CMake vs C: 30 Metrics Comparison

CMake vs C

CMake

CMake is a Declarative, Imperative programming language first appeared in 2000, designed by Kitware. Main use cases: Build Automation, Dependency Management, CI/CD.

C

C is a Procedural, Object-Oriented, Generic programming language first appeared in 1972, designed by Dennis Ritchie. Main use cases: Systems Programming, Embedded, Performance-Critical Applications.

30 Metrics

Metric CMake C
GitHub Stars 52312 61804
Stack Overflow Tags 692164 860669
TIOBE Rank 51 6
RedMonk Rank 40 11
PYPL Rank 54 8
Average Salary (USD) 115195 132367
Job Postings 32944 41524
Benchmarks Score 0.73 0.83
Learning Curve Medium Hard
Community Size Large Very Large
Documentation Quality 8 10
Ecosystem Maturity 9 10
Industry Adoption 7 10
Type System Complexity 6 8
Concurrency Support 6 9
Performance - Execution Speed 7 10
Performance - Memory Usage 7 9
Performance - Startup Time 5 10
Tooling Quality 6 8
Package Manager Quality 8 10
IDE Support 5 8
Debugging Experience 6 9
GitHub Stars Rank 33 13
Stack Overflow Tags Rank 30 6
Average Salary Rank 27 7
Job Postings Rank 32 11
Benchmarks Rank 44 24
Learning Curve Score 5 2
Community Size Score 8 9
AHP Score 6.74 8.28

AHP Score

  • CMake: 6.74 (#37)
  • C: 8.28 (#9)
CMake           | ####### 6.74
C               | ######## 8.28

When to choose CMake

Build Automation, Dependency Management, CI/CD. CMake is a Declarative, Imperative programming language first appeared in 2000, designed by Kitware. Main use cases: Build Automation, Dependency Management, CI/CD.

When to choose C

Systems Programming, Embedded, Performance-Critical Applications. C is a Procedural, Object-Oriented, Generic programming language first appeared in 1972, designed by Dennis Ritchie. Main use cases: Systems Programming, Embedded, Performance-Critical Applications.

Hello World Example

CMake:

message("Hello, World!")

C:

#include <stdio.h>
int main(){ printf("Hello, World!\n"); return 0; }

Other languages