mirror of
https://github.com/renorris/openfsd
synced 2026-03-22 23:05:36 +08:00
Changes:
- Implement bootstrapping library for managing several concurrent internal services
- Refactor concurrency model for connections/logical clients and their associated I/O
- Refactor server context singleton
- Refactor error handling
- Most errors are now gracefully sent to the FSD client directly encoded as an $ER packet,
enhancing visibility and debugging
- Most errors are now rightfully treated as non-fatal
- Refactor package/dependency graph
- Refactor calling conventions/interfaces for many packages
- Refactor database package
- Refactor post office
Features:
- Add VATSIM-esque HTTP/JSON "data feed"
- Add ephemeral in-memory database option
- Add user management REST API
- Add improved web interface
- Add MySQL support (drop SQLite support)
84 lines
2.3 KiB
Go
84 lines
2.3 KiB
Go
package postoffice
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func (p *PostOffice) sendDirectMail(mail *Mail) {
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addr, ok := p.addressRegistry.Load(mail.Recipient())
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if !ok {
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// Drop the message if no key is found
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return
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}
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addr.SendMail(mail.Packet())
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}
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func (p *PostOffice) sendBroadcastMail(mail *Mail) {
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p.addressRegistry.ForEach(func(_ string, addr Address) bool {
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// Skip self
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if addr == mail.Source() {
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return true
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}
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addr.SendMail(mail.Packet())
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return true
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})
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}
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func (p *PostOffice) sendSupervisorBroadcastMail(mail *Mail) {
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p.supervisorAddressRegistry.ForEach(func(_ string, addr Address) bool {
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// Skip ourselves
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if addr == mail.Source() {
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return true
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}
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addr.SendMail(mail.Packet())
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return true
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})
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}
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func (p *PostOffice) sendProximityMail(mail *Mail, precision int) {
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self := mail.Source()
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source := self.Geohash()
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// Send to our own bucket
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bucket := p.world.Bucket(source.AsPrecision(geohashBucketPrecisionBits))
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for _, addr := range bucket.RLock() {
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if addr == self {
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continue
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}
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if addr.Geohash().AsPrecision(precision) == source.AsPrecision(precision) {
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addr.SendMail(mail.Packet())
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}
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}
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bucket.RUnlock()
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// Find our neighbors at the desired precision
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broadcastNeighbors := source.Neighbors(precision)
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for _, neighbor := range broadcastNeighbors {
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// Iterate over each address in the bucket to
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// see if it overlaps with the desired precision.
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neighborGeohash := NewGeohashManual(neighbor, precision)
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bucket = p.world.Bucket(neighborGeohash.AsPrecision(geohashBucketPrecisionBits))
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for _, addr := range bucket.RLock() {
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if addr == self {
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continue
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}
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if addr.Geohash().AsPrecision(precision) == neighborGeohash.AsPrecision(precision) {
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addr.SendMail(mail.Packet())
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}
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}
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bucket.RUnlock()
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}
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}
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// removeAddressFromGeohashBucket removes an address from the geohash bucket `bucketGeohash`.
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// `bucketGeohash` must be encoded with geohashBucketPrecisionBits bits.
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func (p *PostOffice) removeAddressFromGeohashBucket(bucketGeohash uint64, address Address) {
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p.world.Bucket(bucketGeohash).Delete(address)
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}
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// addAddressToGeohashBucket adds an address to the geohash bucket `bucketGeohash`.
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// `bucketGeohash` must be encoded with geohashBucketPrecisionBits bits.
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func (p *PostOffice) addAddressToGeohashBucket(bucketGeohash uint64, address Address) {
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p.world.Bucket(bucketGeohash).Add(address)
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}
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