05a55a6 Added EVENT_CFLAGS to test makefile to explicitly include libevent headers. (Karl-Johan Alm)
280a559 Added some simple tests for the RAII-style events. (Karl-Johan Alm)
7f7f102 Switched bitcoin-cli.cpp to use RAII unique pointers with deleters. (Karl-Johan Alm)
e5534d2 Added std::unique_ptr<> wrappers with deleters for libevent modules. (Karl-Johan Alm)
67dac4e Add unit tests for the CuckooCache (Jeremy Rubin)
c9e69fb Add CuckooCache implementation and replace the sigcache map_type with it (Jeremy Rubin)
0c4e6ce Add MIT license to build-aux/m4 scripts (Luke Dashjr)
3f8a5d8 Trivial: build-aux/m4/l_atomic: Fix typo (Luke Dashjr)
3b4b6dc Add MIT license to autogen.sh and share/genbuild.sh (Luke Dashjr)
f4dffdd Add MIT license to Makefiles (Luke Dashjr)
* Add simple test for p2pk script
refs #1767
* Add p2pk transaction addresses indexing
Addresses from p2pk transaction are now indexed by transations pubkeys
hashes. Even if it isn't strict behavior and the p2pk are rare
and obsolete, it is transaction that should be able to be looked up.
fixes#1767
* Add p2pk script checking tests
refs #1767
b30fb42 test: Rename wallet.dat to wallet_test.dat (Wladimir J. van der Laan)
a25a4f5 wallet_ismine.h → script/ismine.h (Wladimir J. van der Laan)
f4eae2d test: Create test fixture for wallet (Wladimir J. van der Laan)
de39c95 test: move accounting_tests and rpc_wallet_tests to wallet/test (Wladimir J. van der Laan)
cf82d05 Build: Consensus: Make libbitcoinconsensus_la_SOURCES fully dynamic and dependend on both crypto and consensus packages (Jorge Timón)
4feadec Build: Libconsensus: Move libconsensus-ready files to the consensus package (Jorge Timón)
a3d5eec Build: Consensus: Move consensus files from common to its own module/package (Jorge Timón)
* IBD check uses minimumchain work instead of checkpoints.
This introduces a 'minimum chain work' chainparam which is intended
to be the known amount of work in the chain for the network at the
time of software release. If you don't have this much work, you're
not yet caught up.
This is used instead of the count of blocks test from checkpoints.
This criteria is trivial to keep updated as there is no element of
subjectivity, trust, or position dependence to it. It is also a more
reliable metric of sync status than a block count.
* Remove GetTotalBlocksEstimate and checkpoint tests that test nothing.
GetTotalBlocksEstimate is no longer used and it was the only thing
the checkpoint tests were testing.
Since checkpoints are on their way out it makes more sense to remove
the test file than to cook up a new pointless test.
# Conflicts:
# src/Makefile.test.include
# src/test/Checkpoints_tests.cpp
* IsInitialBlockDownload no longer uses header-only timestamps.
This avoids a corner case (mostly visible on testnet) where bogus
headers can keep nodes in IsInitialBlockDownload.
* Delay parallel block download until chain has sufficient work
nMinimumChainWork is an anti-DoS threshold; wait until we have a proposed
tip with more work than that before downloading blocks towards that tip.
* Add timeout for headers sync
At startup, we choose one peer to serve us the headers chain, until
our best header is close to caught up. Disconnect this peer if more
than 15 minutes + 1ms/expected_header passes and our best header
is still more than 1 day away from current time.
* Introduce assumevalid setting to skip presumed valid scripts.
This disentangles the script validation skipping from checkpoints.
A new option is introduced "assumevalid" which specifies a block whos
ancestors we assume all have valid scriptsigs and so we do not check
them when they are also burried under the best header by two weeks
worth of work.
Unlike checkpoints this has no influence on consensus unless you set
it to a block with an invalid history. Because of this it can be
easily be updated without risk of influencing the network consensus.
This results in a massive IBD speedup.
This approach was independently recommended by Peter Todd and Luke-Jr
since POW based signature skipping (see PR#9180) does not have the
verifiable properties of a specific hash and may create bad incentives.
The downside is that, like checkpoints, the defaults bitrot and older
releases will sync slower. On the plus side users can provide their
own value here, and if they set it to something crazy all that will
happen is more time will be spend validating signatures.
Checkblocks and checklevel are also moved to the hidden debug options:
Especially now that checkblocks has a low default there is little need
to change these settings, and users frequently misunderstand them as
influencing security or IBD speed. By hiding them we offset the
space added by this new option.
* Add consensusParams to FindNextBlocksToDownload
* Adjust check in headers timeout logic to align with 144 blocks in Dash
* CAddrDB modified so that when de-serialization code throws an exception Addrman is reset to a clean state
* CAddrDB modified to make unit tests possible
* Regression test created to ensure bug is fixed
* StartNode modifed to clear adrman if CAddrDB::Read returns an error code.
* Build against system UniValue when available
* doc: Add UniValue to build instructions
* Bugfix: The var is LIBUNIVALUE,not LIBBITCOIN_UNIVALUE
* Change default configure option --with-system-univalue to "no"
* Bugfix: Always include univalue in DIST_SUBDIRS
* LDADD dependency order shuffling
* build-unix: Update UniValue build conditions
* Implement proposal validation
Includes commits:
Implemented CProposalValidator
Use CProposalValidator to check proposals at prepare and submit stages
Modify proposal validator to support numerical data in string format
Multiple bug fixes in governance-validators.cpp
Fixed bug in CheckURL
Fixed stream state check
Increase strictness of payment address validation for compatibility with sentinel
Improved error reporting
Implemented "check" rpc command to validate proposals
Fixes to RPC check command
Fix error message
Unit test and data files for proposal validator
Added test cases
Removed debugging code
* Fix name validation
* Changes to address code review comments
* HD wallet
Minimal set of changes (no refactoring) backported from Bitcoin upstream to make HD wallets work in Dash 0.12.1.x+
* minimal bip44 (hardcoded account and change)
* minimal bip39
Additional cmd-line options for new wallet:
-mnemonic
-mnemonicpassphrase
* Do not recreate HD wallet on encryption
Adjusted keypool.py test
* Do not store any private keys for hd wallet besides the master one
Derive all keys on the fly.
Original idea/implementation - btc PR9298, backported and improved
* actually use bip39
* pbkdf2 test
* backport wallet-hd.py test
* Allow specifying hd seed, add dumphdseed rpc, fix bugs
- -hdseed cmd-line param to specify HD seed on wallet creation
- dumphdseed rpc to dump HD seed
- allow seed of any size
- fix dumpwallet rpc bug (wasn't decrypting HD seed)
- print HD seed and extended public masterkey on dumpwallet
* top up keypool on HD wallet encryption
* split HD chain: external/internal
* add missing cs_wallet lock in init.cpp
* fix `const char *` issues (use strings)
* default mnemonic passphrase is an empty string in all cases
* store mnemonic/mnemonicpassphrase
replace dumphdseed with dumphdinfo
* Add fCrypted flag to CHDChain
* prepare internal structures for multiple HD accounts
(plus some code cleanup)
* use secure allocator for storing sensitive HD data
* use secure strings for mnemonic(passphrase)
* small fix in GenerateNewHDChain
* use 24 words for mnemonic by default
* make sure mnemonic passphrase provided by user does not exceed 256 symbols
* more usage of secure allocators and memory_cleanse
* code cleanup
* rename: CSecureVector -> SecureVector
* add missing include
* fix warning in rpcdump.cpp
* refactor mnemonic_check (also fix a bug)
* move bip39 functions to CMnemonic
* Few fixes for CMnemonic:
- use `SecureVector` for data, bits, seed
- `Check` should return bool
* init vectors with desired size where possible
This switches the Merkle tree logic for blocks to one that runs in constant (small) space.
The old code is moved to tests, and a new test is added that for various combinations of
block sizes, transaction positions to compute a branch for, and mutations:
* Verifies that the old code and new code agree for the Merkle root.
* Verifies that the old code and new code agree for the Merkle branch.
* Verifies that the computed Merkle branch is valid.
* Verifies that mutations don't change the Merkle root.
* Verifies that mutations are correctly detected.
