Xiaomi Ode2Code 3.0

 Xiaomi Recruitment Process 2023

Xiaomi is conducting Xiaomi Ode2Code Hiring Challenge for the past 2 years and this is the 3rd Time they are conducting Xiaomi Ode2Code. Go through this page to find out all the necessary details about Xiaomi Ode2Code 3.0 like Rules, Regulations, Hiring Process through this challenge Prizes and Rewards given by Xiaomi.

Go through this page to get all the details related to Xiaomi Ode2Code 3.0 along with Sample Xiaomi Ode2Code Quiz question for practice.

Xiaomi-Ode2Code-Details

About Xiaomi Ode2Code 3.0

Ode2Code 3.0 is an exciting coding competition that brings together aspiring programmers from all around the country. In this competition, participants show their coding skills and ability to solve problems through a series of challenging rounds. 

The event includes a fascinating online quiz and the presentation of creative coding projects. This encourages healthy competition and ongoing learning.

For students in E-schools across India, those in their 2nd, 3rd, and final years can join in this thrilling challenge. The teams that perform the best will get a chance to interact with industry leaders and compete for appealing rewards in the Grand Finale.

Xiaomi Ode2Code 3.0 Eligibility Criteria

The Applicants must keep following points in mind while applying for Xiaomi Ode2Code 3.0:

  1. Students who are studying B.Tech, M.Tech, or a Dual-Degree program at any Engineering College in India (Batch of 2024, 2025 & 2026) can enter this competition.
  2. Each team must have 1 to 2 members who register together.
  3. Students participating can come from any field of study.
  4. All members of a team must be from the same Institute.
  5. Students who are in the 1st Year (Batch of 2027) cannot take part in this competition.

Xiaomi Ode2Code 3.0 Recruitment Process

Here, in this section, you will find out the steps involved in Xiaomi Ode2Code 3.0:

  1. Online Quiz 1
  2. Online Quiz 2
  3. Submission Round
  4. Q & A Session on Prototype Problem Statement Solution
  5. Prize Distribution
  6. Shortlisting for Interview

Further we have discussed all the steps in this page, go through them for clear understanding of procedure that has to followed during whole Xiaomi Ode2Code 3.0:

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About Quiz 1 & Quiz 2:

  • Quiz Duration: 30 Minutes
  • Only the team leader will take the quiz on behalf of the team.
  • If both team members are willing to attempt the quiz then teams will be scored based on the average marks of the team members attempting the quiz round.
  • MCQ Questions based on:
    • Java
    • JavaScript
    • OOPs Concepts
    • DBMS
    • Data Structures and Algorithms
  • Top 50 teams will be selected for the next round (i.e. Submission Round)

Submission Round:

  • The Prototype Question will be posted on the website, and the top 50 teams need to send their Prototype's Solution in the form of a PowerPoint presentation (PPT).
  • The time when you can send in your work starts on the very same day. Showcase your coding project's solution and new ideas to the judges.
  • Final Round:

  • Finalists will get a chance to present their Problem Statement Solution to the Xiaomi Officials.
  • Each Teams will be given 8 minutes to present which is followed by 7 minutes of Q&A.
  • Rewards and Prizes:

  • For Winners: Cash Prize of ₹ 1 Lakh.
  • For 1st Runners Up: Cash Prize of ₹ 75K
  • For 2nd Runners Up: Cash Prize of ₹ 50K
  • For 4th and 5th Place: Chances to win a Mi Portable Bluetooth Speaker & Mi Pocket Power Bank Pro.
  • Top 20 Teams:Teams ranked 1st to 20th will each get the Redmi Buds 4 Active.
  • How to Apply for Xiaomi Ode2Code 3.0 ?

    You have to visit Unstop’s Official Website to apply for Xiaomi Ode2Code 3.0. Click on the button given below to visit Unstops’s Xiaomi Ode2Code 3.0 Page for registration.

    Practice Advanced Coding Questions

    Take your coding skills to the next level by practicing with a curated collection of challenging questions. Click the button given below to Practice Advanced Coding Questions.

    Sample Xiaomi Ode2Code 3.0 Quiz Questions and Answers

    1. While reviewing the code, we noticed the utilization of setup and teardown functions; however, JMeter is unable to utilize these functions. Can you determine the nature of the issue in this scenario?

    They must be declared with private

    They must be declared with private

    25%

    They must be declared with public

    They must be declared with public

    25%

    They must be declared with protected

    They must be declared with protected

    25%

    Both A and C

    Both A and C

    25%

    Currently there is no PrepInsta Explanation.

    2. While being interviewed, you were queried about the appropriate loading factor for linear probing. Which of the following options provides a correct response to this inquiry?

    It should be more or equal to 0.5

    It should be more or equal to 0.5

    25%

    It should be less or equal to 0.5

    It should be less or equal to 0.5

    25%

    It should be less than 1

    It should be less than 1

    25%

    It should be equal to 0.5

    It should be equal to 0.5

    25%

    Currently there is no PrepInsta Explanation.

    3. Harvey has encountered a situation of bucket overflow while implementing a hashing function during value insertion. What steps could he take to address and resolve this issue?

    when buckets are full a new bucket should be allocated for the same result and should be linked after the previous one.

     

    when buckets are full a new bucket should be allocated for the same result and should be linked after the previous one.

     

    25%

    when I have a function generated and an address at which data is already stored the next free bucket should not be allocated to it.

    when I have a function generated and an address at which data is already stored the next free bucket should not be allocated to it.

    25%

    when buckets are full a new bucket should be allocated for the same result and should not be linked after the previous one.

    when buckets are full a new bucket should be allocated for the same result and should not be linked after the previous one.

    25%

    the collision cannot be resolved by any of the given methods

    the collision cannot be resolved by any of the given methods

    25%

    Currently there is no PrepInsta Explanation.

    4. In the case of an Extensive database and you were facing problems in accessing the data even though primary indexing has been done already to solve this problem. Which of the following indexing should be used?

    Sparse

    Sparse

    25%

    Dense

    Dense

    25%

    Single

    Single

    25%

    Multilevel

    Multilevel

    25%

    Currently there is no PrepInsta Explanation.

    5. Which of the following can be used to enable additional protocols in J Meterby changing a particular property?

    https.Externalsocket.protocols

    https.Externalsocket.protocols

    25%

    https.additional.protocols

    https.additional.protocols

    25%

    https.socket.protocols

    https.socket.protocols

    25%

    https.extension.protocols

     

    https.extension.protocols

     

    25%

    Currently there is no PrepInsta Explanation.

    6. In Java, which keyword is used to achieve runtime polymorphism through method overriding?

    virtual

    virtual

    25%

    override

    override

    25%

    polymorphic

    polymorphic

    25%

    super

    super

    25%

    Currently there is no PrepInsta Explanation.

    7. Which of the following is the default access specifier in C++:

    Public Access Specifier

    Public Access Specifier

    25%

    Private Access Specifier

    Private Access Specifier

    25%

    Protected Access Specifier

    Protected Access Specifier

    25%

    None of the above

    None of the above

    25%

    Currently there is no PrepInsta Explanation.

    8. At what instant was the method overloading determined?

    At Compile time

    At Compile time

    25%

    At Run Time

    At Run Time

    25%

    At Coding time

    At Coding time

    25%

    None of the above

    None of the above

    25%

    Currently there is no PrepInsta Explanation.

    9. What is the term used to describe a situation where an object possesses its own lifecycle and exists without being owned by another object?

    Association

    Association

    25%

    Composition

    Composition

    25%

    Encapsulation

    Encapsulation

    25%

    Aggregation

    Aggregation

    25%

    Currently there is no PrepInsta Explanation.

    10. Which of the following Object-Oriented Programming (OOPS) concepts combine data and protect it from external access?

    Inheritance

    Inheritance

    25%

    Encapsulation

    Encapsulation

    25%

    Polymorphism

    Polymorphism

    25%

    Abstraction

    Abstraction

    25%

    Currently there is no PrepInsta Explanation.

    11. Which data structure allows you to perform insertion and deletion at both the beginning and the end?

    Queue

    Queue

    25%

    Linked List

    Linked List

    25%

    Array

    Array

    25%

    Stack

    Stack

    25%

    Currently there is no PrepInsta Explanation.

    12. If Edard Stark constructed a complete binary tree with 12 internal nodes, how many leaf nodes are present in the tree?

    11

    11

    25%

    25

    25

    25%

    13

    13

    25%

    24

    24

    25%

    Currently there is no PrepInsta Explanation.

    13. Jack Ryan, an analyst at CIA, Nevada received a query from his superior regarding the number of pointers that require modification to insert a record in a circular linked list. Which of the following options should Manoj select to provide the answer?

    Two-Pointer

    Two-Pointer

    25%

    One-Pointers

    One-Pointers

    25%

    Multiple Pointers

    Multiple Pointers

    25%

    No Pointers

    No Pointers

    25%

    Currently there is no PrepInsta Explanation.

    14. Find out the error in the following Java Code:

    import java.util.Arrays;
    
    public class Main {
    
    public static void func(int[] arr, int n) {
    
         System.out.print(arr[n ] + " ");
    
         func(arr, n - 1);
    
    }
    
    public static void main(String[] args) {
    
         int[] arr = {1, 2, 3, 4};
    
         int n = arr.length;
    
         func(arr, n);
    
    }
    
    }
    
    

    void func(int[] arr, int n) {
    if (n == 0) return;
    System.out.print(arr[n - 1] + " ");
    func(arr, n - 1);
    }

    void func(int[] arr, int n) {
    if (n == 0) return;
    System.out.print(arr[n - 1] + " ");
    func(arr, n - 1);
    }

    25%

    void func(int[] arr, int n) {
    if (n == 0) return;
    System.print(arr[n - 1] + " ");
    func(arr, n);
    }

    void func(int[] arr, int n) {
    if (n == 0) return;
    System.print(arr[n - 1] + " ");
    func(arr, n);
    }

    25%

    void func(int[] arr, int n) {
    if (n == 1) return;
    System.in.print(arr[n - 2] + " ");
    func(arr, n - 2);
    }

    void func(int[] arr, int n) {
    if (n == 1) return;
    System.in.print(arr[n - 2] + " ");
    func(arr, n - 2);
    }

    25%

    None of These.

    None of These.

    25%

    Currently there is no PrepInsta Explanation.

    15. A developer has made a Restful Application using Spring. He wants to create a validator for the object in it. Which of the following must be used?

    @Min(value = 1)
    @Max(999999)
    Private int id;

    @Min(value = 1)
    @Max(999999)
    Private int id;

    20%

    @Size(limit = 100)
    private String name;

    @Size(limit = 100)
    private String name;

    20%

    @NotNull
    private Boolean isActive;

    @NotNull
    private Boolean isActive;

    20%

    @ValidCategory(categoryType=”sample”)
    private String category;

    @ValidCategory(categoryType=”sample”)
    private String category;

    20%

    All of these

    All of these

    20%

    Currently there is no PrepInsta Explanation.

    16. What will be the output for the following C++ Code:

    #include<bits/stdc++.h>
    using namespace std;
    int main() {
      ios_base::sync_with_stdio(false);
      cin.tie(NULL);
      int a[10];
      for(int i=0;i>a[i];
      }
      for(int i=0;i<9;i++){
          for(int j = i+1;j<10;j++){
              int k =i, l=j;
              while(k<l){
                  swap(a[k],a[l]);
                  k+=1;
                  l-=1;
              }
          }
      }
      for(int i=0;i<10;i++){
          cout<<a[i]<<" ";
      }
        return 0;
    }
    
    

    The above gives the output:
    [7, 9, 14, 16, 11, 9, 15, 19, 8, 3 ]

    [ 19, 15, 16, 8, 7, 11, 14, 3, 9, 9 ]

    [ 19, 15, 16, 8, 7, 11, 14, 3, 9, 9 ]

    25%

    [ 19, 15, 16, 8, 9, 11, 14, 3, 9, 7 ]

    [ 19, 15, 16, 8, 9, 11, 14, 3, 9, 7 ]

    25%

    [ 19, 15, 16, 8, 9, 7, 14, 3, 9, 11 ]

    [ 19, 15, 16, 8, 9, 7, 14, 3, 9, 11 ]

    25%

    [ 19, 15, 8, 16, 9, 11, 14, 3, 9, 7 ]

    [ 19, 15, 8, 16, 9, 11, 14, 3, 9, 7 ]

    25%

    Currently there is no PrepInsta Explanation.

    17. A class has been defined as follows using Java Reflection API:

    package showMethod;
    public class demoData {
    public static int x=2;
    static int y=2;
    static String a="Show Com value": String b="Welcome";
    }
    

    The code to print the object's metadata would be:

    demoData val=new demoData();
    class x=val.getClass();
    Object[] a=x.getObject();

    demoData val=new demoData();
    class x=val.getClass();
    Object[] a=x.getObject();

    40%

    demoData val=new demoData();
    class x=val.getClass();
    Meta] a=x.getMeta();

    demoData val=new demoData();
    class x=val.getClass();
    Meta] a=x.getMeta();

    20%

    demoData val=new demoData();
    class x=val.getClass();
    Field[] a=x.getFields();

    demoData val=new demoData();
    class x=val.getClass();
    Field[] a=x.getFields();

    20%

    demoData val=new demoData();
    class x=val.getClass();
    Info[] a=x.getInfo();

    demoData val=new demoData();
    class x=val.getClass();
    Info[] a=x.getInfo();

    20%

    Currently there is no PrepInsta Explanation.

    18. Suppose you are building a Spring MVC-based application and want to make a Java class as the handling class. Which of the following code segments would you use for this?

    @Handler

    public class ManagerClass {
    @RequestMapping("/")
    public String
    return String display()
    {
    return "param";
    }
    }

    @Handler

    public class ManagerClass {
    @RequestMapping("/")
    public String
    return String display()
    {
    return "param";
    }
    }

    40%

    @Mover
    public class ManagerClass {
    @RequestMapping("/")
    public String display()
    {
    return "param";
    }
    }

    @Mover
    public class ManagerClass {
    @RequestMapping("/")
    public String display()
    {
    return "param";
    }
    }

    20%

    @Controller
    public class ManagerClass {
    @RequestMapping("/")
    public String display()
    {
    return "param";
    }
    }

    @Controller
    public class ManagerClass {
    @RequestMapping("/")
    public String display()
    {
    return "param";
    }
    }

    20%

    @Remote
    public class ManagerClass {
    @RequestMapping("""/"") public String display()
    {
    return ""param""";
    }
    }

    @Remote
    public class ManagerClass {
    @RequestMapping("""/"") public String display()
    {
    return ""param""";
    }
    }

    20%

    Currently there is no PrepInsta Explanation.

    19. A Spring developer is creating a RESTful web service. After setting up the necessary components and writing the required code, the developer provided the following code snippet:

    @SpringBootApplication
    public class WebApp {
    	public static void main(String[] args) {
        	SpringApplication.run(WebApp.class, args);
    	}
    }
    

    Make application setup

    Make application setup

    20%

    Initialize application

    Initialize application

    40%

    Securing Application

    Securing Application

    20%

    Handling Web Configuration

    Handling Web Configuration

    20%

    Currently there is no PrepInsta Explanation.

    20. In Java EE, which of the following code snippets correctly defines a session bean using a remote interface?

    @Remote
    public interface MyRemoteInterface {
    String doSomething();
    }

    @Stateless
    public class MySessionBean implements MyRemoteInterface {
    public String doSomething() {
    return "Doing something from session bean.";
    }
    }

    @Remote
    public interface MyRemoteInterface {
    String doSomething();
    }

    @Stateless
    public class MySessionBean implements MyRemoteInterface {
    public String doSomething() {
    return "Doing something from session bean.";
    }
    }

    40%

    public interface MyRemoteInterface {
    String doSomething();
    }

    @Stateless
    public class MySessionBean implements MyRemoteInterface {
    public String doSomething() {
    return "Doing something from session bean.";
    }
    }

    public interface MyRemoteInterface {
    String doSomething();
    }

    @Stateless
    public class MySessionBean implements MyRemoteInterface {
    public String doSomething() {
    return "Doing something from session bean.";
    }
    }

    20%

    public interface MyRemoteInterface {
    String doSomething();
    }

    @Stateful
    public class MySessionBean implements MyRemoteInterface {
    public String doSomething() {
    return "Doing something from session bean.";
    }
    }

    public interface MyRemoteInterface {
    String doSomething();
    }

    @Stateful
    public class MySessionBean implements MyRemoteInterface {
    public String doSomething() {
    return "Doing something from session bean.";
    }
    }

    20%

    None Of these.

    None Of these.

    20%

    Currently there is no PrepInsta Explanation.

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    FAQs related to Xiaomi Ode2Code 3.0

    Question 1: What are topics that has been asked in Xiaomi Ode2Code 3.0 Quiz ?

    In Xiaomi Ode2Code 3.0, total number of MCQs were 20 on basis of following:

    •  C / C++, Java & JavaScript
    • Data Structures & Algorithms
    • API related Questions
    • SQL & DBMS
    Question 2: How many team members are allowed in Xiaomi Ode2Code 3.0?

    Maximum 2 candidates are allowed in 1 Team.

    Question 3: How much time is allotted in Xiaomi Ode2Code 3.0 Quiz?

    30 Minutes is allotted to the particular team to complete whole Quiz.

    Question 4: On which platform Xiaomi Ode2Code 3.0 Quiz is conducted?

    Xiaomi Ode2Code 3.0 Quiz was conducted on Unstop’s Official Assessment page.

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