| Name | Size | Version | Java Files | Source |
|---|---|---|---|---|
| mockito | Very Large | 4.7.0 | 949 | Maven Central |
| spring-kafka | Large | 2.9.0 | 502 | Maven Central |
| Java-WebSocket | Medium | 1.5.3 | 175 | Maven Central |
| FastCSV | Small | 2.2.0 | 39 | Maven Central |
This kind of graph represents the sum, maximum and average cumulative measures for each repository.
| Magnitude (ABC) | Weighted Methods per Class (WMC) |
| The objective of the graph is to show that the magnitude can be used to measure repositories size. The magnitude is often directly proportional to the number of source files in the repository. | The objective of the graph is to show that the WMC can be used to measure repositories complexity. |
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| Number of Public Methods (NPM) | Number of Public Attributes (NPA) |
| The objective of the graph is to show that the NPM can be used to measure repositories security. | The objective of the graph is to show that the NPA can be used to measure repositories security. |
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This kind of graph represent more than one metric for each repository.
The objective of the graph is to show that ABC magnitude, Halstead Estimated Program Length, PLOC and Cyclomatic Complexity metrics for a set of repositories provide similar repository size information.
The objective of the graph is to show that WMC and Cyclomatic Complexity metrics for a set of repositories provide similar repository complexity information.
This kind of graph represent public and non-public methods and attributes for each repository.
The objective of the graph is to show how many public and non-public methods and attributes have been declared in the repositories.
| Number of Methods | Number of Attributes |
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The objective of the graph is to show the percentages of public and non-public methods and attributes declared in the repositories.
| Percentages of Methods | Percentages of Attributes |
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