Problem: Partition Labels

med

30 min

Explore how to apply the two pointers technique to partition a string into as many parts as possible, making sure each character appears in only one part. Understand the problem constraints, practice solution development, and gain skills to solve similar linear data structure challenges efficiently.

Statement

You are given a string s. Your task is to divide the string into as many parts as possible such that each letter appears in at most one part.

In other words, no character should occur in more than one partition. After concatenating all parts in order, the result should be the original string s.

For example, given s = "bcbcdd", a valid partition is ["bcbc", "dd"]. However, partitions like ["bcb", "cdd"] or ["bc", "bc", "dd"] are invalid because some letters appear in multiple parts.

Return a list of integers representing the sizes of these partitions.

Constraints:

$1\leq$ s.length $\leq500$
s consists of lowercase English letters.

Problem: Partition Labels

med

30 min

Statement

You are given a string s. Your task is to divide the string into as many parts as possible such that each letter appears in at most one part.

In other words, no character should occur in more than one partition. After concatenating all parts in order, the result should be the original string s.

For example, given s = "bcbcdd", a valid partition is ["bcbc", "dd"]. However, partitions like ["bcb", "cdd"] or ["bc", "bc", "dd"] are invalid because some letters appear in multiple parts.

Return a list of integers representing the sizes of these partitions.

Constraints:

$1\leq$ s.length $\leq500$
s consists of lowercase English letters.

Problem: Partition Labels

Statement

Examples

Understand the problem

Figure it out!

Try it yourself

Problem: Partition Labels

Statement

Examples

Understand the problem

Figure it out!

Try it yourself