Broadcom Embedded Software Developer Interview Questions and Answers

A program is a set of instructions that tells a computer what to do. A task is a unit of work performed by a program. A thread is a sequence of instructions within a task.

• A program is a collection of instructions that are executed by a computer to perform a specific task.

• A task is a unit of work that is performed by a program. It can be a specific action or a set of actions.

• A thread is a sequence of instructions within...read more

To delete a node in a linked list, we need to adjust the pointers of the previous and next nodes.

• Find the node to be deleted by traversing the linked list

• Adjust the pointers of the previous and next nodes to skip the node to be deleted

• Free the memory occupied by the node to be deleted

A function pointer is a variable that stores the address of a function. Volatile type is used to declare variables that can be modified by external factors.

• Function pointers are used to pass functions as arguments to other functions.

• Volatile type is used when a variable's value can be changed unexpectedly by external factors.

• Function pointers can be used to implement callbacks or event handling mechanisms.

• Volatile type...read more

Experienced software developer with expertise in Java, Python, and SQL

• Proficient in Java, Python, and SQL programming languages

• Developed web applications using Java Spring framework

• Experience with database management and optimization using SQL

• Worked on various software projects in a team environment

Swap even and odd bits in a given number

• Create a mask for even bits and odd bits

• Shift even bits to right and odd bits to left

• Combine even and odd bits using bitwise OR operator

Write a custom memcpy function with boundary condition handling.

• Use pointers to copy data from source to destination.

• Check for NULL pointers and zero length cases.

• Use a loop to copy data byte by byte.

• Handle overlapping memory regions with caution.

Find intersection point of two linked lists and optimize solution.

• Traverse both lists and find their lengths

• Move the head of the longer list to the same distance as the shorter list

• Traverse both lists in parallel until they meet at the intersection point

• Use hash table to store visited nodes for faster lookup

• Use two pointers, one starting from the head of each list, and move them at the same pace until they meet at the

Missing number in a given series

• Check the pattern of the series

• Look for any arithmetic or geometric progression

• Try to find the difference between consecutive numbers

• Use mathematical formulas to solve the problem