code/MORE_code.json

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        "text": "```\nBeispiel:\np {    font-family: Verdana,Arial,sans-serif;\n       font-size: 9px;\n       font-weight: bold;\n       line-height: 1.5;\n       text-indent: 20px;\n       margin-bottom: 5px;\n       color: green;\n       background-color: #CCCCC;\n}\nimg {  width: 200px;\n       height: 150px;\n       float: right;\n       margin: 10px;\n}\ndiv {  background-image: url(./images/bg.jpg);\n       border: 1px solid black;\n       padding: 5px;\n}\na {   font-style: italic;\n      font-decoration: none;\n}\nMerke:\nErläuterung der CSS-Eigenschaften\nfont-family        =Wahl der Schriftart,\nfont-size          =Schriftgröße\nfont-weight        =Schriftstärke\nline-height        =Zeilenabstand\ntext-indent        =Erstzeileneinzug\nmargin-bottom      =Abstand am unteren Rand (des Absatzes)\ncolor              =Schriftfarbe\nbackground-color   =Hintergrundfarbe\nwidth              =Breite (hier: des Bildes)\nheight             =Höhe\nfloat              =Umfließen des Bildes mit Text (hier: Das Bild soll rechts stehen und links mit Text umflossen werden)\nmargin             =Außenabstand (rings um das Bild)\nbackground-image   =Hintergrundbild\nborder             =Rahmen (hier: eine 1px breite, durchgezogene schwarze Linie)\npadding            =Innenabstand (d. h. Abstand des im Rahmen stehenden Textes zum Rahmen selbst)\nfont-style         =Schriftform\nfont-decoration    =weitere Schriftauszeichnung (hier: keine Unterstreichung)\n```",
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        "text": "```\nDeskripsi\nwrite( \"Masukkan sebuah angka (maks 4 digit) \" );\nread ( angka );\n{ memisahkan digit angka dalam urutan d4 d3 d3 d1 }\nd4 ← angka \\ 1000;\nsisa ← angka % 1000;\nd3 ← sisa \\ 100;\nsisa ← sisa % 100;\nd2 ← sisa \\ 10;\nsisa ← sisa % 10;\nd1 ← sisa;\n{ menterjemahkan digit }\nif ( d4 > 1 )\nthen angka4 ← digit ( d4 ) + \"ribu\";\nelse if ( d4 = 1 )\nthen angka4 ←\"seribu\";\nelse angka4←' \";\nendif.\nendif.\n\nif ( d3 > 1 )\nthen angka3 ← digit ( d3 ) + \"ratus\";\nelse if ( d3 = 1 )\nthen angka3←\"seratus\";\nelse angka3←' '；\nendif.\nendif.\n\nif ( d2 > 1 )\nthen angka2  digit ( d2 ) + \"puluh\";\nif ( d1 = 0 )\n```",
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        "text": "```\n #define LED BLUE_LED\n\n unsigned int compteur;\n unsigned int compteurR;\n unsigned int compteurV;\n unsigned int compteurB;\n \n void setup() {\n   pinMode (LED, OUTPUT);\n }\n \n void loop() {\n   digitalWrite (LED, HIGH);\n   delay (200);\n   digitalWrite (LED, LOW);\n   delay (200);\n   compteur++;\n   compteurB++;\n}\n```",
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        "text": "```\n #define LED RED_LED\n\n void setupRouge(){\n   pinMode(LED, OUTPUT);\n }\n \n void loopRouge(){\n    digitalWrite (LED, HIGH);\n    delay(201);\n    digitalWrite (LED, LOW);\n    delay(201);\n    compteur++;\n    compteurR++;\n  }\n```",
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        "text": "```\n/* buffer.c */\n#include <stdio.h>\n#include <string.h>\nint main(int argc, char *argv[])\n{\n  char buffer[5];\n  if (argc < 2)\n  {\n    fprintf(stderr, \"ZASTOSOWANIE: %s string\\n\", argv[0]);\n    return 1;\n  }\n  strcpy(buffer, argv[1]);\n  return 0;\n}\n```",
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        "text": "```\n/* Improved.c */\n#include <stdio.h>\n#include <string.h>\nint main(int argc, char *argv[])\n{\n  char buffer[5];\n  if (argc < 2)\n  {\n    fprintf(stderr, \"USAGE: %s string\\n\", argv[0]);\n    return 1;\n  }\n  strcpy(buffer, argv[1], sizeof(buffer));\n  buffer[sizeof(buffer) - 1] = '\\0'; /* kończmy łańcuch znakiem null */\n  return 0;\n}\n```",
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        "text": "```\n{\n\"filename\": \"NDA3Nzl5Mjkuemlw\",\n\"filename_decoded\": \"40772929.zip\",\n\"filesize\": 15768715,\n\"md5\": \"90496c4c4acbcb8fdf32ac0c323ef3f5\",\n\"header_md5\": \"34b75cbcedb3796423ee6f0b51a15fac\",\n\"sha1\": \"5d28148f9fb5666554f7a29b8773c4c0ccdaec6e\",\n\"sha256\": \"36fb59617ee2997aa15e1a64f972e6701c212bb3847c859cb4ccd28fb23c5b25\",\n\"crc32\": 3368094478,\n\"zip_password\":\"\",\n\"uncompressed_size\": 23465913,\n\"pdg_dir_name\":\"Vespro della Beata Vergine Bassus generalis_40772929\",\n\"pdg_main_pages_found\": 88,\n\"pdg_main_pages_max\": 88,\n\"total pages\": 90,\n\"total_pixels\": 978783288,\n\"pdf_generation_missing_pages\": false\n}\n```",
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        "text": "```\nif (!isStageSolved) {\n   if (_isSelectionOutOfBounds(_index2)) {\n     select(0, 1);\n     resetIndexes();\n   } else {\n     select(_index1, _index2);\n    }\n   log(\"index1: $_index1 e index2 $_index2\");\n   notifyListeners();\n  }\n}\n\nvoid _unselect(int index1, int index2) {\n  draggableList[index1] = SortableItem(\n    title: draggableList[index1].title,\n    color: Colors.white,\n    key: draggableList[index1].key);\n  draggableList[index2] = SortableItem(\n    title: draggableList[index2].title,\n    color: Colors.white,\n    key: draggableList[index2].key);\n}\n\nvoid _incrementIndexes() {\n  _index1++;\n  _index2++;\n  if (_isListFullyOrdered()) {\n    isStageSolved = true;\n    log('Stage solved!');\n    notifyListeners();\n  }\n}\n\nvoid select(int index1, int index2) {\n  draggableList[index1] = SortableItem(\n```",
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        "text": "```\nSQL> SELECT c.name \"Customer Name\", c.region_id \"Region_ID\",\n2>   r.name \"Region Name\"\n3>   FROM s_customer c, s_region r\n4>   WHERE c.region_id = r.id;\n```",
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        "text": "```\ndef make_response_files (source_files)\n  source_files.inject([]) do |result, src|\n    name = \"#{src}.#{Process.pid}.tmp\"\n    File.open(name, 'w') { |file| file << \"cl -c -O2 #{src}\" }\n    at_exit { File.delete name }\n\n    result << name\n  end\nend\n\nresponse_files = make_response_files([ 'hello.cpp', 'world.cpp' ])\n```",
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        "text": "```\nrequire 'fox16'\n\ninclude Fox\n\ntheApp = FXApp.new\n\ntheMainWindow = FXMainWindow.new(theApp, \"Hello\")\ntheButton = FXButton.new(theMainWindow, \"Hello, World!\")\ntheButton.connect(SEL_COMMAND) { exit }\n\ntheApp.create\ntheMainWindow.show\ntheApp.run\n```",
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        "text": "```\nclass Bangun {\n  double panjang;\n  double lebar;\n\n  // method dengan argumen\n  void isiData(double p, double l) {\n      panjang = p;\n      lebar = l;\n  }\n\n  // method yang mengembalikan nilai\n  double hitungLuas() {\n      double luas = panjang * lebar;\n      return luas;\n  }\n}\n\nclass pakaiBangun {\n public static void main(String[] args) {\n    Bangun b;\n\n    // instansiasi obyek\n    b = new Bangun();\n\n    // memanggil method isiData dan mengisi argumennya\n    b.isiData(6,8);\n\n    // memanggil method hitungLuas() untuk objek b\n    System.out.println(\"Luas b=\" + b.hitungLuas());\n  }\n}\n```",
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        "text": "```\n main()\n {  \n int i;\n\n cout << \"Program wyswietla liczby całkowite od 1 do 20.\" << endl;\n \n for (i = 1; i <= 20; i++)\n {\n if (i < 20)\n {\n  cout << i << \".\": \n }   \n else\n {\n  cout << i << \".\";\n }\n }\n \n getch() : // czeka na nacisniecie dowolnego klawisza\n }\n```",
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        "text": "```\nProgram wyswietla liczby całkowite od 1 do 20. \n1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 20.\n```",
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        "text": "```\n#include <iostream.h> // Zadanie 3.5\n#include <conio.h>\n\nmain()\n{\nint i=1;// ustalenie wartosci poczatkowej\n\ncout <<\"Program wyswietla liczby całkowite od 1 do 20.\" << endl;\n\ndo\n{\n if (i < 20)\n```",
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        "text": "```\ncurl X GET http://10.210.1.24:8888/api/rtc H\nAPI KEY:078725375deee4f719049ad98f9b36a3\n```",
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        "text": "```\n{\n   \"resultOfLastCommand\":\"OK\",\n   \"rtcB\":\"19111303113826\",\n   \"rtc\":\"19112407172510\",\n   \"rtcAtBoot\":\"Wed 2019-11-13 11:38:26\",\n   \"rtcNow\":\"Sun 2019-11-24 17:25:10\"\n}\n```",
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        "text": "```\n{\n\"resultOfLastCommand\":\"OK\",\n\"softwareVersion\":\"0.7.155\"\n}\n```",
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        "text": "```\nhabitacion.add_pared(pared_izq)\n```",
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        "text": "```\nPHP:\n$habitacion = new Habitacion($piso, $cielo_raso);\n$habitacion->save();\n\n$pared_izq = new Pared();\n$pared_izq->habitacion = $habitacion->habitacion_id;\n$pared_izq->save();\n\n$habitacion->add_pared($pared_izq);\n```",
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        "text": "```\nPython:\nlaja = Laja()\nlaja.color = 'beige'\nlaja.save()\n\npared = Pared()\npared.habitacion = habitacion.habitacion_id\npared.save()\n```",
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        "text": "```\n 6 public class UserStorage{\n 7\n 8     public UserStorage(){\n 9         data = new Hashtable<AuthorizeInfo, UserInfo>();\n10         data.put(new AuthorizeInfo(\"1\", \"11\"),\n11                 new UserInfo(\"Novak E.A.\", \"novak@serv.com\", \"Stavropol\"));\n12         data.put(new AuthorizeInfo(\"2\", \"22\"),\n13                 new UserInfo(\"Storzev E.P.\", \"storzev@serv.com\", \"Moskow\"));\n14         data.put(new AuthorizeInfo(\"3\", \"33\"),\n15                 new UserInfo(\"Gumin T.S.\", \"gumin@serv.com\", \"New York\"));\n16         data.put(new AuthorizeInfo(\"4\", \"44\"),\n17                 new UserInfo(\"Shildin F.A.\", \"shildin@serv.com\", \"Paris\"));\n18         data.put(new AuthorizeInfo(\"5\", \"55\"),\n19                 new UserInfo(\"Skripin T.T.\", \"skripin@serv.com\", \"Krasnodar\"));\n20         data.put(new AuthorizeInfo(\"6\", \"66\"),\n21                 new UserInfo(\"Gunin F.F.\", \"gunin@serv.com\", \"Georgievsk\"));\n22     }\n23\n24     private Hashtable<AuthorizeInfo, UserInfo> data;\n25\n26     public UserInfo getUser(AuthorizeInfo ob){\n27         if(data.containsKey(ob))\n28            return data.get(ob);\n29         else return null;\n30     }\n31 }\n```",
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        "text": "```\n 5 public class LogoExample {\n 6\n 7     public static void main(String[] args) {\n 8         UserStorage task = new UserStorage();\n 9         Scanner sc = new Scanner (System.in);\n10         System.out.print(\"Введите логин > \");\n11         String login = sc.next();\n12         System.out.print(\"Введите пароль > \");\n13         String pwd = sc.next();\n14         UserInfo user = task.getUser(new AuthorizeInfo(login, pwd));\n15         if(user != null)\n16         {\n17             System.out.println(user.fio);\n18             System.out.println(user.city);\n19             System.out.println(user.mail);\n20         }\n21         else\n22             System.out.println(\"нет такого пользователя!\");\n23\n24    }\n25   }\n```",
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        "text": "```\nCall MPI_COMM_RANK(MPI_COMM_WORLD, Rank, Ierr)\n```",
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        "text": "```\nC «0»-процесс засекает время\n    If (Rank.eq.0) time1 = MPI_WTime()\n\nC Каждый процесс определяет свои пределы интегрирования\nC и число интервалов разбиения\n    Al = A+(B-A)*Rank/Size\n    Bl = Al+(B-A)/Size\n    N = 1000000\n\nC Каждый процесс определяет свою частичную сумму ...\n    Sum = 0\n    Do I = 1,N\n    X = AI+(BI-A)*(I-0.5d0)/N\n    Sum = Sum + F(X)\n    End Do\n\nC «0»-процесс получает частичные суммы и определяет\nC результат\n    If (Rank.eq.0) Then\n    GSum = Sum\n    Do I=1,Size-1\n     Call MPI_RECV(ISum, 1, MPI_DOUBLE_PRECISION,\n $                 i, 0, MPI_COMM_WORLD, Status, Ierr)\n     GSum = GSum + ISum\n    End Do\n\n    time2 = MPI_WTime()\n    GSum = GSum/(N*Size)\n    Write (6,\\*) 'Result=',GSum,'Error=',1-GSum,\n $                              'Time=',time2 - time1\n   else\n      Call MPI_SEND(Sum, 1, MPI_DOUBLE_PRECISION, 0,\n $                  0, MPI_COMM_WORLD, Ierr)\n   End If\n   Call MPI_FINALIZE(Ierr)\n Stop\n End\n```",
        "attribute": {
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          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "ru"
      },
      "image_path": "ru_de6f448d41597a55a68e961501b7e4c2_198_60.jpg"
    },
    "extra": {}
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  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          182,
          202,
          1002,
          202,
          1002,
          561,
          182,
          561
        ],
        "anno_id": 1,
        "text": "```\nvar p:^integer;\n    a:string;\nbegin\n...\np^:=p^*2;        //обращение к значению, на которое ссылается\n                 //указатель (разыменовывание)\nif p=nil then...   //использование адреса\np:=nil;            //использование адреса\n...\nend.\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "ru"
      },
      "image_path": "ru_43529919083f93e8a6343c7699484373_154_7.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          320,
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        "anno_id": 7,
        "text": "```\n===================== RESTART: C:/\ninserire la base:10\ninserire l'altezza:5\nIl rettangolo con:\n- la base : 10\n- l'altezza: 5\n-> la misura dell'area : 50\n-> il perimetro misura : 30\n>>>| \n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "it"
      },
      "image_path": "it_552cd0778f1df65f4e5a9075a5403e30_114_33.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          82,
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          788,
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        ],
        "anno_id": 1,
        "text": "```\n<script language=\"javascript\">\nreponse=prompt(\"Javascript est un langage: A.non typé B.Faiblement\ntypé C.Typé\", \"Saisissez ici la lettre correspondant à votre réponse\");\nswitch (reponse)\n{\ncase \"A\":\nalert(\"Pas tout-à-fait, ré-essayez\");\nbreak;\ncase \"B\":\nalert(\"Bravo! C'est exact\");\nbreak;\ncase \"C\":\nalert(\"Pas tout-à-fait, ré-essayez\");\nbreak;\ndefault:\nalert(\"Votre réponse ne correspond pas aux propositions\");\nbreak;\n}\n</script>\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "fr"
      },
      "image_path": "fr_955b62e7b2e3eab0cac60bf2050eec87_189_49.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          153,
          191,
          894,
          191,
          894,
          665,
          153,
          665
        ],
        "anno_id": 1,
        "text": "```\nprogram znaki;\nvar\n   c : char;\n\nbegin\n   write ('Podaj znak: ');\n   readln (c);\n   if c = ' '\n      then writeln ('Spacja')\n      else if (c >= '0') and (c <= '9')\n         then writeln ('Cyfra')\n         else if ((c >= 'A') and (c <= 'Z')) or ((c >= 'a')\n                 and (c <= 'z'))\n         then writeln ('Litera')\n         else if ord (c) < 32\n            then writeln ('Znak sterujacy')\n            else writeln ('Symbol');\nend.\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      },
      {
        "category_type": "text_block",
        "poly": [
          153,
          831,
          825,
          831,
          825,
          1306,
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          1306
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        "anno_id": 4,
        "text": "```\nprogram wykres1;\nvar\n   liczby : array [1..10] of real;\n   licznik, gwiazdki : integer;\n\nbegin\n   for licznik := 1 to 10 do\n   begin\n     write ('Podaj liczbę ', licznik, ' ');\n     read (liczby[licznik]);\n   end;\n   for licznik := 1 to 10 do\n   begin\n      for gwiazdki := 1 to round (liczby[licznik]) do\n         write ('*');\n      writeln (' ', liczby[licznik]:0:2);\n   end;\nend.\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
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      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "pl"
      },
      "image_path": "pl_d60773f20f145720b1736faef421dfe8_195_169.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          115,
          118,
          474,
          118,
          474,
          349,
          115,
          349
        ],
        "anno_id": 0,
        "text": "```\n    cp \"$1\" default/\nfi\n\nif [ \"$?\" = \"0\" ]\nthen\n    echo \"Skopiowano\"\nelse\n    echo \"Nie skopiowano\"\nfi\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
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        "category_type": "text_block",
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        "anno_id": 4,
        "text": "```\n#!/bin/bash\n\nilosc_arg=\"$#\"\n\nif [ $ilosc_arg = \"0\" ]\nthen \n     echo \"Nie podales argumentow\"\nelif [ $ilosc_arg = \"1\" ]\nthen \n     echo \"Podales jeden argument: $1\"\nelif [ $ilosc_arg = \"2\" ]\nthen \n     echo \"Podales dwa argumenty: $1 $2\"\nelif [ $ilosc_arg = \"3\" ]\nthen\n```",
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          "text_background": "white",
          "text_rotate": "normal"
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      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "pl"
      },
      "image_path": "pl_27b73e67762c46a7421b56797d82dab6_71_24.jpg"
    },
    "extra": {}
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  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          218,
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        ],
        "anno_id": 2,
        "text": "```\n         pValueStream);\n   wprintf(L\"callback() cbStreamSize: %ul\\n \",\n           cbStreamSize);\n   if (BluetoothSdpGetElementData(pValueStream,\n                                  cbStreamSize,\n                                  &sdpElementData)\n       != ERROR_SUCCESS) {\n         //...\n         return FALSE;\n   }\n   else {\n        //...\n        return TRUE;\n   }\n}\n//------------------------------------------------\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      },
      {
        "category_type": "text_block",
        "poly": [
          219,
          1057,
          779,
          1057,
          779,
          1228,
          219,
          1228
        ],
        "anno_id": 8,
        "text": "```\n DWORD BluetoothSdpGetAttributeValue(  \n   __in   LPBYTE pRecordStream,  \n   __in   ULONG cbRecordLength,  \n   __in   USHORT usAttributeId,  \n   __out  PSDP_ELEMENT_DATA pAttributeData  \n);\n```",
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          "text_background": "white",
          "text_rotate": "normal"
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      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "pl"
      },
      "image_path": "pl_359037ddc256584fde4d7d8300b1000e_156_65.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          198,
          198,
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          198,
          578,
          687,
          198,
          687
        ],
        "anno_id": 1,
        "text": "```\nint i, *pEntero;\n/* Llenamos el vector con los números 1, 2, 3, 4 y 5 */\nfor(i=0;i<5;i++)\n{\n    vector[i]=i+1;\n}\n/* Hacemos que el puntero apunte al array */\npEntero = vector;\nprintf(\"%i\\n\", *pEntero);\npEntero++; /* Equivale a pEntero = pEntero +1 */\n  printf(\"%i\\n\", *pEntero);\npEntero++;\nprintf(\"%i\\n\", *pEntero);\npEntero++;\nprintf(\"%i n\", *pEntero);\n}\n```",
        "attribute": {
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      {
        "category_type": "text_block",
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          202,
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        "anno_id": 6,
        "text": "```\n/*\n * Programa: ej03b.c\n *\n * Descripción:\n *   Muestra el uso de los operadores incremento y decremento\n *   con un puntero, así como las peculiaridades de cada tipo\n *   de puntero.\n *\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
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      },
      {
        "category_type": "text_block",
        "poly": [
          622,
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        "anno_id": 8,
        "text": "```\n * Compilación:\n *   gcc ej03b.c -o ej03b\n *\n */\n#include<stdio.h>\nmain()\n{\n  /* Declaramos las variables necesarias */\n  int vectorE[5];\n  int i, *pEntero;\n  char vectorC[5], *pCaracter;\n  float vectorR[5], *pReal;\n  /* Llenamos los vectores con datos*/\n  for(i=0;i<5;i++)\n  {\n      vectorE[i]=i+1;\n      vectorC[i]=i+40;\n      vectorR[i]=(float)i*0.1;\n  }\n  /*Hacemos que el puntero apunte al array*/\n  pEntero = vectorE;\n  pCaracter = vectorC;\n  pReal = vectorR;\n  printf(\"\\n Los puntero se incrementaran es:\");\n  printf(\"\\n pEntero:  %i bytes\", sizeof(int));\n  printf(\"\\n pCaracter: %i bytes\", sizeof(char));\n  printf(\"\\n pReal:  %i bytes\", sizeof(float));\n  printf(\"\\n Cada vez que pongamos pountero+\\n\");\n  printf(\"%i,%c,%f\\n\", *pEntero, *pCaracter, *pReal);\n  pEntero++;  /* Equivale a pEntero=pEntero+1*/\n  pCaracter++;  /* Equivale a pCaracter-pCaracter+I*/\n  pReal++;    /* Equivale a pReal=pReal+I*/\n  printf(\"%i, %c, %f\\n\", *pEntero, *pCaracter, *pReal);\n  pEntero++;\n  pCaracter++;\n  pReal++;\n  printf(\"%i, %c, %f\\n\", *pEntero, *pCaracter, *pReal);\n  pEntero++;\n  pCaracter++;\n  pReal++;\n  printf(\"%i, %c, %f\\n\", *pEntero, *pCaracter, *pReal);\n  pEntero++;\n  pCaracter++;\n  pReal++;\n  printf(\"%i, %c, %f\\n\", *pEntero, *pCaracter, *pReal);\n}\n```",
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          "text_rotate": "normal"
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      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "es"
      },
      "image_path": "es_4a62197621b2275999bcbd4d900ecd99_68_24.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          86,
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        "anno_id": 2,
        "text": "```\n   height: 80%;\n   float: left;\n   background-color: darkgray;\n}\n#tresc {\n   width: 60%;\n   height: 80%;\n   float: left;\n   background-color: silver;\n}\n#menuprawe {\n   width: 20%;\n   height: 80%;\n   float: right;\n   background-color: darkgray;\n}\n#stopka {\n   background-color: gray;\n   clear: both;\n}\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "pl"
      },
      "image_path": "pl_bd256b6111e2773662c376c5f21df105_140_81.jpg"
    },
    "extra": {}
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  {
    "layout_dets": [
      {
        "category_type": "text_block",
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          175,
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        ],
        "anno_id": 0,
        "text": "```\n  var bytes = convertToByteArray(strArray[i]);\n \n // アンマネージドメモリーへのコピー\n  var strPtr = Marshal.AllocHGlobal(bytes.Length);\n  Marshal.Copy(bytes, 0, strPtr, bytes.Length);\n\n  ptrs[i] = strPtr;\n}\n\n//関数呼び出し.\nNativeMethods.sampleFunc(ptrs, ptrs.Length);\n\n//書き換えられた文字列を取得・復元.\nfor (int i=0;i<ptrs.Length;++i)\n{\n  //バイト列から文字列への復元処理.\n  var str = convertIntPtrToString(ptrs[i]);\n  strArray[i]=str;\n\n  //アンマネージドメモリーを解放.\n  Marshal.FreeHGlobal(ptrs[i]);\n  ptrs[i]= IntPtr.Zero;\n}\n\n//文字列からバイト配列化:convertToByteArray\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "ja"
      },
      "image_path": "ja_e516301e8ccfbf8a23e4e902b79c9c66_166_112.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
        "poly": [
          247,
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          156,
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        ],
        "anno_id": 2,
        "text": "```\nif(isset($_POST['submit'])){\n   $collection->updateOne(\n     ['_id' => new MongoDB\\BSON\\ObjectID($_GET['id']))],\n     ['$set' => [\n      'NIP' => $_POST['NIP'],\n      'Nama' => $_POST['Nama'],\n      'Phone' => $_POST['Phone'],\n      'Alamat' => $_POST['Alamat'],\n      'Bagian' => $_POST['Bagian'],\n      'Cabang' => $_POST['Cabang'],\n   ]\n]\n);\n  $_SESSION['success'] = \"Data Mahasiswa berhasil diubah\n  header(\"Location: index.php\");\n}\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
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        "category_type": "text_block",
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          249,
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        "anno_id": 6,
        "text": "```\nif(isset($_POST['submit'])){\n  require 'config.php';\n  $collection->deleteOne(['_id' => new MongoDB\\BSON\\ObjectID($_)\n  $_SESSION['success'] = \"Data Mahasiswa Berhasil dihapus\";\n  header(\"Location:index.php\");\n}\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "id"
      },
      "image_path": "id_acf19ec2274103a15989b52104b3d70f_130_93.jpg"
    },
    "extra": {}
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  {
    "layout_dets": [
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        "category_type": "text_block",
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          155,
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        "anno_id": 3,
        "text": "```\n#define SLA_MAX5821L 0b01110000\nvoid put_DAC_max5821 (unsigned int value, char ch) {\n    i2c_start();\n    i2c_SLA_W(SLA_MAX5821L);\n    i2c_write((value>>6) | (ch<<4));\n    i2c_write(value<<2);\n    i2c_stop();\n} //************************\nint main() {\n  static unsigned int val;\n  DDRB = 0xff; DDRC = 0xff; DDRD = 0xff;\n  ADMUX=(1<<REFS0);//AVCC+c(AREF), channel=0\n  ADCSRA=(1<<ADEN)|(1<<ADPS2)|(1<<ADPS1);//fadc=fclk/64=125KГц, 8*14=112\n  init_i2c_Master();\n    i2c_start();\n    i2c_SLA_W(SLA_MAX5821L);\n    i2c_write(0xf0);\n    i2c_write(0x0c);\n    i2c_stop();\n  while (1) {\n    val = read_adc(1);//>=112us\n    put_DAC_max5821(val, 0);//=87us\n  };\n} //***************************\n<i2c.c>\n#include <avr/io.h>\n#include \"i2c.h\"\n\nvoid error_i2c(void) { PORTC |= (1<<6); }\n//-----------------------------------------------------\nvoid init_i2c_Master(void){// 2 Wire Bus initialization\n  //PORTC |=((1<<0)|(1<<1));//Pull-Up\n  TWCR=(1<<TWEN);//TWEA-Enable ACKn\n  TWBR=TWBR_SET;\n//-----------------------------------------------------\nvoid i2c_start(void) {\n  TWCR=(1<<TWINT)|(1<<TWSTA)|(1<<TWEN);//Send START condition\n  while (!(TWCR & (1<<TWINT)));//Wa it for TWINT flag set\n  if((TWSR & 0xF8)!= START) error_i2c();\n}//----------------------------------------------------\nvoid i2c_stop(void) {\n```",
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          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "ru"
      },
      "image_path": "ru_faaf58a59f64e9c42c3976265dcaa01c_193_160.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
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          161,
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        "anno_id": 5,
        "text": "```\n  MODULE;\n    SYSTEM;\n      OVERFLOW : UEBL ;/* UEBL UND ENDF */\n      EOF : ENDF;     /* SEIEN SYSTEMNAMEN */\n      ...\n    PROBLEM;\n      SPC (OVERFLOW, EOF) SIGNAL;\n    ...\n  MODEND;\n \nDie allgemeine Form der Spezifikation von Signalen lautet:\n  Signal-Spezifikation ::=\n      {SPECIFY | SPC} Bezeichner-Angabe [()] SIGNAL\n      [Global-Attribut];\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "de"
      },
      "image_path": "de_f6d649a5bb5ba5f91e1b99492f14c539_197_160.jpg"
    },
    "extra": {}
  },
  {
    "layout_dets": [
      {
        "category_type": "text_block",
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          53,
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        "anno_id": 0,
        "text": "```\n * - формирует усредненную картинку меньшего разрешения\n *   с буферизацией растровых строк\n *\n * После вывода очередной картинки ждет нажатия любой клавиши\n *\n * Виды масок:\n *    0:1 1    1: 1 1 1   2: 1 1 1   3: 1 2 1\n *      1 1       1 1 1      1 2 1      2 4 2\n *                1 1 1      1 1 1      1 1 1\n *\n *   4: 1 1 1 1   5: 1 2  3  4  3 2 1\n *      1 1 1 1      2 4  6  8  6 4 2\n *      1 1 1 1      3 6  9 12  9 6 5\n *      1 1 1 1      4 8 12 16 12 8 4\n *                   3 6  9 12  9 6 5\n *                   2 4  6  8  6 4 2\n *                   1 2  3  4  3 2 1\n */\n\n#include \"V_VECTOR.C\"\n#include \"VGA_256.C\"\n#include \"V_FILTR.C\"\n\n#include <conio.h>\n#include <graphics.h>\n#include <stdio.h>\n\n#define VECTOR 0 /* 0/1 - фикс вектор/ввод координат */\n\n/*------------------------------------------------------------- Grid\n * Строит сетку 10*10\n */\n\nvoid Grid (void)\n{  int Xn,Yn,Xk,Yk;\n   setcolor (170);\n   Xn= 0; Xk= getmaxx();\n   Yn= 0; Yk= getmaxy();\n   while (Xn <= Xk) {line (Xn,Yn,Xn,Yk); Xn+= 10;}\n   Xn= 0;\n   while (Yn <= Yk) {line (Xn,Yn,Xk,Yn); Yn+= 10;}\n} /* Grid */\n\n/*------------------------------------------ main Filtr */\n```",
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    "page_info": {
      "page_attribute": {
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          1442,
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        "anno_id": 0,
        "text": "```\nLEER) SIND ERLAUBT!\"\n 240 PRINT\n 250 FOR i=1 TO 16\n 260 INPUT (\"Zeile \";i);a$(i)\n 270 PRINT TAB 8; a$(i)\n 280 NEXT i\n 300 REM Zeichen definieren\n 310 FOR b=144 T0 159 STEP 4\n 320 FOR i=O TO 7\n 330 POKE USR CHR$ (b)+i,FN c(a$\n(i+1,TO 8))\n 340 POKE USR CHR$ (b+1)+i,FN c(\na&(i+1,9 TO ) )\n 350 POKE USR CHR$ (b+2)+i,FN c (\na&(i+9,TO 8))\n 360 POKE USR CHR$ (b+3)+i,FN c (\na&(i+9,9 TO ) )\n 370 NEXT i\n 380 REM Zeichen drehen\n 390 FOR i=1 TO 16\n 400 FOR j=1 TO 16\n 410 LET b$(i,j)=a$(j,17-i)\n 420 NEXT j\n 430 NEXT i\n 440 REM ins ursprvengliche Feld\n Uebernehmen\n 450 FOR i=1 TO 16\n 460 LET a$(i)=b(i)\n 470 NEXT i\n 480 NEXT b\n 500 REM Zeichen ausgeben\n 510 PRINT \"Sie koennen anfangen\n\"\n 520 BEEP ,5,2:CLS\n 530 LET ro=10:LET co=15\n 540 PRINT AT ro,co;CHR$ 144;CHR\n$ 145\n 550 PRINT AT ro+1,co;CHR$ 146;\nHR$ 147\n 560 LET t$=INKEY$\n 570 LET rj=10*(t$=\"5\")+20+(t$=\"\n6\")+30*([t$=\"7\")+40+(t$=\"8\")\n 580 IF rj=0 THEN GO TO 560\n 590 GO SUB 690+rj\n 600 PRINT AT ro,co;CHR$ ch;CHR$\n (ch+1)\n 610 PRINT AT ro+1,co;CHR$(ch+2\n);CHR$ (ch+3)\n 620 GO TO 560\n 700 LET ch=148: LET co=co-2+(co\n>2): RETURN\n 710 LET ch=152: LET ro=ro+2+(ro\n<19): RETURN\n 720 LET ch=144: LET ro=ro-2+(ro\n>2): RETURN\n 730 LET ch=156: LET co=co+2+(co\n<29): RETURN\n```",
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    "page_info": {
      "page_attribute": {
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    },
    "extra": {}
  },
  {
    "layout_dets": [
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        "poly": [
          156,
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          949,
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        ],
        "anno_id": 2,
        "text": "```\n#include \"stdafx.h\"\n#include <iostream>\n#include <stdlib.h>\nusing namespace std;\n\nint main (int argc, _TCHAR* argv[])\n{\n    int i,size;\n    printf(\"\\n Size=\");\n    scanf(\"%d\",&size);\n    int * pz=(int *) malloc(size * sizeof(int));\n    for(i=0;i<size;i++){\n        printf(\"pz[%d]=\",i);\n        scanf(\"%d\",&pz[i]);\n    }\n    int sum=0;\n    for(i=0;i<size;i++) sum+=pz[i];\n    printf(\"summa=%d\\n\",sum);\n    free (pz); // освобождаем память\n    return 0;\n}\n```",
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          "text_rotate": "normal"
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        "category_type": "text_block",
        "poly": [
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          1368,
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        "anno_id": 5,
        "text": "```\n// Двумерный динамический массив n*m\ndouble **a;\nint n, m;\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "ru"
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      "image_path": "ru_45cfa1e7c3e4c5d98d2055d05f09621d_142_76.jpg"
    },
    "extra": {}
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          131,
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        "anno_id": 9,
        "text": "```\nСоответствующая структура данных может выглядеть так:\n/* Описание структуры данных \"Студент\" */\nstruct\n{\n  char Family[50]; // Фамилия\n  char Imy[50];  // Имя\n  char Otcestvo[50];  // Отчество\n  char NGr[7];// Номер группы\n  int GodR;  // Год рождения\n  float SrBall;// Средний балл\n```",
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          "text_rotate": "normal"
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    "page_info": {
      "page_attribute": {
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    },
    "extra": {}
  },
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        "category_type": "text_block",
        "poly": [
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        "anno_id": 4,
        "text": "```\n1 grant {\n2     // zezwalamy na wszystko\n3     permission java . security . AllPermission ;\n4 };\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
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      },
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        "category_type": "text_block",
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        "anno_id": 6,
        "text": "```\n— dla serwera\n  server$ javac *.java\n  server$ java -Djava.security.policy=pol2   HelloServer\n— dla klienta\n  klient$ javac *.java\n  klient$ java HelloCli\n```",
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        "anno_id": 9,
        "text": "```\n 1 public class HelloImpl implements Hello {\n2\n3     public HelloImpl() throws RemoteException {\n4         super();\n5     }\n6\n7     public String sayHello (String name)\n8                              throws RemoteException {\n9         return name+\"_\"+(new Date ().toString ());\n10     }\n11\n12 }\n13\n14 public class HelloServer {\n15\n16   public static void main(String args[]){\n17\n18     if (System.getSecurityManager() == null) {\n19         System.setSecurityManager(new RMISecurityManager ())\n20     }\n21\n22     try {\n```",
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          "text_rotate": "normal"
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    ],
    "page_info": {
      "page_attribute": {
        "language": "pl"
      },
      "image_path": "pl_13449a10d6979a29795b713986d0825f_149_71.jpg"
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    "extra": {}
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        "anno_id": 3,
        "text": "```\nboss = Sprite (\"./assets/boss.png\")\nmostrar_boss = False\nvida_boss = 40\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
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        "anno_id": 7,
        "text": "```\ndef criar_inimigo (tempo):\n    global tempo_inimigos, mostrar_boss\n    tempo_ogara = pygame.time.get_ticks()\n    if ((tempo_ogara - tempo) >= 2000 and total_inimigos[nivel-1]>0):\n        tempo_inimigos = pygame.time.get_ticks()\n        total_inimigos[nivel-1]==1\n        aleatorio = random.randint(1,3)\n        if (aleatorio == 1):\n            inimigo = Sprite(\"./assets/enemy1.png\")\n        elif (aleatorio ==2):\n            inimigo = Sprite('./assets/enemy2.png')\n        elif (aleatorio == 3):\n            inimigo = Sprite ('./assets/enemy3.png')\n        inimigo.set_position (random.randint(45,283), -50)\n        inimigos.append ([inimigo,0,[]])\n    if nivel == 3 and not mostrar_boss:\n        mostrar_boss = True\n        boss.set_position (random.randint(45,283),-50)\n```",
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      }
    ],
    "page_info": {
      "page_attribute": {
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        "anno_id": 6,
        "text": "```\nПример про pаммы на языке паскаль.\nvar a:array[1..60] of record\n                              name:string;\n                              sum:real;\n                              end;\n    c:char;\n    i, j, N, K:integer;\n    m, s :real;\nbegin\n    readln(N); {считано количество учеников}\n    for i:=1 to N do\nbegin\n    a[i].name:=\"\";\n    repeat\n        read(c);\n        a[i].name:=a[i].name+c\n    until c=' \"; {считана фамилия ученика}\n    repeat\n        read(c);\n        a[i].name:=a[i].name+c\n    until c=' \"; {считано имя ученика}\n    a[i].sum:=0;\n    for j:=1 to 2 do\n    begin\n        read(m);\n        a[i].sum:=a[i].sum+m\n    end; {подсчитана сумма баллов}\n    readln;\nend;\n    s:= a[1].sum;\nfor i:=2 to N do\n    if a[i].sum > s then s:= a[i].sum;\nK := 0\nfor i:=1 to N do\n```",
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        "anno_id": 0,
        "text": "```\naddr.sin_addr.s_addr = INADDR_ANY;\nif(-1 == bind(ls, &addr, sizeof(addr))\n    { /* ... ошибка ... */ }\nfor(;;) {\n   socklen_t slen = sizeof(addr);\n   int cls = accept(ls, &addr, &slen);\n   if(fork() == 0) { /* дочерний процесс */\n       close(ls);\n       /* ...\n          работает с клиентом через сокет cls\n          Клиент пришел с адреса хранящегося\n          теперь в структуре addr\n          ...\n         */\n        exit(0);\n    }\n    /* родительский процесс */\n    close(cls);\n    /* проверить, не завершились ли какие-либо\n       дочерние процессы (убрать зомби) */\n    while(wait4(-1, NULL, WNOHANG,NULL)>0);\n       /* тело цикла пустое */\n}\n```",
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          "text_background": "white",
          "text_rotate": "normal"
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      }
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    "page_info": {
      "page_attribute": {
        "language": "ru"
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    },
    "extra": {}
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          150,
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        "anno_id": 3,
        "text": "```\npublic override bool Equals(Object obj)\n{\n   if (obj is Curso)\n   {\n      Curso c = obj as Curso;\n      return this.Nome.Equals(c.Nome);\n   }\n   return false;\n}\n```",
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          "text_background": "white",
          "text_rotate": "normal"
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      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "pt"
      },
      "image_path": "pt_ce660d2706231b9b7609d772691e8e57_139_62.jpg"
    },
    "extra": {}
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    "layout_dets": [
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        "category_type": "text_block",
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          169,
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          694,
          1316,
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        "anno_id": 0,
        "text": "```\n   n=n+1;\n   xc = xa - (((xb-xa)/(fb-fa))*fa);\n   fc = f(xc);\n   if (fa*fc < 0.0)\n      xb = xc;\n      fb = fc;\n   else\n     xa = xc;\n     fa = fc;\n  end;\nfprintf('%i %f %f\\n',n,xc,fc);\nfprintf(fid,'%i %f %f\\n',n,xc,fc);\nend\nfclose(fid);\nload regula.txt;\nx=regula(:,1);\ny=regula(:,2);\nplot(x,y,'LineWidth',3.5)\nxlabel('i');\nylabel ('y');\n```",
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          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "id"
      },
      "image_path": "id_9d4f122183d5d49311fe5f2ee70d2d67_148_100.jpg"
    },
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  },
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        "anno_id": 4,
        "text": "```\nПример 4.1 ✤ c74-web-workers/index.html\n<html>\n  <head>\n    <title>Shared Memory Hello World</title>\n    <script src=\"main.js\"></script>\n  </head>\n</html>\n```",
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        "anno_id": 6,
        "text": "```\nПример 4.2 ✤ ch4-web-workers/main.js\nif (!crossOriginIsolated) { ➊\n  throw new Error('Невозможно использовать SharedArrayBuffer');\n}\n\nconst worker = new Worker('worker.js');\n\nconst buffer = new SharedArrayBuffer(1024); ➋\nconst view = new Uint8Array(buffer); ➌\n\nconsole.log('сейчас', view[0]);\n\nworker.postMessage(buffer);\n\nsetTimeout(() => {\n  console.log('позже', view[0]);\n  console.log('prop', buffer.foo); ➍\n}, 500);\n```",
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    "page_info": {
      "page_attribute": {
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    },
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          129,
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        ],
        "anno_id": 1,
        "text": "```\n 0006 | andreastaulany | Andre Taulany | null | null\n\n(6 rows)\ncqlsh:db_selebriti> UPDATE tb_selebriti SET twitter=null WHERE id='0001';\ncqlsh:db_selebriti> SELECT * FROM tb_selebriti;\n\n id | instagram | nama | twitter | youtube\n------+-----------------+-----------------+------------------------\n 0005 | mastercorbuzier | Deddy Corbuzier | corbuzier | corbuzier\n 0003 | baimwong | Baim Wong | null | null\n 0004 | null | Raffi Ahmad | raffi1234 | null\n 0002 | awkarin | Karin Novilda | awkarin | KarinNovilda97\n 0001 | attahalilintar | Atta Halilintar | null | AttaHalilintar\n 0006 | andreastaulany | Andre Taulany | null | null\n\n(6 rows)\ncqlsh:db_selebriti> UPDATE tb_selebriti SET nama=null WHERE twitter='corbuzier';\nInvalidRequest: Error from server: code=220 [Invalid query] message=\"Some_partition\n\ncqlsh:db_selebriti>\n```",
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          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "id"
      },
      "image_path": "id_acf19ec2274103a15989b52104b3d70f_130_60.jpg"
    },
    "extra": {}
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  {
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          349,
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          114,
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        ],
        "anno_id": 0,
        "text": "```\nSQL> Select Last_name, title,salary Ann_sal\n2    From S_emp\n3    Where Last_name = 'Dancs';\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
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        "category_type": "text_block",
        "poly": [
          341,
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          345,
          817,
          443,
          341,
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        ],
        "anno_id": 2,
        "text": "```\nSQL> Select *;\n2    From S_emp\n3    Where Salary*12==9600;\n```",
        "attribute": {
          "text_background": "white",
          "text_rotate": "normal"
        }
      }
    ],
    "page_info": {
      "page_attribute": {
        "language": "ru"
      },
      "image_path": "ru_1d3824a9d5d5602c9655fd96f3c5c88b_118_101.jpg"
    },
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        "anno_id": 2,
        "text": "```\na=4;        % амплитуда шума\nnoise=zeros(size,nnoise);    % начальная инициализация матрицы\n% формирование матрицы пакетов,\n% образованной векторами суммы\nfor i=1:nnoise\n  noise(:,i)=2*a*rand(100,1)+da\nend\n% накопление пакетов\nresult=zeros(size,nnoise); % начальная инициализация\nresult(:,1)=noise(:,1);\n% непосредственно цикл суммирования зашумлённых пакетов\n% для наглядности фильтрации пакеты суммируются в матрицу,\n% каждый последующий вектор матрицы\n% образован большим числом пакетов\nfor i=2:nnoise\n  result(:,i)=result(:,i-1)+nci\nend\n% нормирование значений\nfor i=2:nnoise\n  result(:,i)=result(:,i)/i;\nend\n% визуализация результата\n% результат в 3D\nfigure;\nsurf(result);\n% выборочные результаты 2D\nfigure;\nsubplot(2,2,1); plot(result(:,1));\ntitle('Пакет (сигнал + шум)');\nsubplot(2,2,4); plot(result(:,2));\ntitle('Усреднение по сумме 2 пакетов');\nsubplot(2,2,2); plot(result(:,10));\ntitle('Усреднение по сумме 10 пакетов');\nsubplot(2,2,3); plot(result(:,500));\ntitle('Усреднение по сумме 500 пакетов');\n%===================================================================\n```",
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      }
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    "page_info": {
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        "anno_id": 0,
        "text": "```\n short Sonar_iniciar (unsigned short timestamp_n, char num){\n  temp = timestamp_n - sonartstamp_ch[(short)num];\n  if ( temp > 68) {\n i2c_writebyte (sonaraddr_ch[(short)num],0,81);// modo distancia cm\n   sonartstamp_ch[(short)num] = timestamp_n;// nuevo timestamp\n }\n return 0;\n\n}\n```",
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      "page_attribute": {
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        "anno_id": 0,
        "text": "```\n   public static $browsers = array(\n     array(\n       'name'  => 'Safari (system Mac OS X)',\n       'browser' => '*safari',\n       'host'  => 'mac.testbox',\n       'port'  => 4444,\n       'timeout' => 30000\n  ),\narray(\n      'name'  => 'Firefox (system Windows)',\n      'browser' => '*firefox',\n      'host'  => 'windows.testbox',\n      'port'  => 4444,\n      'timeout' => 30000\n     ),\n     array(\n      'name'  => 'Chrome (system Windows XP)',\n      'browser' => '*googlechrome',\n      'host'  => 'windows.testbox',\n      'port'  => 4444,\n      'timeout' => 30000\n     ),\n     array(\n      'name'  => 'Internet Explorer (system Windows XP)',\n      'browser' => '*iexplore',\n      'host'  => 'windows.testbox',\n      'port'  => 4444,\n      'timeout' => 30000\n    )\n   );\n \n   protected function setUp()\n   {\n       $this->setBrowserUrl('http://www.przyklad.com/');\n   }\n\n   public function testSeleniumFile()\n   {\n       $this->open('http://www.przyklad.com/');\n       $this->runSelenese('seleneseTest.html');\n   }\n\n}\n?>\n```",
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        "text": "```\nimport androidx.activity.viewModels\nimport androidx.compose.foundation.layout.Column\nimport androidx.compose.material.Button\nimport androidx.compose Material.Text\nimport androidx.compose.runtime.Composable\nimport androidx.compose.runtime.getValue\n\nclass MainActivity: ComponentActivity() {\n  private val viewModel: CountViewModel by viewModels()\n\n  override fun onCreate(savedInstanceState: Bundle?) {\n    super.onCreate(savedInstanceState)\n    setContentView {\n      CountUp(viewModel = viewModel)\n    }\n  }\n}\n\n/**\n * カウントアップボタンと現在のカウントの回数を\n * 表示するComposable関数\n *\n * カウントアップボタンが押下されるたびに、ViewModelで\n * 保持されるカウントの回数を1つ増やし、表示を更新する。\n */\n@Composable\nfun CountUp(viewModel: CountViewModel) {\n  val count: Int by viewModel.count\n\n  Column {\n    Text(\n      text = \"$count\"\n    )\n```",
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        "anno_id": 9,
        "text": "```\ndiv{ width: 600px;\n     padding: 10px;\n     border: 1px solid black;\n     margin: 20px; }\n```",
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          "text_background": "white",
          "text_rotate": "normal"
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    "page_info": {
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        "text": "```\n      matr[i, 3] = node.z\n   return np.linalg.det(matr) /6\n\n# Определение числа граней, выходящих\n# на поверхность тела.\ndef get_surface_node_indices(self):\n  surface_edges = self.neighbours.count(-1)\n  if surface_edges > 1:\n     for i in range(4):\n        yield i\n  elif surface_edges == 1:\n     edge_idx = self.neighbours.index(-1)\n     for i in range(3):\n        yield (edge_idx + i) % 4\n\n# Вычисление матрицы формы элемента\ndef get_shape_matrix(self):\n   x1 = self.nodes_coords[0].x\n   y1 = self nodes_coords[0].y\n   z1 = self.nodes_coords[0].z\n   x2 = self.nodes_coords[1].x\n   y2 = self.nodes_coords[1].y\n   z2 = self.nodes_coords[1].z\n   x3 = self.nodes_coords[2].x\n   y3 = self.nodes_coords[2].y\n   z3 = self.nodes_coords[2].z\n   x4 = self.nodes_coords[3].x\n   y4 = self.nodes_coords[3].y\n   z4 = self.nodes_coords[3].z\n   v = self.get_volume()\n   mbeta1 = np.array([[1,y2,z2], [1,y3,z3], [1,y4,z4]])\n   mbeta2 = np.array([[1,y1,z1], [1,y3,z3], [1,y4,z4]])\n   mbeta3 = np.array([[1,y1,z1], [1,y2,z2], [1,y4,z4]])\n   mbeta4 = np.array([[1,y1,z1], [1,y2,z2], [1,y3,z3]])\n   mgamma1 = np.array([[1,x2,z2], [1,x3,z3], [1,x4,z4]])\n   mgamma2 = np.array([[1,x1,z1], [1,x3,z3], [1,x4,z4]])\n```",
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        "text": "```\n  string user = returnData;\n  Console.WriteLine(\"Welcome \" + user + \" to the server\");\n  //обмен сообщениями сервер с клиентом\n  while (true) {\n      returnData = reader.ReadLine();\n      if (returnData.IndexOf(\"QUIT\") > -1) {\n          Console.WriteLine(\"Bye \" + user);\n          break;\n      }\n      Console.WriteLine(user + \": \" + returnData);\n      returnData += \"\\r\\n\";\n      byte[] dataWrite = Encoding.ASCII.GetBytes(returnData);\n      writer.Write(dataWrite, 0, dataWrite.Length);\n    }\n    clientSocket.Close();          // закрытие сокета на сервере\n  }\n}\nclass Program {\n  public static int nClients = 0;    //кол-во клиентов\n  static void Main(string[] args) {\n    try{\n       // создание сервера по порту 10000\n       TcpListener newListener = new TcpListener(10000);\n       newListener.Start();\n       Console.WriteLine(\"Waiting for connection...\");\n       while(true) {\n            // прослушивание порта в ожидание запросов от клиентов\n            TcpClient client = newListener.AcceptTcpClient();\n            // создание потока для работы с клиентом\n            ClientHandler cHandler = new ClientHandler();\n            cHandler.clientSocket=client;\n            Thread clientThread =\n            new Thread(new ThreadStart(cHandler.RunClient));\n            clientThread.Start();\n        }\n        newListener.Stop();        //остановка сервера\n    }\n    catch(Exception exp) {   Console.WriteLine(\"Exception:\" + exp);  }\n  }\n}\n```",
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        "text": "```\n// LoopFor.cpp\n// Ilustra o uso do\n// loop for.\n#include <iostream.h>\nint main()\n{\n    int contador = 0;\n    cout << \"\\n*** Usando while ***\";\n    while(contador < 10)\n    {\n         contador++;\n         cout << \"\\nContador = \"\n                 << contador;\n     } // Fim de while.\n     cout << \"\\n\\n*** Usando for ***\";\n     for(contador = 0; contador <= 10; contador++)\n             cout << \"\\nContador = \"\n                     << contador;\n     return 0;\n} // Fim de main()\n```",
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        "text": "```\n 1 #include \"vtkPolyDataMapper.h\"\n 2 ...\n 3\n 4 int main()\n 5 {\n 6\n 7 vtkStructuredPointsReader *reader = vtkStructuredPointsReader::New();\n 8  reader -> SetFileName (\"T.vtk\");\n 9  reader -> Update();\n10\n11 vtkDataSetMapper *mapper = vtkDataSetMapper::New();\n12  mapper -> SetInputConnection(reader -> GetOutputPort());\n```",
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        "text": "```\n// Destrutor.\nCliente::~Cliente()\n{\n        cout << \"\\nDestruindo cliente...\";\n} // Fim de Cliente::~Cliente()\nint Cliente:acessaNumCliente()\n{\n        return numCliente;\n} // Fim de Cliente: :acassaNumCliente()\nfloat Cliente:acassaSaldo()\n{\n        return saldo;\n} // Fim de Cliente: acassaSaldo()\nvoid Cliente:exibe()\n{\n        cout << \"\\nCliente = \"\n                << acessaNumCliente()\n                << \", Saldo = \"\n                << acessaSaldo()\n                << \"\\n\";\n} // Fim de Cliente: exibe ()\n```",
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        "text": "```\n// ConstMt.cpp\n// Ilustra o uso\n// de métodos const.\n#include <iostream.h>\n// Define uma classe.\nclass Cliente\n{\n        // Por default, estes membros\n        // são\n        //private:\n        int numCliente;\n        float saldo;\n        // Estes métodos\n        // são private e const.\n```",
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