The address prefix your coin uses - you can find this in CryptoNoteConfig.h. In TurtleCoin, this converts to TRTL
The max amount of memory to use, storing downloaded blocks to be processed.
The block time of your coin, in seconds
The amount of blocks to take from the daemon per request. Cannot take more than 100.
The amount of blocks to process per 'tick' of the mainloop. Note: too high a value will cause the event loop to be blocked, and your interaction to be laggy.
Allows specifying a custom configuration object for the request module.
Allows specifying a custom user agent string to use with requests.
How often to update the daemon info
The amount of decimal places your coin has, e.g. TurtleCoin has two decimals
The length of an integrated address for your coin - It's the same as a normal address, but there is a paymentID included in there - since payment ID's are 64 chars, and base58 encoding is done by encoding chunks of 8 chars at once into blocks of 11 chars, we can calculate this automatically
How often to check on locked transactions
The amount of seconds to permit not having fetched a block from the daemon before emitting 'deadnode'. Note that this just means contacting the daemon for data - if you are synced and it returns TopBlock - the event will not be emitted.
The amount of seconds to permit not having fetched a new local height from the daemon before emitting 'deadnode'.
The amount of seconds to permit not having fetched a new network height from the daemon before emitting 'deadnode'.
The minimum fee allowed for transactions, in ATOMIC units
Mapping of height to mixin maximum and mixin minimum
Request timeout for daemon operations in milliseconds
Most people haven't mined any blocks, so lets not waste time scanning them
The length of a standard address for your coin
How often to process blocks, in millseconds
Your coins 'ticker', generally used to refer to the coin, i.e. 123 TRTL
A replacement function for the JS/C++ checkRingSignatures.
A replacement function for the JS/C++ cnFastHash.
A replacement function for the JS/C++ derivePublicKey.
A replacement function for the JS/C++ deriveSecretKey.
A replacement function for the JS/C++ generateKeyDerivation.
A replacement function for the JS/C++ generateKeyImage.
A replacement function for the JS/C++ generateRingSignatures.
A replacement function for the JS/C++ secretKeyToPublicKey.
A replacement function for the JS/C++ underivePublicKey.
Generated using TypeDoc
Configuration for the wallet backend.
Everything is optional.