How syafiqkarmen/backup works
This repository is a personal collection of independent programming exercises and contest solutions, not one integrated application. The typical workflow is to run a chosen source file, provide problem-specific input, and read its result; the sampled programs do not call one another or share a runtime layer. The tree also contains a Django project scaffold, but the available evidence does not establish a product workflow for it. The README provides no usable architectural documentation, so the graph shows representative standalone programs rather than every file.
Main entry points: Binary_Search_upper_and_lower_bound_07-08-2026.cpp Lower Bound · CODEFORCE_E_MirorGrid_1200.cpp Mirror Grid · CODEFORCE_A_Football_900.cpp Football Check · COMPFEST18.cpp Deadline Problem
Components 8
C++ Practice
- Lower Bound
Programing Learn/CPP Learn/Practice Code/Binary_Search_upper_and_lower_bound_07-08-2026.cpp - Mirror Grid
Programing Learn/CPP Learn/CODEFORCE/1200/CODEFORCE_E_MirorGrid_1200.cpp - Football Check
Programing Learn/CPP Learn/CODEFORCE/900/CODEFORCE_A_Football_900.cpp
Contest Solutions
- Deadline Problem
COMPETITION/1_COMPFEST18_23-08-2026/COMPFEST18.cpp - DP Problem
COMPETITION/2_HOLOGY9.0_19-09-2026/HOLOGY9.0.cpp
Java Exercises
- Parking Calculator
Programing Learn/JAVA Learn/Semester 1/Belajar Semester 1 Permograman dasar/Learn.java
Other components
- Learner
- Console I/O
Connections 12
- Learner → Lower Bound: runs with input
- Lower Bound → Console I/O: prints index
- Learner → Mirror Grid: runs with input
- Mirror Grid → Console I/O: prints flips
- Learner → Football Check: runs with input
- Football Check → Console I/O: prints answer
- Learner → Deadline Problem: runs with input
- Deadline Problem → Console I/O: prints score
- Learner → DP Problem: runs with input
- DP Problem → Console I/O: prints answers
- Learner → Parking Calculator: runs with input
- Parking Calculator → Console I/O: prints cost