EOS Account names must be exactly 12 characters long and consist of lower case characters and digits up until 5.
The KeyPairGenerator class is used to generate pairs of public and private keys. Key pair generators are constructed using the EOS offline private and public key pair generator for registering tokens. I found this link. I'm waiting for an official offline wallet product to register. 'Websites' is the wrong answer for this, even if the website is eos.io. VPN on official EOS site and gain access to key. In order to access your new EOS account, you will need two key pairs, owner and active. Each key pair consists of a private key and a public key. The public key is safe to give out and will be publicly visible in the blockchain. The private key must be kept secret and stored securely. Having a fallback key lets you use EOS exactly like everyone else that has any other EOS public and private key pair. You just had to go through an additional step of generating your EOS key pair from Ethereum. After you generate your fallback key, go to and try to import your EOS account into Scatter.
getInstance
factory methods (static methods that return instances of a given class). A Key pair generator for a particular algorithm creates a public/private key pair that can be used with this algorithm. It also associates algorithm-specific parameters with each of the generated keys.
There are two ways to generate a key pair: in an algorithm-independent manner, and in an algorithm-specific manner. The only difference between the two is the initialization of the object:
- Algorithm-Independent InitializationAll key pair generators share the concepts of a keysize and a source of randomness. The keysize is interpreted differently for different algorithms (e.g., in the case of the DSA algorithm, the keysize corresponds to the length of the modulus). There is an
initialize
method in this KeyPairGenerator class that takes these two universally shared types of arguments. There is also one that takes just akeysize
argument, and uses theSecureRandom
implementation of the highest-priority installed provider as the source of randomness. (If none of the installed providers supply an implementation ofSecureRandom
, a system-provided source of randomness is used.)Since no other parameters are specified when you call the above algorithm-independentinitialize
methods, it is up to the provider what to do about the algorithm-specific parameters (if any) to be associated with each of the keys.If the algorithm is the DSA algorithm, and the keysize (modulus size) is 512, 768, or 1024, then the Sun provider uses a set of precomputed values for thep
,q
, andg
parameters. If the modulus size is not one of the above values, the Sun provider creates a new set of parameters. Other providers might have precomputed parameter sets for more than just the three modulus sizes mentioned above. Still others might not have a list of precomputed parameters at all and instead always create new parameter sets. - Algorithm-Specific InitializationFor situations where a set of algorithm-specific parameters already exists (e.g., so-called community parameters in DSA), there are two
initialize
methods that have anAlgorithmParameterSpec
argument. One also has aSecureRandom
argument, while the the other uses theSecureRandom
https://evermeter625.weebly.com/ubuntu-generate-ssh-key-4096.html. implementation of the highest-priority installed provider as the source of randomness. (If none of the installed providers supply an implementation ofSecureRandom
, a system-provided source of randomness is used.)
In case the client does not explicitly initialize the KeyPairGenerator (via a call to an
initialize
method), each provider must supply (and document) a default initialization. For example, the Sun provider uses a default modulus size (keysize) of 1024 bits. Note that this class is abstract and extends from
KeyPairGeneratorSpi
for historical reasons. Application developers should only take notice of the methods defined in this KeyPairGenerator
class; all the methods in the superclass are intended for cryptographic service providers who wish to supply their own implementations of key pair generators. Every implementation of the Java platform is required to support the following standard
KeyPairGenerator
algorithms and keysizes in parentheses: - DiffieHellman (1024)
- DSA (1024)
- RSA (1024, 2048)
Eos Wallet Key Pair Generator Reviews
Cross-platform multi-language tool to create EOS public/private key pairs offline
Instructions
- Download for your platform from Github Releases: https://github.com/eoscafe/eos-key/releases
- Run on airgapped (ideal) computer or with no internet connection
- Generate keys and/or Validate your keys
Preview
Extra information
Eos Wallet Key Pair Generator Manual
There are only five runtime dependencies in this project:
- eosjs-ecc: Official EOS.IO library for generating/validating keys.
- vue: Frontend library like React/Angular,
- vue-electron: Integrating Vue into Electron,
- vue-i18n: Provide efficient internationalization with English, Chinese and Korean
- vue-router: Manages which page to load in application
The application is intended to be run offline and will make no external requests. If you see any external requests being made, your machine may be compromised before installation.
Virus Scans:
Eos Wallet Key Pair Generator Price
MacOS Virus Scan (100% safe, 0/57): VirusTotal
Linux Virus Scan (100% safe, 0/58): VirusTotal
Eos Wallet Key Pair Generator Download
Windows Virus Scan (98.3% safe, 1/58): VirusTotalThe false positive is confirmed by MetaDefender Report to be a false positive, the anti-virus flags 'EOS' in file contents and thinks it is a coin miner.