checker

type Config struct {
	Interval time.Duration `` /* 129-byte string literal not displayed */

	ReliabilityCacheStaleness time.Duration            `help:"how stale reliable node cache can be" releaseDefault:"5m" devDefault:"5m" testDefault:"1m"`
	RepairOverrides           RepairOverrides          `` /* 148-byte string literal not displayed */
	RepairThresholdOverrides  RepairThresholdOverrides `help:"comma-separated override values for repair threshold in the format k-threshold" releaseDefault:"29-52" devDefault:""`
	RepairTargetOverrides     RepairTargetOverrides    `help:"comma-separated override values for repair success target in the format k-target" releaseDefault:"29-65" devDefault:""`
	// Node failure rate is an estimation based on a 6 hour checker run interval (4 checker iterations per day), a network of about 9200 nodes, and about 2 nodes churning per day.
	// This results in `2/9200/4 = 0.00005435` being the probability of any single node going down in the interval of one checker iteration.
	NodeFailureRate            float64  `help:"the probability of a single node going down within the next checker iteration" default:"0.00005435" `
	RepairQueueInsertBatchSize int      `help:"Number of damaged segments to buffer in-memory before flushing to the repair queue" default:"100" `
	RepairExcludedCountryCodes []string `help:"list of country codes to treat node from this country as offline " default:"" hidden:"true"`
	DoDeclumping               bool     `help:"Treat pieces on the same network as in need of repair" default:"true"`
	DoPlacementCheck           bool     `help:"Treat pieces out of segment placement as in need of repair" default:"true"`
}

type Observer struct {
	TotalStats aggregateStatsPlacements
	// contains filtered or unexported fields
}

type ReliabilityCache struct {
	// contains filtered or unexported fields
}

type RepairOverrides struct {
	Values map[int]int
}

type RepairTargetOverrides struct {
	RepairOverrides
}

type RepairThresholdOverrides struct {
	RepairOverrides
}