Trezor firmware

This commit adds human-readable display definitions for 1inch decentralized-exchange swap transactions on Trezor hardware wallets. It tells the wallet how to decode and label 1inch swap parameters (amounts, beneficiary, last pool) so users can verify what they are signing on the device screen. The change is purely a data/configuration addition plus matching tests; it does not alter cryptographic code, transaction validation, or signing logic. There is no indication in the commit that this fixes a security vulnerability.

This commit is a code cleanup that wraps more on-screen UI layouts in a new 'layout context' scoping mechanism. It changes how layout objects are created and awaited, but does not add or remove security checks. The main risk is that any mistake in the refactor could cause a layout to be used outside its intended scope, but the diff itself shows consistent mechanical changes rather than a security fix or vulnerability.

This commit only updates automated test scripts for the Trezor hardware wallet. It changes how the test code simulates button presses during a wallet backup flow to match the actual device behavior. There is no change to the firmware or wallet security itself.

This is a small, safe code cleanup. It changes a type annotation from a concrete class to a protocol (an interface definition) and updates two function signatures to return the more general interface type. There is no change to actual program behavior, no bug fix, and no security relevance.

This update fixes a bug in the Trezor Python library where reconnecting to a Trezor device could fail if an old, unread response was still waiting in the communication channel. The fix makes the library clear out up to 10 stale responses before it checks whether the device speaks the older protocol v1. A new test simulates a host disconnect mid-operation and verifies that a new client can reconnect successfully.

This commit shortens two on-screen text labels in the Trezor bootloader from 'INSTALL FIRMWARE' to 'INSTALL FW' and 'UPDATE FIRMWARE' to 'UPDATE FW'. The change is purely cosmetic, intended to stop the text from overflowing its display area. The commit message notes these screens are not normally seen by users because updates now happen without user interaction. There is no security fix here.

This commit adds support for a new post-quantum digital-signature algorithm (ML-DSA-44) to the Python trezorctl tool's device-authenticity check. It does not change how the hardware wallet itself works; it only lets the desktop companion software recognize and verify a new type of manufacturer signature on some devices. The change also moves hard-coded root public keys into a separate internal module and updates the required cryptography library version. There is no indication in the commit that this fixes a security bug or vulnerability.

This commit strengthens the Trezor host-side device-authentication check. Previously, the tool verified that each security chip's certificate chain was signed by a trusted root, but it did not compare the device model and serial number written into the different certificates. The patch now extracts the common name (model) and serial number from each certificate and rejects the device if those values disagree across chips or do not match the model the device claims to be. This closes a gap where a malicious or misconfigured device might present otherwise valid but mismatched certificates.