What is the function of Travis-yml in Travis CI?
This is a replacement and rewrite of travis-yaml. This library is used to parse, normalize, and validate the Travis CI build configuration ( .travis.yml ). It accomplishes these main functions: Define and produce a specification for our build configuration format in the form of a JSON schema.
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How to validate travis.yml file before commit?
Validating your .travis.yml file before committing reduces common build errors, such as validating your .travis.yml online by checking into your github repository or pasting the contents of your .travis.yml into the form. To install the command line client, which requires Ruby 1.9.3 and RubyGems: Have more questions? Submit a request
How do I specify the Travis CI build configuration format?
The Travis CI build configuration format is formally specified using a JSON schema. Travis CI uses this specification to normalize and validate build configurations (it is currently in beta and needs to be activated). Use the Travis CI Build Config Explorer to explore and experiment with build configuration YAML snippets.
How to enable Travis CI on GitHub account?
In your browser, visit Travis CI and create an account using your GitHub account. You will need to sync your repositories with Travis CI when you do this you will see a list of repositories. From the list of repositories, select the one you want to enable for Travis CI:
What is the function of the Travis CI build configuration?
This library is used to parse, normalize, and validate the Travis CI build configuration ( .travis.yml ). It accomplishes these main functions: Define and produce a specification for our build configuration format in the form of a JSON schema.
How to apply Travis scheme to build configuration?
The Travis::Yml.expand method returns this object-oriented tree, using classes in Doc::Schema. This schema representation can be applied to a build configuration by: Both methods also accept an optional options hash. See here for a list of known options. When the schema is applied to a build configuration, three things happen:
Can you compile without the M64 flag?
Compilation without the -m64 flag works fine (a.out is created and executed correctly). Edit Thanks to @nightcracker’s suggestion, I did some more research on the include structure on 32-bit and 64-bit systems. I’ve added an answer below that temporarily “fixes” the issue, but I think it will be broken in the next update.