill
(
Sema
)
=
opcode
kill
}
Sema
new
(
)
=
opcode
new
type
Mutex
=
{
Tid
waiters
uint32
count
int16
oprio
int16
_dummy
;
Tid
owner
Mutex
¢
next
,
prev
}
scope
Mutex
{
void
lock
(
Mutex
¢
)
=
opcode
lock
void
unlock
(
Mutex
¢
)
=
opcode
unlock
bool
trylock
(
Mutex
¢
)
=
opcode
trylock
bool
trylock
(
Mutex
¢
,
float
timeout
)
=
opcode
trylock
Mutex
kill
(
Mutex
)
=
opcode
kill
}
Mutex
new
(
)
=
opcode
new
type
Irpt
=
{
Tid
waiters
uint32
count
int32
_dummy
;
}
scope
Irpt
{
void
wait
(
Irpt
¢
)
=
opcode
wait
void
wait
(
Irpt
¢
,
float
timeout
)
=
opcode
wait
void
trigger
(
Irpt
¢
)
=
opcode
trigger
void
clear
(
Irpt
¢
)
=
opcode
clear
Irpt
kill
(
Irpt
)
=
opcode
kill
}
Irpt
new
(
)
=
opcode
new
type
Object
=
{
void
*
senders
}
scope
Object
{
Object
kill
(
Object
)
=
opcode
kill
}
extern
{
void
abort
(
)
=
opcode
abort
void
abort
(
str
msg
)
=
opcode
abort
void
abort
(
str
¢
msg
)
=
opcode
abort
void
TODO
(
)
void
PANIC
(
str
msg
)
void
PANIC
(
str
¢
msg
)
void
tron
(
)
=
opcode
tron
void
troff
(
)
=
opcode
troff
}
;
scope
vt100
{
extern
{
str
request_position
str
save_position
str
restore_position
str
cursor_left_1
str
cursor_right_1
str
cursor_up_1
str
cursor_down_1
str
clear_right
str
clear_left
str
clear_down
str
clear_up
str
clear_line
str
clear_screen
str
cls
str
locate
(
int
row
,
int
col
)
str
hlocate
(
int
col
)
str
vlocate
(
int
row
)
str
cursor_left
(
int
n
)
str
cursor_right
(
int
n
)
str
cursor_up
(
int
n
)
str
cursor_down
(
int
n
)
}
}
uint64
empty_board
=
434650421954089056
type
PieceDefinition
=
{
int
b
,
c
,
d
,
e
}
PieceDefinition
[
10
]
piece_definition
=
{
{
b
=
1
,
c
=
1
,
d
=
1
,
e
=
7
}
,
{
b
=
7
,
c
=
1
,
d
=
-
6
,
e
=
1
}
,
{
b
=
1
,
c
=
1
,
d
=
7
,
e
=
6
}
,
{
b
=
1
,
c
=
1
,
d
=
6
,
e
=
7
}
,
{
b
=
7
,
c
=
1
,
d
=
-
6
,
e
=
13
}
,
{
b
=
1
,
c
=
1
,
d
=
6
,
e
=
1
}
,
{
b
=
1
,
c
=
7
,
d
=
1
,
e
=
6
}
,
{
b
=
1
,
c
=
7
,
d
=
6
,
e
=
1
}
,
{
b
=
1
,
c
=
7
,
d
=
1
,
e
=
1
}
,
{
b
=
1
,
c
=
1
,
d
=
1
,
e
=
6
}
}
void
Rotate
(
PieceDefinition
¢
p
)
{
int
rotated
(
int
n
)
{
n
+=
24
int
h
=
n
%
7
-
3
int
d
=
n
/
7
-
3
return
d
-
6
*
h
}
p
.
b
=
rotated
(
p
.
b
)
p
.
c
=
rotated
(
p
.
c
)
p
.
d
=
rotated
(
p
.
d
)
p
.
e
=
rotated
(
p
.
e
)
}
void
Mirror
(
PieceDefinition
¢
p
)
{
int
mirrored
(
int
n
)
{
n
+=
24
int
h
=
n
%
7
-
3
int
d
=
n
/
7
-
3
return
-
d
-
h
*
7
}
p
.
b
=
mirrored
(
p
.
b
)
p
.
c
=
mirrored
(
p
.
c
)
p
.
d
=
mirrored
(
p
.
d
)
p
.
e
=
mirrored
(
p
.
e
)
}
uint64
Bits
(
PieceDefinition
¢
p
)
{
int
a
=
0
,
b
=
p
.
b
,
c
=
p
.
c
+
b
,
d
=
p
.
d
+
c
,
e
=
p
.
e
+
d
,
m
=
min
(
a
,
b
,
min
(
c
,
d
,
e
)
)
a
-=
m
b
-=
m
c
-=
m
d
-=
m
e
-=
m
return
1
<<
a
|
1
<<
b
|
1
<<
c
|
1
<<
d
|
1
<<
e
}
uint64
[
12
]
[
10
]
rotated_pieces
=
alloc
uint64
[
12
]
[
10
]
(
)
{
uint
i
=
10
;
do
{
while
i
--
;
rotated_pieces
[
i
]
=
alloc
uint64
[
12
]
(
)
}
}
int
p
do
{
int
r
do
{
rotated_pieces
[
p
]
[
r
]
=
Bits
(
piece_definition
[
p
]
)
Rotate
(
piece_definition
[
p
]
)
while
++
r
<
12
if
r
%
6
==
0
Mirror
(
piece_definition
[
p
]
)
}
while
++
p
<
10
}
int
r
=
3
do
{
rotated_pieces
[
3
]
[
r
]
=
~
0
while
++
r
<
9
}
void
PrintBoard
(
str
b
)
{
int
i
do
{
print
(
""
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
" \n"
)
i
+=
2
print
(
" "
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
32
+
b
[
i
++
]
+
" \n"
)
i
++
while
i
<
64
}
print
(
"\n"
)
;
}
const
int
N_MAX
=
2098
int
num_solutions
str
[
N_MAX
]
solutions
=
alloc
str
[
N_MAX
]
(
)
uint64
[
10
]
used_pieces
=
alloc
uint64
[
10
]
(
)
void
StoreSolution
(
)
{
str
solution
=
spacestr
(
64
)
void
insert_piece
(
uint64
bits
,
uint
c
)
{
int
i
do
{
until
(
uint8
)
bits
;
bits
>>=
8
;
i
+=
8
}
do
{
if
bits
&
1
solution
[
i
]
=
(
utf8char
)
(
c
+
48
)
bits
>>=
1
i
++
while
bits
}
}
uint
p
do
{
insert_piece
(
used_pieces
[
p
]
,
p
)
while
++
p
<
10
}
assert
(
num_solutions
<
N_MAX
)
solutions
[
num_solutions
++
]
=
solution
[
to
]
solution
[
to
]
.
flip
(
)
solutions
[
num_solutions
++
]
=
solution
}
void
Solve
(
uint64
board
,
uint
avail
,
int
i0
)
{
if
avail
{
do
{
while
board
>>
i0
&
1
i0
++
}
int
p
do
{
if
avail
>>
p
&
1
{
uint64
&
used_piece
=
used_pieces
[
p
]
uint64
[
]
¢
rotated_piece
=
rotated_pieces
[
p
]
int
r
do
{
used_piece
=
rotated_piece
[
r
]
<<
i0
if
board
&
used_piece
==
0
&&
used_piece
>>
i0
==
rotated_piece
[
r
]
{
Solve
(
board
|
used_piece
,
avail
-
1
<<
p
,
i0
)
}
while
++
r
<
12
}
}
while
++
p
<
10
}
}
else
{
assert
(
board
==
~
0
)
StoreSolution
(
)
}
}
Solve
(
empty_board
,
1023
,
0
)
print
(
""
+
num_solutions
+
" solutions found\n\n"
)
;
PrintBoard
(
min
(
solutions
)
)
;
PrintBoard
(
max
(
solutions
)
)
;
""