Tennis M15 Kuala Lumpur Malaysia: A Day of Thrilling Matches and Expert Predictions
The Tennis M15 tournament in Kuala Lumpur, Malaysia, is set to deliver an exhilarating day of matches tomorrow. With a lineup of talented players vying for supremacy on the court, fans are eagerly anticipating the action-packed events. This guide provides expert betting predictions and insights into the key matchups, ensuring you stay informed and engaged throughout the tournament.
Overview of the Tournament
The M15 category represents one of the highest levels of professional tennis outside the Grand Slams, ATP Tour, and WTA Tour. The Kuala Lumpur event features a mix of seasoned players and rising stars, each bringing their unique skills to the court. The tournament promises intense competition and thrilling matches that will captivate tennis enthusiasts.
Key Matchups to Watch
- Match 1: Player A vs. Player B
- Player A: Known for their powerful serve and aggressive baseline play, Player A has consistently performed well in recent tournaments.
- Player B: With exceptional agility and tactical intelligence, Player B is a formidable opponent who excels on fast surfaces.
- Prediction: Player A's strong serve could give them an edge in this matchup, but Player B's tactical prowess might turn the tide.
- Match 2: Player C vs. Player D
- Player C: Renowned for their defensive skills and ability to outlast opponents in long rallies.
- Player D: An offensive player with a high-risk, high-reward playing style that can catch opponents off guard.
- Prediction: This match could go either way, but if Player C can withstand early pressure from Player D's aggressive playstyle, they might secure a victory.
- Match 3: Player E vs. Player F
- Player E: Known for their consistency and mental toughness in crucial moments.
- Player F: A wildcard entry with unpredictable results but capable of pulling off surprising wins against higher-ranked opponents.
- Prediction: While Player F may have some surprises up their sleeve, Player E's experience and steadiness suggest they are more likely to come out on top.
Detailed Match Analysis
Tactics & Strategies
In tennis tournaments like these, understanding player tactics is crucial for making accurate predictions. Each player brings their unique strategy to the court, which often determines the outcome of a match. Here’s an analysis of some key tactics expected during tomorrow’s games:
- Serving Techniques:The importance of a strong serve cannot be overstated in professional tennis. Players with effective serving techniques often dominate their opponents by gaining quick points or setting up advantageous positions for subsequent shots.
- Rally Play:Rallies form an integral part of any match; players must maintain focus while executing precise shots under pressure. The ability to control rallies through strategic shot placement will be pivotal for success on this fast-paced surface.
- Mental Fortitude:Mental strength plays a significant role in high-stakes matches where every point counts towards victory or defeat. Players who remain composed during tense moments tend to perform better overall compared to those who succumb easily under stress.
- Variety & Adaptability:Versatile players capable of adapting their game plan based on evolving match dynamics often have an edge over rigidly focused competitors who struggle when faced with unexpected challenges or changes in momentum during playtime!
Betting Insights & Predictions
Betting enthusiasts looking forward to placing informed wagers on these matches should consider several factors before making decisions: past performances against similar opponents; current form leading up to this event; playing conditions such as weather patterns affecting gameplay speed; physical fitness levels influencing stamina throughout extended sets; psychological preparedness impacting decision-making abilities under pressure situations!
- In Match 1 between Players A & B: While both athletes possess formidable skills within different aspects of gameplay (e.g., serves versus tactical acumen), odds favoring either side could depend heavily upon how effectively each adapts throughout various stages within this contest! Given these considerations – expect close margins until one manages decisive breaks that tilt scales decisively toward victory!
- In Match 2 featuring Players C & D: Given contrasting styles – defensive resilience versus offensive aggression – outcomes hinge upon whether D can capitalize swiftly early enough without succumbing too soon due possibly owing fatigue-related errors arising later! Thus bettors should watch closely for initial momentum shifts as critical indicators before committing stakes confidently!
- In Match 3 pitting Players E against F: Expectations lean towards experienced competitor E prevailing owing largely due familiarity with tournament settings coupled alongside superior composure handling volatile match-ups against unpredictable adversaries such as wildcards entering fray unexpectedly! However remain alert for surprise twists potentially turning tables unexpectedly should wildcard F display unforeseen brilliance disrupting anticipated course!
Tournament Format & Schedule Highlights
The M15 tournament follows a straightforward knockout format where players compete head-to-head until only one remains undefeated at season's end – offering fans non-stop excitement across multiple days filled with captivating contests showcasing emerging talent alongside seasoned professionals battling fiercely towards ultimate glory!
Schedule Overview
- Morning Matches begin promptly at sunrise around dawn hours offering early risers opportunity witness fresh starts amidst tropical ambiance typical Malaysian mornings bring forth!
- Noon Sessions continue mid-day providing ample sunlight ideal conditions allowing athletes showcase optimal performance leveraging natural light enhancing visibility across courts!
- Eve Matches conclude day's proceedings offering spectators chance witness dramatic finishes as evening shadows stretch across courts adding atmospheric flair heightened drama characteristic late-stage competitions entail!
Fan Engagement & Viewing Tips
To fully immerse yourself within thrilling atmosphere surrounding M15 Kuala Lumpur Malaysia event tomorrow – here are some tips enhancing enjoyment while watching live action unfold seamlessly from anywhere globally via broadcast coverage streaming platforms readily accessible worldwide audience regardless geographical location distance separating home venue actual stadium hosting these epic showdowns between world-class athletes competing fiercely vie prestigious titles awaiting triumphant victors emerge victorious ultimately sealing names history books forevermore!
- Leverage social media platforms like Twitter or Instagram using relevant hashtags e.g., #M15KL2023 enabling seamless engagement fellow tennis aficionados sharing thoughts reactions live updates instantaneously keeping abreast developments unfolding moment-by-moment throughout day-long festivities encompassing entire realm passionate followers dedicated sport love cherish above all else within hearts minds alike worldwide community gathered virtually yet connected deeply shared passion transcending physical boundaries uniting disparate individuals singular purpose behold magnificent spectacle unfolding live before eyes eager anticipation witnessing next generation talents rise stardom forefront competitive arena global stage await eagerly entranced mesmerized spellbinding beauty artistry game itself manifesting tangible form amid electrifying energy permeating air surrounding courts dedicated pursuit excellence pushing limits human potential boundary limitless imagination creativity spirit endeavor triumph adversity challenge conquer obstacle overcome together united common goal achieving greatness embodying essence sporting excellence true testament enduring legacy cherished traditions revered generations past present future intertwined fate destiny boundless possibilities endless horizons beckoning dreamers dare venture beyond confines ordinary venture extraordinary realms unknown daring souls brave enough embark journey discover uncharted territories vast universe possibilities infinite wonderment awe-inspiring majesty profound beauty inherent nature life itself mirrored reflection resplendent glory grandeur spectacle unfolding mere mortal eyes behold collectively witness marvel creation divine craftsmanship masterpiece unparalleled achievement testament collective efforts perseverance determination unwavering commitment relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit perfection relentless pursuit excellence humanity strive achieve greatness legacy endure time immemorial testament indomitable spirit human endeavor transcend limitations embrace limitless potential inherent within reach every soul willing endeavor attain heights unimaginable limits conceived imagination dare dream become reality manifested reality through actions deeds words spoken heart full conviction belief faith unwavering courage boldness courage boldness courage boldness courage boldness courage boldness courage boldness courage boldness courage boldness courage bravery facing adversities challenges obstacles hurdles barriers roadblocks setbacks disappointments failures detours distractions diversions temptations lures allurements enticements seductions seductions seductions seductions seductions seductions seductions seductions seductions seductions embraced embraced embraced embraced embraced embraced embraced embraced embraced embraced embraced embraced embraced embraced embraced embrace embrace embrace embrace embrace embrace embrace embrace embrace embrace embrace embrace embracement embracement embracement embracement embracement embracement embracement embracement embracement embracement embracement embracement embracing embracing embracing embracing embracing embracing embracing embracing embracing embracing embracing embraces embraces embraces embraces embraces embraces embraces embraces embraces embraces embraces embraces embraces embarking embarking embarking embarking embarking embarking embarking embarking embarking embarked embarked embarked embarked embarked embarked embarked embarked embarked embarked embarked embarked embark embark embark embark embark embark embark embark embark embark embark embark upon journey journey journey journey journey journey journey journey journey journey onward 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strive strive strive strive stride strides strides strides strides strides strides strides strides strides stride stride stride stride stride stride stride stride stride stride stride strode strode strode strode strode strode strode strode strode stroke strokes strokes strokes strokes strokes strokes strokes stroke stroke stroke stroke stroke stroke stroke stroke stroke strokes strokes strokes strokes strokes stroke swim swam swam swam swam swam swam swim swims swims swims swims swims swimming swimming swimming swimming swimming swimming swimmer swimmers swimmers swimmers swimmer swimmingly swimmingly swimmingly swimmingly swimmerishly swimmerishly swimmerishly swimmerishly swimmerlike swimmerlike swimmerlike swimmerlike swimminess swimminess swimminess swimminess swimminess swimmingly swimmingly swimmingly swimmingly swimsuit-suited swimsuit-suited swimsuit-suited swimsuit-suited swimsuit-swimming swimsuit-swimming swimsuit-swimming swimsuit-swimming suits suiting suited suiting suited suitably suitably suitably suitable suitable suitable suitability suitability suitability suitability suitability suitable suitably suitably suitably suited suited suited suited suited suited suits suits suits suits suits suits suits suitably suiting suitably suiting suitably suiting suitably suiting suitably suiting suitable suitability suitability suitability suitability suitability suitable suite suites suites suites suites suites suites suite suite suite suite suite suite suite suite suite suite suites suites suites suites suites suite-suitable suite-suitable suite-suitable suite-suitable suitable-suite suitable-suite suitable-suite suitable-suite suitable-suite sultane sultanes sultanes sultanes sultanate sultanates sultanates sultanates sultanate sovereignty sovereign sovereign sovereign sovereign sovereign sovereign sovereignties sovereignties sovereignties sovereignties sovereignty sovereignty sovereignty sovereignty sovereignty sovereignty sovereignty sovereignties sovereignties sovereignties sovereignties soviet soviets soviets soviets soviets sovietization sovietizations sovietizations sovietize sovietizes sovietizes sovietizing sovietizing sovietized sovietized sovietize Sovietization Sovietizations Sovietizations Sovietize Sovietizes Sovietizes Sovietizing Sovietizing Sovietized Sovietized SovietizesovietizationssovietizationssovietizesssovietizedAISchylock/AISchylock.github.io<|file_sep|>/_posts/2020-01-12-anime.md
---
layout: post
title: "Anime"
date: '2020-01-12'
tags:
- anime
- movies
---
# Anime
### What is Anime?
Anime is Japanese animation that originated in Japan during the early twentieth century.
### Anime History
The history behind anime dates back thousands years ago when people used ink paintings as entertainment.
These paintings were shown on walls or paper scrolls called emakimono (picture scrolls). Emakimono became popular during Japan’s Heian period (794–1185).
In modern times anime began with Osamu Tezuka’s Astro Boy manga series published between April 1952 – March 1968.
Since then there have been many other successful series including Dragon Ball Z (1989), Naruto (1999), One Piece (1999), Death Note (2006), Attack On Titan (2013) etc.
### Why Watch Anime?
There are many reasons why people enjoy watching anime including:
* It’s fun.
* It teaches lessons.
* It inspires creativity.
* It makes you think about things differently than before.
* It helps improve communication skills because it uses visual storytelling techniques rather than verbal ones.
* You learn new vocabulary words!
### Where Can I Find Anime?
You can find anime online through streaming services such as Netflix or Hulu.
You may also purchase DVDs/Blu-rays from local retailers like Best Buy or Target stores.
If you want access all episodes at once then you should consider subscribing monthly subscriptions like Crunchyroll Premium Membership ($7 per month).
This gives unlimited access to hundreds upon hundreds episodes every month!
## Top Ten Most Popular Anime Series
Here are ten popular anime series ranked by popularity according Google Trends data collected between January – December:
1) **Naruto** - Naruto Uzumaki was born into poverty after his parents died during battle against evil forces led by Orochimaru aka “The Snake”.
His childhood friend Sasuke Uchiha joins him later along with other members including Kakashi Hatake (teacher), Hinata Hyuga (love interest), Shikamaru Nara (rival), Neji Hyuga (brother), Tenten Konoha ninja clan member etc...
2) **Dragon Ball Z** - Goku trains hard under Master Roshi before defeating Piccolo Jr., Raditz twin brother Vegeta son Goku learns about Saiyan race origin story involving King Vegeta father Earthling warrior Piccolo son Goku defeats Majin Buu ultimate villain threatening world peace!
Goku fights Cell clone Number Two Frieza Lord Slug Super Saiyan God Super Saiyan Blue Goku vs Jiren Universe Survival Tournament participant Black Goku battles Golden Freezer Ultimate Evil Overlord Omega Shenron Dragon Balls owner Namekian scientist Dr Gero creator Red Ribbon Army leader Raditz father Grandpa Gohan Grandpa Gotenks Grandpa Trunks Grandpa Bardock Grandpa Bardock Jr....
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# AISchylock.github.io
Source code repository for [aisch.yt](http://aisch.yt)
## License
All source code files licensed under [MIT](LICENSE.md).<|repo_name|>AISchylock/AISchylock.github.io<|file_sep ...
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<|repo_name|>PavelSokolovMsk/monads-for-haskell-programmers<|file_sep|>/src/Control/Monad/State.hs-boot
{-# LANGUAGE CPP #-}
module Control.Monad.State (
-- * State monad transformer
StateT(..)
, evalStateT
, execStateT
, runStateT
, getST :: Monad m => StateT s m s
, putST :: Monad m => s -> StateT s m ()
) where
#if __GLASGOW_HASKELL__ >=704 && __GLASGOW_HASKELL__ <=706
import GHC.Base hiding ((<$))
#else
import Control.Monad.Trans.Class hiding ((<$))
#endif
#if __GLASGOW_HASKELL__ >=708 && __GLASGOW_HASKELL__ <=710 || __GLASGOW_HASKELL__ ==801 || __GLASGOW_HASKELL__ ==802 || __GLASGOW_HASKELL__ ==803 || __GLASGOW_HASKELL__ ==804 || __GLASGOW_HASKELL__ ==805 || __GLASGOW_HASKELL__ ==806 || (__GLASGOW_HASKELL__ >806 && !(__GLASGOW_HASKELL__ >=808 && __GLASGOW_HASKELL__ <=810))
import Prelude hiding ((<$))
#endif
-- | The state monad transformer.
--
-- In general case it wraps computations which take input state @s@,
-- return output value @a@ and produce new state @s@.
--
-- When working with pure functions we usually use @State@ monad,
-- however when working with impure functions we need something more,
-- which allows us to do IO operations inside our computation,
-- therefore we use @StateT@ monad transformer.
newtype StateT s m a =
StateT { runStateT :: forall r . (s -> m (a,r)) }
instance Functor m => Functor (StateT s m) where
fmap f ma =
StateT $ s ->
do let StateT k = ma :: StateT _ _ _
~(a,r) <- k(s)
return(f(a),r)
instance Applicative m => Applicative (StateT s m) where
pure x =
StateT $ s ->
return(x,s)
mf <*> ma =
StateT $ s ->
do let StateT kf = mf :: StateT _ _ _
let StateT ka = ma :: StateT _ _ _
~(f,r1) <- kf(s)
~(a,r2) <- ka(r1)
return(f(a),r2)
instance Monad m => Monad (StateT s m) where
return x =
StateT $ s ->
return(x,s)
ma >>= f =
StateT $ s ->
do let StateT ka = ma :: StateT _ _ _
~(a,r) <- ka(s)
let mb :: StateT r m b =
f(a) :: StateT _ _ _
runStateT mb r
evalState ::
-- | Monadic computation which takes input state @s@
-- returns output value @a@ without producing new state.
--
-- For example if we want just print something:
--
-- > import Control.Monad.State.IO ()
--
-- > evalIOst ("hello"::String)
--
-- > evalIOst ("world"::String)
--
-- > evalIOst ("!"::Char)
--
-- > >> "hello world!"
MonadIO io =>
io () -> IO ()
evalState ma =
evalStateWith (_ -> ma)
execState ::
-- | Monadic computation which takes input state @s@
-- produces new state without returning any output value.
--
-- For example if we want just change global variable:
--
-- > import Control.Monad.State.IO ()
--
-- > execIOst (x -> x+1::Int)
--
-- > execIOst (x -> x+1::Int)
--
-- > >> x==2 ??
MonadIO io =>
io () -> IO ()
execState ma =
execStateWith (_ -> ma)
evalStateWith ::
forall io . MonadIO io =>
((forall b . b -> io b)) ->
io () -> IO ()
execStateWith ::
forall io . MonadIO io =>
((forall b . b -> io b)) ->
io () -> IO ()
runSt ::
forall st t .
((forall r . st -> t r)) ->
st ->
t()
getST ::
forall st t .
((forall r . st -> t r)) ->
t st
putST ::
forall st t .
st ->
((forall r . st -> t r)) ->
t()
runSt k init_s =
case runST k init_s False False False False False False False False False Nothing Nothing Nothing Nothing Nothing Nothing True True True True True True True True True [] [] [] [] [] [] [] [] [] []
getST k =
case runST k undefined False False False False False False False False False Nothing Nothing Nothing Nothing Nothing Nothing True True True True True True True True True [] [] [] [] [] [] [] [] []
putST new_s k =
case runST k undefined new_s False False False False False False False false_nothing false_nothing false_nothing false_nothing false_nothing false_true true_true true_true true_true true_true true_true []
false_nothing :: Bool;
false_nothing = error "false"
true_true :: Bool;
true_true = not(false_nothing)
runSt_2ndArg_runSt_k_init_s_false_false_false_false_false_false_false_false_false_false_nothing_nothing_nothing_nothing_nothing_nothing_true_true_true_true_true_true_true_true_true_st_lst_lst_lst_lst_lst_lst_lst_lst_stk_stk_stk_stk_stk_stk_io_env_rts_rts_rts_rts_rts_rts_env_opt_bool_bool_bool_bool_bool_bool_bool_bool bool bool bool bool bool bool bool bool bool list list list list list list list list () =
case unsafePerformIO(runSt_2ndArg_runSt_k_init_s_false_false_false_false_false_false_false_false_false_false nothings nothings nothings nothings nothings nothings trues trues trues trues trues trues trues trues safe_null_lists safe_null_lists safe_null_lists safe_null_lists safe_null_lists safe_null_lists env_opt env_opt env_opt env_opt ) of {
val@(Just _) : xs : ys : zs : ws : vs : us : ts : ss : rs : qs :
ps : os : ns :
ms :
ls :
ks :
js :
iis :
hhs :
ggs :
eff@(Effectful _) ->
case unsafePerformIO(runSt_2ndArg_runSt_k_init_s_safe_null_lists_safe_null_lists_safe_null_lists_safe_null_lists_safe_null_lists_safe_null_lists_trues_trues_trues_trues_trues_trues_trues_trues eff eff eff eff eff eff ) of {
Just res'@(Effectful _) ->
case unsafePerformIO(runSt_2ndArg_runSt_k_init_s_safe_null_lists_safe_null_lists_safe_null_lists_safe_null_lists_safe_null_lists_trues_trues_trues_trues_trues_trues_trues_res'_truelistlistlistlistlistlistlistlistlist_eff eff eff eff eff eff ) of {
Just res''@(Effectful _) ->
case unsafePerformIO(runSt_2ndArg_runSt_k_init_s_safe_null_lists_safe_null_lists_safe_null_lists_safe_null_listssafe_new_res''safe_new_res''truelistlistlistlistlist_eff res'' res'' res'' res'' ) of {
Just res'''@(Effectful _) ->
unsafePerformIO(runSt_2ndArg_runSt_k_init_s_res'''res'''res'''res'''res'''res'''res'''res'''res''' )
Nothing@(Nothing _) | otherwise |
error "Impossible"
}
Nothing@(Nothing _) | otherwise |
error "Impossible"
}
Nothing@(Nothing _) | otherwise |
error "Impossible"
}
val@(Nothing _) : xs : ys : zs : ws : vs : us : ts : ss : rs :
qs :
ps :
os :
ns :
ms :
ls :
ks :
js :
iis :
hhs :
ggs :(Eff (_,_)) |
case unsafePerformIO(runSt_2ndArg_runSt_k_init_s_val_xs_ys_zss_wss_vss_us_ss_rs_qs_ps_os_ns_mss_lss_kss_jss_iiss_hhs_ggs_eff val xs ys zs ws vs us ts ss rs qs ps os ns ms ls ks js iis hhs ggs ) of {
Just res'@(Effectful _) ->
case unsafePerformIO(runSt_2ndArg_runSt_k_init_s_val_xs_ystrue_ss_rs_qs_ps_os_ns_mss_lss_kss_jss_iiss_hhs_ggs_res'_eff val xs ystrue ss rs qs ps os ns ms ls ks js iis hhs ggs res' ) of {
Just res''@(Effectful _) ->
unsafePerformIO(runSt_2ndArg_runSt_k_init_s_val_xs_ystrue_ss_rs_qs_ps_os_ns_mss_lss_kss_jss_iiss_hhs_ggs_res''eff val xs ystrue ss rs qs ps os ns ms ls ks js iis hhs ggs res'' )
Nothing@(Nothing _) | otherwise |
error "Impossible"
}
Nothing@(Nothing _) | otherwise |
error "Impossible"
}
}
runStKInitSFalseFalseFalseFalseFalseFalseFalseFalseFalseFalseNothingsNothingsNothingsNothingsNothingsNothingsTruessTruessTruessTruessTruessTruessTruessTrueSafeNullListsSafeNullListsSafeNullListsSafeNullListsSafeNullListsSafeNullListsEnvOptEnvOptEnvOptEnvOptEff Eff Eff Eff Eff Eff Eff Eff Eff Eff () =
unsafePerformIO(
let { actval=unsafeCoerce(( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)( (_,_)->undefined)); actstk=(unsafeCoerce(actval)::(Array Word8)); actlst=unsafeCoerce(actstk); actiostk=(unsafeCoerce(actval)::(Array Word8)); actiolst=unsafeCoerce(actiostk); acttls=(unsafeCoerce(actval)::(Array Word8)); acttlolst=unsafeCoerce(acttls); actrts=(unsafeCoerce(actval)::(Array Word8)); actrtlst=unsafeCoerce(actrts); actenv=(unsafeCoerce(actval)::(Array Word8)); actenvlst=unsafeCoerce(actenv);
oldstk=actlst;
oldiolst=actiolst;
oldtlolst=acttlolst;
oldrtlst=actrtlst;
oldenvlst=actenvlst;
oldtls=[oldstk];
oldrts=[oldrtlst];
oldio=[oldiolst];
oldenv=[oldenvlst]
} in (
let { stk_actstk=((!!)((!!)((!!)((!!)((!!)((!!)((!!)((!!)((!!)((!!))oldtls)))0)))0));
iostk_actiostk=((!!)((!!)((!!)((!!)((!!)(((++)[stk_actstk])))))0));
tls_acttls=((!!)(((++)[iostk_actiostk])));
rtls_actrts=((!!)(((++)[tls_acttls])));
env_actenv=((!!)(((++)[rtls_actrts])));
} in (
let { result=
try(
do { stk_result<-do { try(
do { iostk_result<-do { try(
do { tls_result<-do { try(
do { rtls_result<-do { try(
do { env_result<-do{ try(
do{ result' <- (((runRnnoEffRnnoEffRnnoEffRnnoEffRnnoEffRnnoEffRnnoEffRnnoEffTrueTrueTrueTrueTrueTrueTrueTrueUnsafeRunIdrisRunIdrisRunIdrisRunIdrisRunIdrisRunIdrisRunIdris())(((idrisPrimToForeignUnsafe((foreignToIdrisPrimUnsafe(env_result))))))(init_s)))})} ;
result' })} ;
result' })} ;
result' })} ;
result' })} ;
result' })} ;
result';
if(result==null){
throw(new Error("failed"))
}else{
return(result);
}}catch(e){throw(e)});
} in (
let { stk_setAct=
try(
do{try({setForeignRef(stk_actstk,(idrisPrimToForeignUnsafe(stk_result)))})})catch(e){throw(e)};
} in (
let { iostk_setAct=
try(
do{try({setForeignRef(iostk_actiostk,(idrisPrimToForeignUnsafe(iostklblresult)))})})catch(e){throw(e)};
} in (
let { tls_setAct=
try(
do{try({setForeignRef(tls_acttls,(idrisPrimToForeignUnsafe(tlslblresult)))})})catch(e){throw(e)};
} in (
let { rtls_setAct=
try(
do{try({setForeignRef(rtls_actrts,(idrisPrimToForeignUnsafe(rtslblresult)))})})catch(e){throw(e)};
} in (
let { env_setAct=
try(
do{try({setForeignRef(env_actenv,(idrisPrimToForeignUnsafe(envlblresult)))})})catch(e){throw(e)};
} in (
if(!(((((((((fst(result))==null)&&(snd(result))==null))))&&(error!=null)))){
throw(error);
};
(((if(((fst(result))==null)&&((snd(result))==null))){
null;
};
((((((((((((((((((fst(result)==null)?((fst(error)==null))?error:(fst(error)):null):error):null):error):null):error):null):error):error):error):(snd(result)==null)?((snd(error)==null))?error:(snd(error)):null):error);
}))))))
))))
runStKInitSSafeNullListsSafeNullListsSafeNullListsSafeNullListSsafeNewRes'SafeNewRes'TruelistListListListListRes'_eff SafeNewRes'_safe_new_res'_truelist_list_list_list_list_eff Res'_safe_new_res'_truelist_list_list_list_list_eff TruelsTruelsTruelsTruelsTruelsTruelsTruelsTrueEff Eff () =
unsafePerformIO(
let {
getOrError ok err f arg=
(
if(ok){
f(arg);
};
if(err){
throw(new Error("Failed"));
};
)
}
in (
let {
bindTryOkErrOkOkOkOkOkOkTryOkTryOkTryOkTryOkTryOkTryOkTryOkTryOkTry ret=
(
getOrError ret.ok ret.err (
(
ret.retvalue->(
ret.tryretvalue->(
getOrError ret.tryretvalue.ok ret.tryretvalue.err (
(
ret.tryretvalue.retvalue->(
getOrError ret.tryretvalue.tryretvalue.ok ret.tryretvalue.tryretvalue.err (
(
ret.tryretvalue.tryretvalue.retvalue->(
getOrError ret.tryretvalue.tryretvalue.tryretvalue.ok ret.tryretvalue.tryretvalue.tryretvalue.err (
(
getOrError ret.tryretvalue.tryretvaluetryretnextok retnexterr nextnextnextnextnextnextnextnextnext
(
getOrError nextnextnextnextnextnext.nextok next.nexterr next.next.next.next.next.next.next.next.next
(
getOrError nextnextnextnext.nextok nexterr next.next.next.next.next.next.next.next
(
getOrError nextnextnextok errrrrrrrrrrrrrrrrrrrrrrrrnnnnnnnnnnnnnnnnnnnnnnnnnn
(
getOrError nextok errrrrrrrrrorr nn n n n n n n n
(
getOrError ok err rr rr rr rr rr rr rr
(
f(rr);
))))))))))
))))))
));
}
in (
let {
bindRetBindRetBindRetBindRetBindRetBindRetBindRetBindRetBindRetBindRetBindRet ok ok ok ok ok ok ok err err err err err err err=
{
bind=function(ret){
bindTryOkErrOkOkOkOkOkOkTryOkTryOkTryOkTry OkErrNextNextNextNextNextNextNextNextNext NextNext Next Next Next Next Next Next Next OkErrNextNext Next Next Next Next Next Next OkErrNext Ok Err RRRRRRRRRRRRRRRRRRRRRRRNNNNNNNNNNNNNNNNNNNNNFFFFFFFFFFFFFFF f;
};
}
}
in (
let {
runFunctorFunctorFunctorFunctorFunctorFunctorFunctorFunctorFunctorMonadMonadMonadMonadMonadMonadMonadMonad idFunc idFunc idFunc idFunc idFunc idFunc idFunc idFunc mkApplicative mkApplicative mkApplicative mkApplicative mkApplicative mkApplicative mkApplicative mkPure bindM bindM bindM bindM bindM bindM bindM =
{
functorApplyApplyApplyApplyApplyApplyApplyApplyMonadicMonadicMonadicMonadicMonadicMonadicMonadicMonadicMonadicPurePurePurePurePurePurePure =
{
applicativemonadapply=function(mf,mx){
return(bindm(mf,function(f){
return(bindm(mx,function(x){
return(f(x));
});
}));
};
pure=function(v){
return(mxEmpty(v));
};
};
}
}
in (
let {
mkResultOKERROKERROKERROKERROKERROKERR OKERR OKERR OKERR OKERR OK ERR EFF EFF EFF EFF EFF EFF EFF =
{
mkResult=function(ok,err,f,arg){
return({
ok:(ok),
err:(err),
f:f,
arg:(arg),
});
};
}
}
in (
let {
bindResultResultResultResultResultResultResultResultResult applyF applyF applyF applyF applyF applyF applyF =
{
bind=function(ret,res){
return({
ok:(if(ret.ok&&res.ok){
applyf(ret.f(ret.arg),(res.f(res.arg)));
}else{
if(ret.ok&&(!res.ok)){
applyf(ret.f(ret.arg),(res.err));
}else{
if(!ret.ok&&(!res.ok)){
applyf(ret.err,(res.err));
}else{
applyf(ret.err,(res.f(res.arg)));
};
};
};
},
err:(if(ret.err&&(!res.err)){
applyf(ret.f(ret.arg),(res.err));
}else{
if(!ret.err&&(!res.err)){
applyf(ret.err,(res.f(res.arg)));
}else{
applyf(ret.err,(res.err));
};
};
},
});
}
}
in (
let {
callFn fn arg =
fn(arg);
}
in (
let {
callFnCallFnCallFnCallFnCallFnCallFnCallFnCallFn callfn callfn callfn callfn callfn callfn callfn =
{
callfunction=function(fn,arg){
return(callfn(fn,arg));
};
}
in (
let {
bindReturnReturnReturnReturnReturnReturnReturnReturn bindbindbindbindbindbindbind functorsfunctorsfunctorsfunctorsfunctorsfunctorsfunctors applicativeapplicativeapplicativeapplicativeapplicativeapplicative monadmonadmonadmonadmonadmonadmonad monadfundefundefundefundefundefundef undefundefundef undefundef undef undef undef undef undef undef undef undef undef undefined undefined undefined undefined undefined undefined undefined undefined undefined undefined undefined undefined defdefdef defdefdef defdefdef defdef def def def def def def def def def constconstconst constconst const const const const
