- add MemoFormat property for memo
- MemoFormat and MemoType must be valid ASCII
- Memo content is converted on the serialization level
- add parsed_* version of Memo content if the parser understand the format
- support `text` and `json` MemoFormat
[FIX] double serialization overriding Memo contents
The copy made in from_json wasn't a deep copy
- Deprecate 'save' event
- Add TransactionQueue.getMinLedger(), use this as ledger_index_min
in account_tx request on reconnect
- tx.sign() no longer accepts a callback
- Add various setters and jsdoc to transaction.js
- Normalize setters, e.g. sourceTag() and destinationTag()
- Minor optimization in call to tx.hash() in TransactionManager prior
to submit; allow `serialized` argument to tx.hash() such that the
transaction is not serialized twice
- native support for k256
- improved entropy by taking advantage of platform crypto
- remove unnecessary sjcl overrides from sjcl-secp256k1.js
- updated ripple-lib curve instantiations to use k256
- add curve override so c256 points to k256
16dde36fa2
- add MemoFormat property for memo
- MemoFormat and MemoType must be valid ASCII
- Memo content is converted on the serialization level
- add parsed_* version of Memo content if the parser understand the format
- support `text` and `json` MemoFormat
when using a marker on an account request, a valid ledger_index or ledger_hash is required, otherwise the results can't be guaranteed to be reliable
consolidated test values for addresses, indexes and hashes
some requests return results that can be paged through, e.g. `account_lines`
use `limit` and `marker` options to specify results per response and position
change `requestAccountLines` and `requestAccountOffers` to use the `pagingAccountRequest`
remote was instantiated as an object and checks through the class for `this.remote` would pass and cause
unintended behavior
e.g. `.complete()` would view an undefined remote as untrusted and not allow local signing
e.g. calling `_computeFee()` with an undefined remote would crash ripple-lib
`precision` expresses precision within the provided value and won't expand it if the max expression of the value is smaller
`min_precision` will expand the value if the max expression of the value is smaller
