Top 10 Examples of "react-native-rsa-native in functional component" in JavaScript
Dive into secure and efficient coding practices with our curated list of the top 10 examples showcasing 'react-native-rsa-native' in functional components in JavaScript. Our advanced machine learning engine meticulously scans each line of code, cross-referencing millions of open source libraries to ensure your implementation is not just functional, but also robust and secure. Elevate your React applications to new heights by mastering the art of handling side effects, API calls, and asynchronous operations with confidence and precision.
const generateKeys4096Demo = async () => {
console.log('generateKeys4096Demo')
const keys = await RSA.generateKeys(4096)
console.log('4096 private:', keys.private) // the private key
console.log('4096 public:', keys.public) // the public key
const encodedMessage = await RSA.encrypt('4096', keys.public)
console.log('4096 encoded message:', encodedMessage)
const message = await RSA.decrypt(encodedMessage, keys.private)
console.log('4096 decoded message:', message);
}const generateDemo = async () => {
console.log('generateDemo')
const keys = await RSA.generate()
console.log('private:', keys.private) // the private key
console.log('public:', keys.public) // the public key
const encodedMessage = await RSA.encrypt('1234', keys.public)
console.log('encoded message:', encodedMessage)
const message = await RSA.decrypt(encodedMessage, keys.private)
console.log('decoded message:', message);
}const generateKeys4096Demo = async () => {
console.log('generateKeys4096Demo')
const keys = await RSA.generateKeys(4096)
console.log('4096 private:', keys.private) // the private key
console.log('4096 public:', keys.public) // the public key
const encodedMessage = await RSA.encrypt('4096', keys.public)
console.log('4096 encoded message:', encodedMessage)
const message = await RSA.decrypt(encodedMessage, keys.private)
console.log('4096 decoded message:', message);
}const generateDemo = async () => {
console.log('generateDemo')
const keys = await RSA.generate()
console.log('private:', keys.private) // the private key
console.log('public:', keys.public) // the public key
const encodedMessage = await RSA.encrypt('1234', keys.public)
console.log('encoded message:', encodedMessage)
const message = await RSA.decrypt(encodedMessage, keys.private)
console.log('decoded message:', message);
}const generateKeys4096Demo = async () => {
console.log('generateKeys4096Demo')
const keys = await RSA.generateKeys(4096)
console.log('4096 private:', keys.private) // the private key
console.log('4096 public:', keys.public) // the public key
const encodedMessage = await RSA.encrypt('4096', keys.public)
console.log('4096 encoded message:', encodedMessage)
const message = await RSA.decrypt(encodedMessage, keys.private)
console.log('4096 decoded message:', message);
}const signAlgoDemo = async () => {
console.log('signAlgoDemo')
const keys = await RSA.generate()
const signature = await RSA.signWithAlgorithm(secret, keys.private, RSA.SHA256withRSA)
console.log('signature', signature);
const valid = await RSA.verifyWithAlgorithm(signature, secret, keys.public, RSA.SHA256withRSA)
console.log('verified', valid);
}const signAlgoDemo = async () => {
console.log('signAlgoDemo')
const keys = await RSA.generate()
const signature = await RSA.signWithAlgorithm(secret, keys.private, RSA.SHA256withRSA)
console.log('signature', signature);
const valid = await RSA.verifyWithAlgorithm(signature, secret, keys.public, RSA.SHA256withRSA)
console.log('verified', valid);
}d8KnzvRvtlHT1Gu0PH2NWgvrYDQ2lz/fp1huX1/eklhPE1uR8fqxTUeWwyRClQcp
8Ph5joK5/+xQAjO7nSItCBm1AoGAFblYtPET6OjSd9WH2IIZgUcvynHI4CbfMi1T
EMYPml0uekwskJXdXnJtswewjcXtrNTOwTCswg2yZ8EfJMk9wmuB9eIHuJdyxgQz
DNkxJFAwRCyoiF7ABSXEXe9Q69QQ9fBZP0x2YU4gbe3VBVj6J2noWrsfUDVkQ8Zk
9hK2zY0CgYBiMwbP0nafeaB+YO9v2mvwHeCAnFtBsVZkUVp75alsAujr/YEKSKEQ
YiFzbWLAkY7gBrS2b8tbHKXkkYfcWWlpM85ir/uqyNy/6Rb7CPkKUkCInIwZ9Vi2
clP6STevOnNTlyYhNgesy50tSPJEWO6ysC/petudc5t1e1FEM/pBkg==
-----END RSA PRIVATE KEY-----`
const androidEncodedMessage = `Z3iPkJiJCrXLaT11RtwBuSJa4rGbJ7JfDSHMNn/UaLUnGIzFmMT6ZRMtaSmWJhw3pXBES1IqufJB
Wk5vdZuDD7o5AP8i5GHrgVGbf6ix6DIH1+PiJzcfwBcSdEuCMEsustk+tBirK/HuxYt0HQV3B8Sw
EFAFOAPh3y2CsSC7Ibn5Q5cWeDYxfs8XANezs0H3i/X+KZP8owIrKnsERErc0E6bJ/V3tGCoFb+5
m0SibGo5B446iH57hTHf3Sv6GYcThk5+BqP/08VVQ2YXy+oMPng2nVnvzGONdJzfq+9GAKWMx6CE
yiSiGz7AYGDb04FmekL8KqEKy6nTlVERlbwWRg==`
const message = await RSA.decrypt(androidEncodedMessage, androidPkcs1PrivateKey)
console.log('android decoded message:', message);
}
GubRCBGJMBu8qyoNJJLmii8CgYEAtKo7XcTnjlqLJ6z1HJUkLM84vXvXT+aPs1GS
K4yYi2foTW2PM2HJQUWVcH2QJuYefT1pGYNhqFrdN414FzqMJhwGuOfnNtQdj3JL
l0GnYxTZsFEuKgZsdN/VyS1fLlrhHK/m3aulinZjBC3p34I0+/cLmu3z4y4vfQ0+
duTHg1ECgYB98Z0eCi/ct+m+B3YhCEdcXUzvIZY0sEJUlqIiGyxkLuVEdIPIFUqj
f1+VVZQA0d6BwruDSptq8x5aR3rdAlb5A71NYWQGOIPa2E5SIFZmzrZjyeeCfyB8
eMOrE2W6flCRaTDOH4kFuw4JqrymBLcgP/OTYO0T9MCOKeqP0wbyNg==
-----END RSA PRIVATE KEY-----`
const iosEncodedMessage = `xW7YdqRZPxMjUydRuY/bWO78Jvz/GM9qx+0soQEsheqfs+5nLugkBXiJC9J6if3j
oCH/uBLYC41X6tlpX/L/u+ujaYQTIRcnL1f74ZFcX8Ox1vTp47Ie5XteRcLbuAmk
vOzQ41q/ddUe8co67ShuiTmwI3Q4bUNukHEkwcpbD20JllKRR3wfYCoej05O29Xj
9QuO0gKjEis5le6dWrMuVQVT70rBZQkAoBAesSjEYw0LKKjyylpUHmNy7y1XNbb2
LA8kC70ZvNWYL+cIU2ZKts9HYtTbIAonL91uP6Bf+M0uUkqc2zxEL9EpFmwGx3Q0
JQUqPQPB+wHb7DlDFJdQ6A==`
const message = await RSA.decrypt(iosEncodedMessage, iosPkcs1PrivateKey)
console.log('ios decoded message:', message);
}
const signDemo = async () => {
console.log('signDemo')
const keys = await RSA.generate()
const signature = await RSA.sign(secret, keys.private)
console.log('signature', signature);
const valid = await RSA.verify(signature, secret, keys.public)
console.log('verified', valid);
}