Remove LINK_SEARCH_START_STATIC and LINK_SEARCH_END_STATIC. This is more
appropriate when the compiler flag -static is used.
This had been causing CMake to omit the linker flags necesssary to
distinguish static and dynamic library linking. CMake had assumed static
linking for the target, causing it to omit explicit static link flags.
That is problematic without the -static compile flag being set.
With a library located in system directories, like libboost_date_time,
the full static path (.a), though found correctly by CMake, was treated
by the linker as a dynamic library. This is because
target_link_libraries() transforms the full path to -l<libname> if it's
in a system directory. Without -static or explicit linker flags, the
dynamic library (.so) is linked.
Removing the above two properties removes the assumption of static. So
-Wl;-Bstatic is inserted where needed. This causes -l<libname> to
properly refer to the static library instead of dynamic.
Setting to no or 0 also works. If set, any other value enables it.
Useful for running with valgrind in cases where it fails at
properly implementing AES-NI.
We also replace the --fakechain option with an optional structure
containing details about configuration for the core/blockchain,
for test purposes. This seems more future friendly.
e298b14 Blockchain: Update comments on removing block (warptangent)
b368e29 blockchain_import: Get hard fork version from HardFork (warptangent)
e02577f Move HardFork DB update to BlockchainDB::add_block() (warptangent)
3800875 Make HardFork object available to BlockchainDB and derived DB implementations (warptangent)
fd46c96 BlockchainDB/LMDB: Refactor block-scope DB txn handling for add block (warptangent)
f3a6000 BlockchainDB/LMDB/BDB: Extract DB txn functions for block add/remove (warptangent)
f47d5b0 BlockchainLMDB: Allow two HardFork functions to update DB during block add (warptangent)
15ee0be BlockchainLMDB: extract txn macros used during block add/remove (warptangent)
9d62c16 blockchain_import: Add hard fork data for each block when verify mode is off (warptangent)
7006b2e blockchain_utilities: Have fake_core create HardFork object (warptangent)
8f863e7 Blockchain: Optionally pass in HardFork object (warptangent)
f7e337e fake_core: Check if hard fork subdbs need reset at start (warptangent)
c657e77 blockchain_import: Add --drop-hard-fork command (warptangent)
4122439 blockchain_import: Add exception to log output (warptangent)
7658ac0 blockchain: revert handle_get_objects adding block id on tx not found (moneromooo-monero)
3a0f4d8 berkeleydb: fix delete/free mismatch (moneromooo-monero)
1642be2 minor bugfixes and refactoring (Thomas Winget)
098dcf2 unit_tests: fix mnemonics unit test testing invalid seeds (moneromooo-monero)
119eb10 unit_tests: fix hard fork unit tests and add a test for major too (moneromooo-monero)
64a2aa3 hardfork: allow passing chain height in get(height) for convenience (moneromooo-monero)
If it is, it points to reuse of a tx key, which isn't meant to happen.
If it does, a key image collision means that only one of those
outputs is spendable, so the wallet selects the larger amount,
unless that output was spent already.
This causes a discrepancy betewen reported received inputs and
payment total.
Since tx keys are 256 bits, this should never happen except if
done on purpose, or if a sender uses a bad PRNG.
Locking just one db turns out to not have been a good idea, since
the pool and p2p state fdles have to be used anyway.
Also ensure the directory exists before tring to lock.
- Blockchain should store if it's running on testnet or not
- moved loading compiled-in block hashes to its own function for clarity
- on handle_get_objects, should now correctly return false if a block's
transactions are missing
- replace instances of BOOST_FOREACH with C++11 for loops in Blockchain.
Sample use:
BERKELEY_DB=0 make debug
This makes development with BlockchainLMDB easier when virtual methods
have changed and don't match BlockchainBDB.
Some word triplets, such as "mugged names nail", are not valid
results from any 32 bit value. If used to decode a 32 bit value,
the result will therefore encode to a different word triplet.
Fix this by using random words converted from an actual random
bitstring, ensuring we always get valid triplets.
