1. Enforce payment to masternodes in IsBlockPayeeValid even if superblocks
are triggered. This new rule only gets activated when spork15 activates.
2. Always enforce masternode payments when spork15 is activated and ignore
spork8 in that case. spork8 can be removed after spork15 activation
and hardening of the spork15 height into consensus params.
* Split keyIDMasternode into keyIDOwner/keyIDOperator/keyIDVoting
keyIDOwner is the key used for things which should stay in control of the
collateral owner, like proposal voting.
keyIDOperator is the key used for operational things, like signing network
messages, signing trigger/watchdog objects and trigger votes.
keyIDVoting is the key used for proposal voting
Legacy masternodes will always have the same key for all 3 to keep
compatibility.
Using different keys is only allowed after spork15 activation.
* Forbid reusing collateral keys for operator/owner keys and vice versa
* Bump SERIALIZATION_VERSION_STRING in CMasternodeMan
* Prepare for DIP3 operator reward payments and switch to array in getblocktemplate
This commit allows to later split MN rewards into multiple recipients, e.g.
the owner reward and operator reward. It also updates the getblocktemplate
output to return an array of MN payments instead of a single entry.
This should allow MN miners and pool operators to prepare themself for the
upcoming changes in regard to operator rewards.
* txoutsMasternode -> voutMasternode
* More renaming
* Consider all masternode payments when looking for a known masternode
* Refactor block payee filling/validation
1. Move out old budget validation into it's own function (IsOldBudgetBlockValueValid)
2. Refactor IsBlockValueValid to bail out early instead of using deep
nested if/else blocks. IMHO, I feel that this makes the code much easier
to read and less error prone.
3. Refactor/rename CreateSuperblock and CMasternodePayments::FillBlockPayee
to be getters without actually modifying the coinbase TX. The coinbase
is now only modified from the global FillBlockPayments function. Makes
later changes in DIP3 easier (allowing superblock and MN rewards in same block)
* Use __func__ for logging in block payee code
* Fix code style nit
* Split CActiveMasternode into CActiveMasternodeInfo and CLegacyActiveMasternodeManager
* Use CKeyID instead of CPubKey whenever possible in masternode code
* Rename activeMasternode to activeMasternodeInfo and make it a struct
* Rename pubKeyIDXXX to keyIDXXX
* Bump SERIALIZATION_VERSION_STRING
* Fix build error after rebase
* Fix compilation warning/error with clang
* replace boost casts in dash-specific code
Specifically for spork.cpp : this should be temporary until all spork
sigs are based on hash and not string serialization format, after which
I expect the old signatures (else branch) should go away altogether. But
I still think it's worth it to get pieces of the boost dependency
removed, and this is an easy win, and could be merged now or in a patch
release w/o issue.
* replace boost::shared_ptr w/std::shared_ptr
And send REJECT msg back to the peer we received the original message from.
Same logic as for MIN_PEER_PROTO_VERSION but using specific proto versions for each submodule.
Found this when running dip3 integration tests. Votes stopped being
propagated.
When NetMsgType::MASTERNODEPAYMENTVOTE is handled, the payment vote is
already added to mapMasternodePaymentVotes and then marked as not verified.
When AddPaymentVote is then called shortly after that, the emplace does not
update the already added vote.
The real problem here is actually something different. AddPaymentVote is
named badly (should be more like AddOrUpdatePaymentVote) which resulted in
the non-obvious error while refactoring this code (who could have known
that we rely on that side effect?). So I renamed that method as well now.
* Refactor CMasternodePayment*: avoid using `count` and `[]`
Use iterators instead
* Refactor CMasternodePayment*: mark functions as const, pass references, adjust arg name
* Refactor/rename CMasternodePayments::CanVote()
* Refactor CMasternodePayment*: minor trivial changes
* Refactor CMasternodePayment*: reduce number of calls to GetHash()
* Drop nBudgetProposalEstablishingTime
* Refactor: replace `== COutPoint()` with `.IsNull()`
* Refactor: add `operator bool()` to CMasternodePing
* Refactor: actually use `operator bool()` for CPendingDsaRequest
* Refactor: fixing code style in TrafficGraphData
* Fix some comments and whitespaces
* Drop CGovernanceVote::GetTypeHash()
* Drop legacy X11 code
No longer used... if it ever was used at all.
* Move `<boost/foreach.hpp>` out of coins.h
* Simplify CMasternodeBlockPayees::GetRequiredPaymentsString()
Also less of boost::lexical_cast
* Drop CTxDSIn::nSentTimes
* Fix few warnings
* fix warning (timer)
* fix nit
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (gobject)
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (gobjvote)
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (mnw)
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (txlvote)
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (dsq)
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (dstx)
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (spork)
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (mnb)
* Actually care about old signature format in mnp, otherwise we can start banning peers rather quickly
* Use SPORK_6_NEW_SIGS to switch from signing string messages to hashes (mnv)
* Unify sign/verify code a bit by using GetSignatureHash() (even when it matches GetHash())
* fix docs
* address review comments
* fix log output (copy/paste error)
* Replace custom GetSignatureHash/GetHash with serialization (where applicable)
* Convert from/to old format in SerializationOp only for p2p
* fix
* Use new spork SPORK_6_NEW_SIGS to fix masternode payment vote signature format
* Use SPORK_6_NEW_SIGS to also fix masternode ping signature format
* Use SPORK_6_NEW_SIGS to also fix privatesend queue signature format
* adjust spork6 description in docs
* mnp hashing/signing changed - hash everything and use SignHash/VerifyHash directly instead of constructing a string to sign (both activate via SPORK_6_NEW_SIGS)
* fix
* cleanup
* Drop BOOST_FOREACH in Dash-specific code (only), no changes in behavior
* Use references in loops (use const references where applicable) in Dash-specific code (only)
And adjust related code to make it compilable.
* Loop through nodes via connman.ForEachNode in dsq Relay instead of creating a copy
0729102 Net: pass interruptMsgProc as const where possible (Jorge Timón)
fc7f2ff Net: Make CNetMsgMaker more const (Jorge Timón)
d45955f Net: CConnman: Make some methods const (Jorge Timón)
c7be56d net: push only raw data into CConnman (Cory Fields)
2ec935d net: add CVectorWriter and CNetMsgMaker (Cory Fields)
b7695c2 net: No need to check individually for disconnection anymore (Cory Fields)
fedea8a net: don't send any messages before handshake or after requested disconnect (Cory Fields)
d74e352 net: Set feelers to disconnect at the end of the version message (Cory Fields)
b4e4ba4 Introduce convenience type CTransactionRef (Pieter Wuille)
1662b43 Make CBlock::vtx a vector of shared_ptr<CTransaction> (Pieter Wuille)
da60506 Add deserializing constructors to CTransaction and CMutableTransaction (Pieter Wuille)
0e85204 Add serialization for unique_ptr and shared_ptr (Pieter Wuille)
* Do not relay `mnp`, `mnb`, `mnw`, `govobj` and `govobjvote` until fully synced
This should massively lower outgoing traffic and load during sync process (especially on mainnet)
* Apply "no sync from me until I'm synced" rule to all nodes
* Make sure to clear setAskFor in Dash submodules
Thanks @sidhujag for finding the bug
* partially revert previous commit
* skip mnv until mn list is synced
This monstrous change eliminates all remaining uses of
g_connman global variable in Dash-specific code.
Unlike previous changes eliminating g_connman use
that were isolated to particular modules, this one covers
multiple modules simultaneously because they are so interdependent
that change in one module was quickly spreading to others.
This is mostly invariant change that was done by
* changing all functions using g_connman to use connman argument,
* changing all functions calling these functions to use connman argument,
* repeating previous step until there's nothing to change.
After multiple iterations, this process converged to final result,
producing code that is mostly equivalent to original one, but passing
CConnman instance through arguments instead of global variable.
The only exception to equivalence of resulting code is that I had to
create overload of CMasternodeMan::CheckAndRemove() method without arguments
that does nothing just for use in CFlatDB<CMasternodeMan>::Dump() and
CFlatDB<CMasternodeMan>::Load() methods.
Normal CMasternodeMan::CheckAndRemove() overload now has argument of
CConnman& type and is used everywhere else.
The normal overload has this code in the beginning:
if(!masternodeSync.IsMasternodeListSynced()) return;
Masternode list is not synced yet when we load "mncache.dat" file,
and we save "mncache.dat" file on shutdown, so I presume that it's OK
to use overload that does nothing in both cases.
Signed-off-by: Oleg Girko <ol@infoserver.lv>
* fix CMasternode::CalculateScore, new mn score algo activation is triggered by DIP0001 lock-in
* unify rank calculation, base it on full mn vector rather than using active mns only
* bump CMasternodeMan::SERIALIZATION_VERSION_STRING
* unify rank calculations even further
* fix (partially revert previous one)
* Store masternodes in a map instead of a vector, drop unused functions in CMasternodeMan
* CTxIn vin -> COutPoint outpoint
* do not use CMasternodeMan::Find outside of the class
* update GetMasternodeInfo
* safe version of GetNextMasternodeInQueueForPayment
* fix ProcessMasternodeConnections
* bump CMasternodeMan::SERIALIZATION_VERSION_STRING
* Change sync process:
- IsBlockchainSynced(): drop CheckNodeHeight() and all complicated code, use fInitialDownload in UpdatedBlockTip() to switch initial states
- ProcessTick(): detect sleep mode like it was in IsBlockchainSynced(), not by number of masternodes
* Changes for sync in governance:
- do not keep sync alive on ConfirmInventoryRequest()
- skip some governance actions until we are synced to some level
* do not run CMasternodeMan::UpdateLastPaid() until winners list is synced
* start syncing mn list on the same node right after requesting sporks
* replace nTimeLast<Asset> with the unified nTimeLastBumped, bump on UpdatedBlockTip
* fix comments and LogPrintf-s
* remove excessive MASTERNODE_SYNC_IBD
* a bit more descriptive BumpAssetLastTime in few cases
* serialization: teach serializers variadics
Also add a variadic CDataStream ctor for ease-of-use.
* connman is in charge of pushing messages
The changes here are dense and subtle, but hopefully all is more explicit
than before.
- CConnman is now in charge of sending data rather than the nodes themselves.
This is necessary because many decisions need to be made with all nodes in
mind, and a model that requires the nodes calling up to their manager quickly
turns to spaghetti.
- The per-node-serializer (ssSend) has been replaced with a (quasi-)const
send-version. Since the send version for serialization can only change once
per connection, we now explicitly tag messages with INIT_PROTO_VERSION if
they are sent before the handshake. With this done, there's no need to lock
for access to nSendVersion.
Also, a new stream is used for each message, so there's no need to lock
during the serialization process.
- This takes care of accounting for optimistic sends, so the
nOptimisticBytesWritten hack can be removed.
- -dropmessagestest and -fuzzmessagestest have not been preserved, as I suspect
they haven't been used in years.
* net: switch all callers to connman for pushing messages
Drop all of the old stuff.
* drop the optimistic write counter hack
This is now handled properly in realtime.
* net: remove now-unused ssSend and Fuzz
* net: construct CNodeStates in place
* net: handle version push in InitializeNode
