public async Task <IActionResult> RegisteredZoneCheckin([FromBody] ZoneServerCheckinRequestModel zoneCheckinRequest)
{
//This is ok, it means the zone was unregistered before the checkin message was recieved.
//It doesn't alone indicate a failure.
if (!await ZoneRepository.ContainsAsync(ClaimsReader.GetAccountIdInt(User)))
{
if (Logger.IsEnabled(LogLevel.Warning))
{
Logger.LogWarning($"UserId: {ClaimsReader.GetPlayerAccountId(User)} attempted to checkin ZoneId: {ClaimsReader.GetAccountId(User)} but the zone was not registered.");
}
return(Ok());
}
ZoneInstanceEntryModel model = await ZoneRepository.RetrieveAsync(ClaimsReader.GetAccountIdInt(User));
//We don't REMOVE if expired. This should only update checkin time
//something else should be responsible for removal if expired at some point.
model.UpdateCheckinTime();
await ZoneRepository.UpdateAsync(model.ZoneId, model);
//We don't really have anything to reply to, this shouldn't be called externally.
//It's basically handling a proxied message queue message.
return(Ok());
}
/// <summary>
/// Indicates if the provided character id is valid for the user in the message context.
/// </summary>
/// <param name="characterId">The id to check.</param>
/// <param name="characterRepository">The character repository service.</param>
/// <returns>True if the character id is valid/</returns>
private async Task<bool> IsCharacterIdValidForUser(int characterId, ICharacterRepository characterRepository)
{
//We only support positive character ids so if they request a less than 0 it's invalid and likely spoofed
//or if they request an id they don't own
//or if it's an not a known character
return characterId >= 0 &&
await characterRepository.ContainsAsync(characterId) &&
(await characterRepository.RetrieveAsync(characterId)).AccountId == ClaimsReader.GetAccountIdInt(User);
}
public async Task<CharacterSessionDataResponse> GetCharacterSessionData([FromRoute(Name = "id")] int characterId)
{
int accountId = ClaimsReader.GetAccountIdInt(User);
//TODO: Do we want to expose this to non-controlers?
//First we should validate that the account that is authorized owns the character it is requesting session data from
return await RetrieveSessionDataIfAvailable(characterId, accountId)
.ConfigureAwaitFalse();
}
/// <summary>
/// Verifies that the provided <see cref="characterId"/>
/// is owned by the current User claim.
/// </summary>
/// <param name="characterId"></param>
/// <returns></returns>
public async Task<bool> VerifyCharacterOwnedByAccount(int characterId)
{
int accountId = ClaimsReader.GetAccountIdInt(User);
//TODO: Do we want to expose this to non-controlers?
//First we should validate that the account that is authorized owns the character it is requesting session data from
return (await CharacterRepository.CharacterIdsForAccountId(accountId).ConfigureAwaitFalse())
.Contains(characterId);
}
private async Task <bool> CheckZoneAuthorizedToModifyCharacterData(int characterId)
{
if (!await CharacterSessionRepository.CharacterHasActiveSession(characterId))
{
return(false);
}
CharacterSessionModel model = await CharacterSessionRepository.RetrieveAsync(characterId);
//If they aren't in this zone we shouldn't be allowed to save it.
return(ClaimsReader.GetAccountIdInt(User) == model.ZoneId);
}
public async Task <IActionResult> CreateZoneServerAccount([FromBody][JetBrains.Annotations.NotNull] ZoneServerAccountRegistrationRequest request)
{
if (request == null)
{
throw new ArgumentNullException(nameof(request));
}
//We want to log this out for information purposes whenever an auth request begins
if (Logger.IsEnabled(LogLevel.Information))
{
Logger.LogInformation($"Zone Register Request by UserAccount: {ClaimsReader.GetAccountName(this.User)}:{ClaimsReader.GetAccountIdInt(this.User)} {HttpContext.Connection.RemoteIpAddress}:{HttpContext.Connection.RemotePort}");
}
//TODO: Create cryptographically secure random bytes for password and user.
string zoneUserName = Guid.NewGuid().ToString();
string zonePassword = Guid.NewGuid().ToString();
ZoneServerApplicationUser user = new ZoneServerApplicationUser(ClaimsReader.GetAccountIdInt(this.User))
{
UserName = zoneUserName,
Email = "*****@*****.**", //TODO: Real email???
};
IdentityResult identityResult = await UserManager.CreateAsync(user, zonePassword);
if (identityResult.Succeeded)
{
//Adds the vrgid account owner claim.
await UserManager.AddClaimAsync(user, new Claim(GladMMOAuthConstants.ACCOUNT_ID_OWNER_CLAIM_NAME, ClaimsReader.GetAccountId(this.User)));
//Here we inherit each role the user account has to the zoneserver account
foreach (var claim in User.Claims)
{
if (claim.Type == "role") //TODO: Is there a constant for this??
{
if (claim.Value.ToLower() != GladMMOAuthConstants.PLAYERACCOUNT_AUTHORIZATION_ROLE) //DO NOT add the player role.
{
await UserManager.AddToRoleAsync(user, claim.Value);
}
}
}
//Also add the ZoneServer role
await UserManager.AddToRoleAsync(user, GladMMOAuthConstants.ZONESERVER_AUTHORIZATION_ROLE);
//At this point, the account has the PlayFab id claim so it's ready for use.
return(Json(new ZoneServerAccountRegistrationResponse(user.Id, zoneUserName, zonePassword)));
}
else
{
return(BadRequest(identityResult.Errors.Aggregate("", (s, error) => $"{s} {error.Code}:{error.Description}")));
}
}
public async Task <IActionResult> SetWorldAsUploaded(
[FromRoute(Name = "id")] long worldId,
[FromServices] IWorldEntryRepository worldEntryRepository,
[FromServices] IContentResourceExistenceVerifier contentResourceExistenceVerifier)
{
//At this point, the user is telling us they finished uploading the world.
//They could be lying so we should check that the resource exists AND
//we should also check that it's an asset bundle and gather some information from the header.
//First we verify a world exists with this id
if (!await worldEntryRepository.ContainsAsync(worldId).ConfigureAwaitFalse())
{
//TODO: We should say something more specific
return(BadRequest());
}
WorldEntryModel model = await worldEntryRepository.RetrieveAsync(worldId)
.ConfigureAwaitFalse();
//Check the model is associated with this account. Only 1 account can own a world resource
if (model.AccountId != ClaimsReader.GetAccountIdInt(User))
{
return(Unauthorized());
}
//Now that we know the world is in the database and the account making this authorized requests owns it
//we can now actually check that the resource exists on the storeage system
//TODO: This relies on some outdated API/deprecated stuff.
bool resourceExists = await contentResourceExistenceVerifier.VerifyResourceExists(UserContentType.World, model.StorageGuid)
.ConfigureAwaitFalse(); //TODO: Don't hardcore bucket name
//TODO: Be more descriptive
if (!resourceExists)
{
return(NotFound());
}
//Ok, so the user IS the resource owner AND he did upload something, so let's validate the assetbundle header.
//TODO: Refactor this into an object that does the validation and generates readable data
//TODO: Actually implement asset bundle validation
//We haven't implemented this yet, we should do asset bundle parsing and validation
//This REALLY important to prevent invalid bundles from being uploaded
//or content that isn't even an asset bundle being uploaded
//See: https://github.com/HearthSim/UnityPack/wiki/Format-Documentation
//For now, since it's unimplemented let's just set it validated
await worldEntryRepository.SetWorldValidated(model.WorldId)
.ConfigureAwaitFalseVoid();
return(Ok());
}
public async Task <CharacterListResponse> GetCharacters()
{
int accountId = ClaimsReader.GetAccountIdInt(User);
//So to check characters we just need to query for the
//characters with this account id
int[] characterIds = await CharacterRepository.CharacterIdsForAccountId(accountId);
if (characterIds.Length == 0)
{
return(new CharacterListResponse(CharacterListResponseCode.NoCharactersFoundError));
}
//The reason we only provide the IDs is all other character data can be looked up
//by the client when it needs it. Like name query, visible/character details/look stuff.
//No reason to send all this data when they may only need names. Which can be queried through the known API
return(new CharacterListResponse(characterIds));
}
public async Task <IActionResult> UpdateUploadedContent(
[FromRoute(Name = "id")] long contentId,
[FromServices] ICustomContentRepository <TContentType> contentEntryRepository,
[FromServices] IStorageUrlBuilder urlBuilder)
{
//Content must exist.
if (!await contentEntryRepository.ContainsAsync(contentId))
{
return(BuildFailedResponseModel(ContentUploadResponseCode.InvalidRequest));
}
//Unlike creation, we just load an existing one.
TContentType content = await contentEntryRepository.RetrieveAsync(contentId)
.ConfigureAwaitFalse();
//WE MUST MAKE SURE THE AUTHORIZED USER OWNS THE CONTENT!!
if (ClaimsReader.GetAccountIdInt(User) != content.AccountId)
{
return(BuildFailedResponseModel(ContentUploadResponseCode.AuthorizationFailed));
}
try
{
IActionResult response = await GenerateUploadTokenResponse(urlBuilder, content);
//This is where we update the content versioning.
content.Version += 1;
await contentEntryRepository.UpdateAsync(content.ContentId, content)
.ConfigureAwaitFalseVoid();
return(response);
}
catch (Exception e)
{
if (Logger.IsEnabled(LogLevel.Error))
{
Logger.LogError($"Failed to update content. Reason: {e.Message}");
}
return(BuildFailedResponseModel(ContentUploadResponseCode.InvalidRequest));
}
}
public async Task <IActionResult> UpdateCharacterLocation(
[FromRoute(Name = "id")] int characterId,
[FromBody] ZoneServerCharacterLocationSaveRequest saveRequest,
[NotNull][FromServices] ICharacterLocationRepository locationRepository,
[NotNull][FromServices] IZoneServerRepository zoneRepository)
{
if (locationRepository == null)
{
throw new ArgumentNullException(nameof(locationRepository));
}
if (zoneRepository == null)
{
throw new ArgumentNullException(nameof(zoneRepository));
}
//TODO: For HTTP callers we should maybe include better information. Though with message queue we can't respond.
if (!await CheckZoneAuthorizedToModifyCharacterData(characterId))
{
return(Forbid());
}
//TODO: This could fail if we unregistered. More gracefully handle that case.
//Get world, we need it for location
ZoneInstanceEntryModel zoneEntry = await zoneRepository.RetrieveAsync(ClaimsReader.GetAccountIdInt(User));
//If world was deleted then they won't have location.
//TODO: Is this the best way to deal with this?
if (await locationRepository.ContainsAsync(characterId).ConfigureAwaitFalse())
{
await locationRepository.UpdateAsync(characterId, BuildCharacterLocationFromSave(characterId, saveRequest, zoneEntry.WorldId))
.ConfigureAwaitFalseVoid();
}
else
{
await locationRepository.TryCreateAsync(BuildCharacterLocationFromSave(characterId, saveRequest, zoneEntry.WorldId))
.ConfigureAwaitFalse();
}
return(Ok());
}
public async Task <IActionResult> TryRegisterZoneServer([FromBody] ZoneServerRegistrationRequest request,
[FromServices][NotNull] IWorldDataServiceClient worldDataClient)
{
if (worldDataClient == null)
{
throw new ArgumentNullException(nameof(worldDataClient));
}
if (!ModelState.IsValid)
{
return(BuildFailedResponseModel(ZoneServerRegistrationResponseCode.GeneralServerError));
}
//This should really ever happen in normal circumstances.
if (await ZoneRepository.ContainsAsync(ClaimsReader.GetAccountIdInt(User)))
{
if (Logger.IsEnabled(LogLevel.Warning))
{
Logger.LogWarning($"UserId: {ClaimsReader.GetPlayerAccountId(User)} attempted to register ZoneId: {ClaimsReader.GetAccountId(User)} multiple times.");
}
return(BuildFailedResponseModel(ZoneServerRegistrationResponseCode.ZoneAlreadyRegistered));
}
//Check world exists
if (!await worldDataClient.CheckWorldExistsAsync(request.WorldId))
{
return(BuildFailedResponseModel(ZoneServerRegistrationResponseCode.WorldRequestedNotFound));
}
//TODO: Should we check world rights ownership here?
bool registerResult = await ZoneRepository.TryCreateAsync(new ZoneInstanceEntryModel(ClaimsReader.GetAccountIdInt(User), HttpContext.Connection.RemoteIpAddress.ToString(), request.NetworkPort, request.WorldId));
if (!registerResult)
{
return(BuildFailedResponseModel(ZoneServerRegistrationResponseCode.GeneralServerError));
}
return(BuildSuccessfulResponseModel(new ZoneServerRegistrationResponse(ClaimsReader.GetAccountIdInt(User))));
}
public async Task<CharacterSessionEnterResponse> SetCharacterSessionData([FromRoute(Name = "charid")] int characterId, [FromBody] int zoneId)
{
if(!await VerifyCharacterOwnedByAccount(characterId))
{
//TODO: Return not authed in JSON
return new CharacterSessionEnterResponse(CharacterSessionEnterResponseCode.InvalidCharacterIdError);
}
//This case is actually pretty likely, they will likely be trying to move to another server
//before their active session is cleaned up. Retry logic will be required to get past this.
if(await CharacterSessionRepository.AccountHasActiveSession(ClaimsReader.GetAccountIdInt(User)))
{
//TODO: Return JSON that says active session
return new CharacterSessionEnterResponse(CharacterSessionEnterResponseCode.AccountAlreadyHasCharacterSession);
}
//We can't check if it contains and then update, because that will there is a data race with
//zoneserver deregisteration and cascading delteing.
//So we only check for removal, and then remove and create
//Don't try to delete the claimed session, we should try to delete the current session data. Since they want to change zones
//and we consider that a new session
if(!await CharacterSessionRepository.TryDeleteAsync(characterId))
{
//TODO: This could fail, potentially removed during race. But it's ok. It's ok that it's gone but may want to log it
}
//TODO: Refactor
if(!await CharacterSessionRepository.TryCreateAsync(new CharacterSessionModel(characterId, zoneId)))
{
//Not sure what it wrong, no way to know really.
return new CharacterSessionEnterResponse(CharacterSessionEnterResponseCode.GeneralServerError);
}
//It passed, they're allowed to join this zone.
return new CharacterSessionEnterResponse(zoneId);
}
public async Task <IActionResult> CreateCharacter([FromRoute] string name,
[FromServices][NotNull] IPlayfabCharacterClient playfabCharacterClient,
[FromServices][NotNull] ICharacterAppearanceRepository characterAppearanceRepository,
[FromServices][NotNull] ICharacterDataRepository characterDataRepository)
{
if (playfabCharacterClient == null)
{
throw new ArgumentNullException(nameof(playfabCharacterClient));
}
if (characterAppearanceRepository == null)
{
throw new ArgumentNullException(nameof(characterAppearanceRepository));
}
if (characterDataRepository == null)
{
throw new ArgumentNullException(nameof(characterDataRepository));
}
if (string.IsNullOrWhiteSpace(name))
{
throw new ArgumentException("Value cannot be null or whitespace.", nameof(name));
}
int accountId = ClaimsReader.GetAccountIdInt(User);
bool nameIsAvailable = await ValidateNameAvailability(name);
if (!nameIsAvailable)
{
return(BadRequest(new CharacterCreationResponse(CharacterCreationResponseCode.NameUnavailableError)));
}
string playfabId = ClaimsReader.GetPlayfabId(User);
//Now, we actually need to create the character on PlayFab first. It's better to have an orphaned character on PlayFab
//than to have a character without a PlayFab equivalent.
PlayFabResultModel <GladMMOPlayFabGrantCharacterToUserResult> playFabResultModel = await playfabCharacterClient.GrantCharacterToUser(new GladMMOPlayFabGrantCharacterToUserRequest(name, "test", playfabId));
//TODO: Better error handling
if (playFabResultModel.ResultCode != HttpStatusCode.OK)
{
if (Logger.IsEnabled(LogLevel.Error))
{
Logger.LogError($"PlayFab CharacterCreation Erorr: {playFabResultModel.ResultCode}:{playFabResultModel.ResultStatus}");
}
return(BadRequest(new CharacterCreationResponse(CharacterCreationResponseCode.GeneralServerError)));
}
CharacterEntryModel characterEntryModel = new CharacterEntryModel(accountId, name, playfabId, playFabResultModel.Data.CharacterId);
//TODO: We need a transition around the creation of the below entries.
ProjectVersionStage.AssertBeta();
//TODO: Don't expose the database table model
//Otherwise we should try to create. There is a race condition here that can cause it to still fail
//since others could create a character with this name before we finish after checking
bool result = await CharacterRepository.TryCreateAsync(characterEntryModel);
//TODO: Also needs to be apart of the transaction
if (result)
{
await characterDataRepository.TryCreateAsync(new CharacterDataModel(characterEntryModel.CharacterId, 0));
await characterAppearanceRepository.TryCreateAsync(new CharacterAppearanceModel(characterEntryModel.CharacterId, 9)); //Default is 9 right now.
}
return(Json(new CharacterCreationResponse(CharacterCreationResponseCode.Success)));
}
public async Task<CharacterSessionEnterResponse> EnterSession([FromRoute(Name = "id")] int characterId,
[FromServices] ICharacterLocationRepository characterLocationRepository,
[FromServices] IZoneServerRepository zoneServerRepository)
{
if(!await IsCharacterIdValidForUser(characterId, CharacterRepository))
return new CharacterSessionEnterResponse(CharacterSessionEnterResponseCode.InvalidCharacterIdError);
int accountId = ClaimsReader.GetAccountIdInt(User);
//This checks to see if the account, not just the character, has an active session.
//We do this before we check anything to reject quick even though the query behind this
//may be abit more expensive
//As a note, this checks (or should) CLAIMED SESSIONS. So, it won't prevent multiple session entries for an account
//This is good because we actually use the left over session data to re-enter the instances on disconnect.
if(await CharacterSessionRepository.AccountHasActiveSession(accountId))
return new CharacterSessionEnterResponse(CharacterSessionEnterResponseCode.AccountAlreadyHasCharacterSession);
//They may have a session entry already, which is ok. So long as they don't have an active claimed session
//which the above query checks for.
bool hasSession = await CharacterSessionRepository.ContainsAsync(characterId);
//We need to check active or not
if (hasSession)
{
//It's possible that the session no longer matches the character's
//persisted location. We should check their location and put them in the correct zone.
//If it's active we can just retrieve the data and send them off on their way
CharacterSessionModel sessionModel = await CharacterSessionRepository.RetrieveAsync(characterId, true);
if (await characterLocationRepository.ContainsAsync(characterId))
{
CharacterLocationModel locationModel = await characterLocationRepository.RetrieveAsync(characterId);
//They have a location, verify it matches the session
if (locationModel.WorldId != sessionModel.ZoneEntry.WorldId)
{
//The location world and the session's world do not match, so remove the session.
await CharacterSessionRepository.TryDeleteAsync(sessionModel.CharacterId);
}
else
return new CharacterSessionEnterResponse(sessionModel.ZoneId);
}
else
//TODO: Handle case when we have an inactive session that can be claimed
return new CharacterSessionEnterResponse(sessionModel.ZoneId);
}
//If we didn't return above then we should be in a state where the below can handle this now.
try
{
int targetSessionZoneId = 0;
//TO know what zone we should connect to we need to check potential
//character location.
if (await characterLocationRepository.ContainsAsync(characterId))
{
CharacterLocationModel locationModel = await characterLocationRepository.RetrieveAsync(characterId);
//We have no session so we need to find a zone that matches this server.
ZoneInstanceEntryModel firstWithWorldId = await zoneServerRepository.FindFirstWithWorldId(locationModel.WorldId);
//TODO: Should we request one be created for the user??
//There is NO instance available for this world.
if (firstWithWorldId == null)
{
//Location is basically invalid since there is no running world
await characterLocationRepository.TryDeleteAsync(locationModel.CharacterId);
}
else
{
targetSessionZoneId = firstWithWorldId.ZoneId;
}
}
//Try to get into any zone
if (targetSessionZoneId == 0)
{
ZoneInstanceEntryModel entryModel = await zoneServerRepository.AnyAsync();
if (entryModel != null)
targetSessionZoneId = entryModel.ZoneId;
}
//Still zero means literally no zone servers are available.
if(targetSessionZoneId == 0)
return new CharacterSessionEnterResponse(CharacterSessionEnterResponseCode.GeneralServerError);
if(await CharacterSessionRepository.TryCreateAsync(new CharacterSessionModel(characterId, targetSessionZoneId)))
return new CharacterSessionEnterResponse(targetSessionZoneId);
else
return new CharacterSessionEnterResponse(CharacterSessionEnterResponseCode.GeneralServerError);
}
catch (Exception e)
{
if(Logger.IsEnabled(LogLevel.Error))
Logger.LogError($"Character with ID: {characterId} failed to create session. Potentially no default world assigned or World with session was deleted and orphaned. Reason: {e.Message}");
throw;
}
}
public async Task <IActionResult> RequestContentDownloadURL(
[FromRoute(Name = "id")] long contentId,
[FromServices] ICustomContentRepository <TContentType> contentEntryRepository,
[FromServices] IStorageUrlBuilder urlBuilder,
[FromServices] IContentDownloadAuthroizationValidator downloadAuthorizer)
{
if (contentEntryRepository == null)
{
throw new ArgumentNullException(nameof(contentEntryRepository));
}
//TODO: We want to rate limit access to this API
//TODO: We should use both app logging but also another logging service that always gets hit
//TODO: Consolidate this shared logic between controllers
if (Logger.IsEnabled(LogLevel.Information))
{
Logger.LogInformation($"Recieved {nameof(RequestContentDownloadURL)} request from {ClaimsReader.GetAccountName(User)}:{ClaimsReader.GetAccountId(User)}.");
}
//TODO: We should probably check the flags of content to see if it's private (IE hidden from user). Or if it's unlisted or removed.
//It's possible a user is requesting a content that doesn't exist
//Could be malicious or it could have been deleted for whatever reason
if (!await contentEntryRepository.ContainsAsync(contentId).ConfigureAwaitFalse())
{
return(Json(new ContentDownloadURLResponse(ContentDownloadURLResponseCode.NoContentId)));
}
//TODO: Refactor this into a validation dependency
//Now we need to do some validation to determine if they should even be downloading this content
//we do not want people downloading a content they have no business of going to
int userId = ClaimsReader.GetAccountIdInt(User);
//TODO: Need to NOT call it world content
if (!await downloadAuthorizer.CanUserAccessWorldContet(userId, contentId))
{
return(Json(new ContentDownloadURLResponse(ContentDownloadURLResponseCode.AuthorizationFailed)));
}
TContentType contentEntry = await contentEntryRepository.RetrieveAsync(contentId);
//We can get the URL from the urlbuilder if we provide the content storage GUID
string downloadUrl = await urlBuilder.BuildRetrivalUrl(ContentType, contentEntry.StorageGuid);
//TODO: Should we be validating S3 availability?
if (String.IsNullOrEmpty(downloadUrl))
{
if (Logger.IsEnabled(LogLevel.Error))
{
Logger.LogError($"Failed to create content upload URL for {ClaimsReader.GetAccountName(User)}:{ClaimsReader.GetAccountId(User)} with ID: {contentId}.");
}
return(Json(new ContentDownloadURLResponse(ContentDownloadURLResponseCode.ContentDownloadServiceUnavailable)));
}
if (Logger.IsEnabled(LogLevel.Information))
{
Logger.LogInformation($"Success. Sending {ClaimsReader.GetAccountName(User)} URL: {downloadUrl}");
}
return(Json(new ContentDownloadURLResponse(downloadUrl, contentEntry.Version)));
}
public async Task <IActionResult> GetCharacterGuildList([NotNull][FromServices] IGuildCharacterMembershipRepository guildCharacterMembershipRepository,
[FromServices] ISocialServiceToGameServiceClient socialToGameClient)
{
if (guildCharacterMembershipRepository == null)
{
throw new ArgumentNullException(nameof(guildCharacterMembershipRepository));
}
CharacterSessionDataResponse session = await socialToGameClient.GetCharacterSessionDataByAccount(ClaimsReader.GetAccountIdInt(User));
if (!session.isSuccessful)
{
return(BuildFailedResponseModel(CharacterGuildMembershipStatusResponseCode.GeneralServerError));
}
//No guild check
if (!await guildCharacterMembershipRepository.ContainsAsync(session.CharacterId))
{
return(BuildFailedResponseModel(CharacterGuildMembershipStatusResponseCode.NoGuild));
}
var playerGuildMembership = await guildCharacterMembershipRepository.RetrieveAsync(session.CharacterId);
int[] roster = await guildCharacterMembershipRepository.GetEntireGuildRosterAsync(playerGuildMembership.GuildId);
return(BuildSuccessfulResponseModel(new CharacterGuildListResponseModel(roster)));
}
public async Task <IActionResult> TryAddFriend([FromRoute(Name = "name")][JetBrains.Annotations.NotNull] string characterFriendName,
[FromServices][JetBrains.Annotations.NotNull] ICharacterFriendRepository friendsRepository,
[FromServices][JetBrains.Annotations.NotNull] ISocialServiceToGameServiceClient socialServiceClient,
[FromServices] INameQueryService nameQueryService)
{
if (friendsRepository == null)
{
throw new ArgumentNullException(nameof(friendsRepository));
}
if (socialServiceClient == null)
{
throw new ArgumentNullException(nameof(socialServiceClient));
}
if (string.IsNullOrEmpty(characterFriendName))
{
throw new ArgumentException("Value cannot be null or empty.", nameof(characterFriendName));
}
//Find the character
CharacterSessionDataResponse response = await socialServiceClient.GetCharacterSessionDataByAccount(ClaimsReader.GetAccountIdInt(User));
if (response.ResultCode == CharacterSessionDataResponseCode.NoSessionAvailable)
{
return(BadRequest());
}
var nameReverseQueryResponse = await nameQueryService.RetrievePlayerGuidAsync(characterFriendName);
//Handle known failure cases first.
switch (nameReverseQueryResponse.ResultCode)
{
case NameQueryResponseCode.UnknownIdError:
return(BuildFailedResponseModel(CharacterFriendAddResponseCode.CharacterNotFound));
case NameQueryResponseCode.GeneralServerError:
return(BuildFailedResponseModel(CharacterFriendAddResponseCode.GeneralServerError));
}
//If the player is trying to add himself, just say not found
if (nameReverseQueryResponse.Result.EntityId == response.CharacterId)
{
return(BuildFailedResponseModel(CharacterFriendAddResponseCode.CharacterNotFound));
}
//Ok, reverse namequery is a success
//now we must check some stuff
//Already friends check
if (await friendsRepository.IsFriendshipPresentAsync(response.CharacterId, nameReverseQueryResponse.Result.EntityId))
{
return(BuildFailedResponseModel(CharacterFriendAddResponseCode.AlreadyFriends));
}
if (await friendsRepository.TryCreateAsync(new CharacterFriendModel(response.CharacterId, nameReverseQueryResponse.Result.EntityId)))
{
//This is a success, let's tell them about who they added.
return(BuildSuccessfulResponseModel(new CharacterFriendAddResponseModel(nameReverseQueryResponse.Result)));
}
else
{
return(BuildFailedResponseModel(CharacterFriendAddResponseCode.GeneralServerError));
}
}
protected override WorldEntryModel GenerateNewModel()
{
int userId = ClaimsReader.GetAccountIdInt(User);
return(new WorldEntryModel(userId, HttpContext.Connection.RemoteIpAddress.ToString(), Guid.NewGuid()));
}
public async Task <IActionResult> GetCharacterFriends([FromServices][JetBrains.Annotations.NotNull] ICharacterFriendRepository friendsRepository,
[FromServices][JetBrains.Annotations.NotNull] ISocialServiceToGameServiceClient socialServiceClient)
{
if (friendsRepository == null)
{
throw new ArgumentNullException(nameof(friendsRepository));
}
if (socialServiceClient == null)
{
throw new ArgumentNullException(nameof(socialServiceClient));
}
//Find the character
CharacterSessionDataResponse response = await socialServiceClient.GetCharacterSessionDataByAccount(ClaimsReader.GetAccountIdInt(User));
if (response.ResultCode == CharacterSessionDataResponseCode.NoSessionAvailable)
{
return(Json(new CharacterFriendListResponseModel(Array.Empty <int>())));
}
int[] friendsCharacterIds = await friendsRepository.GetCharactersFriendsList(response.CharacterId);
return(Json(new CharacterFriendListResponseModel(friendsCharacterIds)));
}