Nakama Godot客户端指南 #

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yield(client.authenticate_device_async("<device_id>"), "completed")

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var invalid_session = NakamaSession.new() # An empty session, which will cause an error
var invalid_account = yield(client.get_account_async(invalid_session), "completed")
print(invalid_account) # This will print the exception
if invalid_account.is_exception():
    print("We got an exception.")

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var data = {
  "Key": "Value",
  "AnotherKey": "AnotherValue"
}

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// Serialize
var serialized = JSON.print(data)

// Deserialize
var deserialized = JSON.parse(serialized).result

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// Serialize
var serialized = var2bytes(data)

// Deserialize
var deserialized = bytes2var(serialized)

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extends Node

var client : NakamaClient

func _ready():
    client = Nakama.create_client("defaultkey", "127.0.0.1", 7350, "http")

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client.timeout = 10

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# Make this a node variable or it will disconnect when the function that creates it returns

onready var socket = Nakama.create_socket_from(client)

func _ready():
    var connected : NakamaAsyncResult = yield(socket.connect_async(session), "completed")
    if connected.is_exception():
        print("An error occurred: %s" % connected)
        return
    print("Socket connected.")

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# Get the System's unique device identifier
var device_id = OS.get_unique_id()

# Authenticate with the Nakama server using Device Authentication
var session : NakamaSession = yield(client.authenticate_device_async(device_id), "completed")
if session.is_exception():
    print("An error occurred: %s" % session)
    return
print("Successfully authenticated: %s" % session)

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var oauth_token = "<token>"
var import_friends = true
var session : NakamaSession = yield(client.authenticate_facebook_async(oauth_token, import_friends), "completed")
if session.is_exception():
    print("An error occurred: %s" % session)
    return
print("Successfully authenticated: %s" % session)

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var device_id = "<unique_device_id>"

# Link Device Authentication to existing player account.
var linked : NakamaAsyncResult = yield(client.link_custom_async(session, device_id), "completed")
if linked.is_exception():
    print("An error occurred: %s" % linked)
    return
print("Id '%s' linked for user '%s'" % [device_id, session.user_id])

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var oauth_token = "<token>"
var import_friends = true
var session : NakamaSession = yield(client.link_facebook_async(session, oauth_token, import_friends), "completed")
if session.is_exception():
    print("An error occurred: %s" % linked)
    return
print("Facebook authentication linked for user '%s'" % [session.user_id])

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var vars = {
    "device_os" : OS.get_name,
    "device_model" : OS.get_model_name,
    "invite_user_id" : "<some_user_id>,
    # ...
}

var session : NakamaSession = yield(client.authenticate_device_async("<device_id>", null, true, vars), "completed")

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var device_os = session.vars["device_os"];

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var auth_token = "restored from save location"
var session = NakamaClient.restore_session(auth_token)

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# Check whether a session has expired or is close to expiry
if session.expired:
    # Attempt to refresh the existing session.
    session = yield(client.session_refresh_async(session), "completed)
    if session.is_exception():
        # Couldn't refresh the session so reauthenticate.
        session = yield(client.authenticate_device_async(device_id), "completed")
        # Save the new refresh token
        <save_file>.set_value("refresh_token", session.refresh_token)
    }

    # Save the new auth token
    <save_file>.set_value("auth_token", session.auth_token)
}

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yield(client.session_logout_async(session), "completed")

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var account = yield(client.get_account_async(session), "completed")
var username = account.user.username
var avatar_url = account.user.avatar_url
var user_id = account.user.id

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var new_username = "NotTheImp0ster"
var new_display_name = "Innocent Dave"
var new_avatar_url = "https://example.com/imposter.png"
var new_lang_tag = "en"
var new_location = "Edinburgh"
var new_timezone = "BST"
yield(client.update_account_async(session, new_username, new_display_name, new_avatar_url, new_lang_tag, new_location, new_timezone), "completed")

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var ids = ["userid1", "userid2"]
var users : NakamaAPI.ApiUsers = yield(client.get_users_async(session, ids), "completed")

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class_name metadata

export(String) var title
export(String) var hat
export(String) var skin

# Get the updated account object
var account : NakamaAPI.ApiAccount = yield(client.get_account_async(session), "completed")

# Parse the account user metadata.
var metadata = JSON.parse(account.user.metadata)

Print("Title: %s", metadata.title)
Print("Hat: %s", metadata.hat)
Print("Skin: %s", metadata.skin)

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var account : NakamaAPI.ApiAccount = yield(client.get_account_async(session), "completed")
var wallet = JSON.parse(account.wallet)
for currency in wallet
    Print("%s, %s" % [currency, wallet[currency].string(int from)])

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var read_object_id = NakamaStorageObjectId.new("unlocks", "hats", session.user_id)

var result : NakamaAPI.ApiStorageObjects = yield(client.read_storage_objects_async(session, read_object_id), "completed")

print("Unlocked hats: ")
for o in result.objects:
    print("%s" % o)

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var favorite_hats = ["cowboy", "alien"]
var can_read = 1 # Only the server and owner can read
var can_write = 1 # The server and owner can write

var acks : NakamaAPI.ApiStorageObjectAcks = yield(client.write_storage_objects_async(session, [
    NakamaWriteStorageObject.new("hats", "favorite_hats", can_read, can_write)]), "completed")

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var acks : NakamaAPI.ApiStorageObjectAcks = yield(client.write_storage_objects_async(session, [
    NakamaWriteStorageObject.new(...),
    NakamaWriteStorageObject.new(...)
]), "completed")

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# Assuming we already have a storage object
var favorite_hats = ["cowboy", "alien"]
var can_read = 1 # Only the server and owner can read
var can_write = 1 # The server and owner can write
var version = <version>

var acks : NakamaAPI.ApiStorageObjectAcks = yield(client.write_storage_objects_async(session, [
    NakamaWriteStorageObject.new("hats", "favorite_hats", can_read, can_write, version)]), "completed")
if acks.is_exception():
    print("An error occurred: %s" % acks)
    return

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var limit = 3
var unlocks_object_list : NakamaAPI.ApiStorageObjectList = yield(client.list_storage_objects_async(session, "titles", "hats", "skins", session.user_id, limit), "completed")
if unlocks_object_list.is_exception():
    print("An error occurred: %s" % unlocks_object_list)
    return
print("Unlocked objects: ")
for o in unlocks_object_list.objects:
    print("%s" % o)

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object_list : NakamaAPI.ApiStorageObjectList = yield(client.list_storage_objects_async(session, "<object>", limit, object_list.cursor), "completed")

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var payload = {"hat": "cowboy"}
var rpc_id = equip_hat
var response : NakamaAPI.ApiRpc = yield(client.rpc_async(session, rpc_id, JSON.print(payload)), "completed")
if response.is_exception():
    print("An error occurred: %s" % response)
    return

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var response : NakamaAPI.ApiRpc = yield(socket.rpc_async("<rpc_id>", "<payload>"), "completed")

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var ids = ["some_user_id", "another_user_id]
var usernames = ["AlwaysTheImposter21", "SneakyBoi"]

# Add friends by username
var result : NakamaAsyncResult = yield(client.add_friends_async(session, usernames), "completed")

# Add friends by user id
var result : NakamaAsyncResult = yield(client.add_friends_async(session, ids), "completed")

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var limit = 20 # Limit is capped at 1000
var friendship_state = 0
var list : NakamaAPI.ApiFriendList = yield(client.list_friends_async(session, limit, friendship_state), "completed")
if list.is_exception():
    print("An error occurred: %s" % list)
    return
for f in list.friends:
    var friend = f as NakamaAPI.ApiFriend
    print("Friends %s [friend.user.id])

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var limit = 1000
var result : NakamaAsyncResult = yield(client.list_friends_async(session, 2, limit, cursor: null)
for f in result.friends:
    yield(client.add_friend_async(session, f.user.id), "completed")

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var ids = ["some_user_id", "another_user_id]
var usernames = ["AlwaysTheImposter21", "SneakyBoi"]

# Delete friends by username
var result : NakamaAsyncResult = yield(client.delete_friends_async(session, usernames), "completed")

# Delete friends by user id
var result : NakamaAsyncResult = yield(client.delete_friends_async(session, ids), "completed")

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var ids = ["some_user_id", "another_user_id]
var usernames = ["AlwaysTheImposter21", "SneakyBoi"]

# Block friends by username
var result : NakamaAsyncResult = yield(client.block_friends_async(session, usernames), "completed")

# Block friends by user id
var result : NakamaAsyncResult = yield(client.block_friends_async(session, ids), "completed")

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func _ready():
    # Setup the socket and subscribe to the status event
    socket.connect("received_status_presence", self, "_on_status_presence")

func _on_status_presence(p_presence : NakamaRTAPI.StatusPresenceEvent):
    print(p_presence)
    for j in p_presence.joins:
        print("%s is online with status: %s" % [j.user_id, j.status])
    for j in p_presence.leaves:
        print("%s went offline" % [j.user_id])

# Follow mutual friends and get the initial Status of any that are currently online
var friends_result = yield(client.list_friends_async(session, 0), "completed")
var friend_ids = []
for friend in friends_result:
	var f = friend as NakamaAPI.ApiFriend
	if not f or not f.user.online:
		continue
	friend_ids.append(f.user)
var result : NakamaAsyncResult = yield(socket.follow_users_async(friend_ids)

for p in result.presences:
    print("%s is online with status: %s" % [presence.user_id, presence.status])

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yield(socket.unfollow_users_async("<user_id>"), "completed")

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yield(socket.update_status_async("Viewing the Main Menu"), "completed")

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var name = "Imposters R Us"
var description = "A group for people who love playing the imposter."
var open = true # public group
var max_size = 100

var group : NakamaAPI.ApiGroup = yield(client.create_group_async(session, name, description, open, max_size), "completed")

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var open = false
yield(client.update_group_async(session, "<group_id>", name: null, open), "completed")

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var limit = 20
var result : NakamaAPI.ApiGroupList = yield(client.list_groups_async(session, "imposter%", limit), "completed")

for g in result.groups:
    var group = g as NakamaAPI.ApiGroup
    print("Group: name &s, open %s", [group.name, group.open])

$ Get the next page of results
var next_results : NakamaAPI.ApiGroupList = yield(client.list_groups_async(session, name: "imposter%", limit, result.cursor)

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yield(client.delete_group_async(session, "<group_id>"), "completed")

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var payload = {
    group_id = "<group_id>",
    interests = ["Deception", "Sabotage", "Cute Furry Bunnies"],
    active_times = ["9am-2pm Weekdays", "9am-10pm Weekends"],
    languages = ["English", "German"],
}

var result : NakamaAsyncResult = yield(client.rpc_async(session, "update_group_metadata", JSON.stringify(payload))
if result.is_exception():
    print("An error occurred: %s" % result)
    return
print("Successfully updated group metadata")

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yield(client.join_group_async(session, "<group_id>"), "completed")

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var user_id = "<user id>"
var result : NakamaAPI.ApiUserGroupList = yield(client.list_user_groups_async(session, user_id), "completed")

for ug in result.user_groups:
    var g = ug.group as NakamaAPI.ApiGroup
    print("Group %s role %s", g.id, ug.state)

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var group_id = "<group id>"
var member_list : NakamaAPI.ApiGroupUserList = yield(client.list_group_users_async(session, group_id), "completed")

for ug in member_list.group_users:
    var u = ug.user as NakamaAPI.ApiUser
    print("User %s role %s" % [u.id, ug.state])

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var result : NakamaAPI.ApiGroupUserList = yield(client.list_group_users_async(session, "<group_id>", 3), "completed")

for gu in result.group_users:
    var u = gu.user as NakamaAPI.ApiUser
    yield(client.add_group_users_async(session, "<group_id>", u), "completed"))

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yield(client.promote_group_users_async(session, "<group_id>", "<user_id>")

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yield(client.demote_group_users_async(session, "<group_id>", "<user_id>")

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yield(client.kick_group_users_async(session, "<group_id>", "<user_id>")

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yield(client.ban_group_users_async(session, "<group_id>", "<user_id>")

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yield(client.leave_group_async(session, "<group_id>")

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var roomname = "<match_id>"
var persistence = false
var hidden = false
var type = NakamaSocket.ChannelType.Room
var channel : NakamaRTAPI.Channel = yield(socket.join_chat_async(roomname, type, persistence, hidden), "completed")

print("Connected to dynamic room channel: '%s'" % [channel.id])

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var group_id = "<group_id>"
var persistence = true
var hidden = false
var type = NakamaSocket.ChannelType.Group
var channel : NakamaRTAPI.Channel = yield(socket.join_chat_async(group_id, type, persistence, hidden), "completed")

print("Connected to group channel: '%s'" % [channel.id])

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var user_id = "<user_id>"
var persistence = true
var hidden = false
var type = NakamaSocket.ChannelType.DirectMessage
var channel : NakamaRTAPI.Channel = yield(socket.join_chat_async(user_id, type, persistence, hidden), "completed")

print("Connected to direct message channel: '%s'" % [channel.id])

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var channel_id = "<channel_id>"

var message_content = { "message": "I think Red is the imposter!" }

var message_ack : NakamaRTAPI.ChannelMessageAck = yield(socket.write_chat_message_async(channel_id, message_content), "completed")

var emote_content = {
    "emote": "point",
    "emoteTarget": "<red_player_user_id>",
    }

var emote_ack : NakamaRTAPI.ChannelMessageAck = yield(socket.write_chat_message_async(channel_id, emote_content), "completed")

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var limit = 100
var forward = true
var group_id = "<group_id>"
var result : NakamaAPI.ApiChannelMessageList = yield(client.list_channel_messages_async(session, group_id, limit, forward), "completed")

for m in result.messages:
    var message : NakamaAPI.ApiChannelMessage = m as NakamaAPI.ApiChannelMessage
    print(message.user_id, message.content)

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var channel_id = "<channel_id>"
var message_content = {"message": "I think Red is the imposter!" }

var message_ack : NakamaRTAPI.ChannelMessageAck = yield(socket.write_chat_message_async(channel_id, message_content), "completed")

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var new_message_content = { "message": "I think BLUE is the imposter!" }

var message_update_ack : NakamaRTAPI.ChannelMessageAck = yield(socket.update_chat_message_async(channel_id, new_message_content), "completed")

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var match : NakamaRTAPI.Match = yield(socket.create_match_async(), "completed")
var friends_list = yield(client.list_friends_async(session, 0, 100)
var online_friends = []
for friend in friends_list:
    var f = friend as NakamaAPI.ApiFriend
	if not f or not f.user.online:
		continue
    online_friends.append(f.user)

for f in online_friends:
    var content = {
        "message": "Hey %s, join me for a match!",
        match_id = match.id,
    }
    var channel = yield(socket.join_chat_async(f.id, NakamaSocket.ChannelType.DirectMessage), "completed")
    var message_ack = yield(socket.write_chat_message_async(channel.id, content), "completed")

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var match_name = "NoImpostersAllowed"
var match : NakamaRTAPI.Match = yield(socket.create_match_async(match_name), "completed")

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var match_id = "<matchid>"
var match = yield(socket.join_match_async(match_id), "completed")

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func _on_matchmaker_matched(p_matched : NakamaRTAPI.MatchmakerMatched):
  var match : NakamaRTAPI.Match = yield(socket.join_match_async(p_matched), "completed")

var min_players = 2
var max_players = 10
var query = ""

var matchmaking_ticket : NakamaRTAPI.MatchmakerTicket = yield(
  socket.add_matchmaker_async(query, min_players, max_players),
  "completed"
)

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var status = {
    "status": "Playing a match",
    "matchid": "<match_id>",
    }

yield(socket.update_status_async(status), "completed")

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func _on_status_presence(p_presence : NakamaRTAPI.StatusPresenceEvent):
    # Join the first match found in a friend's status
    for j in p_presence.joins:
        var status = JSON.parse(p_presence.status)
        if matchid in status:
            yield(socket.join_match_async(status["matchid"]), "completed")

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var min_players = 2
var max_players = 10
var limit = 10
var authoritative = true
var label = ""
var query = ""
var result : NakamaRTApi.Match = yield(client.list_matches_async(session, min_players, max_players, limit, authoritative, label, query)

for m in result.matches:
    print("%s: %s/10 players", match.match_id, match.size)

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var label = "an_exact_match_label"

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var query = "+label.skill:>100 label.mode:sabotage"

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var match = yield(socket.join_match_async(match_id), "completed")

var players = {}

for p in match.presences:
    // Spawn a player for this presence and store it in a dictionary by session id.
    var go = <player_node>.new()
    players.add(presence.session_id, go)

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func _on_match_presence(p_presence : NakamaRTApi.MatchPresenceEvent):
    # For each player that has joined in this event...
    for p in p_presence.joins:
        # Spawn a player for this presence and store it in a dictionary by session id.
        var go = <player_node>.new()
        players.add(p_presence.session_id, go)
    # For each player that has left in this event...
    for p in p_presence.leaves:
        # Remove the player from the game if they've been spawned
        if presence.session_id in players:
            <player_node>.remove_and_skip()
            players.remove(presence.session_id)

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class_name position_state

var X
var Y
var Z

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var state = {
    X = transform.x,
    Y = transform.y,
    Z = transform.z,
}

var op_code = 1

yield(socket.send_match_state_async(match.id, op_code, JSON.print(state), "completed")

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class_name op_codes

const position = 1
const vote = 2

yield(socket.send_match_state_async(match.id, op_codes.position, JSON.print(state), "completed")

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func _on_match_state(p_state : NakamaRTAPI.MatchData):
    match match_state.op_code:
        op_code.position:
        # Get the updated position data
        var position_state = JSON.parse(match_state.state)
        # Update the game object associated with that player
        var user = match_state.user_presence.session_id
        if user in players:
            # Here we would normally do something like smoothly interpolate to the new position, but for this example let's just set the position directly.
            players[user].transform.Vector3 = vec(position_state.x, position_state.y, position_state.z)
        _:
            print("Unsupported op code.")

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var min_players = 2
var max_players = 10
var query = "+skill:>100 mode:sabotage"
var string_properties = { "mode": "sabotage" }
var numeric_properties = { "skill": 125 }
var matchmaker_ticket : NakamaRTAPI.MatchmakerTicket = yield(
  socket.add_matchmaker_async(query, min_players, max_players, string_properties, numeric_properties)

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func _on_matchmaker_matched(p_matched : NakamaRTAPI.MatchmakerMatched):
  var joined_match : NakamaRTAPI.Match = yield(socket.join_match_async(p_matched), "completed")

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var open = false
var max_players = 4
var party = yield(socket.create_party_async(open, max_players), "completed")

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var friends_list : NakamaAPI.ApiFriendList = yield(client.list_friends_async(session, limit, friendship_state), "completed")
var online_friends = []
for friend in friends_list:
    var f = friend as NakamaAPI.ApiFriend
    if not f or not f.user.online:
        continue
    online_friends.append(f.user)

for f in online_friends:
    var content = {
        "message": "Hey %s, wanna join the party?",
        party_id = party.id,
    }
    var channel = yield(socket.join_chat_async(f.id, NakamaSocket.ChannelType.DirectMessage), "completed")
    var message_ack = yield(socket.write_chat_message_async(channel.id, content), "completed")

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socket.connect("received_channel_message", self, "_on_received_channel_message")

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func _on_received_channel_message(message):
    var data = JSON.parse(message.content)
    if data.result.party_id:
        var join = yield(socket.join_party_async(data.result.party_id), "completed")
        if join.is_exception():
            print("error joining party)

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var new_leader = "<user_id>"
var party_id = "<party_id>"
var leader: NakamaAsyncResult = yield(socket.received_party_leader(party_id, new_leader), "completed)

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var party_id = "<party_id>"
var party: NakamaAsyncResult = yield(socket.leave_party_async(party_id), "completed")

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func _on_matchmaker_matched(p_matched : NakamaRTAPI.MatchmakerMatched):
  var joined_match : NakamaRTAPI.Match = yield(socket.join_match_async(p_matched), "completed")

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var party_id = "<party_id>"
var min_players = 2
var max_players = 10
var query = ""
var matchmaker_ticket = yield(socket.add_matchmaker_party_async(party_id, query, min_players, max_Players)

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var score = 1
var subscore = 0
var metadata = { "map": "space_station" }
var record : NakamaAPI.ApiLeaderboardRecord = yield(client.write_leaderboard_record_async(session, "weekly_imposter_wins", score, subscore, JSON.print(metadata), "completed")

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var limit = 20
var leaderboard_name = "weekly_imposter_wins"
var result : NakamaAPI.ApiLeaderboardRecordList = yield(client.list_leaderboard_records_async(session, leaderboard_name, owner_ids: null, expiry: null, limit, cursor: null), "completed")

for r in result.records:
    print("%s:%s", record.owner_id, record.score)

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var limit = 20
var leaderboard_name = "weekly_imposter_wins"
var result : NakamaAPI.ApiLeaderboardRecordList = yield(client.list_leaderboard_records_async(session, leaderboard_name, session.user_id, expiry: null, limit), "completed")

for r in result.records:
    print("%s:%s", record.owner_id, record.score)

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var friends_list : NakamaAPI.ApiFriendList = yield(client.list_friends_async(session, 0, 100, cursor: null), "completed")
var user_ids = []
for friend in friends_list.friends:
    var f = friend as NakamaAPI.ApiFriend
    user_ids.append(f.user.id)

var record_list : NakamaAPI.ApiLeaderboardRecordList = yield(client.list_leaderboard_records_around_owner_async(session, "weekly_imposter_wins", user_ids, expiry: null, 100, cursor: null), "completed")

for record in record_list.records:
    print("%s scored %s", record.username, record.score)

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var group_id = "<groupid>"
var group_user_list : NakamaAPI.ApiGroupUserList = yield(client.list_group_users_async(session, group_id, 100, cursor: null), "completed")
var user_ids = []
for gu in group_user_list.group_users:
    var u = gu as NakamaAPI.ApiUser
    user_ids.append(u.user.id)

var record_list : NakamaAPI.ApiLeaderboardRecordList = yield(client.list_leaderboard_records_around_owner_async(session, "weekly_imposter_wins", user_ids, expiry: null, 100, cursor: null), "completed")

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yield(client.delete_leaderboard_record_async(session, "<leaderboard_id>"), "completed")

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yield(client.join_tournament_async(session, "<id>"), "completed")

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var category_start = 1
var category_end = 2
int start_time = null
int end_time = null
var limit = 100
var result : NakamaAPI.ApiTournamentRecordList = yield(client.list_tournament_records_async(session, category_start, category_end, start_time, end_time, limit, cursor: null), "completed")

for t in result.tournaments:
    print("%s:%s", tournament.id, tournament.title)

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var limit = 20
var tournament_name = "weekly_top_detective"
var result : NakamaAPI.ApiTournamentRecordList = yield(client.list_tournament_records_async(session, tournament_name, owner_ids: null, expiry: null, limit, cursor: null), "completed")

for r in result.records:
    print("%s:%s", record.owner_id, record.score)

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var limit = 20
var tournament_name = "weekly_top_detective"
var result : NakamaAPI.ApiTournamentRecordList = yield(client.list_tournament_records_async(session, tournament_name, session.user_id, expiry: null, limit), "completed")

for r in result.records:
    print("%s:%s", record.owner_id, record.score)

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var score = 1
var subscore = 0
var metadata = JSON.print({
    "map": "space_station" })
var new_record : NakamaAPI.ApiLeaderboardRecord = yield(client.write_tournament_record_async(session, "weekly_top_detective", score, subscore, metadata), "completed")

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cont reward_code = 100

func _on_notification(p_notification : NakamaAPI.ApiNotification):
    match notification.code:
        reward_code:
            print("Congratulations, you won the tournament!\n%s\n%s", notification.subject, notification.content)
        _:
            print("Other notification: %s:%s\n%s", notification.code, notification.subject, notification.content)

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var limit = 100
var result : NakamaAPI.ApiNotificationList = yield(client.list_notifications_async(session, limit), "completed")

for n in result.notifications:
    print("Notification: %s:{%s\n%s", notification.code, notification.subject, notification.content)

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var result : NakamaAPI.ApiNotificationList = yield(client.list_notifications_async(session, 1), "completed")
var cacheable_cursor = result.cacheable_cursor

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var next_results = yield(client.list_notifications_async(session, limit, cacheable_cursor)

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var notification_ids = ["<notification-id>"]
var delete : NakamaAsyncResult = yield(client.delete_notifications_async(session, notification_ids), "completed")