* Let GetMasternodeRank also return the block hash at the given height
* Add outpointConfirmedBlock to CTxLockVote and verify it
* Match order of parameters with member order
* Rename outpointConfirmedBlock to quorumModifierHash
* Add overload of GetMasternodeRank that does not return the block hash
* Allow to skip sig verification for CFinalCommitment::Verify
* Add CFinalCommitmentTxPayload and CheckLLMQCommitment and use it
As described in https://github.com/dashpay/dips/pull/31 (see discussion).
* Properly ban nodes for invalid commitments
* Add SPORK_17_QUORUM_DKG_ENABLED spork
* Implement CDummyDKG and CDummyCommitment until we have the real DKG merged
This is only used on testnet/devnet/regtest and will NEVER be used on
mainnet. It is NOT SECURE AT ALL!
See comment in quorums_dummydkg.h for more details.
* Test simple PoSe in DIP3 tests
* Generate 2 instead of 4 blocks per iteration in PoSe tests
4 was based on old chainparams where I used larger phases.
* Only sleep when necessary in PoSe tests
* Fix typo in comment
* Give PoSe tests more time and sync after fast-forward
* Sleep in wait_for_instant_lock when TX is not known yet
We'll otherwise stress the CPU quite a lot, which might in turn result in
instant send timeouts.
* Wait for all nodes to have the instant send lock
Otherwise individual nodes might end up not being able to catch up,
especially when it's the last iteration and we generate 6 blocks after it.
* Use getrawtransaction in wait_for_instant_lock instead of gettransaction
gettransaction fails if the TX is not owned by the wallet
* Give instant send tests more time after DIP3 activation
Signature verification changes to BLS when DIP3 gets activated, which is
much more resource hungry. Give instant send tests more time after DIP3
activation until we do proper batched verification of instant send
signatures.
* Allow specifing max number of outpoints to be returned per address in SelectCoinsGroupedByAddresses
Fixes CreateDenominated failure for addresses with huge amount of inputs
* Apply suggested fixes
Members which are not in the validMembers bitsets are now PoSe punished.
The maximum PoSe score is dynamic and mostly identical to the number of
registered MNs. Added PoSe scores for failures are then a percentage of
the maximum score, so that we can better control how often failures are
allowed per payment cycle. For LLMQ failures, this is 66% to allow
approximately 2 failures per payment cycle.
* Add LLMQ parameters to consensus params
* Add DIP6 quorum commitment special TX
* Implement CQuorumBlockProcessor which validates and handles commitments
* Add quorum commitments to new blocks
* Propagate QFCOMMITMENT messages to all nodes
* Allow special transactions in blocks which have no inputs/outputs
But only for TRANSACTION_QUORUM_COMMITMENT for now.
* Add quorum commitments to self-crafted blocks in DIP3 tests
* Add simple fork logic for current testnet
This should avoid a fork on the current testnet. It only applies to the
current chain which activated DIP3 at height 264000 and block
00000048e6e71d4bd90e7c456dcb94683ae832fcad13e1760d8283f7e89f332f.
When we revert the chain to retest the DIP3 deployment, this fork logic
can be removed again.
* Use quorumVvecHash instead of quorumHash to make null commitments unique
Implementation of https://github.com/dashpay/dips/pull/31
* Re-add quorum commitments after pruning mempool selected blocks
* Refactor CQuorumBlockProcessor::ProcessBlock to have less nested if/else statements
Also add BEGIN/END markers for temporary code.
* Add comments/documentation to LLMQParams
* Move code which determines if a commitment is required into IsCommitmentRequired
This should make the code easier to read and also removes some duplication.
The also changes the error types that are possible from 3 to 2 now. Instead
of having "bad-qc-already-mined" and "bad-qc-not-mining-phase", there is
only "bad-qc-not-allowed" now.
* Use new parameter from consensus parames for the temporary fork
* check request is not empty to use it for filtering
* Filter vote INVs by tx hash
* fix lock requests filtering
* Apply suggestions from code review
Co-Authored-By: gladcow <sergey@dash.org>
* Properly initialize confirmedHash in CSimplifiedMNListEntry
* Add consensus params for temporary hard-fork on testnet
This hard-fork is required on testnet as we have to fix a few consensus
bugs in DIP3/DIP4. It will also be required to introduce LLMQ commitments
to testnet.
* Add temporary fork-logic for testnet, which sets confirmedHash to null
...before fork activation. Otherwise we'd invalidate all DIP3 blocks on
testnet.
* Bump nTemporaryTestnetForkHeight to 273000
Mixing on a newer version with small number of upgraded masternodes
causes mixing txes to "stuck" - old nodes refuse to relay dstxes from new ones because
they come from the same masternodes too often. Basing threshold on the total number
of up to date masternodes and not only on a newer (enabled) ones should solve this.
This however will cause mixing to fail if there are not enough masternodes
on the needed protocol version (i.e. at least GetMinMasternodePaymentsProto())
but it's better to stop mixing than having funds kind of spent yet not confirmed
for a long time.
* Fix wrong index for argument to protx_update_service when error is thrown
* Unify and fix variable name in TxToJSON
The UniValue variable name for TRANSACTION_COINBASE was wrong and is fixed
now. Also changed names for all other special TXs to unify names. This
should avoid such errors in the future when new "else if" branches are
copy/pasted.
* Use "proRegTx" instead of "proTx" as key TRANSACTION_PROVIDER_REGISTER payloads
* Implement context menu and extra info on double-click for DIP3 masternode list
Menu items:
- "Copy ProTx hash"
- "Copy Collateral hash"
On double click:
Show simple message box with the json representation of the DMN.
* Fix review comments
* Do not hold cs_main while emitting messages
Fixes potential deadlock:
```
POTENTIAL DEADLOCK DETECTED
Previous lock order was:
(1) cs_deqsessions privatesend-client.cpp:966
(2) cs_main privatesend-client.cpp:816
Current lock order is:
(2) cs_main qt/walletmodel.cpp:299
wallet->cs_wallet qt/walletmodel.cpp:299
(1) cs_deqsessions privatesend-client.cpp:350
```
* Keep CWalletTx* newTx in inner scope
* Fix incorrect inline help for "protx update_registrar"
Initial ProRegTx does not define a field named "collateralAddress". It is not necessary to use the collateral address to receive payout, any Dash address can be defined here.
* Fix incorrect syntax for "protx revoke" inline help
"operatorKey" is required here
The cache can become quite large and uncompressing/recompressing it is slow.
Better to let ccache handle compression as it will then only perform it
on files which are actually used.
* Updating de, es, fi, nl, pt, sk, zh_CN, zh_TW
Known issues:
dash_zh_CN.ts: Mismatch between 'Start &all' and '启动全部(%A)'
dash_zh_CN.ts: Mismatch between 'Open the %1 debug log file from the current data directory. This can take a few seconds for large log files.' and '打开当前目录中的调试日志文件。日志文件大的话可能要等上几秒钟。'
dash_zh_CN.ts: Mismatch between 'Too many %f denominations, removing.' and '太多面额化资金，正在移除。'
dash_zh_CN.ts: Mismatch between 'Initialization sanity check failed. %s is shutting down.' and '初始化完整性检查失败。% 即将
* Fix issues in zh_CN
* Implement tab for DIP3 MN list
* Update src/qt/masternodelist.cpp
Co-Authored-By: codablock <ablock84@gmail.com>
* Change "x.xx% to UNSPECIFIED" to "x.xx% but not claimed" for opeartor reward
This fixes an issue reported by users on Ubuntu 18.04 LTS. They got the
following error message when starting dash-qt:
xkbcommon: ERROR: failed to add default include path auto
Qt: Failed to create XKB context!
Use QT_XKB_CONFIG_ROOT environmental variable to provide an additional search path, add ':' as separator to provide several search paths and/or make sure that XKB configuration data directory contains recent enough contents, to update please see http://cgit.freedesktop.org/xkeyboard-config/ .
Dash-qt starts then, but does not accept any input from the keyboard.
The reason is that qt tries to find the xkb config root in the configure
phase, but fails to find it. To make this detection work, libxkbcommon
has to be installed on the host system, even though it is then never used.
