data:image/png;base64,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11
last
allChecks if the number is prime.121truefalseChecks if a is less than or equal to b.Encrypts a text using the RSA key then encodes into numbers.Hello, world!Generate a RSA public and private key.1001000Decrypt an encrypted string of numbers into a text using a RSA private key.outCarmichael’s totient functionFinds the least common multiple of two numbers.10Significantly faster gcd/gcf finderFast factorFind if a thing is in a setThrow an error.
Makes a red halo appear around the script that runs it,
with the input text shown in a speech balloon next to
the script, just like any Snap! error.
This is useful to put in the second script of SAFELY TRY
after some other instructions to undo the partial work of
the first script.pt:lança o erro _
Set operations∪Union=∪
Intersection=∩
Set Difference=\
Cartesian Product=x∩\xError: Not a valid operationcall with True to turn on the entire Scheme numeric tower, including infinite-precision integers, exact rationals, and complex numbers; call with False to restore native JavaScript arithmetic.pt:altera utilização de aritmética do Scheme para _
ca:sistema numèric d'Scheme _
The factorial function, to make very large numbers, to demo bignums.The identity function: reports its input.
It's useful to get things like 3/4 or 5-2i into
numeric input slots.Provides Scheme arithmetic functions not in JavaScriptpt:_ de _
ca:Scheme _ de _
number?
complex?
real?
rational?
integer?
exact?
inexact?
exact
inexact
finite?
infinite?
nan?
numerator
denominator
real-part
imag-part
magnitude
angle110value0Convert numbers into a Unicode string.Convert a Unicode string to a bunch of numbers.valueindexlist#1#2valueindexlistitem#1#21110outGenerate a predetermined RSA public and private key.11461167pqncarmichaelcoprimemod invpp value must be prime.qq value must be prime.ncarmichaelcoprimeNot a co-primemod invKey generation completed2publicprivatePrivate key bruteforce attack25valueindex1value1a1111a1true1Call f(f(f(...(f(x))))) n times where the three input slots are n, f, and x from left to right. The # variable can be used inside f to represent how many times f has been called.pt:o resultado de _ invocações em cascata de _ com argumento inicial _ _
ca:en cascada _ vegades _ _ _
16c10A11B12C13D14E15Fvaluedecimal1power-1Hashes a text into hexadecimal by using a predetermined public key.hash testCall f(f(f(...(f(x))))) n times where the three input slots are n, f, and x from left to right. The # variable can be used inside f to represent how many times f has been called.pt:o resultado de _ invocações em cascata de _ com argumento inicial _ _
ca:en cascada _ vegades _ _ _
Encrypts a text using the RSA key then encodes into numbers.
18x slower.Hello, world!valueindexlistDecrypt an encrypted string of numbers into a text using a RSA private key.100This block does nothing.
Use it when you are calling a reporter
for its side effect and don't care about
its return value.de:ignoriere _
ca:ignora _
es:ignorar _
fr:ignore _
pt:ignora _
The primitive FOR block uses an implicit step of ±1 depending on which of the starting and ending values is larger. This version allows you to provide an explicit step value. If the sign of the step input is incompatible with the ordering of the starting and ending values, the script will not be run at all.pt:para _ de _ com passo _ a _ _ $loop-0.7
ca:per _ = _ incrementant _ fins _ _
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