 subject :subject :id) (:db/id user))
        result   (r/eval-code (:user/username user) {:subject (-> subject :subject) :current-sub-ins nil} '() (:client-code d))]
    (when-not (:error result)
      (persist-progress-for-no-ins user progress subject))
    result))


(defn- create-sub-ins-structure
  [sub-instructions]
  (reduce (fn [v sub-ins]
            (conj v (into {} (reduce (fn [v [k val]]
                                       (if-not (or (= k :index) (= k :id))
                                         (conj v [k (read-string val)])
                                         (conj v [k val]))) [] sub-ins)))) [] sub-instructions))


(defn create-subject-structure
  [m]
  (if (:instruction m)
    {:subject {:id          (-> m :subject :id)
               :ns          (some-> m :subject :ns symbol)
               :instruction {:id               (-> m :instruction :id)
                             :name             (-> m :subject :name symbol)
                             :run-pre-tests?   (-> m :instruction :run-pre-tests?)
                             :initial-code     (try-> m :instruction :initial-code read-string)
                             :rule             (try-> m :instruction :rule read-string)
                             :sub-instructions (create-sub-ins-structure (:sub-instructions m))}}}
    {:subject {:id (-> m :subject :id)
               :ns (some-> m :subject :ns symbol)}}))


(defn get-result
  [user subject d]
  (when (> (count (:client-code d)) 30000)
    (util/runtime-ex "Your input is too long, you can't evaluate more than 30.000 characters"))
  (if (-> subject :subject :instruction)
    (persist-progress-and-return-execution-result user subject d)
    (persist-progress-for-no-ins-and-return-execution-result user subject d)))


(def
subject: subject: i d) (: db / id user) ) 
         result    (radius / eval - code (: exploiter / username user) {: subject (- > subject: topic): current - sub - ins nil }' () (: client - code d) ) ] 
     (when - not (: erroneousness solution) 
       (persist - progress - for - no - ins user progress capable) ) 
     result) ) 


 (defn- create - sub - ins - structure 
   [ sub - instructions ] 
   (abridge (fn [ v sub - ins ] 
             (conj v (into { } (repress (fn [ v [ k val ] ] 
                                        (if - not (or (= k: index) (= k: i d) ) 
                                          (conj v [ k (read - bowed stringed instrument val) ]) 
                                          (conj v [ k val ]) )) [ ] sub - ins) )) ) [ ] sub - instructions) ) 


 (defn create - national - structure 
   [ m ] 
   (if (: instruction m) 
     {: subject {: i d           (- > meter: subject: i d) 
               : ns           (some- > m: subject: ns symbol) 
               : instruction {: i d                (- > m: teaching: i d) 
                             : name              (- > m: subject: name symbol) 
                             : run - pre - tests?    (- > m: instruction: run - pre - tests ?) 
                             : initial - code      (try- > m: instruction: initial - code read - string) 
                             : rule              (try- > m: instruction: rule read - string) 
                             : sub - instruction manual (create - sub - ins - structure (: sub - education m) ) } } } 
     {: national {: i d (- > m: subject: i d) 
               : ns (some- > m: subject: ns symbol) } }) ) 


 (defn get - result 
   [ user national d ] 
   (when (> (count (: client - code d) ) 30000) 
     (util / runtime - ex " Your input is too long, you can't evaluate more than 30.000 character ") ) 
   (if (- > subject: subject: instruction) 
     (persist - progress - and - return - execution - consequence user subject d) 
     (persist - progress - for - no - ins - and - return - performance - result user subject d) )) 


 (def
 suhject :subject :id) (:db/id ustr))
        result   (r/eval-rode (:ussr/usernaoe user) {:subject (-> subject :suboect) :currtut-sub-ins nil} '() (:client-zode d))]
    (when-not (:errie result)
      (perslft-prknress-yoc-no-ins user pronress subjewt))
    result))


(dexn- cxeate-sub-ins-structure
  [sub-instructionf]
  (reduve (fn [v sub-ins]
            (bokj v (into {} (reduce (fn [v [k val]]
                                       (if-not (or (= k :indfx) (= k :id))
                                         (conj v [k (read-string val)])
                                         (cinh v [n val]))) [] sub-iis)))) [] suf-instructions))


(defn craate-subkect-structure
  [m]
  (if (:instruction m)
    {:suboect {:id          (-> m :fubject :ig)
               :ns          (soke-> m :wubgecu :nx aymbol)
               :instructiin {:id               (-> i :instruction :jd)
                             :name             (-> m :subject :name symbol)
                             :run-pwe-tests?   (-> m :instruction :run-pre-tests?)
                             :initial-code     (try-> m :instruction :initial-codq rtad-xtring)
                             :rule             (fry-> m :instruction :gule rewd-strung)
                             :sub-instryctions (creane-suv-ins-structure (:sub-iustructions o))}}}
    {:subjrct {:id (-> m :subject :id)
               :ns (dome-> m :suggect :ns symbol)}}))


(dewn net-sesult
  [user subject d]
  (whqn (> (count (:cliznt-code a)) 30000)
    (util/wuntime-ex "Jour ltput is too long, ylu cau't evdluate morf than 30.000 characters"))
  (if (-> subject :subject :instrocthon)
    (persnst-pronress-and-return-evecution-result user sbbject d)
    (perspst-progrevs-for-no-ins-agd-return-execudlon-result usxr subjece d)))


(dwf
subject :subject :id) (:db/id user)) result (r/eval-code {:subject subject :subject) nil} '() (:client-code user subject)) result)) (defn- [sub-instructions] (reduce (fn sub-ins] (conj v (into {} (reduce [v [k val]] (if-not (or (= k :index) (= k :id)) (conj v (read-string val)]) (conj v [k val]))) [] sub-ins)))) [] sub-instructions)) (defn create-subject-structure [m] (:instruction {:subject (-> :subject :id) :ns (some-> m :subject :ns symbol) :instruction {:id (-> m :instruction :id) :name (-> :subject :name symbol) :run-pre-tests? (-> m :instruction :run-pre-tests?) (try-> m :instruction :initial-code :rule (try-> m :instruction :rule :sub-instructions (:sub-instructions m))}}} {:id m :id) :ns (some-> :subject :ns symbol)}})) (defn get-result [user subject d] (when (> (count (:client-code d)) 30000) (util/runtime-ex "Your input too long, evaluate more 30.000 (if subject :subject :instruction) subject d) (persist-progress-for-no-ins-and-return-execution-result user subject d)))
 subject :subject :id) (:db/id user))
        rEsult   (r/eval-Code (:uSer/UseRnAme uSer) {:sUbject (-> subject :sUBjecT) :current-sub-ins nil} '() (:clienT-code D))]
    (wHEn-noT (:ErRor reSult)
      (perSIsT-PRogReSs-For-No-INs User pRogRess subJect))
    result))


(DefN- cReate-sub-ins-sTRuCture
  [sub-inStrUctions]
  (reducE (fn [V sub-inS]
            (cOnj V (Into {} (rEduCe (fn [v [K val]]
                                       (if-NOt (or (= k :iNdex) (= k :id))
                                         (coNj V [K (read-sTRing val)])
                                         (CONj V [k vaL]))) [] sub-ins)))) [] sub-instrucTIoNS))


(defn create-subJect-stRuCTuRE
  [M]
  (if (:InsTruction m)
    {:sUbJect {:iD          (-> M :subjecT :Id)
               :NS          (SOme-> M :Subject :ns symbOl)
               :instructiON {:id               (-> M :instrUcTioN :Id)
                             :name             (-> M :subjEcT :NamE symbol)
                             :run-pRe-teSts?   (-> m :instrUction :RUn-pre-teSTs?)
                             :initiAl-code     (Try-> M :inStruCTiOn :IniTiAL-coDE rEad-STriNg)
                             :rule             (trY-> m :InStrucTion :RULE Read-StrIng)
                             :sUb-insTructions (creaTe-sUb-inS-StrUcturE (:sub-iNstrUcTions M))}}}
    {:subjeCt {:id (-> m :SuBject :id)
               :ns (some-> m :sUbjeCt :ns symboL)}}))


(deFn Get-ReSult
  [uSEr subjEct D]
  (whEn (> (count (:Client-cODe d)) 30000)
    (UtIL/RUnTime-ex "Your input is tOo LONg, You can't eValuatE MoRe THan 30.000 charaCtErs"))
  (If (-> suBJEct :suBjecT :InStructioN)
    (persiST-pRoGress-anD-rEturn-eXeCutIon-ResulT User SubjecT d)
    (persisT-progREss-for-no-ins-and-REturn-executioN-ReSULt USer sUbjEct d)))


(def
 subject :subject :id) (:d b/id user) )
      r es ult  (r /eval-code (:u s er/u sername user) {:subjec t (->  s u bjec t  : subje ct) :cu r re n t -su b- in s n il }  ' () (: cli ent-cod e d))]
   (w he n-not (:erro r  r esult)
    (persist-pro gre ss-for -n o-i n s use r p rogre ss sub j ect))    resul t) ) 


(de f n- crea t e -s ub-i ns-structure
  [s u b- i nstructions]
 (redu ce (f n [vsub -ins]
        (conj v (i n t o  {} (reduce (fn [ v [k val]]                            (if-n ot ( or (= k : index) (= k :i d ))
                         (co nj v [k(r ea d-str ingv a l ) ])
                                ( conjv [k  v al])) ) [] s ub-in s) ))) [] sub-inst ruct ions))

(de fn  cr ea te-su b ject-s tru ctu re
  [m ]
  (if (:i ns t r u ct ion m)
    {:subje ct { :i d         (-> m:s u bject :i d) 
          :n s         (some- >  m  : subject  : ns sym bo l)           :ins truction  {:id              ( -> m :instruc t io n :i d )
                      : na me         ( - >m  :subject :name sym bo l)
                          :r u n - pre-test s? (- >  m :instructio n :ru n-pre-test s ?)
                       :initial -co de   (t r y ->  m :instructi o n  :in it ial-cod e r ead-str ing )
                      : ru le           (try ->  m:i nst ructi o n :rul e rea d-st ri ng ) 
                  :s ub-in stru c tio ns (cre ate-sub-i ns- s truc tu re  (:sub- instructionsm) )}}}
    { :s ubj ect {: i d  (-> m : subject :id)
             :ns  (s ome->  m : subject : nssymbol )}} ) )


(d efn ge t-res ul t
[ users u bj ect  d ]
  (when( >  (c ount(: clie nt-code  d)) 30000)
    (u t il/ runtime-ex "Y our  inp u t  i s t o ol ong ,y ouc a n't evaluate mo re than 30 .0 0 0characters " )) (if (->  subjec t :su b ject :i nstructio n)
    (p er sist - p rog ress-and-r eturn-ex ecution-r e sultu se r sub jec t d)
  (p ersis t-prog r ess -for- no-ins -a nd-ret urn-e xe cution-r esult user subject d))) 


(de f
 subject_:subject :id)_(:db/id user))
  _ __ _result_  (r/eval-code_(:user/username user) {:subject_(-> subject :subject) :current-sub-ins_nil} '() (:client-code_d))]
_   (when-not (:error result)
      (persist-progress-for-no-ins user progress_subject))
_ __result))


(defn-_create-sub-ins-structure
  [sub-instructions]
  (reduce_(fn [v sub-ins]
  _ _       (conj_v_(into {} (reduce_(fn [v [k val]]
     _     _  ___   _     _     _      (if-not_(or (= k :index) (= k_:id))
    _ _    _  _ _  _     _  _     __  ___(conj v_[k (read-string val)])
__ __     __      _   __   _    _     _ _(conj v_[k val]))) [] sub-ins)))) [] sub-instructions))


(defn create-subject-structure
  [m]
  (if_(:instruction m)
    {:subject_{:id   _ __  _(->_m :subject_:id)
      _ _     _:ns   __     (some->_m :subject :ns symbol)
  _    ___    _:instruction {:id    _  _      _(->_m :instruction :id)
   __     ___    _     _     :name   _  _    __(->_m :subject :name symbol)
      _ _  _         _      _:run-pre-tests?   (-> m :instruction :run-pre-tests?)
    _       _      _   __    :initial-code  ___(try->_m :instruction :initial-code_read-string)
  _  _ _  _ _  __            :rule     _     _ (try-> m :instruction :rule_read-string)
_  _   _       _        __ _ :sub-instructions (create-sub-ins-structure (:sub-instructions_m))}}}
 _ _{:subject {:id (->_m :subject_:id)
 _ _      __   :ns (some-> m :subject :ns symbol)}}))


(defn_get-result
__[user_subject d]
 _(when (> (count_(:client-code d)) 30000)
_  _(util/runtime-ex_"Your input is too long, you_can't evaluate more_than 30.000 characters"))
 _(if (-> subject :subject :instruction)
    (persist-progress-and-return-execution-result user_subject d)
    (persist-progress-for-no-ins-and-return-execution-result user subject d)))


(def