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AddBlockHashes call uses lazy rlp decoding so it cannot be async since message is discarded by protocol
This commit is contained in:
zelig
parent
a7ac361c8f
commit
9ab3530df3
1 changed files with 102 additions and 102 deletions
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@ -322,118 +322,118 @@ func (self *BlockPool) AddBlockHashes(next func() ([]byte, bool), peerId string)
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// peer is still the best
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// peer is still the best
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poolLogger.Debugf("adding hashes for best peer %s", peerId)
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poolLogger.Debugf("adding hashes for best peer %s", peerId)
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self.wg.Add(1)
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// self.wg.Add(1)
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self.procWg.Add(1)
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// self.procWg.Add(1)
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go func() {
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// go func() {
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var size, n int
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var size, n int
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var hash []byte
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var hash []byte
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var ok bool = true
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var ok bool = true
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var section, child, parent *section
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var section, child, parent *section
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var entry *poolEntry
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var entry *poolEntry
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var nodes []*poolNode
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var nodes []*poolNode
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LOOP:
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LOOP:
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// iterate using next (rlp stream lazy decoder) feeding hashesC
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// iterate using next (rlp stream lazy decoder) feeding hashesC
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for hash, ok = next(); ok; hash, ok = next() {
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for hash, ok = next(); ok; hash, ok = next() {
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n++
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n++
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select {
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select {
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case <-self.quit:
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case <-self.quit:
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break LOOP
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break LOOP
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case <-peer.quitC:
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case <-peer.quitC:
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// if the peer is demoted, no more hashes taken
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// if the peer is demoted, no more hashes taken
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break LOOP
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break LOOP
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default:
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default:
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}
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}
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if self.hasBlock(hash) {
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if self.hasBlock(hash) {
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// check if known block connecting the downloaded chain to our blockchain
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// check if known block connecting the downloaded chain to our blockchain
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poolLogger.Debugf("[%s] known block", name(hash))
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poolLogger.Debugf("[%s] known block", name(hash))
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// mark child as absolute pool root with parent known to blockchain
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// mark child as absolute pool root with parent known to blockchain
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if section != nil {
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if section != nil {
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self.connectToBlockChain(section)
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self.connectToBlockChain(section)
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} else {
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} else {
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if child != nil {
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if child != nil {
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self.connectToBlockChain(child)
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self.connectToBlockChain(child)
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}
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}
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}
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break LOOP
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}
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}
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// look up node in pool
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break LOOP
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entry = self.get(hash)
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}
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if entry != nil {
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// look up node in pool
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poolLogger.Debugf("[%s] found block", name(hash))
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entry = self.get(hash)
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// reached a known chain in the pool
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if entry != nil {
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if entry.node == entry.section.bottom && n == 1 {
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poolLogger.Debugf("[%s] found block", name(hash))
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// the first block hash received is an orphan in the pool, so rejoice and continue
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// reached a known chain in the pool
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poolLogger.Debugf("[%s] first hash is orphan block, keep building", name(hash))
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if entry.node == entry.section.bottom && n == 1 {
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child = entry.section
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// the first block hash received is an orphan in the pool, so rejoice and continue
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continue LOOP
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poolLogger.Debugf("[%s] first hash is orphan block, keep building", name(hash))
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}
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child = entry.section
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poolLogger.Debugf("[%s] reached blockpool chain", name(hash))
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continue LOOP
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parent = entry.section
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break LOOP
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}
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}
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// if node for block hash does not exist, create it and index in the pool
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poolLogger.Debugf("[%s] reached blockpool chain", name(hash))
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poolLogger.Debugf("[%s] create node %v", name(hash), size)
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parent = entry.section
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node := &poolNode{
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break LOOP
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hash: hash,
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peer: peerId,
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}
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if size == 0 {
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section = newSection()
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}
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nodes = append(nodes, node)
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size++
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} //for
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self.chainLock.Lock()
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poolLogger.Debugf("lock chain lock")
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poolLogger.Debugf("read %v hashes added by %s", n, peerId)
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if parent != nil && entry != nil && entry.node != parent.top {
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poolLogger.Debugf("[%s] fork section", sectionName(parent))
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parent.controlC <- false
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waiter := make(chan bool)
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parent.forkC <- waiter
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chain := parent.nodes
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parent.nodes = chain[entry.index:]
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parent.top = parent.nodes[0]
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orphan := newSection()
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self.link(orphan, parent.child)
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self.processSection(orphan, chain[0:entry.index])
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orphan.controlC <- false
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close(waiter)
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}
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}
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// if node for block hash does not exist, create it and index in the pool
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if size > 0 {
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poolLogger.Debugf("[%s] create node %v", name(hash), size)
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self.processSection(section, nodes)
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node := &poolNode{
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poolLogger.Debugf("[%s]->[%s](%v)->[%s] new chain section", sectionName(parent), sectionName(section), size, sectionName(child))
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hash: hash,
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self.link(parent, section)
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peer: peerId,
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self.link(section, child)
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} else {
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poolLogger.Debugf("[%s]->[%s] connecting known sections", sectionName(parent), sectionName(child))
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self.link(parent, child)
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}
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}
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if size == 0 {
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self.chainLock.Unlock()
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section = newSection()
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poolLogger.Debugf("[%s] unlock chain lock", sectionName(section))
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if parent != nil {
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poolLogger.Debugf("[%s] activating parent chain [%s]...", name(parent.top.hash), sectionName(parent))
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self.activateChain(parent, peer)
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poolLogger.Debugf("[%s] activated parent chain [%s]. done", name(parent.top.hash), sectionName(parent))
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}
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}
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nodes = append(nodes, node)
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size++
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} //for
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if section != nil {
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self.chainLock.Lock()
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poolLogger.Debugf("[%s] activate new section process", sectionName(section))
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poolLogger.Debugf("lock chain lock")
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peer.addSection(section.top.hash, section)
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section.controlC <- true
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}
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self.procWg.Done()
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self.wg.Done()
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}()
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poolLogger.Debugf("read %v hashes added by %s", n, peerId)
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if parent != nil && entry != nil && entry.node != parent.top {
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poolLogger.Debugf("[%s] fork section", sectionName(parent))
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parent.controlC <- false
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waiter := make(chan bool)
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parent.forkC <- waiter
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chain := parent.nodes
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parent.nodes = chain[entry.index:]
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parent.top = parent.nodes[0]
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orphan := newSection()
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self.link(orphan, parent.child)
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self.processSection(orphan, chain[0:entry.index])
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orphan.controlC <- false
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close(waiter)
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}
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if size > 0 {
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self.processSection(section, nodes)
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poolLogger.Debugf("[%s]->[%s](%v)->[%s] new chain section", sectionName(parent), sectionName(section), size, sectionName(child))
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self.link(parent, section)
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self.link(section, child)
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} else {
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poolLogger.Debugf("[%s]->[%s] connecting known sections", sectionName(parent), sectionName(child))
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self.link(parent, child)
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}
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self.chainLock.Unlock()
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poolLogger.Debugf("[%s] unlock chain lock", sectionName(section))
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if parent != nil {
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poolLogger.Debugf("[%s] activating parent chain [%s]...", name(parent.top.hash), sectionName(parent))
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self.activateChain(parent, peer)
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poolLogger.Debugf("[%s] activated parent chain [%s]. done", name(parent.top.hash), sectionName(parent))
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}
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if section != nil {
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poolLogger.Debugf("[%s] activate new section process", sectionName(section))
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peer.addSection(section.top.hash, section)
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section.controlC <- true
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}
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// self.procWg.Done()
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// self.wg.Done()
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// }()
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}
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}
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func name(hash []byte) (name string) {
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func name(hash []byte) (name string) {
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