Merges the HD wallet work and process-based I2P integration from the
SAMI-PC hd-wallet branch into v6 master. Conflict resolution keeps
v6 embedded I2P (CI2PEmbedded) as primary, includes process-I2P
files for reference, preserves FastImportBlockFile() from hd-wallet,
and keeps v6 version numbers (6.0.0) and wAddressStack Qt layout.
Adds libi2pd static library build step and -DUSE_I2P_EMBEDDED=ON to
all 5 build jobs (Windows Qt, Windows daemon, Linux Qt, Linux daemon,
macOS). Previously I2P compiled as stubs — wallet shipped without
.b32.i2p address support. macOS uses HOMEBREW=1 for correct i2pd
Makefile include paths.
Same fix as build-all.yml: lint.yml's clang-tidy job also installed
librocksdb-dev from Ubuntu 22.04's apt (6.11.4), which CMakeLists.txt
now refuses to configure against. Drop the apt package, add the
shared scripts/ci/build-rocksdb.sh step.
PR #10 added a configure-time FATAL_ERROR for RocksDB < 7.4.0 because
the v5.9.24 daemon on DNS2 was built against librocksdb 6.11 and can't
read smsgDB SST files written by newer RocksDB (XXH3 per-block
checksum). The check worked — but it immediately failed CI, because
GitHub's ubuntu-22.04 runners also ship librocksdb-dev 6.11.4.
This is the same drift class the original patch was meant to prevent.
Fix: build RocksDB from source in CI, pinned to 8.9.1 (matching DNS2's
system version). Add scripts/ci/build-rocksdb.sh as a reusable helper
and call it from each of the four Linux jobs (test-linux-unit,
test-linux-sanitizers, build-linux-daemon, build-linux-qt). Drop
librocksdb-dev from the apt-get install (otherwise find_library would
pick up /usr/lib/librocksdb.so.6.11.4 first) and add libsnappy-dev /
libzstd-dev / liblz4-dev (compression libs RocksDB optionally links
against).
MacOS was already passing — Homebrew's rocksdb is current. Windows
was already passing — MSYS2's mingw-w64-rocksdb is at 9.x.
Also fix a cosmetic CMake bug: the version-detect function was setting
RocksDB_VERSION with PARENT_SCOPE only, so the 'Detected RocksDB
version from version.h:' message printed an empty value. Set the local
variable too so the STATUS message reflects the real value.
The Windows libtor build was failing on MSYS2 with:
./configure: line 2220: ${ac_cv_func_ RtlSecureZeroMemory+y}: bad substitution
Root cause: bash 4.4 (MSYS2's bash) and dash (/bin/sh on MSYS2) both
fail to parse ${VAR1$VAR2+y} or ${VAR1${VAR2}+y}. autoconf 2.69-2.73
emit one of these patterns in the AC_CHECK_FUNCS expansion, and
patching the resulting configure on the runner is fragile (the
Makefile's automake rules re-invoke autoconf and aclocal if any
mtime looks stale).
Fix: vendor a complete known-good build environment generated with
autoconf 2.71 on Linux. The vendored set:
src/tor/configure.vendored (37,966 lines, bash 4.4+clean)
src/tor/configure-aux/ (8 autotools auxiliary scripts)
src/tor/configure-input/ (11 AC_CONFIG_FILES inputs + aclocal.m4)
src/tor/regenerate-tor-configure.sh (one-shot regenerator with parse check)
src/tor/build-libtor.sh (uses vendored set when present)
build-libtor.sh now:
1. Copies configure.vendored + 8 aux files + 11 inputs into the
tor-src submodule directory.
2. Touches all vendored files to now+1s so the generated Makefile's
'regenerate configure from configure.ac' and 'regenerate
aclocal.m4 from m4/' rules see no work to do.
3. Runs configure directly (skips autoreconf entirely).
The legacy autoreconf+patch path is preserved under AUTORECONF_FORCE=1
for Linux dev when someone needs to test against an updated tor
commit. regenerate-tor-configure.sh handles regenerating the
vendored set from a fresh autoconf run.
Workflow:
build-all.yml — adds 'Build libtor' step to all 5 platform jobs,
adds mingw-w64-x86_64-autotools to MSYS2 install lists (still
needed for unrelated automake deps), and adds cpp20-modernization
to the push trigger list so future CI runs can iterate on that
branch without manual workflow_dispatch.
Verified end-to-end on commit 9d4baea:
build-linux-daemon ✅ success
build-linux-qt ✅ success
build-windows-daemon ✅ success
build-windows-qt ✅ success
build-macos ✅ success
test-linux-unit ✅ success
test-linux-sanitizers ✅ success
CI run: https://github.com/SamiAhmed7777/triangles_v5/actions/runs/28209275346
Two fixes:
1. Windows: replaced broken 'mingw-w64-x86_64-autoconf/automake/
autoconf2.13/libtool' individual packages with the meta package
'mingw-w64-x86_64-autotools' which is what actually exists in the
MINGW64 repo (the individual ones don't).
2. macOS: added 'zlib' to brew install (configure complained the
--with-zlib-dir was empty).
Also fixed the chaindb equivalence test step in build-all.yml to
run the correct binary: 'build/bin/test_chaindb_equivalence'
(which is the dedicated driver for chaindb_equivalence_tests)
rather than 'build/bin/test_triangles --run_test=chaindb_...'
(the test suite lives in a separate binary, not in test_triangles).
The static 'CWallet wallet' inside BOOST_AUTO_TEST_SUITE(wallet_tests)
is in the wallet_tests namespace, not the global scope. Replaced 'wallet'
with 'wallet_tests::wallet' in the abandon_transaction_tests cases.
Also fixed the build-libtor autotools deps for Windows (msys2 doesn't
ship 'mingw-w64-x86_64-autotools' — installed autoconf/automake/
autoconf2.13/libtool separately) and for macOS (brew install autoconf
automake libtool, export PATH so the libtoolize/automake binaries are
findable).
Run #468 (the re-trigger after #467's fixes) failed with two more issues:
1. Linux build-libtor step needed static OpenSSL libs (libssl.a,
libcrypto.a) for the helper tools (tor-resolve, tor-print-ed-signing-cert)
that the script was building by default. Ubuntu's libssl-dev
package only ships the shared .so libs, not the static .a ones.
We don't actually need the helper tools — Triangles only consumes
libtor.a. Changed 'make' to 'make libtor.a' in build-libtor.sh
so only the static library is built.
2. Windows msys2 was missing autotools (aclocal, autoconf, automake,
libtool). autogen.sh failed with 'aclocal: command not found'.
Added 'mingw-w64-x86_64-autotools' and 'mingw-w64-x86_64-libtool'
to the msys2 install lists in both Windows jobs.
If this one fails I'll show you the log. (Run #469 will be the test.)
Run #467 (the re-trigger after #466's fixes) failed with two new error
classes that the previous commit didn't catch:
1. macOS link error:
ld: unknown options: --allow-multiple-definition --start-group --end-group
src/CMakeLists.txt passed GNU ld flags unconditionally in the
USE_TOR_EMBEDDED block. Apple's ld64 doesn't recognize them.
Guard the GNU-only options with NOT APPLE; keep -ltor and the
linkable libraries outside the guard so macOS still gets them.
2. Linux libtor configure error:
configure: error: "You must specify an explicit
--with-libevent-dir=x option when using --enable-static-libevent"
build-libtor.sh defaults to /mingw64 paths. On ubuntu-22.04 the
libevent-dev/libssl-dev/zlib1g-dev packages install under /usr,
so the libevent flag was being silently dropped. Set
LIBEVENT_DIR=/usr OPENSSL_DIR=/usr ZLIB_DIR=/usr for Linux jobs.
3. Added the build-libtor step to three more jobs that needed it
(Qt GUI builds also link -ltor transitively via triangles_common):
- build-windows-qt
- build-linux-qt
- build-macos
After this:
- All 7 build jobs will pass the libtor step.
- macOS Qt link will work (no more GNU-ld-only options).
- Windows Qt build will produce the .exe installer artifact.
If anything still fails I'll iterate. This is the third build pass.
Two CI issues were blocking the Windows Qt build of v5.9.25-fork-detection
(run #466, all 7 jobs failed):
1. transactionview.cpp: called TransactionTableModel::refresh() but
the actual method is refreshWallet() (public slot). Fixed in the
abandonTransaction() handler.
2. build-all.yml: every daemon job failed at link with
'cannot find -ltor'. The Tor source is a git submodule
(src/tor/tor-src) and USE_TOR_EMBEDDED defaults to ON, but
src/tor/build-libtor.sh is NEVER invoked from the workflow.
Added a 'Build libtor' step before the main build in:
- build-windows-qt
- build-windows-daemon
- build-linux-daemon
- test-linux-unit
- test-linux-sanitizers
(The macos/Linux-Qt builds only do BUILD_QT=ON, so they don't link
libtor and don't need the extra step. The macos run also failed on
the refresh() compile error, which is fixed by 1 above.)
The Dockerfile in packaging/docker/ downloads the daemon .deb from
the release URL during the build. On tag-push, the release record is
created immediately but the .deb asset gets uploaded a few seconds
to minutes later by the build job.
Race condition seen on v5.9.24 distribute run #24 (2026-06-24 01:10 UTC):
- Workflow fired on tag push
- Docker Hub job started step 5 'Build and push' immediately
- Dockerfile's curl returned 404 for the .deb
- Job failed in 18 seconds; release .deb was uploaded ~8 min later
AUR and WinGet jobs already had this wait step; Docker Hub was the
only one missing it. Added the same pattern (poll for URL reachability
up to 30 * 20s = 10 min).
Two errors from PR #391813 manifest validation (build 349844):
1. 'The schema header URL does not match the expected pattern.'
I used raw.githubusercontent.com URLs, but the validator wants
the aka.ms short URLs that the official winget-bot uses.
Updated all 3 files to https://aka.ms/winget-manifest.*.1.12.0.schema.json
2. 'Silent and SilentWithProgress switches are not specified for
InstallerType exe.'
TrianglesQt installer is built with NSIS (see build-all.yml
'Install NSIS via MSYS2' step + mingw-w64-x86_64-nsis package).
NSIS silent flag is /S. Added both Silent and SilentWithProgress.
Closes superseded PR microsoft/winget-pkgs#391813 (same Manifest-Validation-Error).
Two pre-existing latent bugs in the WinGet job template:
1. The line '# yaml-language-server: $schema=...' was inside a
<<EOF heredoc, so bash treated $schema as an undefined variable
and stripped it down to '=https://...'. The resulting YAML still
parsed (since the $schema line is just an editor comment), but
IDE auto-complete and editor-side validation were broken.
Fix: escape the $ as \$ in the heredoc so bash leaves it alone.
2. INSTALLER_URL was set in the workflow env: block with literal
${VERSION} placeholders. GitHub Actions only substitutes \${{ }}
expressions in env values, not ${}. So the bash $VERSION got
expanded but the URL kept ${VERSION} literal in the output —
meaning the published manifest had a broken InstallerUrl that
the Microsoft validator would 404 on (and a literal ${VERSION}
string in SHA-source comparison).
Fix: use ${{ env.VERSION }} in the workflow YAML so GitHub Actions
substitutes it at runtime. Then bash gets the real version string
and the heredoc just expands the resulting env var.
The winget-pkgs repository has tightened its accepted schema. Per
doc/ValidationFailureGuide.md:
- 'Manifest-Version-Deprecated: Update your manifest to use a supported
schema version. The recommended schema version is 1.12.0
(1.10.0 is also accepted).'
- 'Manifest-Validation-Error: Address all reported errors and resubmit.'
What changed in the template heredocs:
1. ManifestVersion: 1.6.0 → 1.12.0 in all 3 files
2. Version file: dropped Publisher/PublisherUrl/PackageName/License/
ShortDescription (those belong in defaultLocale only).
Replaced PackageLocale: en-US with DefaultLocale: en-US — that
field was renamed in schema 1.12.
3. Installer file: replaced InstallerMode: interactive with
InstallModes: [interactive, silent] (the singular 'InstallerMode'
was removed; InstallModes is now an array per-installer or root).
Dropped PackageLocale (not part of installer schema) and
InstallerScope: user (no longer supported at root, only per-installer).
4. Added # yaml-language-server: $schema=... comment to all 3 files
pointing at the official 1.12.0 JSON schemas — helps editor/IDE
auto-complete AND validates against the same schema the winget
validators use.
Supersedes PR microsoft/winget-pkgs#391801 (closed in same batch —
manifests there used the 1.6.0 schema and got Manifest-Validation-Error).
Sami's winget-pkgs submission bot has been firing one PR per release.
Three of them (#391151/391368/391388) were generated with a buggy path
format and accumulated PullRequest-Error / Needs-Author-Feedback labels
before Sami noticed. That pattern reads as spam to winget-pkgs moderators
and risks the maintainer goodwill we've built with stephengillie.
Two new safeguards:
1. Pre-flight check (distribute.yml, winget job):
- Before opening a PR, scan existing SamiAhmed7777 PRs on
microsoft/winget-pkgs for PullRequest-Error or
Needs-Author-Feedback labels
- If any are found, abort this submission with a clear error
- Also skip if a PR for this exact version is already open
2. New winget-watchdog.yml workflow (cron */30 * * * *):
- Every 30 min, scan open SamiAhmed7777 PRs
- For each one, inspect wingetbot comments for validation result
- If a PR has automatic-validation failure comments, post a
summary comment + close the PR automatically
- This prevents 'broken PR opened, forgotten for 24h' pattern
that creates the spam appearance
Both changes keep the existing tag-triggered release flow intact.
PUBLISHER_INITIAL was hardcoded to 'C' but the winget-pkgs convention
requires lowercase 'c' for the first-letter prefix folder. Additionally,
the manifest was being placed at manifests/c/CryptographicTriangles/<full
PackageIdentifier with dot>/<version>/, but the correct convention is
manifests/c/CryptographicTriangles/<short package name>/<version>/ — the
file *names* still use the full PackageIdentifier (e.g.
CryptographicTriangles.TrianglesQt.installer.yaml).
Without these fixes, microsoft/winget-pkgs Automatic Validation rejects
the PR with: "the casing of the file in disk or identical file is not
merged" because the path written to the (Windows, case-insensitive)
validator filesystem differs from what's in the git tree.
Closes superseded PRs microsoft/winget-pkgs#391151, #391368, #391388.
Avoid 'fetch first' errors when the same version gets re-distributed
(multiple tags or workflow re-runs). Each run uses its own branch in
the winget-pkgs fork.
- Chocolatey 'Check' step: add shell: bash so the [ -z ] syntax parses
- WinGet fork: remove --fork flag (renamed), use --remote=false instead
which omits the clone in the same step
distribute.yml:
- New 'chocolatey' job: updates nuspec version + install script SHA256,
packs .nupkg, pushes to chocolatey.org. Gated by CHOCO_SKIP_WACATAC
env var so it can be disabled while the Microsoft false-positive is
still active (set CHOCO_SKIP_WACATAC=true on the repo, flip to empty
after Microsoft clears the detection).
- New 'winget' job: forks microsoft/winget-pkgs (auto-creates fork if
needed), generates the three manifest files (version/locale/installer)
in the winget-pkgs v1.6.0 format, opens a PR.
Both jobs use the Windows setup.exe as the installer source.
Both jobs skip gracefully with a warning if their respective GitHub
secrets aren't set.
packaging/chocolatey/tools/chocolateyInstall.ps1:
- Rewritten to use the NSIS installer (.exe) instead of the old .zip
format (the v5.9.x release ships an NSIS .exe setup)
- Uses $env:ChocolateyPackageVersion so the workflow can substitute the
version at pack time
- checksum64 is '__CHECKSUM_PLACEHOLDER__' which the workflow replaces
with the computed SHA256
Required GitHub secrets (all added):
CHOCO_API_KEY - Chocolatey API key
WINGET_TOKEN - GitHub PAT with public_repo scope
The previous commit had a literal '***' placeholder where the GitHub
Actions expression ${{ secrets.HOMEBREW_GITHUB_TOKEN }} should have
been. The workflow couldn't parse, so runs showed as 'failure' with
zero jobs and the display name fell back to the file path.
Fixed by writing the correct expression directly.
Observed the workflow firing on regular push-to-master events, not just
tag pushes. GitHub is sometimes over-eager about workflow re-runs on
commits that touch the workflow file. Add an explicit job-level guard
if: github.event_name == 'workflow_dispatch' || startsWith(github.ref, 'refs/tags/v')
to all four jobs so the distribute jobs only run on tag pushes or
manual workflow_dispatch events.
New 'homebrew' job in distribute.yml:
- Waits for the macOS .dmg to be available on the GitHub release
- Computes the new SHA256
- Clones SamiAhmed7777/homebrew-triangles
- Updates version + sha256 in both Formula/triangles.rb and
Casks/cryptographic-triangles.rb
- Commits and pushes to main
- Skips gracefully with a warning if HOMEBREW_GITHUB_TOKEN is not set
Required GitHub secret: HOMEBREW_GITHUB_TOKEN (added)
GitHub Actions doesn't allow 'secrets' context in 'if:' conditionals,
only in 'env:'. Reworked the workflow to:
- Capture DOCKERHUB_TOKEN and AUR_SSH_KEY into env vars at job level
- Each step that needs a secret checks env.* and exits 0 with a
::warning:: annotation if not set
- Skipped steps display a final summary in the job log
Same behavior, just no parser errors.
New workflow .github/workflows/distribute.yml:
- Triggers on v* tag push (and workflow_dispatch for manual runs)
- Docker job: builds + pushes to samiahmed7777/trianglesd with both
:VERSION and :latest tags, plus a post-push smoke test
- AUR job: runs in archlinux container, downloads the release .debs,
updates PKGBUILD with new version + SHA256s, regenerates .SRCINFO
via makepkg, commits and pushes to AUR via SSH
- Both jobs skip gracefully (with a clear warning) if their respective
GitHub secrets aren't set, so the workflow can be merged and tested
before secrets are configured
- Waits up to 10 minutes for the build-all release artifacts to be
available (build-all and distribute run in parallel on the same tag)
Required GitHub secrets:
DOCKERHUB_TOKEN — Docker Hub access token (have in vault)
AUR_SSH_KEY — Private key of the AUR packager (~/.ssh/aur_key)
* Add triangles-cli: JSON-RPC client (port bitcoin-cli pattern)
Triangles never had a CLI client (bitcoin-cli analog). This adds
triangles-cli as a third build target alongside trianglesd and
triangles-qt.
- src/triangles-cli.cpp: self-contained JSON-RPC 1.0 client.
Reads triangles.conf for credentials, supports -rpcuser/-rpcpassword
/-rpcconnect/-rpcport/-testnet/-datadir/-conf flags. Implements
-getinfo (synthesized summary from getnetworkinfo/getblockchaininfo
/getwalletinfo) and raw method dispatch. JSON via json_spirit compat
shim (json_compat.h), HTTP via boost::asio, base64 auth inline.
No util.cpp / wallet.cpp / net.cpp / triangles_common link dep —
keeps the binary small (~600 KB Linux, ~1.5 MB Windows).
- CMake: new option(BUILD_CLI ON) + add_executable(triangles-cli)
in src/CMakeLists.txt. Status line added.
- CI: BUILD_CLI=ON added to build-windows-daemon and build-linux-daemon
jobs. triangles-cli.exe bundled into windows-daemon artifact
alongside trianglesd.exe. triangles-cli added to linux-daemon .deb
package (with launcher in /usr/bin).
- Default ON; set BUILD_CLI=OFF to skip.
Closes the open 'triangles-cli.exe missing from Windows build'
follow-up (the binary wasn't missing — it never existed).
Patterned after Bitcoin Core bitcoin-cli and Dash Core dash-cli.
* Fix macOS build: drop Boost::system/find_package component, use std::filesystem
Homebrew's boost formula doesn't ship the boost_system CMake config file,
so find_package(Boost REQUIRED COMPONENTS system) failed on macOS.
- Replace boost::filesystem with std::filesystem (C++17, no Boost dep)
- Drop 'filesystem' from find_package — only headers needed (asio + system)
- Link libboost_system explicitly per-platform by library name, resolved
via the platform's default search path (Homebrew toolchain on macOS,
system libs on Linux, MSYS2 on Windows)
CI will rerun automatically on PR push.
* Fix macOS build: add Boost::boost target for headers, link boost_system
The previous fix dropped the find_package component but also killed the
boost include path. Now use the modern Boost::boost header-only target
(available in Boost 1.83+) which sets up include directories without
requiring a per-component config file.
Link libboost_system explicitly by name on all platforms — the linker
finds it via the platform's default search path:
- Linux: /usr/lib (libboost_system.so)
- macOS Homebrew: /opt/homebrew/lib (libboost_system.dylib)
- Windows MSYS2: mingw64/bin (libboost_system-mt-X-XX.dll)
* Drop Boost entirely from triangles-cli: use raw sockets for HTTP
Third time's the charm. After two CI failures chasing boost::asio / libboost_system
linking issues across platforms (Homebrew missing config on macOS, MSYS2 versioned
names on Windows, CMake targets that don't quite work everywhere), rip the whole
Boost dependency out of the CLI and use raw POSIX/Winsock sockets.
- triangles-cli.cpp: replaced boost::asio with raw socket() / connect() / send()
/ recv() / getaddrinfo(). Cross-platform: #ifdef _WIN32 for Winsock + WSAStartup
/ WSACleanup, else POSIX. ~100 lines of clean portable socket code.
- src/CMakeLists.txt: dropped find_package(Boost) entirely. Only links
json_compat (header-only) + ws2_32 on Windows. No boost libs to find.
Should be the last fix needed for this PR.
* Fix Windows packaging step: simplify bash { } | sort -u | while pattern
The previous step used a bash group command piped through sort -u and a
while loop. Under MSYS2 bash + 'set -e -o pipefail' (GitHub Actions
default), this triggered a non-zero exit even when the loop body
succeeded, causing the Windows daemon job to fail at the packaging step
(the actual link of both trianglesd.exe and triangles-cli.exe succeeded).
Replaced the { } | sort -u | while pattern with a temp-file-based dedup:
- ldd both binaries, append to /tmp/cli-dlls.txt (or cli-libs.txt on Linux)
- sort -u the temp file
- pipe the result into the while loop (simpler pipeline, no group)
Also applied the same simplification to the Linux .deb packaging for
consistency, even though the Linux build was passing.
* Simplify DLL packaging: plain for loop, no pipe-into-while
The previous attempts used 'ldd | sort -u | while read; do ... done' patterns
that exit 1 under MSYS2 bash + 'set -e -o pipefail' even when the script
ran successfully. Replaced with a plain 'for bin in ...; do ldd > list.txt;
while read; do cp; done < list.txt; done' pattern that has no pipelines
other than the standard redirection, and uses IFS= read -r for safe line
iteration.
Also moved temp files from /tmp to the working directory (./dll-list.txt)
to avoid any MSYS2 /tmp path-translation edge cases.
* diagnostic: add tracing to Windows packaging step
* Add package-windows-daemon.sh + package-linux-daemon.sh scripts
Move the Windows daemon packaging step and the Linux .deb build into
committed shell scripts under scripts/ci/. This bypasses GitHub Actions'
inline-run-block quirks (silent exit 1 under msys2 + set -e -o pipefail
with multi-line scripts) and makes the packaging logic debuggable locally.
* Switch to script-file packaging for Windows + Linux daemon jobs
Replace inline multi-line run: blocks with invocations of the
scripts/ci/package-*.sh scripts. This sidesteps the GitHub Actions
msys2 + 'set -e -o pipefail' issue that caused silent exit 1 on the
Windows daemon packaging step. The scripts are also debuggable locally.
---------
Co-authored-by: Krystie <krystie@sami>
The secure-messaging store (smsgDB) used the LevelDB API directly. Mass-
mapped to the equivalent RocksDB types: leveldb::DB/Status/WriteBatch/
Iterator/Slice/ReadOptions/WriteOptions/WriteBatch::Handler -> rocksdb::*.
The RocksDB API surface for our usage is binary-compatible — pure namespace
substitution, no semantic changes. Consumers in rpcsmessage.cpp and
qt/messagemodel.cpp updated to match.
RocksDB now becomes a hard build dependency (was optional behind
BUILD_ROCKSDB). The chain-DB rocksdb backend is consequently always
available; -chaindb=leveldb remains the default until the Phase-4
LevelDB retirement. Removed the BUILD_ROCKSDB cmake option, the
#ifdef BUILD_ROCKSDB guards in txdb*, and the runtime error path
that triggered when the flag was off.
CI updated: librocksdb-dev (Ubuntu), mingw-w64-x86_64-rocksdb (MSYS2),
and rocksdb (Homebrew) added to all build jobs.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Format and tidy enforce only on lines changed in PRs (diff-only via
git-clang-format and clang-tidy-diff.py) — existing files keep their
current style until edited. Mass reformat deferred; .git-blame-ignore-revs
stub is in place for whenever that happens.
Sanitizer lane builds with -fsanitize=address,undefined and runs the
unit suite. continue-on-error: true initially so we can triage findings
without blocking PRs. UB categories pervasive in the Hash9 C cascade
(alignment, signed-integer-overflow, vptr) are suppressed pending
file-by-file fixes.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Remove legacy build files (Makefile, makefile.unix/mingw/osx,
triangles-qt.pro) and replace with CMake build system. Includes
find modules for all dependencies, LevelDB bundled build, and
updated CI workflow for CMake + Ninja on all platforms.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
MSYS2 mingw64 NSIS is a 64-bit build that needs amd64-unicode plugins.
Copy the amd64-unicode INetC.dll to Plugins/unicode/ instead of x86.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
- Copy INetC.dll to x86-unicode, x86-ansi, and amd64-unicode dirs
- Add debug output to identify which plugin dir NSIS actually uses
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
- transaction_tests.cpp: use COutPoint+CUtxoEntry instead of old MapPrevTx
- build-all.yml: use msys2 shell for inetc plugin download/install
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
- Download and install inetc NSIS plugin for bootstrap download feature
- test/script_P2SH_tests.cpp already updated in prior commit
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Krystie
sami7777