modulatingforce/forcebot_rs
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Merge branch 'routines-functionality' into routine-start-issue

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This commit is contained in:
modulatingforce 2024-03-27 14:56:37 -04:00
commit be00fe1d7e
7 changed files with 988 additions and 22 deletions
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62
src/core/bot_actions.rs
View file

@ -5,7 +5,7 @@ use tokio::sync::RwLock;
use crate::core::botinstance::BotInstance;
use super::{botmodules::{BotAction, BotModule}, identity::ChatBadge};
use super::{botinstance::Channel, botmodules::{BotAction, BotModule}, identity::ChatBadge};
pub type BotAR = Arc<RwLock<BotInstance>>;
@ -15,30 +15,72 @@ pub type ActAR = Arc<RwLock<BotAction>>;
pub struct ExecBodyParams {
pub bot : BotAR,
pub msg : PrivmsgMessage,
pub parent_act : ActAR ,
// pub parent_act : ActAR ,
pub curr_act : ActAR ,
}
impl ExecBodyParams {
pub async fn get_parent_module(&self) -> Option<BotModule> {
// pub async fn get_parent_module(&self) -> Option<BotModule> {
// pub async fn get_parent_module(&self) -> BotModule {
pub async fn get_module(&self) -> BotModule {
let parent_act = Arc::clone(&self.parent_act);
let parent_act_lock = parent_act.read().await;
let curr_act = Arc::clone(&self.curr_act);
let parent_act_lock = curr_act.read().await;
let act = &(*parent_act_lock);
match act {
BotAction::C(c) => {
let temp = c.module.clone();
Some(temp)
// let temp = c.module.clone();
// Some(temp)
c.module.clone()
},
BotAction::L(l) => {
let temp = l.module.clone();
Some(temp)
// let temp = l.module.clone();
// Some(temp)
l.module.clone()
},
_ => None
BotAction::R(r) => {
// let temp = r.module.clone();
// Some(temp)
r.read().await.module.clone()
}
// _ => None
}
}
pub async fn get_channel(&self) -> Option<Channel> {
// THIS IS INCORRECT - BELOW MAY BE PULLING THE PARENT BOTACTION
// NOT THE CURRENT BOT ACTION
let curr_act = Arc::clone(&self.curr_act);
let parent_act_lock = curr_act.read().await;
let act = &(*parent_act_lock);
match act {
BotAction::C(_) => {
// let temp = c.module.clone();
// Some(temp)
Some(Channel(self.msg.channel_login.clone()))
},
BotAction::L(_) => {
// let temp = l.module.clone();
// Some(temp)
// l.module.clone()
Some(Channel(self.msg.channel_login.clone()))
},
BotAction::R(r) => {
// let temp = r.module.clone();
// Some(temp)
Some(r.read().await.channel.clone())
}
// _ => None
}
}
pub fn get_sender(&self) -> String {
self.msg.sender.name.clone()
}

10
src/core/botinstance.rs
View file

@ -404,7 +404,7 @@ impl BotInstance {
let params = ExecBodyParams {
bot : Arc::clone(&bot),
msg : (*msg).clone(),
parent_act : Arc::clone(&act_clone),
curr_act : Arc::clone(&act_clone),
};
// When sending a BotMsgTypeNotif, send_botmsg does Roles related validation as required
@ -461,7 +461,7 @@ impl BotInstance {
let params = ExecBodyParams {
bot : Arc::clone(&bot),
msg : (*msg).clone(),
parent_act : Arc::clone(&act_clone),
curr_act : Arc::clone(&act_clone),
};
@ -491,7 +491,7 @@ impl BotInstance {
let params = ExecBodyParams {
bot : Arc::clone(&bot),
msg : (*msg).clone(),
parent_act : Arc::clone(&act_clone),
curr_act : Arc::clone(&act_clone),
};
@ -516,7 +516,7 @@ impl BotInstance {
c.execute(ExecBodyParams {
bot : a,
msg : msg.clone() ,
parent_act : Arc::clone(&act_clone),
curr_act : Arc::clone(&act_clone),
}).await;
botlog::trace(
@ -564,7 +564,7 @@ impl BotInstance {
l.execute(ExecBodyParams {
bot : a,
msg : msg.clone() ,
parent_act : Arc::clone(&act_clone),
curr_act : Arc::clone(&act_clone),
} ).await;
}

560
src/core/botmodules.rs
View file

@ -30,9 +30,16 @@ use std::sync::Arc;
use casual_logger::Log;
use chrono::DateTime;
// use chrono::Duration;
use chrono::Local;
use tokio::sync::RwLock;
use async_trait::async_trait;
use tokio::task::JoinHandle;
use tokio::time::Instant;
use tokio::time::{sleep, Duration};
use crate::core::bot_actions::actions_util;
use crate::core::bot_actions::ExecBodyParams;
@ -462,7 +469,8 @@ pub enum StatusType {
pub enum BotAction {
C(BotCommand),
L(Listener),
R(Routine),
// R(Routine),
R(Arc<RwLock<Routine>>),
}
impl BotAction {
@ -568,8 +576,554 @@ impl BotActionTrait for Listener {
}
}
#[derive(Debug)]
pub struct Routine {}
// #[derive(Debug, PartialEq, Eq, Hash, Clone)]
#[derive(PartialEq, Eq, Hash)]
pub enum RoutineAttr {
DelayedStart,
ScheduledStart(DateTime<Local>), // Scheduled Date (if any) after which, if not started, may trigger
LoopDuration(Duration), // How long to wait between iterations
LoopInfinitely,
RunOnce,
MaxTimeThreshold(DateTime<Local>), // DateTime after which, it will abort/cancel or stop
MaxIterations(i64),
}
/*
a Routine can be given different combinations of the above, but business logic may validate
these at Routine construction
For example, a Routine could have the following characteristics
- DelayedStart (so it skips the first iteration)
- ScheduledStart(DateTime<Local>) - With a Start Date-Time for the first iteration to trigger
- LoopDuration(Duration) - How long to wait between iterations
The above without any other thresholds would loop infinitely with the above characteristics
Another example,
- LoopDuration(Duration) - How long to wait between iterations
- MaxTimeThreshold(DateTime<Local>)
- MaxIterations(i64)
The above has thresholds , so if either are reached, it would abort/cancel or stop . Since there is no
ScheduledStart, the routine would have to be started manually elsewhere
Another example ,
- (no RoutineAttr)
The above would only run once, and only when the Start() is called
*/
// #[derive(Debug)]
pub struct Routine {
pub name : String ,
pub module : BotModule , // from() can determine this if passed parents_params
// pub channel : Option<Channel> , // Routines generally run by Channel ; but can be left None
pub channel : Channel , // Requiring some channel context
exec_body: bot_actions::actions_util::ExecBody,
// parent_params : Option<ExecBodyParams> ,
parent_params : ExecBodyParams ,
// pub join_handle : Option<JoinHandle<()>> ,
// pub join_handle : Option<JoinHandle<()>> ,
// pub join_handle : Option<Arc<RwLock<JoinHandle<()>>>> ,
pub join_handle : Option<Arc<RwLock<JoinHandle<()>>>> ,
start_time : Option<DateTime<Local>> ,
complete_iterations : i64 ,
remaining_iterations : Option<i64> ,
routine_attr : Vec<RoutineAttr> ,
}
impl Routine {
// Constructor
pub fn from(
name : String ,
module : BotModule ,
channel : Channel,
routine_attr : Vec<RoutineAttr> ,
exec_body : bot_actions::actions_util::ExecBody ,
// parent_params : Option<ExecBodyParams>
parent_params : ExecBodyParams
// ) -> Result<String,String> {
// ) -> Result<Routine,String> {
) -> Result<
Arc<RwLock<Routine>>,
String
> {
// [ ] Validation is made against parent_params
// to ensure those params don't conflict
// conlicts would throw an error
// parent_params.unwrap().
if routine_attr.contains(&RoutineAttr::RunOnce) {
return Ok(Arc::new(RwLock::new(Routine {
name ,
module ,
channel ,
exec_body ,
parent_params ,
join_handle : None ,
start_time : None ,
complete_iterations : 0 ,
remaining_iterations : None ,
routine_attr : routine_attr
}))) ;
}
Err("NOT IMPLEMENTED".to_string())
}
pub fn change_channel(
&self,
_channel : Channel
) -> Result<String,String> {
// [ ] Think Ideally it should try to
// change the target channel of the
// internal process too if possible?
Err("NOT IMPLEMENTED".to_string())
}
// pub async fn start(self) -> Result<String,String>
// pub async fn start(self : &mut Self) -> Result<String,String>
pub async fn start(
trg_routine_ar : Arc<RwLock<Routine>>
// ) -> Result<String,String>
) -> Result<Arc<RwLock<Routine>>,String>
{
// [ ] Asyncio Spawn likely around here
// [ ] & Assigns self.join_handle
// let self_rw = Arc::new(RwLock::new(self));
// let mut self_wr_lock = self_rw.write().await;
// let self_ar = Arc::new(RwLock::new(trg_routine_ar));
if trg_routine_ar.read().await.routine_attr.contains(&RoutineAttr::RunOnce) {
// if self_wr_lock.routine_attr.contains(&RoutineAttr::RunOnce) {
// let = self_wr_lock.remaining_iterations
// let mut self_wr_lock = self_rw.write().await;
// let self_rw_copy = Arc::new(self);
// let self_rw_copy = Arc::clone(&self_rw);
// let mut a = *(*self_wr_lock);
// a.remaining_iterations = Some(1);
// (*self_wr_lock).remaining_iterations = Some(1);
// let routine = *self_rw_copy.read().await;
// fn innerhelper(self_rw : Arc<RwLock<&Routine>>) -> Option<JoinHandle<()>> {
// fn innerhelper(self_rw : Arc<RwLock<&Routine>>) -> Option<JoinHandle<()>> {
// fn innerhelper(inroutine : &Routine) -> Option<JoinHandle<()>> {
// fn innerhelper(inroutine : Routine) -> Option<JoinHandle<()>> {
// async fn innerhelper(inroutine : Arc<RwLock<Routine>>) -> Option<JoinHandle<()>> {
async fn runonce_innerhelper(inroutine : Arc<RwLock<Routine>>) -> JoinHandle<()> {
botlog::trace(
"innerhelper() started",
Some(format!(
"Routine > start() > (In Tokio Spawn)",
)),
Some(&inroutine.read().await.parent_params.msg),
);
Log::flush();
// Some(
// tokio::spawn(async move {
// botlog::trace(
// ">> Within Spawn",
// Some(format!(
// "Routine > start() > (In Tokio Spawn)",
// )),
// Some(&inroutine.read().await.parent_params.msg),
// );
// Log::flush();
// // let mut self_wr_lock = self_rw.write().await;
// // let mut remainingiter = self_wr_lock.remaining_iterations.unwrap();
// let mut remainingiter = inroutine.write().await.remaining_iterations.unwrap_or(0);
// botlog::trace(
// format!(
// "[TRACE][Routine Started] {} in {}",
// inroutine.read().await.name,
// inroutine.read().await.channel.0
// )
// .as_str(),
// Some(format!(
// "Routine > start() > (In Tokio Spawn) > {:?}",
// inroutine.read().await.module
// )),
// Some(&inroutine.read().await.parent_params.msg),
// );
// Log::flush();
// inroutine.write().await.start_time = Some(chrono::offset::Local::now());
// // Loop iteration
// while remainingiter > 1 {
// // execution body
// inroutine.read().await.loopbody().await;
// // end of loop iteration
// remainingiter -= 1;
// {
// inroutine.write().await.remaining_iterations = Some(remainingiter);
// inroutine.write().await.complete_iterations += 1;
// }
// }
// botlog::trace(
// format!(
// "[TRACE][Routine Completed] {} in {}",
// inroutine.read().await.name,
// inroutine.read().await.channel.0
// )
// .as_str(),
// Some(format!(
// "Routine > start() > (In Tokio Spawn) > {:?}",
// inroutine.read().await.module
// )),
// Some(&inroutine.read().await.parent_params.msg),
// );
// Log::flush();
// }))
return tokio::spawn(async move {
botlog::trace(
">> Within Spawn",
Some(format!(
"Routine > start() > (In Tokio Spawn)",
)),
Some(&inroutine.read().await.parent_params.msg),
);
Log::flush();
// botlog::trace(
// &format!(
// ">> Within Spawn - Reamining Iter Eval : {:?}"
// ,inroutine.read().await.remaining_iterations),
// Some(format!(
// "Routine > start() > (In Tokio Spawn)",
// )),
// Some(&inroutine.read().await.parent_params.msg),
// );
// Log::flush();
botlog::trace(
">> Within Spawn >> After remaining iter eval",
Some(format!(
"Routine > start() > (In Tokio Spawn)",
)),
Some(&inroutine.read().await.parent_params.msg),
);
Log::flush();
botlog::trace(
">> Within Spawn >> After remaining iter eval 2 ",
Some(format!(
"Routine > start() > (In Tokio Spawn)",
)),
Some(&inroutine.read().await.parent_params.msg),
);
Log::flush();
botlog::trace(
">> Within Spawn >> After remaining iter eval 3 ",
Some(format!(
"Routine > start() > (In Tokio Spawn)",
)),
Some(&inroutine.read().await.parent_params.msg),
);
Log::flush();
// let mut self_wr_lock = self_rw.write().await;
// let mut remainingiter = self_wr_lock.remaining_iterations.unwrap();
// let mut remainingiter = inroutine.write().await.remaining_iterations.unwrap_or(0);
// let mut remainingiter = inroutine.read().await.remaining_iterations.unwrap_or(0);
// let mut remainingiter = inroutine.read().await.remaining_iterations.unwrap_or(0);
// async fn setremain(inroutine : Arc<RwLock<Routine>> , number : Option<i64>) {
// inroutine.write().await.remaining_iterations = number;
// }
// if inroutine.read().await.remaining_iterations.is_none() {
// // inroutine.write().await.remaining_iterations = Some(0);
// // setremain(inroutine.clone(),Some(0)).await;
// }
// botlog::trace(
// format!(
// "[TRACE][Routine Started] {} in {}",
// inroutine.read().await.name,
// inroutine.read().await.channel.0
// )
// .as_str(),
// Some(format!(
// "Routine > start() > (In Tokio Spawn) > {:?}",
// inroutine.read().await.module
// )),
// Some(&inroutine.read().await.parent_params.msg),
// );
// botlog::trace(
// format!(
// "[TRACE][Routine Started] {} in {}",
// inroutine.read().await.name,
// inroutine.read().await.channel.0
// )
// .as_str(),
// Some(format!(
// "Routine > start() > (In Tokio Spawn) > {:?}",
// inroutine.read().await.module
// )),
// Some(&inroutine.read().await.parent_params.msg),
// );
// Log::flush();
// inroutine.write().await.start_time = Some(chrono::offset::Local::now());
// {
// inroutine.write().await.start_time = Some(chrono::offset::Local::now());
// }
// Loop iteration
// while remainingiter > 1 {
// while inroutine.read().await.remaining_iterations.unwrap_or(0) > 1 {
// execution body
inroutine.read().await.loopbody().await;
// end of loop iteration
// let remain_iter = inroutine.read().await.remaining_iterations.unwrap_or(0);
// {
// // inroutine.write().await.remaining_iterations = Some(remain_iter - 1);
// setremain(inroutine.clone(),Some(remain_iter - 1)).await;
// }
// {
// inroutine.write().await.complete_iterations += 1;
// }
// remainingiter -= 1;
// {
// inroutine.write().await.remaining_iterations = Some(remainingiter);
// inroutine.write().await.complete_iterations += 1;
// }
// }
botlog::trace(
format!(
"[TRACE][Routine Completed] {} in {}",
inroutine.read().await.name,
inroutine.read().await.channel.0
)
.as_str(),
Some(format!(
"Routine > start() > (In Tokio Spawn) > {:?}",
inroutine.read().await.module
)),
Some(&inroutine.read().await.parent_params.msg),
);
Log::flush();
})
}
// let self_rw = Arc::new(RwLock::new(self));
// let mut self_wr_lock = self_rw.write().await;
// self_wr_lock.join_handle = innerhelper(&routine) ;
// let mut routine = self_rw_copy.write().await;
// (**routine).join_handle = innerhelper(*routine);
// routine.join_handle = innerhelper(*routine);
// let routine = *self_rw_copy.read().await;
// self_rw_copy.write().await.join_handle = innerhelper(&routine);
// let self_ref = Arc::clone(&trg_routine_ar);
// trg_routine_ar.write().await.join_handle = innerhelper(trg_routine_ar.clone()).await;
{
trg_routine_ar.write().await.join_handle = Some(Arc::new(RwLock::new(runonce_innerhelper(trg_routine_ar.clone()).await)));
}
// if let Some(a) = &trg_routine_ar.read().await.join_handle {
// (*a).await.unwrap();
// };
// return Ok("Successfully Started Routine".to_string());
return Ok(trg_routine_ar);
}
botlog::trace(
format!(
"[ERROR][Routine NOT IMPLEMENTED] {} in {}",
// self_wr_lock.name,self_wr_lock.channel.0
trg_routine_ar.read().await.name,
trg_routine_ar.read().await.channel.0
)
.as_str(),
Some(format!(
"Routine > start() > (In Tokio Spawn) > {:?}",
// self_wr_lock.module
trg_routine_ar.read().await.module
)),
Some(&trg_routine_ar.read().await.parent_params.msg),
);
Log::flush();
Err("NOT IMPLEMENTED".to_string())
}
async fn loopbody(&self)
{
botlog::trace(
"loopbody() started",
Some(format!(
"Routine > start() > (During Tokio Spawn) > Execution body",
)),
None,
);
Log::flush();
(self.exec_body)(
self.parent_params.clone()
).await;
}
pub async fn stop(&self) -> Result<String,String>
{
let self_rw = Arc::new(RwLock::new(self));
let self_lock = self_rw.read().await;
botlog::trace(
format!(
"[ERROR][Routine NOT IMPLEMENTED] {} in {}",
self_lock.name,self_lock.channel.0
)
.as_str(),
Some(format!(
"Routine > start() > (In Tokio Spawn) > {:?}",
self_lock.module
)),
Some(&self_lock.parent_params.msg),
);
Log::flush();
Err("NOT IMPLEMENTED".to_string())
}
pub async fn restart(
&self,
_force : bool
) -> Result<String,String>
{
// force flag aborts the routine immediately (like cancel())
let self_rw = Arc::new(RwLock::new(self));
let self_lock = self_rw.read().await;
botlog::trace(
format!(
"[ERROR][Routine NOT IMPLEMENTED] {} in {}",
self_lock.name,self_lock.channel.0
)
.as_str(),
Some(format!(
"Routine > start() > (In Tokio Spawn) > {:?}",
self_lock.module
)),
Some(&self_lock.parent_params.msg),
);
Log::flush();
Err("NOT IMPLEMENTED".to_string())
}
pub async fn cancel(&self) -> Result<String,String>
{
// [ ] Likely calls abort()
// Related :
// https://docs.rs/tokio/latest/tokio/task/struct.JoinHandle.html#method.abort
let self_rw = Arc::new(RwLock::new(self));
let self_lock = self_rw.read().await;
botlog::trace(
format!(
"[ERROR][Routine NOT IMPLEMENTED] {} in {}",
self_lock.name,self_lock.channel.0
)
.as_str(),
Some(format!(
"Routine > start() > (In Tokio Spawn) > {:?}",
self_lock.module
)),
Some(&self_lock.parent_params.msg),
);
Log::flush();
Err("NOT IMPLEMENTED".to_string())
}
}
type StatusdbEntry = (ModGroup, Vec<StatusType>);
type ModuleActions = Vec<Arc<RwLock<BotAction>>>;

8
src/core/chat.rs
View file

@ -101,14 +101,15 @@ impl Chat {
Some(&params.msg),
);
let parent_module = params.get_parent_module().await;
let parent_module = params.get_module().await;
let params_clone = params.clone();
let botclone = Arc::clone(&params_clone.bot);
let botlock = botclone.read().await;
let modmgr = Arc::clone(&botlock.botmodules);
let modstatus = (*modmgr).modstatus(
parent_module.clone().expect("ERROR - Expected a module"),
// parent_module.clone().expect("ERROR - Expected a module"),
parent_module.clone(),
Channel(channel_login.clone())
).await;
@ -180,7 +181,8 @@ impl Chat {
self.send_botmsg(BotMsgType::Notif(
format!("uuh {:?} is disabled on {} : {:?}",
parent_module.clone().unwrap(),
// parent_module.clone().unwrap(),
parent_module.clone(),
channel_login.clone(),
lvl
),

11
src/core/identity.rs
View file

@ -553,7 +553,16 @@ async fn getroles(params : ExecBodyParams) {
let arg1 = argv.next();
let targetuser = match arg1 {
None => return, // exit if no arguments
None => {
botlog::debug(
"Exittingcmd getroles - Invalid arguments ",
Some("identity.rs > init > getroles()".to_string()),
Some(&params.msg),
);
return
}, // exit if no arguments
Some(arg) => arg,
};

2
src/custom/experimental.rs
View file

@ -12,6 +12,7 @@ pub use crate::core::botmodules::ModulesManager;
mod experiment001;
mod experiment002;
mod experiment003;
// [ ] init() function that accepts bot instance - this is passed to init() on submodules
@ -21,4 +22,5 @@ pub async fn init(mgr: Arc<ModulesManager>) {
experiment001::init(Arc::clone(&mgr)).await;
experiment002::init(Arc::clone(&mgr)).await;
experiment003::init(Arc::clone(&mgr)).await;
}

357
src/custom/experimental/experiment003.rs Normal file
View file

@ -0,0 +1,357 @@
/*
Custom Modules -
Usage :
[ ] within the file's init(), define BotActions & Load them into the ModulesManager
[ ] Define Execution Bodies for these BotActions
[ ] Afterwards, add the following to parent modules.rs file
- mod <modulename>;
- within init(), <modulename>::init(mgr).await
*/
const OF_CMD_CHANNEL:Channel = Channel(String::new());
use casual_logger::Log;
use rand::Rng;
use tokio::sync::RwLock;
use std::borrow::Borrow;
use std::sync::Arc;
use crate::core::bot_actions::ExecBodyParams;
use crate::core::botinstance::Channel;
use crate::core::botlog;
use crate::core::bot_actions::actions_util;
use crate::core::botmodules::{BotAction, BotActionTrait, BotCommand, BotModule, Listener, ModulesManager, Routine, RoutineAttr};
use crate::core::identity::UserRole::*;
use tokio::time::{sleep, Duration};
pub async fn init(mgr: Arc<ModulesManager>) {
// 1. Define the BotAction
let botc1 = BotCommand {
module: BotModule(String::from("experiments003")),
command: String::from("test3"), // command call name
alias: vec![], // String of alternative names
exec_body: actions_util::asyncbox(test3_body),
help: String::from("Test Command tester"),
required_roles: vec![
BotAdmin,
Mod(OF_CMD_CHANNEL),
],
};
// 2. Add the BotAction to ModulesManager
botc1.add_to_modmgr(Arc::clone(&mgr)).await;
}
async fn test3_body(params : ExecBodyParams) {
// println!("testy triggered!"); // NOTE : This test function intends to print (e.g., to stdout) at fn call
botlog::debug(
"testy triggered!",
Some("Experiments003 > test3 command body".to_string()),
Some(&params.msg),
);
/*
Test Routine Start() by :
1. In this single exec body , create a Routine
2. Create a Routine Execution Body
3. Pass the Execution Body & Routine Attributes to create the Routine
4. Start the Routine
5. For RunOnce , we should see it only trigger once, and then complete in the logs
*/
// [x] Get the module from params
// let parentmodule = params.get_parent_module().await;
let module = params.get_module().await;
let channel = params.get_channel().await;
let routine_attr = vec![
RoutineAttr::RunOnce
];
// let exec_body = actions_util::asyncbox(rtestbody);
let exec_body = actions_util::asyncbox(rtestbody); // <-- 03.27 - when below is uncommented, this is throwing an issue
// let parent_params = params.clone();
// let params_clone = params.clone();
async fn rtestbody(params : ExecBodyParams) {
// let bot = Arc::clone(&params.bot);
// let botlock = bot.read().await;
// // uses chat.say_in_reply_to() for the bot controls for messages
// botlock
// .botmgrs
// .chat
// .say_in_reply_to(
// &params.msg.clone(),
// String::from("Inner Routine Loop Message"),
// params.clone()
// ).await;
let logmsg_botact = match *params.curr_act.read().await {
BotAction::C(_) => "command",
BotAction::R(_) => "routine",
BotAction::L(_) => "listener",
} ;
botlog::trace(
// format!("Params > Curr_act : {:?}", params.curr_act).as_str(), // BotAction doesn't imblement debug
format!("Params > Curr_act type : {:?}", logmsg_botact).as_str(),
Some("Experiments003 > test3 command body".to_string()),
Some(&params.msg),
);
Log::flush();
for _ in 0..5 {
println!("tester");
sleep(Duration::from_secs_f64(0.5)).await;
}
}
botlog::debug(
format!("RTESTBODY : module - {:?} ; channel - {:?}",
module,channel
).as_str(),
Some("experiment003 > test3_body".to_string()),
Some(&params.msg),
);
let a = Routine::from(
"Routine Test".to_string(),
module,
channel.unwrap(),
routine_attr,
exec_body,
params.clone()
);
if let Ok(newr) = a {
// [ ] before execute , be sure to adjust curr_act
let mut params_mut = params.clone();
// let newr_ar = Arc::new(RwLock::new(newr));
let newr_ar = newr.clone();
params_mut.curr_act = Arc::new(RwLock::new(
BotAction::R(newr_ar.clone())
));
// let a = newr_ar.read().await;
// let rslt = (&*a).start().await;
// let mut newr_lock = newr_ar.write().await;
// let rslt = newr_ar.write().await.start().await;
let rslt = Routine::start(newr_ar.clone()).await;
// let rslt = newr_ar.read().await.start().await;
let rsltstr = match rslt {
Ok(_) => "successful".to_string(),
Err(a) => a,
};
botlog::debug(
format!("TEST3_BODY RESULT : {:?}",
rsltstr
).as_str(),
Some("experiment003 > test3_body".to_string()),
Some(&params.msg),
);
Log::flush();
let bot = Arc::clone(&params.bot);
let botlock = bot.read().await;
// uses chat.say_in_reply_to() for the bot controls for messages
botlock
.botmgrs
.chat
.say_in_reply_to(
&params.msg,
format!("Routine Result : {:?}",rsltstr),
params.clone()
).await;
// [x] Will not be handling JoinHandles here . If immediate abort() handling is required, below is an example that works
/*
let a = newr.clone().read().await.join_handle.clone();
match a {
Some(b) => {
b.read().await.borrow().abort(); // [x] <-- This aborts if wanting to abort immediately
//()
},
None => (),
}
*/
}
Log::flush();
}
async fn good_girl(params : ExecBodyParams) {
// [ ] Uses gen_ratio() to output bool based on a ratio probability .
// - For example gen_ratio(2,3) is 2 out of 3 or 0.67% (numerator,denomitator)
// - More Info : https://rust-random.github.io/rand/rand/trait.Rng.html#method.gen_ratio
if params.msg.sender.name.to_lowercase() == "ModulatingForce".to_lowercase()
|| params.msg.sender.name.to_lowercase() == "mzNToRi".to_lowercase()
{
botlog::debug(
"Good Girl Detected > Pausechamp",
Some("experiments > goodgirl()".to_string()),
Some(&params.msg),
);
let rollwin = rand::thread_rng().gen_ratio(1, 10);
if rollwin {
botlog::debug(
"Oh that's a good girl!",
Some("experiments > goodgirl()".to_string()),
Some(&params.msg),
);
let bot = Arc::clone(&params.bot);
let botlock = bot.read().await;
// uses chat.say_in_reply_to() for the bot controls for messages
botlock
.botmgrs
.chat
.say_in_reply_to(
&params.msg,
String::from("GoodGirl xdd "),
params.clone()
).await;
}
}
}
async fn testy(params : ExecBodyParams) {
println!("testy triggered!"); // NOTE : This test function intends to print (e.g., to stdout) at fn call
botlog::debug(
"testy triggered!",
Some("experiments > testy()".to_string()),
Some(&params.msg),
);
}
async fn babygirl(params : ExecBodyParams) {
println!("babygirl triggered!"); // NOTE : This test function intends to print (e.g., to stdout) at fn call
botlog::debug(
"babygirl triggered!",
Some("experiments > babygirl()".to_string()),
Some(&params.msg),
);
let bot = Arc::clone(&params.bot);
let botlock = bot.read().await;
botlock
.botmgrs
.chat
.say_in_reply_to(
&params.msg,
String::from("16:13 notohh: cafdk"),
params.clone()
).await;
sleep(Duration::from_secs_f64(0.5)).await;
botlock
.botmgrs
.chat
.say_in_reply_to(
&params.msg,
String::from("16:13 notohh: have fun eating princess"),
params.clone()
).await;
sleep(Duration::from_secs_f64(2.0)).await;
botlock
.botmgrs
.chat
.say_in_reply_to(
&params.msg,
String::from("16:13 notohh: baby girl"),
params.clone()
).await;
}
async fn routinelike(params : ExecBodyParams) {
println!("routinelike triggered!"); // NOTE : This test function intends to print (e.g., to stdout) at fn call
botlog::debug(
"routinelike triggered!",
Some("experiments > routinelike()".to_string()),
Some(&params.msg),
);
// spawn an async block that runs independently from others
tokio::spawn( async {
for _ in 0..5 {
println!(">> Innterroutine triggered!");
sleep(Duration::from_secs_f64(5.0)).await;
}
}
);
// lines are executed after in conjunction to the spawn
}