bd0ee07310
e181bda061guix: Apply all codesignatures to Windows binaries (Ava Chow)aafbd23fd9guix: Apply codesignatures to all MacOS binaries (Ava Chow)3656b828dccontrib: Sign all Windows binaries too (Ava Chow)31d325464dcontrib: Sign and notarize all MacOS binaries (Ava Chow)710d5b5149guix: Update signapple (Ava Chow)e8b3c44da6build: Include all Windows binaries for codesigning (Ava Chow)dd4ec840eebuild: Include all MacOS binaries for codesigning (Ava Chow)4e5c9ceb9dguix: Rename Windows unsigned binaries to unsigned.zip (Ava Chow)d9d49cd533guix: Rename MacOS binaries to unsigned.tar.gz (Ava Chow)c214e5268fguix: Rename unsigned.tar.gz to codesigning.tar.gz (Ava Chow) Pull request description: I have updated signapple to notarize MacOS app bundles without adding any additional dependencies. Further, it can also sign and apply detached signatures to standalone binaries. As such, we can use signapple to perform the notarization and stapling steps so that MacOS will run the app bundle after it is installed. `detached-sig-create.sh` is updated to have a notarization step and to download the ticket which will be included in the detached signatures. The workflow is largely unchanged for the MacOS codesigners except for the additional requirement of having an App Store Connect API key and Team UUID, instructions for which can be found at https://github.com/achow101/signapple/blob/master/docs/notarization.md. For guix builders, the workflow is unchanged. Additionally, the standalone binaries packaged in the MacOS `.tar.gz` and Windows `.zip` will now be codesigned. `detached-sig-create.sh` was updated to handle these, so the workflow for both MacOS and Windows codesigners remains unchanged. For guix builders, the workflow is also unchanged. Because those binaries will how have codesigned and unsigned versions, the build command is modified to output `-unsigned.{tar.gz,zip}` archives containing the binaries. Since this happens to conflict with the tarball used for codesigning, the codesigning tarball was renamed to `-codesigning.tar.gz`. Both MacOS and Windows codesigners will need to adjust their workflows to account for the new name. Fixes #15774 and #29749 ACKs for top commit: Sjors: Tested ACKe181bda061davidgumberg: Tested ACKe181bda061. pinheadmz: tested ACKe181bda061Tree-SHA512: ce0e2bf38e1748cdaa0d13be6f61c3289cd09cfb7d071a68b0b13d2802b3936c9112eda6e4c7b29c535c0995d56b14871442589cdcea2e7707e35c1b278b9263
Repository Tools
Developer tools
Specific tools for developers working on this repository.
Additional tools, including the github-merge.py script, are available in the maintainer-tools repository.
Verify-Commits
Tool to verify that every merge commit was signed by a developer using the github-merge.py script.
Linearize
Construct a linear, no-fork, best version of the blockchain.
Qos
A Linux bash script that will set up traffic control (tc) to limit the outgoing bandwidth for connections to the Bitcoin network. This means one can have an always-on bitcoind instance running, and another local bitcoind/bitcoin-qt instance which connects to this node and receives blocks from it.
Seeds
Utility to generate the pnSeed[] array that is compiled into the client.
Build Tools and Keys
Packaging
The Debian subfolder contains the copyright file.
All other packaging related files can be found in the bitcoin-core/packaging repository.
MacDeploy
Scripts and notes for Mac builds.
Test and Verify Tools
TestGen
Utilities to generate test vectors for the data-driven Bitcoin tests.
Verify-Binaries
This script attempts to download and verify the signature file SHA256SUMS.asc from bitcoin.org.
Command Line Tools
Completions
Shell completions for bash and fish.
UTXO Set Tools
UTXO-to-SQLite
This script converts a compact-serialized UTXO set (as generated by Bitcoin Core with dumptxoutset)
to a SQLite3 database. For more details like e.g. the created table name and schema, refer to the
module docstring on top of the script, which is also contained in the command's --help output.