PSF-BotServer/src/test/scala/game/objectcreate/CaptureFlagDataTest.scala

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// Copyright (c) 2017 PSForever
package game.objectcreate
import net.psforever.packet.PacketCoding
import net.psforever.packet.game.ObjectCreateMessage
import net.psforever.packet.game.objectcreate._
import net.psforever.types.{PlanetSideEmpire, PlanetSideGUID}
import org.specs2.mutable._
import scodec.bits._
class CaptureFlagDataTest extends Specification {
Persistence #1 featuring quill (#508) * Add .scalafmt.conf * Adopt quill for database access * Removed postgresql-async * Refactored all instances of database access * Creating duplicate characters of the same account is no longer possible * Rewrote large parts of LoginSessionActor * Implement migrations * Move overrides into subdirectory * Make usernames case insensitive * Use LOWER(?) comparison instead of storing lowercased username * import scala.util.{Success, Failure} * Add config and joda-time dependencies * Add sbt-scalafmt * Use defaultWithAlign scalafmt preset * Format all * Add scalafix * Remove unused imports * Don't lowercase username when inserting * Update readme * Listen on worldserver.Hostname address * Remove database test on startup It could fail when the global thread pool is busy loading zone maps. Migrations run on the main thread and also serve the purpose of verifying the database configuration so it's fine to remove the test altogether. * Refactor chat message handlers, zones What started as a small change to how zones are stored turned into a pretty big effort of refactoring the chat message handler. The !hack command was removed, the /capturebase commandwas added. * Expose db ports in docker-compose.yml * Silence property override log * Rework configuration * Unify configuration using the typesafe.config library * Add configuration option for public address * Configuration is now loaded from application.conf rather than worldserver.ini * Refactor PsLogin and remove unnecessary logging * Move pslogin into net.psforever.pslogin namespace * Fix coverage
2020-07-14 05:54:05 +02:00
val string_captureflag =
hex"17 E5000000 CE8EA10 04A47 B818A FE0E 00 00 0F 24000015000400160B09000" //LLU for Qumu on Amerish
"CaptureFlagData" in {
"decode" in {
Networking The game uses a UDP-based protocol. Unlike TCP, UDP does not guarantee that packets arrive, or that they arrive in the correct order. For this reason, the game protocol implements those features using the following: * All packets have a sequence number that is utilized for reordering * Important packets are wrapped in a SlottedMetaPacket with a subslot number * RelatedA packets ae used to request lost packets using the subslot number * RelatedB packets are used to confirm received SlottedMetaPackets All of these go both ways, server <-> client. We used to only partially implement these features: Outgoing packet bundles used SMPs and could be resent, but not all packets were bundled and there was no logic for requesting lost packets from the client and there was no packet reordering, which resulted in dire consequences in the case of packet loss (zoning failures, crashes and many other odd bugs). This patch addresses all of these issues. * Packet bundling: Packets are now automatically bundled and sent as SlottedMetaPackets using a recurring timer. All manual bundling functionality was removed. * Packet reordering: Incoming packets, if received out of order, are stashed and reordered. The maximum wait time for reordering is 20ms. * Packet requesting: Missing SlottedMetaPackets are requested from the client. * PacketCoding refactor: Dropped confusing packet container types. Fixes #5. * Crypto rewrite: PSCrypto is based on a ancient buggy version of cryptopp. Updating to a current version was not possible because it removed the MD5-MAC algorithm. For more details, see Md5Mac.scala. This patch replaces PSCrypto with native Scala code. * Added two new actors: * SocketActor: A simple typed UDP socket actor * MiddlewareActor: The old session pipeline greatly simplified into a typed actor that does most of the things mentioned above. * Begun work on a headless client * Fixed anniversary gun breaking stamina regen * Resolved a few sentry errors
2020-09-17 17:04:06 +02:00
PacketCoding.decodePacket(string_captureflag).require match {
case ObjectCreateMessage(len, cls, guid, parent, data) =>
len mustEqual 229
cls mustEqual ObjectClass.capture_flag
guid mustEqual PlanetSideGUID(4330)
parent.isDefined mustEqual false
ObjectCreateMessage Alterations, Class Object Adjustments (#243) * power outage failure resulting in the destruction of the original ocm-fixes branch; the git branch refs were corrupted during commit, but the up-to-date changed files remained intact * eliminating the need for CommonFieldData2 and CommonFieldData2WithPlacement * in the middle of integrating CommonFieldData into DetailedLockerContainerData (but not standard LockerContainerData); added field for final boolean in WeaponData * adding faction affinity to Equipment (to match functionality; not becuase I know what ends ...) * in the middle of integrating CommonFieldData into DetailedCommandDetonaterData * applying faction affinity to objects at time of terminal production (but to what ends?); required BoomerTrigger and AmmoBox to always report as NEUTRAL internally * completed the transition from using the old class-based order terminal system to the page-based order terminal system; unused terminal classes have been eliminated * more closely aligned TelepadDeployableData and InternalTelepadDeployableData * modifying TelepadDeployableData make it generic and eliminate the need for InternalTelepadDeployableData after fixing a packet converter to utilize DroppedItemData * modified Terminal operation to branch further outwards from Terminal.Request to the TerminalDefinition's Request method; modified tests to reflect update * loosening up matrix terminal definition limitations * modified ProximityTerminal to support a custom defintition class * rendered the message passing system for Terminals general (Any) in the full scale so it can be specific in instance cases * refactored and moved both EquipmentSlot and ExoSuitDefinition * (re)load Favorites each time player (re)spawns
2019-03-03 08:23:30 -05:00
data.isInstanceOf[CaptureFlagData] mustEqual true
val flag = data.asInstanceOf[CaptureFlagData]
flag.pos.coord.x mustEqual 3912.0312f
flag.pos.coord.y mustEqual 5169.4375f
flag.pos.coord.z mustEqual 59.96875f
flag.pos.orient.x mustEqual 0f
flag.pos.orient.y mustEqual 0f
flag.pos.orient.z mustEqual 47.8125f
flag.faction mustEqual PlanetSideEmpire.NC
flag.owningBaseGuid mustEqual 21
flag.targetBaseGuid mustEqual 4
flag.milliseconds_remaining mustEqual 592662
case _ =>
ko
}
}
"encode" in {
val obj = CaptureFlagData(PlacementData(3912.0312f, 5169.4375f, 59.96875f, 0f, 0f, 47.8125f), PlanetSideEmpire.NC, 21, 4, 592662)
val msg = ObjectCreateMessage(ObjectClass.capture_flag, PlanetSideGUID(4330), obj)
Networking The game uses a UDP-based protocol. Unlike TCP, UDP does not guarantee that packets arrive, or that they arrive in the correct order. For this reason, the game protocol implements those features using the following: * All packets have a sequence number that is utilized for reordering * Important packets are wrapped in a SlottedMetaPacket with a subslot number * RelatedA packets ae used to request lost packets using the subslot number * RelatedB packets are used to confirm received SlottedMetaPackets All of these go both ways, server <-> client. We used to only partially implement these features: Outgoing packet bundles used SMPs and could be resent, but not all packets were bundled and there was no logic for requesting lost packets from the client and there was no packet reordering, which resulted in dire consequences in the case of packet loss (zoning failures, crashes and many other odd bugs). This patch addresses all of these issues. * Packet bundling: Packets are now automatically bundled and sent as SlottedMetaPackets using a recurring timer. All manual bundling functionality was removed. * Packet reordering: Incoming packets, if received out of order, are stashed and reordered. The maximum wait time for reordering is 20ms. * Packet requesting: Missing SlottedMetaPackets are requested from the client. * PacketCoding refactor: Dropped confusing packet container types. Fixes #5. * Crypto rewrite: PSCrypto is based on a ancient buggy version of cryptopp. Updating to a current version was not possible because it removed the MD5-MAC algorithm. For more details, see Md5Mac.scala. This patch replaces PSCrypto with native Scala code. * Added two new actors: * SocketActor: A simple typed UDP socket actor * MiddlewareActor: The old session pipeline greatly simplified into a typed actor that does most of the things mentioned above. * Begun work on a headless client * Fixed anniversary gun breaking stamina regen * Resolved a few sentry errors
2020-09-17 17:04:06 +02:00
val pkt = PacketCoding.encodePacket(msg).require.toByteVector
pkt mustEqual string_captureflag
}
}
}