Lisaac prototype interface

Lisaac^TM Platform

UINTEGER_BIG

Integer without bits limit! (Just for fun!)

Inherit/Insert Summary
`parent_object` No developed.

Constructor Summary
`create`

Slot Summary
`storage`
`last_modulo`
`count`
`lower`
`upper`
`item`
`copy`
`force to`
`put to`
`add_last`
`resize`
`last`
`normalize`
`make`
`set_with_zero`
`is_zero`
`compare` -1 if Self < other 0 if Self = other +1 if Self > other
`divide_one_word` This method is used by divide. The one word divisor is specified by divisor is saw as unsigned. Self is the dividend (saw positive) at invocation but is replaced by the quotient. The remainder is returned as unsigned INTEGER. Note: Current is modified by this method.
`normalize_shift` Shift left until the most significant bit is on. Result give the number of left shift.
`shift_left` Shift bits of magnitude by n position left. (Note that no bit can be lost because the `storage` area is automatically extended when it is necessary.)
`shift_right` Shift bits of magnitude by n position right.
`multiply_and_subtract` Only used by divide.
`add_back` Only used by divide. old_u1 is the value of u1 before `multiply_and_subtract`.
`is_a_good_divide`
`divide_to` Euclidian division. Calculates the quotient and remainder of Current divided by other. (The contents of Current and other are not changed.) Note: Uses Algorithm D in Knuth

Conversion format with test.
`to_uinteger_64`
`to_uinteger_32`
`to_uinteger_16`
`to_uinteger_8`
`to_integer_64`
`to_integer`
`to_integer_16`
`to_integer_8`

binary operator :
`substract`
`substract_integer`
`addition`
`addition_integer`
`multiply`
`Infix '*#'`
`Infix '/'`
`Infix '/#'`
`and_binary`
`or_binary`

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

Function.
`factorial_integer`

conversion
`append_in` Append in the buffer the equivalent of to_string. No new STRING creation during the process.
`print_positif`

Inherit/Insert Detail

parent_object

.../base/number/integer/uinteger_big.li line #10
Section:: Inherit
Profile:: - Self: SELF. parent_object : OBJECT

Constructor Detail

create

.../base/number/integer/uinteger_big.li line #51
Section:: Public
Profile:: - Self: SELF. create init : UINTEGER_32 : UINTEGER_BIG

Detail slot

storage

.../base/number/integer/uinteger_big.li line #14
Section:: UINTEGER_BIG
Profile:: + Self: SELF. storage : FAST_ARRAY( UINTEGER_32)

last_modulo

.../base/number/integer/uinteger_big.li line #16
Section:: UINTEGER_BIG
Profile:: - Self: SELF. last_modulo : UINTEGER_32

count

.../base/number/integer/uinteger_big.li line #18
Section:: UINTEGER_BIG
Profile:: - Self: SELF. count : INTEGER

lower

.../base/number/integer/uinteger_big.li line #20
Section:: UINTEGER_BIG
Profile:: - Self: SELF. lower : INTEGER

upper

.../base/number/integer/uinteger_big.li line #22
Section:: UINTEGER_BIG
Profile:: - Self: SELF. upper : INTEGER

item

.../base/number/integer/uinteger_big.li line #24
Section:: UINTEGER_BIG
Profile:: - Self: SELF. item idx : INTEGER : UINTEGER_32

copy

.../base/number/integer/uinteger_big.li line #26
Section:: UINTEGER_BIG
Profile:: - Self: SELF. copy other : UINTEGER_BIG

force to

.../base/number/integer/uinteger_big.li line #28
Section:: UINTEGER_BIG
Profile:: - Self: SELF. force elt : UINTEGER_32 to idx : INTEGER

put to

.../base/number/integer/uinteger_big.li line #30
Section:: UINTEGER_BIG
Profile:: - Self: SELF. put elt : UINTEGER_32 to idx : INTEGER

add_last

.../base/number/integer/uinteger_big.li line #32
Section:: UINTEGER_BIG
Profile:: - Self: SELF. add_last elt : UINTEGER_32

resize

.../base/number/integer/uinteger_big.li line #34
Section:: UINTEGER_BIG
Profile:: - Self: SELF. resize new_size : INTEGER

last

.../base/number/integer/uinteger_big.li line #40
Section:: UINTEGER_BIG
Profile:: - Self: SELF. last : UINTEGER_32

normalize

.../base/number/integer/uinteger_big.li line #42
Section:: UINTEGER_BIG
Profile:: - Self: SELF. normalize

make

.../base/number/integer/uinteger_big.li line #59
Section:: Public
Profile:: - Self: SELF. make init : UINTEGER_32 : SELF

set_with_zero

.../base/number/integer/uinteger_big.li line #499
Section:: Public
Profile:: - Self: SELF. set_with_zero

is_zero

.../base/number/integer/uinteger_big.li line #505
Section:: Public
Profile:: - Self: SELF. is_zero : BOOLEAN

compare

.../base/number/integer/uinteger_big.li line #507
Section:: Public
Profile:: - Self: SELF. compare other : SELF : INTEGER
Description:: -1 if Self < other 0 if Self = other +1 if Self > other

divide_one_word

.../base/number/integer/uinteger_big.li line #541
Section:: Public
Profile:: - Self: SELF. divide_one_word divisor : UINTEGER_32 : UINTEGER_32
Description:: This method is used by divide. The one word divisor is specified by divisor is saw as unsigned. Self is the dividend (saw positive) at invocation but is replaced by the quotient. The remainder is returned as unsigned INTEGER. Note: Current is modified by this method.

normalize_shift

.../base/number/integer/uinteger_big.li line #579
Section:: Public
Profile:: - Self: SELF. normalize_shift : INTEGER_8
Description:: Shift left until the most significant bit is on. Result give the number of left shift.

shift_left

.../base/number/integer/uinteger_big.li line #598
Section:: Public
Profile:: - Self: SELF. shift_left n : INTEGER
Description:: Shift bits of magnitude by n position left. (Note that no bit can be lost because the storage area is automatically extended when it is necessary.)

shift_right

.../base/number/integer/uinteger_big.li line #630
Section:: Public
Profile:: - Self: SELF. shift_right n : INTEGER
Description:: Shift bits of magnitude by n position right.

multiply_and_subtract

.../base/number/integer/uinteger_big.li line #656
Section:: Public
Profile:: - Self: SELF. multiply_and_subtract ( u1 : INTEGER, qhat : INTEGER, d_storage : FAST_ARRAY( UINTEGER_32), d_offset : INTEGER, r_storage : FAST_ARRAY( UINTEGER_32), r_offset : INTEGER, length : INTEGER) : BOOLEAN
Description:: Only used by divide.

add_back

.../base/number/integer/uinteger_big.li line #731
Section:: Public
Profile:: - Self: SELF. add_back ( old_u1 : INTEGER, d_storage : FAST_ARRAY( UINTEGER_32), d_offset : INTEGER, r_storage : FAST_ARRAY( UINTEGER_32), r_offset : INTEGER, length : INTEGER) : BOOLEAN
Description:: Only used by divide. old_u1 is the value of u1 before multiply_and_subtract.

is_a_good_divide

.../base/number/integer/uinteger_big.li line #764
Section:: Public
Profile:: - Self: SELF. is_a_good_divide ( other : SELF, quotient : SELF, remainder : SELF) : BOOLEAN

divide_to

.../base/number/integer/uinteger_big.li line #777
Section:: Public
Profile:: - Self: SELF. divide_to ( other : SELF, quotient : SELF, remainder : SELF)
Description:: Euclidian division. Calculates the quotient and remainder of Current divided by other. (The contents of Current and other are not changed.) Note: Uses Algorithm D in Knuth

Conversion format with test.

to_uinteger_64

.../base/number/integer/uinteger_big.li line #73
Section:: Public
Profile:: - Self: SELF. to_uinteger_64 : UINTEGER_64

to_uinteger_32

.../base/number/integer/uinteger_big.li line #84
Section:: Public
Profile:: - Self: SELF. to_uinteger_32 : UINTEGER_32

to_uinteger_16

.../base/number/integer/uinteger_big.li line #90
Section:: Public
Profile:: - Self: SELF. to_uinteger_16 : UINTEGER_16

to_uinteger_8

.../base/number/integer/uinteger_big.li line #96
Section:: Public
Profile:: - Self: SELF. to_uinteger_8 : UINTEGER_8

to_integer_64

.../base/number/integer/uinteger_big.li line #102
Section:: Public
Profile:: - Self: SELF. to_integer_64 : INTEGER_64

to_integer

.../base/number/integer/uinteger_big.li line #108
Section:: Public
Profile:: - Self: SELF. to_integer : INTEGER

to_integer_16

.../base/number/integer/uinteger_big.li line #114
Section:: Public
Profile:: - Self: SELF. to_integer_16 : INTEGER_16

to_integer_8

.../base/number/integer/uinteger_big.li line #120
Section:: Public
Profile:: - Self: SELF. to_integer_8 : INTEGER_8

binary operator :

substract

.../base/number/integer/uinteger_big.li line #130
Section:: Public
Profile:: - Self: SELF. substract other : SELF : SELF

substract_integer

.../base/number/integer/uinteger_big.li line #158
Section:: Public
Profile:: - Self: SELF. substract_integer other : INTEGER : SELF

addition

.../base/number/integer/uinteger_big.li line #182
Section:: Public
Profile:: - Self: SELF. addition other : SELF : SELF

addition_integer

.../base/number/integer/uinteger_big.li line #207
Section:: Public
Profile:: - Self: SELF. addition_integer other : INTEGER : SELF

multiply

.../base/number/integer/uinteger_big.li line #228
Section:: Public
Profile:: - Self: SELF. multiply other : SELF : SELF

Infix '*#'

.../base/number/integer/uinteger_big.li line #259
Section:: Public
Profile:: - Self: SELF ' *# ' Left 100 other : INTEGER : SELF

Infix '/'

.../base/number/integer/uinteger_big.li line #286
Section:: Public
Profile:: - Self: SELF ' / ' Left 100 other : SELF : SELF

Infix '/#'

.../base/number/integer/uinteger_big.li line #293
Section:: Public
Profile:: - Self: SELF ' /# ' Left 100 other : INTEGER : SELF

and_binary

.../base/number/integer/uinteger_big.li line #323
Section:: Public
Profile:: - Self: SELF. and_binary other : SELF : SELF

or_binary

.../base/number/integer/uinteger_big.li line #334
Section:: Public
Profile:: - Self: SELF. or_binary other : SELF : SELF

Test binary operator :

Infix '>'

.../base/number/integer/uinteger_big.li line #348
Section:: Public
Profile:: - Self: SELF ' > ' Right 60 other : SELF : BOOLEAN

Infix '>#'

.../base/number/integer/uinteger_big.li line #377
Section:: Public
Profile:: - Self: SELF ' ># ' Right 60 other : INTEGER : BOOLEAN

Infix '=='

.../base/number/integer/uinteger_big.li line #388
Section:: Public
Profile:: - Self: SELF ' == ' Right 60 other : SELF : BOOLEAN

Function.

factorial_integer

.../base/number/integer/uinteger_big.li line #409
Section:: Public
Profile:: - Self: SELF. factorial_integer n : INTEGER

conversion

append_in

.../base/number/integer/uinteger_big.li line #426
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.

print_positif

.../base/number/integer/uinteger_big.li line #466
Section:: Public
Profile:: - Self: SELF. print_positif