b33ed9e5d2
Introduce the `distro` package, which contains an interface for OS implementations. Its main purpose is to convert a blueprint to a distro-specific pipeline. Also introduce the `distro/fedora30` package. It is the first implementation of the distro interface. Most of its code has been copied with minimal modifications from the blueprint package. The `blueprint` package is now back to serving a single purpose: representing a weldr blueprint. It does not depend on the `pipeline` package anymore. Change osbuild-composer and osbuild-pipeline to use the new API, hard-coding "fedora-30". This looks a bit weird now, but is the same behavior as before. All test cases now also take an "distro" key in the "compose" object.
44 lines
946 B
Go
44 lines
946 B
Go
package fedora30
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import (
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"github.com/osbuild/osbuild-composer/internal/blueprint"
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"github.com/osbuild/osbuild-composer/internal/pipeline"
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)
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type tarOutput struct{}
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func (t *tarOutput) translate(b *blueprint.Blueprint) (*pipeline.Pipeline, error) {
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packages := [...]string{
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"policycoreutils",
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"selinux-policy-targeted",
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"kernel",
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"firewalld",
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"chrony",
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"langpacks-en",
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}
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excludedPackages := [...]string{
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"dracut-config-rescue",
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}
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p := getCustomF30PackageSet(packages[:], excludedPackages[:], b)
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addF30LocaleStage(p)
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addF30GRUB2Stage(p, b.GetKernelCustomization())
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addF30FixBlsStage(p)
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addF30SELinuxStage(p)
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addF30TarAssembler(p, t.getName(), "xz")
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if b.Customizations != nil {
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err := customizeAll(p, b.Customizations)
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if err != nil {
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return nil, err
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}
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}
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return p, nil
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}
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func (t *tarOutput) getName() string {
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return "root.tar.xz"
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}
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func (t *tarOutput) getMime() string {
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return "application/x-tar"
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}
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