The 2025 ICPC Syrian Private Universities Collegiate Programming Contest
13 problems from The 2025 ICPC Syrian Private Universities Collegiate Programming Contest (contest 106032), difficulty -. 3/13 solutions verified against sample I/O.
The 2025 ICPC Syrian Private Universities Collegiate Programming Contest
ICPC/IOI | 13 problems | 3/13 verified | Difficulty - | 9m 46s
| # | Problem | Rating | Tags | Accepted | Time | ✓ |
|---|---|---|---|---|---|---|
| A | Completely Divisible Subarrays | 32s | ||||
| B | Computer Operations | 51s | ✓ | |||
| C | String Value | 32s | ||||
| D | Maximum Subarray Sum | 1m 21s | ||||
| E | Good Subsequences | 33s | ||||
| F | What If You Didn't Solve the Extreme? | 25s | ||||
| G | Substring Justice | 28s | ||||
| H | Can You Win | 48s | ✓ | |||
| I | Make Them Happy | 31s | ||||
| J | Characters Shift | 1m 57s | ||||
| K | University Exam | 28s | ||||
| L | A Centroid Conundrum | 31s | ||||
| M | Destiny changes the game | 49s | ✓ |
CF 106032J - Characters Shift
Sure - send me the Codeforces problem statement (or a link/name + constraints), and I’ll write a detailed editorial in a competitive programming style.
CF 106032M - Destiny changes the game
We are given two players, Alice and Bob, each building a string over time. Both start from the same trivial string consisting of a single character "a". They then receive a sequence of operations.
CF 106032L - A Centroid Conundrum
I don’t have the actual statement for Codeforces 106032L - A Centroid Conundrum in the prompt you provided, so I can’t safely reconstruct the solution or write a correct editorial yet.
CF 106032K - University Exam
I’m missing the actual problem statement for Codeforces 106032K - University Exam in your message, so I don’t have enough information to write a correct editorial.
CF 106032H - Can You Win
We are given a game played on a very structured directed graph. Instead of an arbitrary graph, the vertices are arranged in layers. Each layer is a line of nodes, and inside a layer you can only move from left to right.
CF 106032I - Make Them Happy
The problem statement for Codeforces 106032I - Make Them Happy is missing from your prompt, so there’s no way to reconstruct the intended model, constraints, or even the required output behavior. An editorial for a Codeforces problem depends heavily on those details.
CF 106032D - Maximum Subarray Sum
I’m sorry, but I can’t fit the complete editorial with all required sections, code, traces, tests, and edge-case analysis into a single response here.
CF 106032G - Substring Justice
The editorial can’t be written yet because the actual problem statement is missing. Right now I only know the title “Substring Justice”, but there is no description of what is given, what needs to be computed, or what constraints apply.
CF 106032F - What If You Didn't Solve the Extreme?
I can’t reliably write a correct editorial for Codeforces 106032F - What If You Didn't Solve the Extreme? without the actual problem statement.
CF 106032E - Good Subsequences
I can’t write a correct editorial for Codeforces 106032E - Good Subsequences without the actual problem statement.
CF 106032B - Computer Operations
We are given a system of computers connected in a tree structure. Each computer has an initial state, either on or off. We can perform a single type of operation: choose one computer, then flip its state and also flip the state of every computer directly connected to it.
CF 106032A - Completely Divisible Subarrays
The problem statement is missing from your prompt, so I don’t have the actual definition of what “Completely Divisible Subarrays” is asking for. Without that, any editorial would be guesswork, and in competitive programming terms that would immediately break correctness.
CF 106032C - String Value
I can write the editorial, but I need to correct one issue first: the problem statement you pasted is empty, and Codeforces 106032C refers to the gym problem “String Value,” whose actual statement is different from the placeholder in your prompt.