trezor-firmware/python/requirements.txt

ecdsa>=0.9
mnemonic>=0.17
requests>=2.4.0
click>=7,<8
pyblake2>=0.9.3
libusb1>=1.6.4
construct>=2.9
typing_extensions>=3.6
add tox 2016-10-17 12:17:18 +00:00			`ecdsa>=0.9`
update mnemonic requirement 2017-02-22 14:04:14 +00:00			`mnemonic>=0.17`
bump requirements for protobuf to 3.1.0 2017-06-18 21:19:15 +00:00			`requests>=2.4.0`
switch to click 7.0 2018-10-03 13:11:21 +00:00			`click>=7,<8`
requirements: add pyblake2 2017-11-04 00:18:19 +00:00			`pyblake2>=0.9.3`
Add webusb to transports V2 protocol with debug link is not tested. 2018-02-01 01:42:43 +00:00			`libusb1>=1.6.4`
build: add Construct to requires, use package autodetection 2018-06-14 12:16:53 +00:00			`construct>=2.9`
trezorlib: transport/protocol reshuffle This commit breaks session handling (which matters with Bridge) and regresses Bridge to an older code state. Both of these issues will be rectified in subsequent commits. Explanation of this big API reshuffle follows: * protocols are moved to trezorlib.transport, and to a single common file. * there is a cleaner definition of Transport and Protocol API (see below) * fully valid mypy type hinting * session handle counters and open handle counters mostly went away. Transports and Protocols are meant to be "raw" APIs; TrezorClient will implement context-handler-based sessions, session tracking, etc. I'm calling this a "reshuffle" because it involved very small number of code changes. Most of it is moving things around where they sit better. The API changes are as follows. Transport is now a thing that can: * open and close sessions * read and write protobuf messages * enumerate and find devices Some transports (all except bridge) are technically bytes-based and need a separate protocol implementation (because we have two existing protocols, although only the first one is actually used). Hence a protocol superclass. Protocol is a thing that also can: * open and close sessions * read and write protobuf messages For that, it requires a `handle`. Handle is a physical layer for a protocol. It can: * open and close some sort of device connection (this is distinct from session! Connection is a channel over which you can send data. Session is a logical arrangement on top of that; you can have multiple sessions on a single connection.) * read and write 64-byte chunks of data With that, we introduce ProtocolBasedTransport, which simply delegates the appropriate Transport functionality to respective Protocol methods. hid and webusb transports are ProtocolBasedTransport-s that provide separate device handles. HidHandle and WebUsbHandle existed before, but the distinction of functionality between a Transport and its Handle was unclear. Some methods were moved and now the handles implement the Handle API, while the transports provide the enumeration parts of the Transport API, as well as glue between the respective Protocols and Handles. udp transport is also a ProtocolBasedTransport, but it acts as its own handle. (That might be changed. For now, I went with the pre-existing structure.) In addition, session_begin/end is renamed to begin/end_session to keep consistent verb_noun naming. 2018-11-08 14:24:28 +00:00			`typing_extensions>=3.6`