Capture Camera Image

This is a project to trigger images and reading out image data from an industrial camera (GigeVision). Also to create a PGM file with the image acquired.

There are two posibilities to build, using Docker or native Linux machine.

Using Docker

Project Build

• Use ./scripts/build-docker.sh to create a Docker image with all dependencies.
• Use ./scripts/build-in-docker.sh to build the source code on Docker image. Binary file is create on ./build/check-defects.

Project Run

• Use ./scripts/run-in-docker.sh to run the application on Docker image.

Project Clean

• Use ./scripts/clean-docker.sh to clean a build files on Docker image.
• Use ./scripts/delete-docker.sh to delete Docker image.

Extra

• Use ./scripts/run-docker.sh to run Docker image and run commands manually. (Debug purpose)

Usage example

$ ./scripts/build-docker.sh && ./scripts/build-in-docker.sh && ./scripts/run-in-docker.sh

Binary file is create on ./build/check-defects.

PMG file is create on ./build/output.pgm.

Using native Linux

There is a script generate.sh to help you to compile and run the application.

NOTE: This application was testes using Linux Ubuntu 16.04.

Project Build

• Use ./generate.sh -p to prepare the enviroment. (requires sudo)
• Use ./generate.sh -C to create build files.
• Use ./generate.sh -b to to build the project. Binary file is create on ./build/check-defects.

Project Run

• Use ./generate.sh -r to run the application.

Project Clean

• Use ./generate.sh -c to clean the build files.
• Use ./generate.sh -d to clean all temporary files.

Extra

• Use ./generate.sh -k to run a static code analysis.

Usage example

$ ./generate.sh -pCbr

Binary file is create on ./build/check-defects.

PMG file is create on ./build/output.pgm.