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use std::collections::HashMap;
#[cfg(feature = "server")]
use crate::message::StatefulSyncableServer;
use log::{debug, warn};
use crate::message::{
objects::{Types, *},
Class, InitData, SessionInit, StatefulSyncableClient, SyncMessage, Syncable,
};
// TODO implement nested types init and sync like BufferViewConfig in BufferViewManager
#[derive(Default, Debug)]
pub struct Session {
pub alias_manager: AliasManager,
pub buffer_syncer: BufferSyncer,
pub backlog_manager: BacklogManager,
pub buffer_view_manager: BufferViewManager,
pub cert_manager: CertManager,
pub core_info: CoreInfo,
pub highlight_rule_manager: HighlightRuleManager,
pub identities: Vec<Identity>,
pub ignore_list_manager: IgnoreListManager,
pub networks: HashMap<i32, Network>,
}
/// The Session Trait is the main point of entry and implements the basic logic
pub trait SessionManager {
fn alias_manager(&mut self) -> &mut AliasManager;
fn buffer_syncer(&mut self) -> &mut BufferSyncer;
fn backlog_manager(&mut self) -> &mut BacklogManager;
fn buffer_view_manager(&mut self) -> &mut BufferViewManager;
fn cert_manager(&mut self) -> &mut CertManager;
fn core_info(&mut self) -> &mut CoreInfo;
fn highlight_rule_manager(&mut self) -> &mut HighlightRuleManager;
fn identities(&mut self) -> &mut Vec<Identity>;
fn identity(&mut self, id: usize) -> Option<&mut Identity>;
fn ignore_list_manager(&mut self) -> &mut IgnoreListManager;
fn networks(&mut self) -> &mut HashMap<i32, Network>;
fn network(&mut self, id: i32) -> Option<&mut Network>;
fn sync(&mut self, msg: SyncMessage)
where
Self: Sized,
{
match msg.class_name {
Class::AliasManager => self.alias_manager().sync(msg),
Class::BufferSyncer => self.buffer_syncer().sync(msg),
Class::BufferViewConfig => (),
Class::BufferViewManager => self.buffer_view_manager().sync(msg),
Class::CoreInfo => self.core_info().sync(msg),
Class::CoreData => (),
Class::HighlightRuleManager => self.highlight_rule_manager().sync(msg),
Class::Identity => (),
Class::IgnoreListManager => self.ignore_list_manager().sync(msg),
Class::CertManager => self.cert_manager().sync(msg),
Class::Network => {
let id: i32 = msg.object_name.parse().unwrap();
if let Some(network) = self.network(id) {
// network.sync()
}
}
Class::NetworkInfo => (),
Class::NetworkConfig => (),
Class::IrcChannel => {
let mut object_name = msg.object_name.split('/');
let network_id: i32 = object_name.next().unwrap().parse().unwrap();
let channel = object_name.next().unwrap();
debug!("Syncing IrcChannel {} in Network {:?}", channel, network_id);
if let Some(network) = self.network(network_id) {
if network.irc_channels.get_mut(channel).is_none() {
warn!(
"Could not find IrcChannel {} in Network {:?}",
channel, network_id
)
} else {
match msg.slot_name.as_str() {
"addChannelMode" => {
let mut msg = msg.clone();
let mode: char = get_param!(msg);
let mode_type: ChannelModeType = network.get_channel_mode_type(mode);
network.irc_channels.get_mut(channel).unwrap().add_channel_mode(
mode_type,
mode,
get_param!(msg),
);
}
"removeChannelMode" => {
let mut msg = msg.clone();
let mode: char = get_param!(msg);
let mode_type: ChannelModeType = network.get_channel_mode_type(mode);
network
.irc_channels
.get_mut(channel)
.unwrap()
.remove_channel_mode(mode_type, mode, get_param!(msg));
}
_ => network.irc_channels.get_mut(channel).unwrap().sync(msg.clone()),
}
}
} else {
warn!("Could not find Network {:?}", network_id)
}
}
Class::IrcUser => (),
Class::Unknown => (),
}
}
fn session_init(&mut self, data: SessionInit) {
*self.identities() = data.identities;
}
fn init(&mut self, data: InitData) {
match data.init_data {
Types::AliasManager(data) => self.alias_manager().init(data),
Types::BufferSyncer(data) => self.buffer_syncer().init(data),
Types::BufferViewConfig(data) => self.buffer_view_manager().init_buffer_view_config(data),
Types::BufferViewManager(data) => self.buffer_view_manager().init(data),
Types::CoreData(data) => self.core_info().set_core_data(data),
Types::HighlightRuleManager(data) => self.highlight_rule_manager().init(data),
Types::IgnoreListManager(data) => self.ignore_list_manager().init(data),
Types::CertManager(data) => self.cert_manager().init(data),
Types::Network(network) => {
let id: i32 = data.object_name.parse().unwrap();
self.networks().insert(id, network);
}
Types::NetworkInfo(_) => (),
Types::NetworkConfig(_) => (),
Types::IrcChannel(channel) => {
let mut name = data.object_name.split("/");
let id: i32 = name.next().unwrap().parse().unwrap();
let name = name.next().unwrap();
if let Some(network) = self.network(id) {
network.add_channel(name, channel)
}
}
Types::Unknown(_) => (),
}
}
}
impl SessionManager for Session {
fn alias_manager(&mut self) -> &mut AliasManager {
&mut self.alias_manager
}
fn buffer_syncer(&mut self) -> &mut BufferSyncer {
&mut self.buffer_syncer
}
fn backlog_manager(&mut self) -> &mut BacklogManager {
&mut self.backlog_manager
}
fn buffer_view_manager(&mut self) -> &mut BufferViewManager {
&mut self.buffer_view_manager
}
fn cert_manager(&mut self) -> &mut CertManager {
&mut self.cert_manager
}
fn core_info(&mut self) -> &mut CoreInfo {
&mut self.core_info
}
fn highlight_rule_manager(&mut self) -> &mut HighlightRuleManager {
&mut self.highlight_rule_manager
}
fn identities(&mut self) -> &mut Vec<Identity> {
&mut self.identities
}
fn identity(&mut self, id: usize) -> Option<&mut Identity> {
self.identities.get_mut(id)
}
fn ignore_list_manager(&mut self) -> &mut IgnoreListManager {
&mut self.ignore_list_manager
}
fn networks(&mut self) -> &mut HashMap<i32, Network> {
&mut self.networks
}
fn network(&mut self, id: i32) -> Option<&mut Network> {
self.networks.get_mut(&id)
}
}
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