Install the program in Linux (Ubuntu used for this test case) using the below command:
apt search cflow
sudo apt install cflow
After this, go to the specific project folder. To run the analysis, you can run the following command.
cflow --verbose --tree main.c
In this example, we can analyze main.c. Changing the file name allows us to check other files as well. The output is printed on ASCII tree format with quality details. Now, you can use this information to draw on the software design applications such as PlantUML or StarUML manually if you would like to have a graphical presentation of your reverse analyzed C code.
Here's the example printout:
+-main() <int main (int argc, char *argv[]) at main.c:26>
+-printf()
+-serial_open()
+-WitInit()
+-WitRegisterCallBack()
+-SensorDataUpdata() <void SensorDataUpdata (uint32_t uiReg, uint32_t uiRegNum) at main.c:100>
+-AutoScanSensor() <void AutoScanSensor (char *dev) at main.c:142>
| +-serial_close()
| +-serial_open()
| +-WitReadReg()
| +-Delayms() <void Delayms (uint16_t ucMs) at main.c:136>
| | \-usleep()
| +-serial_read_data()
| +-WitSerialDataIn()
| \-printf()
+-serial_read_data()
+-WitSerialDataIn()
+-Delayms() <void Delayms (uint16_t ucMs) at main.c:136>
| \-usleep()
\-serial_close()
The source is from Linux C SDK for Witmotion IMU sensor. Here's the link for documentation: https://support-73.gitbook.io/witmotion-sdk/wit-standard-protocol/
Top comments (0)