Lisaac prototype interface

Lisaac^TM Platform

INTEGER

Generic Integer.

Inherit/Insert Summary
`inherit_numeric`
`parent_object` No developed.

Range.
`maximum` Maximum of integer
`minimum` Minimum of integer

Binary Operator.
`Infix '%'` Modulo
`Infix '%#'` Modulo
`Infix '**'` Power
`pow`

Conversion format with test.
`bound_test to`

- to_integer:INTEGER <- Self;
`to_pointer`

BCD Format.
`to_binary` Self is BCD formatted, convert to binary value
`to_bcd` Self is binary formatted, convert to bcd value

Facility typing.
`kb` Self in Kilobyte (ie. 1kb = 1024 bytes)
`mb` Self in megabytes
`gb` Self in gigabytes
`tb` Self in terabytes

Logic Operator
`Infix '&'` AND operator
`Infix '\|'` OR operator
`Infix '^'` XOR operator
`Infix '>>'` Shift right
`Infix '<<'` Shift left

Unary operator
`Prefix '~'`
`Prefix '+'`
`Prefix '-'`

Test.
`align_power`
`is_power_2` TRUE is Self is power of 2

Function :
`sqrt` Square root
`Suffix '!'` Factorial. Use it like "45!" or "bar!.print;"
`factorial` Factorial
`fibonacci` Fibonacci
`is_odd` Is odd ?
`is_even` Is even ?
`gcd` Great Common Divisor of self and other.
`is_prime` TRUE if Self is prime
`abs` Absolute value of Self.
`min` Minimum between value of Self and other
`max` Maximum between value of Self and other

Random
`random` Random number between 0 to `maximum` in SELF.
`random_upper` Random number between 0 to Self.
`random_to` Random number between Self to upper.
`random_between and` Random number between lower to upper.

Looping.
`times`
`to do` Classical loop from Self to limit_up
`downto do` Classical backward loop from Self to limit_up
`to by do` Classical loop from Self to limit_up stepping step
`downto by do` Classical backward loop from Self to limit_up stepping step
`to until do` Classical loop from Self to limit_up until test is TRUE

Convertion French, Slot, Description : Renvoi une chaîne représentant le nombre en base 10 English, Slot, Description : String of the number in base 10
`to_string` Convert the decimal view of self into a new allocated STRING. For example, if self is -1 the new STRING is -1.
`append_in` Append in the buffer the equivalent of `to_string`. No new STRING creation during the process. Append in the buffer the equivalent of `to_string`. No new STRING creation during the process.
`decimal_digit` Gives the corresponding CHARACTER for range 0..9.
`digit`
`hexadecimal_digit` Gives the corresponding CHARACTER for range 0..15.
`to_character` Return the coresponding ASCII character.
`to_octal` Gives coresponding octal value.
`to_hexadecimal` Convert the hexadecimal view of self into a new allocated STRING. For example, if self is -1 the new STRING is "FFFFFFFF" on a 32 bit machine.
`to_hexadecimal_format` Convert the hexadecimal view of self into a new allocated STRING. For example, if self is -1 the new STRING is "FFFFFFFF" on a 32 bit machine.
`to_hexadecimal_in` Append in buffer the equivalent of `to_hexadecimal`. No new STRING creation during the process.
`to_hexadecimal_in format` Append in buffer the equivalent of `to_hexadecimal`. No new STRING creation during the process.
`to_binary_in format` Append in buffer the equivalent of to_binary_string. No new STRING creation during the process.

Hashing:
`hash_code` Hash code
`print` Print Print
`print_positif` Display this number without memory.
`print_hex` Display this number without memory.

Debug manager facility.
`Infix '?'`

Slot Summary
`to_raw_pointer`

Features
`one` Neutral element for * and /.
`zero` Neutral element for + and -. Functions
`in_range to`
`sign` Sign of Current (0 -1 or 1).

binary operator :
`Infix '-'`
`Infix '*'`
`Infix '/'` ? {other/=0}
`Infix '+'`

Compatibility Binary operator
`Infix '-#'`
`Infix '*#'`
`Infix '/#'`
`Infix '+#'`
`Infix '>#'`
`Infix '<#'`
`Infix '<=#'`
`Infix '>=#'`
`Infix '==#'`

Test binary operator :
`Infix '>'`
`Infix '<'`
`Infix '<='`
`Infix '>='`
`Infix '=='`

Switch case :
`when then` when value equals Self, execute block You can chain "when ... then ..." between them like : bar.when 1 then { // code }.when 2 then { // code 2 }
`when or then` when value1 or value2 equal Self, execute block
`when to then` Execute block when Self is in range of first_value to last_value

Conditionnal.
`if else` Ternary C operator. Example: 3.if (a>b) else 4 (Python like) <=> in C : (a>b) ? 3 : 4

Conversion for other type.
`to_boolean` TRUE if Self not zero
`to_string_format` Same as `to_string` but the result is on s character and the number is right aligned.
`append_in format` Append the equivalent of `to_string_format` at the end of str. Thus you can save memory because no other STRING is allocate for the job.
`append_in format with` Append the equivalent of `to_string_format` at the end of str. Thus you can save memory because no other STRING is allocate for the job.

Print
`print_format` Print with format size s
`print_format with` Print with format size s replacing blank character by c

- To unsigned integers
`to_uinteger_8` [ -? {bound_test (UINTEGER_8.minimum) to (UINTEGER_8.maximum)}; ]
`to_uinteger_16`
`to_uinteger_32`
`to_uinteger_64`
`to_uinteger_big`
`to_uinteger`
`to_uinteger_cpu`

- To signed integers
`to_integer`
`to_integer_8`
`to_integer_16`
`to_integer_32`
`to_integer_64` [ -? {bound_test (INTEGER_64.minimum) to (INTEGER_64.maximum)}; ]
`to_integer_big`

- To unsigned fixed reals
`to_ureal_16_16`
`to_ureal_24_8`
`to_ureal_26_6`

- To signed fixed reals
`to_real_16_16`
`to_real_24_8`
`to_real_26_6`

- To float reals
`to_real`
`to_real_32`
`to_real_64`
`to_real_80`

Convertion format without test.
`to_raw_integer`
`to_raw_uinteger`
`to_raw_uinteger_8`
`to_raw_uinteger_16`
`to_raw_uinteger_32`
`to_raw_uinteger_64`
`to_raw_uinteger_cpu`
`to_raw_integer_8`
`to_raw_integer_16`
`to_raw_integer_32`
`to_raw_integer_64`
`to_raw_real`
`to_raw_ureal_16_16`
`to_raw_ureal_24_8`
`to_raw_ureal_26_6`
`to_raw_real_16_16`
`to_raw_real_24_8`
`to_raw_real_26_6`
`to_raw_real_32`
`to_raw_real_64`
`to_raw_real_80`

Inherit/Insert Detail

inherit_numeric

.../base/number/integer/integer.li line #25
Section:: Insert
Profile:: - Self: SELF. inherit_numeric : NUMERIC

parent_object

.../base/number/low_level/numeric.li line #11
Section:: Inherit
Profile:: - Self: SELF. parent_object : OBJECT

Range.

maximum

.../base/number/integer/integer.li line #33
Section:: Public
Profile:: - Self: SELF. maximum : UINTEGER_64
Description:: Maximum of integer

minimum

.../base/number/integer/integer.li line #37
Section:: Public
Profile:: - Self: SELF. minimum : INTEGER_64
Description:: Minimum of integer

Binary Operator.

Infix '%'

.../base/number/integer/integer.li line #45
Section:: Public
Profile:: - Self: SELF ' % ' Left 100 other : SELF : SELF
Description:: Modulo

Infix '%#'

.../base/number/integer/integer.li line #49
Section:: Public
Profile:: - Self: SELF ' %# ' Left 100 other : INTEGER : SELF
Description:: Modulo

Infix '**'

.../base/number/integer/integer.li line #53
Section:: Public
Profile:: - Self: SELF ' ** ' Right 120 exp : SELF : SELF
Description:: Power

pow

.../base/number/integer/integer.li line #69
Section:: Public
Profile:: - Self: SELF. pow exp : SELF : SELF

Conversion format with test.

bound_test to

.../base/number/integer/integer.li line #78
Section:: Public
Profile:: - Self: SELF. bound_test low : INTEGER_64 to up : UINTEGER_64 : BOOLEAN

- to_integer:INTEGER <- Self;

to_pointer

.../base/number/integer/integer.li line #85
Section:: Public
Profile:: - Self: SELF. to_pointer : POINTER

BCD Format.

to_binary

.../base/number/integer/integer.li line #94
Section:: Public
Profile:: - Self: SELF. to_binary : SELF
Description:: Self is BCD formatted, convert to binary value

to_bcd

.../base/number/integer/integer.li line #110
Section:: Public
Profile:: - Self: SELF. to_bcd : SELF
Description:: Self is binary formatted, convert to bcd value

Facility typing.

kb

.../base/number/integer/integer.li line #129
Section:: Public
Profile:: - Self: SELF. kb : SELF
Description:: Self in Kilobyte (ie. 1kb = 1024 bytes)

mb

.../base/number/integer/integer.li line #133
Section:: Public
Profile:: - Self: SELF. mb : SELF
Description:: Self in megabytes

gb

.../base/number/integer/integer.li line #137
Section:: Public
Profile:: - Self: SELF. gb : SELF
Description:: Self in gigabytes

tb

.../base/number/integer/integer.li line #141
Section:: Public
Profile:: - Self: SELF. tb : SELF
Description:: Self in terabytes

Logic Operator

Infix '&'

.../base/number/integer/integer.li line #149
Section:: Public
Profile:: - Self: SELF ' & ' Left 100 other : SELF : SELF
Description:: AND operator

Infix '|'

.../base/number/integer/integer.li line #153
Section:: Public
Profile:: - Self: SELF ' | ' Left 80 other : SELF : SELF
Description:: OR operator

Infix '^'

.../base/number/integer/integer.li line #157
Section:: Public
Profile:: - Self: SELF ' ^ ' Left 80 other : SELF : SELF
Description:: XOR operator

Infix '>>'

.../base/number/integer/integer.li line #161
Section:: Public
Profile:: - Self: SELF ' >> ' Left 100 other : INTEGER : SELF
Description:: Shift right

Infix '<<'

.../base/number/integer/integer.li line #165
Section:: Public
Profile:: - Self: SELF ' << ' Left 100 other : INTEGER : SELF
Description:: Shift left

Unary operator

Prefix '~'

.../base/number/integer/integer.li line #173
Section:: Public
Profile:: - ' ~ ' Self: SELF : SELF

Prefix '+'

.../base/number/low_level/numeric.li line #62
Section:: Public
Profile:: - ' + ' Self: SELF : SELF

Prefix '-'

.../base/number/low_level/numeric.li line #64
Section:: Public
Profile:: - ' - ' Self: SELF : SELF

Test.

align_power

.../base/number/integer/integer.li line #179
Section:: Public
Profile:: - Self: SELF. align_power step : SELF : SELF

is_power_2

.../base/number/integer/integer.li line #189
Section:: Public
Profile:: - Self: SELF. is_power_2 : BOOLEAN
Description:: TRUE is Self is power of 2

Function :

sqrt

.../base/number/integer/integer.li line #208
Section:: Public
Profile:: - Self: SELF. sqrt : SELF
Description:: Square root

Suffix '!'

.../base/number/integer/integer.li line #220
Section:: Public
Profile:: - Self: SELF ' ! ' : SELF
Description:: Factorial. Use it like "45!" or "bar!.print;"

factorial

.../base/number/integer/integer.li line #224
Section:: Public
Profile:: - Self: SELF. factorial : SELF
Description:: Factorial
Require:: Self >= 0

fibonacci

.../base/number/integer/integer.li line #241
Section:: Public
Profile:: - Self: SELF. fibonacci : SELF
Description:: Fibonacci
Require:: Self >= 0

is_odd

.../base/number/integer/integer.li line #257
Section:: Public
Profile:: - Self: SELF. is_odd : BOOLEAN
Description:: Is odd ?

is_even

.../base/number/integer/integer.li line #261
Section:: Public
Profile:: - Self: SELF. is_even : BOOLEAN
Description:: Is even ?

gcd

.../base/number/integer/integer.li line #265
Section:: Public
Profile:: - Self: SELF. gcd other : SELF : SELF
Description:: Great Common Divisor of self and other.
Require:: Self >= 0
Require:: other >= 0
Ensure:

is_prime

.../base/number/integer/integer.li line #289
Section:: Public
Profile:: - Self: SELF. is_prime : BOOLEAN
Description:: TRUE if Self is prime

abs

.../base/number/low_level/numeric.li line #206
Section:: Public
Profile:: - Self: SELF. abs : SELF
Description:: Absolute value of Self.

min

.../base/number/low_level/numeric.li line #218
Section:: Public
Profile:: - Self: SELF. min other : SELF : SELF
Description:: Minimum between value of Self and other

max

.../base/number/low_level/numeric.li line #230
Section:: Public
Profile:: - Self: SELF. max other : SELF : SELF
Description:: Maximum between value of Self and other

Random

random

.../base/number/integer/integer.li line #312
Section:: Public
Profile:: - Self: SELF. random : SELF
Description:: Random number between 0 to maximum in SELF.

random_upper

.../base/number/integer/integer.li line #322
Section:: Public
Profile:: - Self: SELF. random_upper : SELF
Description:: Random number between 0 to Self.

random_to

.../base/number/integer/integer.li line #334
Section:: Public
Profile:: - Self: SELF. random_to upper : SELF : SELF
Description:: Random number between Self to upper.

random_between and

.../base/number/integer/integer.li line #347
Section:: Public
Profile:: - Self: SELF. random_between lower : SELF and upper : SELF : SELF
Description:: Random number between lower to upper.

Looping.

times

.../base/number/integer/integer.li line #362
Section:: Public
Profile:: - Self: SELF. times action :{}

to do

.../base/number/low_level/numeric.li line #140
Section:: Public
Profile:: - Self: SELF. to limit_up : SELF do blc :{ SELF; }
Description:: Classical loop from Self to limit_up

downto do

.../base/number/low_level/numeric.li line #150
Section:: Public
Profile:: - Self: SELF. downto limit_down : SELF do blc :{ SELF; }
Description:: Classical backward loop from Self to limit_up

to by do

.../base/number/low_level/numeric.li line #159
Section:: Public
Profile:: - Self: SELF. to limit_up : SELF by step : SELF do blc :{ SELF; }
Description:: Classical loop from Self to limit_up stepping step

downto by do

.../base/number/low_level/numeric.li line #168
Section:: Public
Profile:: - Self: SELF. downto limit_down : SELF by step : SELF do blc :{ SELF; }
Description:: Classical backward loop from Self to limit_up stepping step

to until do

.../base/number/low_level/numeric.li line #177
Section:: Public
Profile:: - Self: SELF. to limit_up : SELF until test :{ BOOLEAN} do blc :{ SELF; }
Description:: Classical loop from Self to limit_up until test is TRUE

Convertion
*French, Slot, Description : Renvoi une chaîne représentant le nombre en base 10 *English, Slot, Description : String of the number in base 10

to_string

.../base/number/integer/integer.li line #376
Section:: Public
Profile:: - Self: SELF. to_string : STRING
Description:: Convert the decimal view of self into a new allocated STRING. For example, if self is -1 the new STRING is -1.
See:: append_in to save memory.

append_in

.../base/number/integer/integer.li line #383
Section:: Public
Profile:: - Self: SELF. append_in buffer : STRING
Description:: Append in the buffer the equivalent of to_string. No new STRING creation during the process. Append in the buffer the equivalent of to_string. No new STRING creation during the process.

decimal_digit

.../base/number/integer/integer.li line #387
Section:: Public
Profile:: - Self: SELF. decimal_digit : CHARACTER
Description:: Gives the corresponding CHARACTER for range 0..9.

digit

.../base/number/integer/integer.li line #400
Section:: Public
Profile:: - Self: SELF. digit : CHARACTER

hexadecimal_digit

.../base/number/integer/integer.li line #402
Section:: Public
Profile:: - Self: SELF. hexadecimal_digit : CHARACTER
Description:: Gives the corresponding CHARACTER for range 0..15.

to_character

.../base/number/integer/integer.li line #420
Section:: Public
Profile:: - Self: SELF. to_character : CHARACTER
Description:: Return the coresponding ASCII character.

to_octal

.../base/number/integer/integer.li line #423
Section:: Public
Profile:: - Self: SELF. to_octal : SELF
Description:: Gives coresponding octal value.

to_hexadecimal

.../base/number/integer/integer.li line #431
Section:: Public
Profile:: - Self: SELF. to_hexadecimal : STRING
Description:: Convert the hexadecimal view of self into a new allocated STRING. For example, if self is -1 the new STRING is "FFFFFFFF" on a 32 bit machine.
See:: to_hexadecimal_in to save memory.

to_hexadecimal_format

.../base/number/integer/integer.li line #443
Section:: Public
Profile:: - Self: SELF. to_hexadecimal_format s : INTEGER : STRING
Description:: Convert the hexadecimal view of self into a new allocated STRING. For example, if self is -1 the new STRING is "FFFFFFFF" on a 32 bit machine.
See:: to_hexadecimal_in to save memory.

to_hexadecimal_in

.../base/number/integer/integer.li line #455
Section:: Public
Profile:: - Self: SELF. to_hexadecimal_in buffer : STRING
Description:: Append in buffer the equivalent of to_hexadecimal. No new STRING creation during the process.

to_hexadecimal_in format

.../base/number/integer/integer.li line #480
Section:: Public
Profile:: - Self: SELF. to_hexadecimal_in buffer : STRING format s : INTEGER
Description:: Append in buffer the equivalent of to_hexadecimal. No new STRING creation during the process.

to_binary_in format

.../base/number/integer/integer.li line #506
Section:: Public
Profile:: - Self: SELF. to_binary_in buffer : STRING format s : INTEGER
Description:: Append in buffer the equivalent of to_binary_string. No new STRING creation during the process.
Require:: buffer not null

Hashing:

hash_code

.../base/number/integer/integer.li line #537
Section:: Public
Profile:: - Self: SELF. hash_code : INTEGER
Description:: Hash code

print

.../base/number/integer/integer.li line #545
Section:: Public
Profile:: - Self: SELF. print
Description:: Print Print

print_positif

.../base/number/integer/integer.li line #558
Section:: Public
Profile:: - Self: SELF. print_positif
Description:: Display this number without memory.
Require:: Self >= 0

print_hex

.../base/number/integer/integer.li line #573
Section:: Public
Profile:: - Self: SELF. print_hex
Description:: Display this number without memory.

Debug manager facility.

Infix '?'

.../base/number/integer/integer.li line #590
Section:: Public
Profile:: - Self: SELF ' ? ' blc :{ BOOLEAN}

Detail slot

to_raw_pointer

.../base/number/integer/integer.li line #594
Section:: INTEGER
Profile:: - Self: SELF. to_raw_pointer : POINTER

Features

one

.../base/number/low_level/numeric.li line #19
Section:: Public
Profile:: - Self: SELF. one : SELF
Description:: Neutral element for * and /.

zero

.../base/number/low_level/numeric.li line #21
Section:: Public
Profile:: - Self: SELF. zero : SELF
Description:: Neutral element for + and -.
Functions

in_range to

.../base/number/low_level/numeric.li line #27
Section:: Public
Profile:: - Self: SELF. in_range low : SELF to up : SELF : BOOLEAN

sign

.../base/number/low_level/numeric.li line #30
Section:: Public
Profile:: - Self: SELF. sign : INTEGER
Description:: Sign of Current (0 -1 or 1).

binary operator :

Infix '-'

.../base/number/low_level/numeric.li line #50
Section:: Public
Profile:: - Self: SELF ' - ' Left 80 other : SELF : SELF

Infix '*'

.../base/number/low_level/numeric.li line #52
Section:: Public
Profile:: - Self: SELF ' * ' Left 100 other : SELF : SELF

Infix '/'

.../base/number/low_level/numeric.li line #54
Section:: Public
Profile:: - Self: SELF ' / ' Left 100 other : SELF : SELF
Description:: ? {other/=0}

Infix '+'

.../base/number/low_level/numeric.li line #56
Section:: Public
Profile:: - Self: SELF ' + ' Left 80 other : SELF : SELF

Compatibility Binary operator

Infix '-#'

.../base/number/low_level/numeric.li line #70
Section:: Public
Profile:: - Self: SELF ' -# ' Left 80 other : INTEGER : SELF

Infix '*#'

.../base/number/low_level/numeric.li line #72
Section:: Public
Profile:: - Self: SELF ' *# ' Left 100 other : INTEGER : SELF

Infix '/#'

.../base/number/low_level/numeric.li line #74
Section:: Public
Profile:: - Self: SELF ' /# ' Left 100 other : INTEGER : SELF

Infix '+#'

.../base/number/low_level/numeric.li line #76
Section:: Public
Profile:: - Self: SELF ' +# ' Left 80 other : INTEGER : SELF

Infix '>#'

.../base/number/low_level/numeric.li line #78
Section:: Public
Profile:: - Self: SELF ' ># ' Right 60 other : INTEGER : BOOLEAN

Infix '<#'

.../base/number/low_level/numeric.li line #80
Section:: Public
Profile:: - Self: SELF ' <# ' Right 60 other : INTEGER : BOOLEAN

Infix '<=#'

.../base/number/low_level/numeric.li line #82
Section:: Public
Profile:: - Self: SELF ' <=# ' Right 60 other : INTEGER : BOOLEAN

Infix '>=#'

.../base/number/low_level/numeric.li line #84
Section:: Public
Profile:: - Self: SELF ' >=# ' Right 60 other : INTEGER : BOOLEAN

Infix '==#'

.../base/number/low_level/numeric.li line #86
Section:: Public
Profile:: - Self: SELF ' ==# ' Right 60 other : INTEGER : BOOLEAN

Test binary operator :

Infix '>'

.../base/number/low_level/numeric.li line #92
Section:: Public
Profile:: - Self: SELF ' > ' Right 60 other : SELF : BOOLEAN

Infix '<'

.../base/number/low_level/numeric.li line #94
Section:: Public
Profile:: - Self: SELF ' < ' Right 60 other : SELF : BOOLEAN

Infix '<='

.../base/number/low_level/numeric.li line #96
Section:: Public
Profile:: - Self: SELF ' <= ' Right 60 other : SELF : BOOLEAN

Infix '>='

.../base/number/low_level/numeric.li line #98
Section:: Public
Profile:: - Self: SELF ' >= ' Right 60 other : SELF : BOOLEAN

Infix '=='

.../base/number/low_level/numeric.li line #100
Section:: Public
Profile:: - Self: SELF ' == ' Right 60 other : E : BOOLEAN

Switch case :

when then

.../base/number/low_level/numeric.li line #111
Section:: Public
Profile:: - Self: SELF. when value : SELF then block :{} : SELF
Description:: when value equals Self, execute block You can chain "when ... then ..." between them like :
bar.when 1 then { // code }.when 2 then { // code 2 }

when or then

.../base/number/low_level/numeric.li line #120
Section:: Public
Profile:: - Self: SELF. when value1 : SELF or value2 : SELF then block :{} : SELF
Description:: when value1 or value2 equal Self, execute block

when to then

.../base/number/low_level/numeric.li line #127
Section:: Public
Profile:: - Self: SELF. when first_value : SELF to last_value : SELF then block :{} : SELF
Description:: Execute block when Self is in range of first_value to last_value

Conditionnal.

if else

.../base/number/low_level/numeric.li line #191
Section:: Public
Profile:: - Self: SELF. if test : BOOLEAN else other : SELF : SELF
Description:: Ternary C operator. Example: 3.if (a>b) else 4 (Python like) <=> in C : (a>b) ? 3 : 4

Conversion for other type.

to_boolean

.../base/number/low_level/numeric.li line #257
Section:: Public
Profile:: - Self: SELF. to_boolean : BOOLEAN
Description:: TRUE if Self not zero

to_string_format

.../base/number/low_level/numeric.li line #265
Section:: Public
Profile:: - Self: SELF. to_string_format s : SELF : STRING
Description:: Same as to_string but the result is on s character and the number is right aligned.
Require:: s size large enough for Self
Ensure:: s >= of size of stringed Self
See:: append_in_format to save memory.

append_in format

.../base/number/low_level/numeric.li line #285
Section:: Public
Profile:: - Self: SELF. append_in str : STRING format s : INTEGER
Description:: Append the equivalent of to_string_format at the end of str. Thus you can save memory because no other STRING is allocate for the job.

append_in format with

.../base/number/low_level/numeric.li line #293
Section:: Public
Profile:: - Self: SELF. append_in str : STRING format s : INTEGER with char : CHARACTER
Description:: Append the equivalent of to_string_format at the end of str. Thus you can save memory because no other STRING is allocate for the job.
Require:: str not null
Require:: s >= of size of stringed Self
Ensure:: size of str is equal to former str size plus s

Print

print_format

.../base/number/low_level/numeric.li line #326
Section:: Public
Profile:: - Self: SELF. print_format s : SELF
Description:: Print with format size s

print_format with

.../base/number/low_level/numeric.li line #334
Section:: Public
Profile:: - Self: SELF. print_format s : SELF with c : CHARACTER
Description:: Print with format size s replacing blank character by c

- To unsigned integers

to_uinteger_8

.../base/number/low_level/numeric.li line #356
Section:: Public
Profile:: - Self: SELF. to_uinteger_8 : UINTEGER_8
Description:: [ -? {bound_test (UINTEGER_8.minimum) to (UINTEGER_8.maximum)}; ]

to_uinteger_16

.../base/number/low_level/numeric.li line #362
Section:: Public
Profile:: - Self: SELF. to_uinteger_16 : UINTEGER_16

to_uinteger_32

.../base/number/low_level/numeric.li line #368
Section:: Public
Profile:: - Self: SELF. to_uinteger_32 : UINTEGER_32

to_uinteger_64

.../base/number/low_level/numeric.li line #374
Section:: Public
Profile:: - Self: SELF. to_uinteger_64 : UINTEGER_64

to_uinteger_big

.../base/number/low_level/numeric.li line #380
Section:: Public
Profile:: - Self: SELF. to_uinteger_big : UINTEGER_BIG

to_uinteger

.../base/number/low_level/numeric.li line #385
Section:: Public
Profile:: - Self: SELF. to_uinteger : UINTEGER

to_uinteger_cpu

.../base/number/low_level/numeric.li line #391
Section:: Public
Profile:: - Self: SELF. to_uinteger_cpu : UINTEGER_CPU

- To signed integers

to_integer

.../base/number/low_level/numeric.li line #401
Section:: Public
Profile:: - Self: SELF. to_integer : INTEGER

to_integer_8

.../base/number/low_level/numeric.li line #403
Section:: Public
Profile:: - Self: SELF. to_integer_8 : INTEGER_8

to_integer_16

.../base/number/low_level/numeric.li line #409
Section:: Public
Profile:: - Self: SELF. to_integer_16 : INTEGER_16

to_integer_32

.../base/number/low_level/numeric.li line #415
Section:: Public
Profile:: - Self: SELF. to_integer_32 : INTEGER_32

to_integer_64

.../base/number/low_level/numeric.li line #421
Section:: Public
Profile:: - Self: SELF. to_integer_64 : INTEGER_64
Description:: [ -? {bound_test (INTEGER_64.minimum) to (INTEGER_64.maximum)}; ]

to_integer_big

.../base/number/low_level/numeric.li line #427
Section:: Public
Profile:: - Self: SELF. to_integer_big : UINTEGER_BIG

- To unsigned fixed reals

to_ureal_16_16

.../base/number/low_level/numeric.li line #437
Section:: Public
Profile:: - Self: SELF. to_ureal_16_16 : UREAL_16_16

to_ureal_24_8

.../base/number/low_level/numeric.li line #443
Section:: Public
Profile:: - Self: SELF. to_ureal_24_8 : UREAL_24_8

to_ureal_26_6

.../base/number/low_level/numeric.li line #449
Section:: Public
Profile:: - Self: SELF. to_ureal_26_6 : UREAL_26_6

- To signed fixed reals

to_real_16_16

.../base/number/low_level/numeric.li line #459
Section:: Public
Profile:: - Self: SELF. to_real_16_16 : REAL_16_16

to_real_24_8

.../base/number/low_level/numeric.li line #465
Section:: Public
Profile:: - Self: SELF. to_real_24_8 : REAL_24_8

to_real_26_6

.../base/number/low_level/numeric.li line #471
Section:: Public
Profile:: - Self: SELF. to_real_26_6 : REAL_26_6

- To float reals

to_real

.../base/number/low_level/numeric.li line #481
Section:: Public
Profile:: - Self: SELF. to_real : REAL

to_real_32

.../base/number/low_level/numeric.li line #483
Section:: Public
Profile:: - Self: SELF. to_real_32 : REAL_32

to_real_64

.../base/number/low_level/numeric.li line #488
Section:: Public
Profile:: - Self: SELF. to_real_64 : REAL_64

to_real_80

.../base/number/low_level/numeric.li line #493
Section:: Public
Profile:: - Self: SELF. to_real_80 : REAL_80

Convertion format without test.

to_raw_integer

.../base/number/low_level/numeric.li line #517
Section:: Public
Profile:: - Self: SELF. to_raw_integer : INTEGER

to_raw_uinteger

.../base/number/low_level/numeric.li line #519
Section:: Public
Profile:: - Self: SELF. to_raw_uinteger : UINTEGER

to_raw_uinteger_8

.../base/number/low_level/numeric.li line #521
Section:: Public
Profile:: - Self: SELF. to_raw_uinteger_8 : UINTEGER_8

to_raw_uinteger_16

.../base/number/low_level/numeric.li line #523
Section:: Public
Profile:: - Self: SELF. to_raw_uinteger_16 : UINTEGER_16

to_raw_uinteger_32

.../base/number/low_level/numeric.li line #525
Section:: Public
Profile:: - Self: SELF. to_raw_uinteger_32 : UINTEGER_32

to_raw_uinteger_64

.../base/number/low_level/numeric.li line #527
Section:: Public
Profile:: - Self: SELF. to_raw_uinteger_64 : UINTEGER_64

to_raw_uinteger_cpu

.../base/number/low_level/numeric.li line #529
Section:: Public
Profile:: - Self: SELF. to_raw_uinteger_cpu : UINTEGER_CPU

to_raw_integer_8

.../base/number/low_level/numeric.li line #531
Section:: Public
Profile:: - Self: SELF. to_raw_integer_8 : INTEGER_8

to_raw_integer_16

.../base/number/low_level/numeric.li line #533
Section:: Public
Profile:: - Self: SELF. to_raw_integer_16 : INTEGER_16

to_raw_integer_32

.../base/number/low_level/numeric.li line #535
Section:: Public
Profile:: - Self: SELF. to_raw_integer_32 : INTEGER_32

to_raw_integer_64

.../base/number/low_level/numeric.li line #537
Section:: Public
Profile:: - Self: SELF. to_raw_integer_64 : INTEGER_64

to_raw_real

.../base/number/low_level/numeric.li line #539
Section:: Public
Profile:: - Self: SELF. to_raw_real : REAL

to_raw_ureal_16_16

.../base/number/low_level/numeric.li line #541
Section:: Public
Profile:: - Self: SELF. to_raw_ureal_16_16 : UREAL_16_16

to_raw_ureal_24_8

.../base/number/low_level/numeric.li line #543
Section:: Public
Profile:: - Self: SELF. to_raw_ureal_24_8 : UREAL_24_8

to_raw_ureal_26_6

.../base/number/low_level/numeric.li line #545
Section:: Public
Profile:: - Self: SELF. to_raw_ureal_26_6 : UREAL_26_6

to_raw_real_16_16

.../base/number/low_level/numeric.li line #547
Section:: Public
Profile:: - Self: SELF. to_raw_real_16_16 : REAL_16_16

to_raw_real_24_8

.../base/number/low_level/numeric.li line #549
Section:: Public
Profile:: - Self: SELF. to_raw_real_24_8 : REAL_24_8

to_raw_real_26_6

.../base/number/low_level/numeric.li line #551
Section:: Public
Profile:: - Self: SELF. to_raw_real_26_6 : REAL_26_6

to_raw_real_32

.../base/number/low_level/numeric.li line #553
Section:: Public
Profile:: - Self: SELF. to_raw_real_32 : REAL_32

to_raw_real_64

.../base/number/low_level/numeric.li line #555
Section:: Public
Profile:: - Self: SELF. to_raw_real_64 : REAL_64

to_raw_real_80

.../base/number/low_level/numeric.li line #557
Section:: Public
Profile:: - Self: SELF. to_raw_real_80 : REAL_80