The core protocol of WoopChain
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woop/wiki/downloader/const.go

80 lines
2.2 KiB

package downloader
import (
"time"
"github.com/woop-chain/woop/core/types"
nodeconfig "github.com/woop-chain/woop/internal/configs/node"
)
const (
numBlocksByNumPerRequest int = 10 // number of blocks for each request
blocksPerInsert int = 50 // number of blocks for each insert batch
numBlockHashesPerRequest int = 20 // number of get block hashes for short range sync
numBlocksByHashesUpperCap int = 10 // number of get blocks by hashes upper cap
numBlocksByHashesLowerCap int = 3 // number of get blocks by hashes lower cap
lastMileThres int = 10
// soft cap of size in resultQueue. When the queue size is larger than this limit,
// no more request will be assigned to workers to wait for InsertChain to finish.
softQueueCap int = 100
// defaultConcurrency is the default settings for concurrency
defaultConcurrency = 4
// shortRangeTimeout is the timeout for each short range sync, which allow short range sync
// to restart automatically when stuck in `getBlockHashes`
shortRangeTimeout = 1 * time.Minute
)
type (
// Config is the downloader config
Config struct {
// Only run stream sync protocol as a server.
// TODO: remove this when stream sync is fully up.
ServerOnly bool
// use staged sync
Staged bool
// parameters
Network nodeconfig.NetworkType
Concurrency int // Number of concurrent sync requests
MinStreams int // Minimum number of streams to do sync
InitStreams int // Number of streams requirement for initial bootstrap
// stream manager config
SmSoftLowCap int
SmHardLowCap int
SmHiCap int
SmDiscBatch int
// config for beacon config
BHConfig *BeaconHelperConfig
}
// BeaconHelperConfig is the extra config used for beaconHelper which uses
// pub-sub block message to do sync.
BeaconHelperConfig struct {
BlockC <-chan *types.Block
InsertHook func()
}
)
func (c *Config) fixValues() {
if c.Concurrency == 0 {
c.Concurrency = defaultConcurrency
}
if c.Concurrency > c.MinStreams {
c.MinStreams = c.Concurrency
}
if c.MinStreams > c.InitStreams {
c.InitStreams = c.MinStreams
}
if c.MinStreams > c.SmSoftLowCap {
c.SmSoftLowCap = c.MinStreams
}
if c.MinStreams > c.SmHardLowCap {
c.SmHardLowCap = c.MinStreams
}
}