These modes match those optionally provided as part of the daemon's
--db-type argument.
Argument after the # is interpreted as a composite mode if there's only
one (no comma separated arguments).
Sample usage:
blockchain_import --database lmdb#fastest
blockchain_import --database berkeley#fastest
Multiple specific DB flags are still supported, e.g.
blockchain_import --database lmdb#nosync,nordahead
blockchain_import --database berkeley#txn_nosync
1995923 BlockchainLMDB: Deal with DB exceptions at block level with particularity (warptangent)
c16cc20 BlockchainLMDB: Add sanity check for inconsistent state (warptangent)
9118d0a BlockchainLMDB: Call destructor on allocated txn if setup fails (warptangent)
f5581c3 BlockchainLMDB: Replace remaining txn pointer NULLs with nullptr (warptangent)
c7e6b77 crypto: only check MONERO_USE_SOFTWARE_AES once (moneromooo-monero)
74aef21 crypto: use software AES based on the MONERO_USE_SOFTWARE_AES env var (moneromooo-monero)
5cb03a1 unit_tests: fix blockchain unit test after hard fork import fix (moneromooo-monero)
759383c hardfork: add a default fork entry for v1 if none exist (moneromooo-monero)
c7f82ec blockchain: initialize m_hardfork to NULL (moneromooo-monero)
8649b9f blockchain_db: pass hard fork object as a simple pointer (moneromooo-monero)
a333c42 core_tests: add tests for hard fork behaviors (MRL-0004) (moneromooo-monero)
945fe90 core_tests: allow setting miner tx max_outs when creating a block (moneromooo-monero)
8e4c2e6 unit_tests: fix hard fork unit test compilation (moneromooo-monero)
9ef5794 blockchain_utilities: remove unused num_blocks variable (moneromooo-monero)
6c8e5c3 blockchain: reset hardfork object when resetting blockchain (moneromooo-monero)
Add another DB error exception type to distinguish failed txn setup from
general use of txn.
This keeps the error handling flow the same as before the block-level
txn setup changes that moved control up a layer to BlockchainDB.
DL is empty and unused elsewhere.
The intention at one point may have been to use CMAKE_DL_LIBS, but that
would more likely apply in some situations involving static linking.
This allows the OpenSSL function checks to compile in unbound's CMake
configuration.
Otherwise, the functions SHA256() and EVP_sha512() won't be called from
libunbound as possible algorithms.
They had not been compiling because static OpenSSL libraries were being
used, along with lack of -ldl. The static library preference is
unnecessary for the checks, so use default suffixes ordering for
CMAKE_FIND_LIBRARY_SUFFIXES when building unbound.
Related files:
configure_checks.cmake
external/unbound/validator/val_secalgo.c
secalgo_ds_digest(), setup_key_digest()
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)
warptangent