| Action | Tickets Earned |
|---|---|
Complete Daily Challenge | +1 |
10-Day Streak | +10 |
20-Day Streak | +20 |
30-Day Streak | +30 |
LinkedIn post with #30DaysofCode Everyday (and tag Educative) | +2 per post |
Most-Liked Post Overall | +20 |
Top of Leaderboard | +50 |
Leaderboard: 2nd place | +30 |
Leaderboard: 3rd place | +20 |
For two strings s and t, we say that t divides s if and only if s can be formed by concatenating one or more copies of t together (i.e., s = t + t + ... + t).
Given two strings str1 and str2, return the largest string x such that x divides both str1 and str2. If no such string exists, return an empty string.
Constraints:
str1.length, str2.length
str1 and str2 consist of English uppercase letters.
| Action | Tickets Earned |
|---|---|
Complete Daily Challenge | +1 |
10-Day Streak | +10 |
20-Day Streak | +20 |
30-Day Streak | +30 |
LinkedIn post with #30DaysofCode Everyday (and tag Educative) | +2 per post |
Most-Liked Post Overall | +20 |
Top of Leaderboard | +50 |
Leaderboard: 2nd place | +30 |
Leaderboard: 3rd place | +20 |
For two strings s and t, we say that t divides s if and only if s can be formed by concatenating one or more copies of t together (i.e., s = t + t + ... + t).
Given two strings str1 and str2, return the largest string x such that x divides both str1 and str2. If no such string exists, return an empty string.
Constraints:
str1.length, str2.length
str1 and str2 consist of English uppercase letters.