Euler Motors Accounts & Finance Executive Interview Questions and Answers

I am a passionate software developer with experience in Java, Python, and web development.

• Experienced in Java, Python, and web development

• Strong problem-solving skills

• Team player with excellent communication skills

I have worked on various projects including web development, mobile app development, and data analysis.

• Developed a web application for a small business to manage inventory and sales

• Created a mobile app for tracking fitness goals and progress

• Performed data analysis on customer feedback to improve user experience

Machine learning algorithms in cars are implemented through sensors, data collection, training models, and real-time decision-making.

• Collecting data from various sensors installed in the car, such as cameras, lidar, radar, and GPS.

• Training machine learning models using the collected data to recognize patterns and make predictions.

• Implementing real-time decision-making algorithms in the car's onboard computer to assist ...read more

Intersection of two linked lists is finding the common node(s) between them.

• Traverse both lists and compare each node to find the common node(s).

• Use a hash table to store the nodes of one list and check for their presence in the other list.

• Calculate the length of both lists and move the pointer of the longer list to match the length of the shorter list, then compare each node.

Sort and merge two linked lists

• Traverse both linked lists simultaneously

• Compare the values of nodes and merge them in sorted order

• Handle cases where one list is longer than the other

There are multiple ways to share data between apps, including using intents, content providers, broadcast receivers, and shared preferences.

• Using Intents: Allows apps to send and receive data through an Intent object.

• Content Providers: Enable apps to share data with other apps by exposing a structured set of data through a URI.

• Broadcast Receivers: Apps can send broadcasts to other apps to share data or events.

• Shared Pr...read more

The app lifecycle includes states like running in the background, onStop, and onRestart.

• App running in the background: When the app is not visible but still running, it is in the background state.

• onStop state: Occurs when the activity is no longer visible to the user.

• onRestart state: Follows onStop and is called when the activity is being re-displayed to the user.

AIDL stands for Android Interface Definition Language, used for inter-process communication in Android development.

• AIDL is a tool used to define the programming interface that clients and servers use to communicate with each other in Android.

• It allows different Android components to communicate with each other across different processes.

• AIDL files define the methods that can be called remotely, along with the data type

JNI stands for Java Native Interface, used to integrate Java code with native code written in languages like C/C++.

• Experience in writing Java code that interacts with native code through JNI

• Understanding of how to create and use JNI libraries

• Knowledge of passing data between Java and native code using JNI functions

A service is a piece of code that performs specific tasks or functions to support the overall functionality of a software application.

• Services are often used for tasks such as data processing, communication with external systems, or background tasks.

• Examples of services include web services, REST APIs, and microservices.

• Services can run independently of the user interface and can be accessed by multiple components with

Threads are independent sequences of execution within a process, while coroutines are cooperative routines that can pause and resume.

• Threads are managed by the operating system, while coroutines are managed by the programmer.

• Threads run concurrently and can execute in parallel on multiple cores, while coroutines are typically single-threaded.

• Threads have their own stack and memory space, while coroutines share the same...read more

Background tasks in Android can be performed using services, AsyncTask, JobScheduler, or WorkManager.

• Use Services for long-running tasks in the background

• AsyncTask for short background tasks that need to interact with the UI

• JobScheduler for deferrable background tasks that require network connectivity

• WorkManager for tasks that need to run reliably across different Android versions