All test cases are generated and verified in Stellar Laboratory.
Source XDR is also tested to match the vectors, and it is easy to verify
in Laboratory directly.
Initial EIP1559 implementation
Fix a few small issues
Progress on Python lib implementation and firmware
Fix RLP length
Start fixing tests
Fix legacy transactions
Simplify API and logic
Add EIP1559 tests
Fix access list formatting
Fix UI visiblity issue
Fix commented out code
fix: correct linting issues
Fix access_list protobuf formatting
Remove unneeded code
Remove dead code
Check tx_type bounds for EIP 2718
Reduce code duplication
Prefer eip2718_type over re-using tx_type
Add more tests
Simplify format_access_list
Simplify sign_tx slightly
Change Access List format and add logic to encode it
Fix a bunch of small PR comments
Fix a linting issue
Move tests out of class and regenerate
Remove copy-pasted comments
Add access list to CLI
Simplify _parse_access_list_item
Fix small mistakes following rebase
Fix linting
Refactor to use a separate message for EIP 1559 tx
Simplify changed legacy code
Fix a few small PR comments
Fix linting
fix(legacy): recognize SignTxEIP1559 on legacy build
Fix PR comments
Makes skipping tests much faster, and running individual tests a tiny
bit faster.
Also makes sure the whole suite always runs against the same device
(modulo emulator being restarted)
API-compatibility with the original one is retained.
Now that we don't need to keep code parity with core, we could do some
changes that make life easier.
All generated classes are now in one file. This makes github diffs more
readable, at the cost of somewhat complicating inspecting individual
classes; however, that is something we shouldn't be doing anyway.
Enums are now implemented as enum.IntEnum.
The original class-level FIELDS member was restored.
Each field is now defined via protobuf.Field, which is easier to work
with in the codec, AND we're not stuffing defaults and flags into the
same field.
Add two new input and four output script types.
Decred ticket purchases consist of a stake submission, op returns, and
change addresses. Although change addresses are allowed by consensus,
they are no longer used in practice and so have been given the
restrictions of a null pubkey and no value. Stake scripts are almost
identical to p2pkh or p2sh except for an extra opcode in front. Inputs
are currently only used in the form of one input three outputs with the
first output, or stake submission, paying to a public key hash, or with
two inputs and five outputs with the stake submission paying to a
multisig script hash. The op returns are directed to the user in the
case of one and the voting service provider and user in the case of two.
One of the sstx commitment for a ticket must pay back to the trezor
wallet. This is checked and an error is thrown if we don't find the
expected public key hash.
Because this adds the ability to create new types of outputs once the
ticket votes, two new input script types are also needed. A successful
vote will lead to a stake generation script that must be spent, and an
unsuccessful vote will lead to a revocation script that must be spent.
If we allowed stake change scripts to have a valid pubkey, that too
would require another op code, but we disallow those for output.
Layouts can be used by the application code to interact with user using
small number of dialogs or other groups of UI components. Each layout is
identified by name and takes some parameters. Most layouts will have an
implementation for each hardware model, mechanism is provided to import
the correct version so that application code can be oblivious to the
model.
This commit introduces the layout concept and converts a couple of
dialogs to use it.
