Linux Qt .deb: bundles all .so files + LD_LIBRARY_PATH wrapper
Linux daemon .deb: same + systemd Environment= for LD_LIBRARY_PATH
Windows: already handled (ldd scan for DLLs)
macOS: already handled (install_name_tool into Frameworks)
Removed all Depends: from .deb control files. Every package
runs on a clean machine with nothing pre-installed.
Linux Qt .deb: bundles all .so files + LD_LIBRARY_PATH wrapper
Linux daemon .deb: same + systemd Environment= for LD_LIBRARY_PATH
Windows: already handled (ldd scan for DLLs)
macOS: already handled (install_name_tool into Frameworks)
Removed all Depends: from .deb control files. Every package
runs on a clean machine with nothing pre-installed.
Windows Qt: ldd scan copies every MSYS2 DLL into installer
Windows daemon: ships with DLLs + Tor in a zip
macOS: copies Homebrew dylibs into .app/Frameworks with install_name_tool
Linux: unchanged (.deb Depends handles it via apt)
Windows Qt: ldd scan copies every MSYS2 DLL into installer
Windows daemon: ships with DLLs + Tor in a zip
macOS: copies Homebrew dylibs into .app/Frameworks with install_name_tool
Linux: unchanged (.deb Depends handles it via apt)
Windows: NSIS setup.exe — double-click to install with Start Menu
shortcuts, desktop icon, uninstaller in Add/Remove Programs.
Tor bundled in tor/ subfolder, auto-detected by wallet.
Linux: .deb packages (dpkg -i) for both Qt wallet and daemon.
Wallet gets desktop entry + app icon. Daemon gets systemd service.
Tor bundled in /usr/lib/cryptographic-triangles/tor/.
macOS: DMG with Tor inside .app bundle (unchanged).
All platforms: download one file, install, run. Zero configuration.
Windows: NSIS setup.exe — double-click to install with Start Menu
shortcuts, desktop icon, uninstaller in Add/Remove Programs.
Tor bundled in tor/ subfolder, auto-detected by wallet.
Linux: .deb packages (dpkg -i) for both Qt wallet and daemon.
Wallet gets desktop entry + app icon. Daemon gets systemd service.
Tor bundled in /usr/lib/cryptographic-triangles/tor/.
macOS: DMG with Tor inside .app bundle (unchanged).
All platforms: download one file, install, run. Zero configuration.
Every release now ships with Tor integrated:
- Windows Qt/daemon: tor.exe + geoip data in tor/ subfolder
- Linux Qt/daemon: tor binary + geoip data in tor/ subfolder
- macOS DMG: tor binary inside .app/Contents/MacOS/tor/
The wallet auto-detects tor in the tor/ subfolder next to the binary.
No user configuration needed - Tor starts automatically on launch.
Release assets now packaged as archives (zip/tar.gz) to include
the tor/ directory alongside the wallet binary.
Every release now ships with Tor integrated:
- Windows Qt/daemon: tor.exe + geoip data in tor/ subfolder
- Linux Qt/daemon: tor binary + geoip data in tor/ subfolder
- macOS DMG: tor binary inside .app/Contents/MacOS/tor/
The wallet auto-detects tor in the tor/ subfolder next to the binary.
No user configuration needed - Tor starts automatically on launch.
Release assets now packaged as archives (zip/tar.gz) to include
the tor/ directory alongside the wallet binary.
Every release now ships with the Tor Expert Bundle included:
- Windows Qt: tor/ directory alongside triangles-qt.exe
- Windows daemon: tor/ directory alongside trianglesd.exe
- Linux Qt: tor/ directory in release tarball
- Linux daemon: tor/ directory in release tarball
- macOS: tor/ inside .app bundle (Contents/MacOS/tor/)
The wallet already auto-detects tor binary next to itself or in
a tor/ subfolder. Zero configuration needed for users - Tor starts
automatically with the wallet and stops when it exits.
Release assets now packaged as zip/tar.gz to include tor directory.
Every release now ships with the Tor Expert Bundle included:
- Windows Qt: tor/ directory alongside triangles-qt.exe
- Windows daemon: tor/ directory alongside trianglesd.exe
- Linux Qt: tor/ directory in release tarball
- Linux daemon: tor/ directory in release tarball
- macOS: tor/ inside .app bundle (Contents/MacOS/tor/)
The wallet already auto-detects tor binary next to itself or in
a tor/ subfolder. Zero configuration needed for users - Tor starts
automatically with the wallet and stops when it exits.
Release assets now packaged as zip/tar.gz to include tor directory.
The Tor v3 spec requires SHA3-256 (FIPS-202) for the .onion address
checksum computation, but ToStringIP() was using SHA-256 (double-hash).
This caused every reconstructed .onion address to have incorrect suffix
characters, making all outbound Tor connections fail with SOCKS5 'general
failure' - the entire network had 0 Tor peers despite working Tor instances.
Fix: Replace Hash() call with OpenSSL EVP_sha3_256() which is available
in OpenSSL 3.0+ and produces the correct FIPS-202 SHA3-256 checksum.
Tested: All 5 onion seed nodes now connect successfully.
The Tor v3 spec requires SHA3-256 (FIPS-202) for the .onion address
checksum computation, but ToStringIP() was using SHA-256 (double-hash).
This caused every reconstructed .onion address to have incorrect suffix
characters, making all outbound Tor connections fail with SOCKS5 'general
failure' - the entire network had 0 Tor peers despite working Tor instances.
Fix: Replace Hash() call with OpenSSL EVP_sha3_256() which is available
in OpenSSL 3.0+ and produces the correct FIPS-202 SHA3-256 checksum.
Tested: All 5 onion seed nodes now connect successfully.
LookupHost expects std::vector<CNetAddr>& but was passed a single
CNetAddr, breaking compilation on all platforms.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
LookupHost expects std::vector<CNetAddr>& but was passed a single
CNetAddr, breaking compilation on all platforms.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Replace all hardcoded seed addresses (onion, clearnet, DNS) with a
dynamic HTTP-based seed list fetched from seeds.cryptographic-triangles.org
on startup. New getseedlist RPC exposes known .onion peers from the
address manager for a collector script to publish.
Any wallet that comes online with an onion address is automatically
discovered by peers via P2P addr exchange and appears in the seed list
within minutes. No binary rebuilds needed when addresses change.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Replace all hardcoded seed addresses (onion, clearnet, DNS) with a
dynamic HTTP-based seed list fetched from seeds.cryptographic-triangles.org
on startup. New getseedlist RPC exposes known .onion peers from the
address manager for a collector script to publish.
Any wallet that comes online with an onion address is automatically
discovered by peers via P2P addr exchange and appears in the seed list
within minutes. No binary rebuilds needed when addresses change.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Move wallet rescan to a background thread after IBD completes instead
of blocking on the main thread. Address index is now built during IBD
rather than skipped and rebuilt later. Wallet scan releases cs_wallet
lock while reading blocks from disk to improve concurrency.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Move wallet rescan to a background thread after IBD completes instead
of blocking on the main thread. Address index is now built during IBD
rather than skipped and rebuilt later. Wallet scan releases cs_wallet
lock while reading blocks from disk to improve concurrency.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
copy_option::overwrite_if_exists was removed in Boost 1.90+,
replaced with copy_options::overwrite_existing.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
copy_option::overwrite_if_exists was removed in Boost 1.90+,
replaced with copy_options::overwrite_existing.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Adds a "Data Directory" section to Options > Main tab that lets users
browse for a new data directory. On confirmation, files are automatically
migrated to the new location on restart (wallet.dat copied first with
atomic rename for safety). Supports "Restart Now" or "Later" workflow.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Adds a "Data Directory" section to Options > Main tab that lets users
browse for a new data directory. On confirmation, files are automatically
migrated to the new location on restart (wallet.dat copied first with
atomic rename for safety). Supports "Restart Now" or "Later" workflow.
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
PoS blocks at the same height have identical difficulty, producing equal chain
trust scores. The old "strictly greater" comparison meant first-seen-wins,
causing permanent forks when nodes received competing blocks in different order.
v5.4 fork (block 2186941) adds:
- Deterministic tiebreaker: equal-trust chains resolve to the lower tip hash
- Tighter time drift: ±3 min (was ±10 min), reducing the competing block window
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
PoS blocks at the same height have identical difficulty, producing equal chain
trust scores. The old "strictly greater" comparison meant first-seen-wins,
causing permanent forks when nodes received competing blocks in different order.
v5.4 fork (block 2186941) adds:
- Deterministic tiebreaker: equal-trust chains resolve to the lower tip hash
- Tighter time drift: ±3 min (was ±10 min), reducing the competing block window
Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
Krystie
sami7777