debian-forge-composer/internal/distro/rhel8/distro.go
Tomáš Hozza 58e3716b89 distro: add support for RHEL-8.9 and RHEL-9.3
Add a basic support for building RHEL-8.9 and RHEL-9.3 images with
composer.

Add 8.9 and 9.3 repositories to the multitude of places where we have
them.

Generate image test manifests for 8.9 and 9.3. No functional testing is
added for 8.9 or 9.3 at this moment.

This change unblocks the RHEL Gating (since unit tests are currently
failing on 8.9 and 9.3 as on unknown distribution).

Related to https://issues.redhat.com/browse/COMPOSER-1924

Signed-off-by: Tomáš Hozza <thozza@redhat.com>
2023-03-27 11:39:24 +02:00

492 lines
11 KiB
Go

package rhel8
import (
"errors"
"fmt"
"sort"
"strings"
"github.com/osbuild/osbuild-composer/internal/common"
"github.com/osbuild/osbuild-composer/internal/distro"
"github.com/osbuild/osbuild-composer/internal/osbuild"
"github.com/osbuild/osbuild-composer/internal/oscap"
"github.com/osbuild/osbuild-composer/internal/platform"
"github.com/osbuild/osbuild-composer/internal/runner"
)
var (
// rhel8 allow all
oscapProfileAllowList = []oscap.Profile{
oscap.AnssiBp28Enhanced,
oscap.AnssiBp28High,
oscap.AnssiBp28Intermediary,
oscap.AnssiBp28Minimal,
oscap.Cis,
oscap.CisServerL1,
oscap.CisWorkstationL1,
oscap.CisWorkstationL2,
oscap.Cui,
oscap.E8,
oscap.Hippa,
oscap.IsmO,
oscap.Ospp,
oscap.PciDss,
oscap.Stig,
oscap.StigGui,
}
)
type distribution struct {
name string
product string
osVersion string
releaseVersion string
modulePlatformID string
vendor string
ostreeRefTmpl string
isolabelTmpl string
runner runner.Runner
arches map[string]distro.Arch
defaultImageConfig *distro.ImageConfig
}
// RHEL-based OS image configuration defaults
var defaultDistroImageConfig = &distro.ImageConfig{
Timezone: common.ToPtr("America/New_York"),
Locale: common.ToPtr("en_US.UTF-8"),
Sysconfig: []*osbuild.SysconfigStageOptions{
{
Kernel: &osbuild.SysconfigKernelOptions{
UpdateDefault: true,
DefaultKernel: "kernel",
},
Network: &osbuild.SysconfigNetworkOptions{
Networking: true,
NoZeroConf: true,
},
},
},
}
func (d *distribution) Name() string {
return d.name
}
func (d *distribution) Releasever() string {
return d.releaseVersion
}
func (d *distribution) ModulePlatformID() string {
return d.modulePlatformID
}
func (d *distribution) OSTreeRef() string {
return d.ostreeRefTmpl
}
func (d *distribution) ListArches() []string {
archNames := make([]string, 0, len(d.arches))
for name := range d.arches {
archNames = append(archNames, name)
}
sort.Strings(archNames)
return archNames
}
func (d *distribution) GetArch(name string) (distro.Arch, error) {
arch, exists := d.arches[name]
if !exists {
return nil, errors.New("invalid architecture: " + name)
}
return arch, nil
}
func (d *distribution) addArches(arches ...architecture) {
if d.arches == nil {
d.arches = map[string]distro.Arch{}
}
// Do not make copies of architectures, as opposed to image types,
// because architecture definitions are not used by more than a single
// distro definition.
for idx := range arches {
d.arches[arches[idx].name] = &arches[idx]
}
}
func (d *distribution) isRHEL() bool {
return strings.HasPrefix(d.name, "rhel")
}
func (d *distribution) getDefaultImageConfig() *distro.ImageConfig {
return d.defaultImageConfig
}
// New creates a new distro object, defining the supported architectures and image types
func New() distro.Distro {
// default minor: create default minor version (current GA) and rename it
d := newDistro("rhel", 7)
d.name = "rhel-8"
return d
}
func NewRHEL84() distro.Distro {
return newDistro("rhel", 4)
}
func NewRHEL85() distro.Distro {
return newDistro("rhel", 5)
}
func NewRHEL86() distro.Distro {
return newDistro("rhel", 6)
}
func NewRHEL87() distro.Distro {
return newDistro("rhel", 7)
}
func NewRHEL88() distro.Distro {
return newDistro("rhel", 8)
}
func NewRHEL89() distro.Distro {
return newDistro("rhel", 9)
}
func NewCentos() distro.Distro {
return newDistro("centos", 0)
}
func newDistro(name string, minor int) *distribution {
var rd distribution
switch name {
case "rhel":
rd = distribution{
name: fmt.Sprintf("rhel-8%d", minor),
product: "Red Hat Enterprise Linux",
osVersion: fmt.Sprintf("8.%d", minor),
releaseVersion: "8",
modulePlatformID: "platform:el8",
vendor: "redhat",
ostreeRefTmpl: "rhel/8/%s/edge",
isolabelTmpl: fmt.Sprintf("RHEL-8-%d-0-BaseOS-%%s", minor),
runner: &runner.RHEL{Major: uint64(8), Minor: uint64(minor)},
defaultImageConfig: defaultDistroImageConfig,
}
case "centos":
rd = distribution{
name: "centos-8",
product: "CentOS Stream",
osVersion: "8-stream",
releaseVersion: "8",
modulePlatformID: "platform:el8",
vendor: "centos",
ostreeRefTmpl: "centos/8/%s/edge",
isolabelTmpl: "CentOS-Stream-8-%s-dvd",
runner: &runner.CentOS{Version: uint64(8)},
defaultImageConfig: defaultDistroImageConfig,
}
default:
panic(fmt.Sprintf("unknown distro name: %s", name))
}
// Architecture definitions
x86_64 := architecture{
name: distro.X86_64ArchName,
distro: &rd,
legacy: "i386-pc",
bootType: distro.HybridBootType,
}
aarch64 := architecture{
name: distro.Aarch64ArchName,
distro: &rd,
bootType: distro.UEFIBootType,
}
ppc64le := architecture{
distro: &rd,
name: distro.Ppc64leArchName,
legacy: "powerpc-ieee1275",
bootType: distro.LegacyBootType,
}
s390x := architecture{
distro: &rd,
name: distro.S390xArchName,
bootType: distro.LegacyBootType,
}
ociImgType := qcow2ImgType(rd)
ociImgType.name = "oci"
x86_64.addImageTypes(
&platform.X86{
BIOS: true,
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_QCOW2,
QCOW2Compat: "0.10",
},
},
qcow2ImgType(rd),
ociImgType,
)
x86_64.addImageTypes(
&platform.X86{
BIOS: true,
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_QCOW2,
},
},
openstackImgType(),
)
rawX86Platform := &platform.X86{
BIOS: true,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_RAW,
},
}
x86_64.addImageTypes(
rawX86Platform,
amiImgTypeX86_64(rd),
)
bareMetalX86Platform := &platform.X86{
BasePlatform: platform.BasePlatform{
FirmwarePackages: []string{
"microcode_ctl", // ??
"iwl1000-firmware",
"iwl100-firmware",
"iwl105-firmware",
"iwl135-firmware",
"iwl2000-firmware",
"iwl2030-firmware",
"iwl3160-firmware",
"iwl5000-firmware",
"iwl5150-firmware",
"iwl6050-firmware",
},
},
BIOS: true,
UEFIVendor: rd.vendor,
}
x86_64.addImageTypes(
bareMetalX86Platform,
edgeOCIImgType(rd),
edgeCommitImgType(rd),
edgeInstallerImgType(rd),
imageInstaller(),
)
// TODO: review requirement for platform with overridden packages for GCE
gceX86Platform := &gceX86{
X86: platform.X86{
BIOS: true,
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_GCE,
},
},
}
x86_64.addImageTypes(
gceX86Platform,
gceImgType(rd),
)
x86_64.addImageTypes(
&platform.X86{
BIOS: true,
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_VMDK,
},
},
vmdkImgType(),
)
x86_64.addImageTypes(
&platform.X86{},
tarImgType(),
)
aarch64.addImageTypes(
&platform.Aarch64{
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_QCOW2,
QCOW2Compat: "0.10",
},
},
qcow2ImgType(rd),
)
aarch64.addImageTypes(
&platform.Aarch64{
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_QCOW2,
},
},
openstackImgType(),
)
aarch64.addImageTypes(
&platform.Aarch64{},
tarImgType(),
)
bareMetalAarch64Platform := &platform.Aarch64{
BasePlatform: platform.BasePlatform{},
UEFIVendor: rd.vendor,
}
aarch64.addImageTypes(
bareMetalAarch64Platform,
edgeOCIImgType(rd),
edgeCommitImgType(rd),
edgeInstallerImgType(rd),
imageInstaller(),
)
rawAarch64Platform := &platform.Aarch64{
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_RAW,
},
}
aarch64.addImageTypes(
rawAarch64Platform,
amiImgTypeAarch64(rd),
)
ppc64le.addImageTypes(
&platform.PPC64LE{
BIOS: true,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_QCOW2,
QCOW2Compat: "0.10",
},
},
qcow2ImgType(rd),
)
ppc64le.addImageTypes(
&platform.PPC64LE{},
tarImgType(),
)
s390x.addImageTypes(
&platform.S390X{
BIOS: true,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_QCOW2,
QCOW2Compat: "0.10",
},
},
qcow2ImgType(rd),
)
s390x.addImageTypes(
&platform.S390X{},
tarImgType(),
)
azureX64Platform := &platform.X86{
BIOS: true,
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_VHD,
},
}
azureAarch64Platform := &platform.Aarch64{
UEFIVendor: rd.vendor,
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_VHD,
},
}
rawUEFIx86Platform := &platform.X86{
BasePlatform: platform.BasePlatform{
ImageFormat: platform.FORMAT_RAW,
},
BIOS: false,
UEFIVendor: rd.vendor,
}
if rd.isRHEL() {
if !common.VersionLessThan(rd.osVersion, "8.6") {
// image types only available on 8.6 and later on RHEL
// These edge image types require FDO which aren't available on older versions
x86_64.addImageTypes(
bareMetalX86Platform,
edgeRawImgType(),
)
x86_64.addImageTypes(
rawUEFIx86Platform,
edgeSimplifiedInstallerImgType(rd),
)
aarch64.addImageTypes(
rawAarch64Platform,
edgeRawImgType(),
edgeSimplifiedInstallerImgType(rd),
)
// The Azure image types require hyperv-daemons which isn't available on older versions
aarch64.addImageTypes(azureAarch64Platform, azureRhuiImgType(), azureByosImgType())
}
// add azure to RHEL distro only
x86_64.addImageTypes(azureX64Platform, azureRhuiImgType(), azureByosImgType(), azureSapRhuiImgType(rd))
// add ec2 image types to RHEL distro only
x86_64.addImageTypes(rawX86Platform, ec2ImgTypeX86_64(rd), ec2HaImgTypeX86_64(rd))
aarch64.addImageTypes(rawAarch64Platform, ec2ImgTypeAarch64(rd))
if rd.osVersion != "8.5" {
// NOTE: RHEL 8.5 is going away and these image types require some
// work to get working, so we just disable them here until the
// whole distro gets deleted
x86_64.addImageTypes(rawX86Platform, ec2SapImgTypeX86_64(rd))
}
// add GCE RHUI image to RHEL only
x86_64.addImageTypes(gceX86Platform, gceRhuiImgType(rd))
// add s390x to RHEL distro only
rd.addArches(s390x)
} else {
x86_64.addImageTypes(
bareMetalX86Platform,
edgeRawImgType(),
)
x86_64.addImageTypes(
rawUEFIx86Platform,
edgeSimplifiedInstallerImgType(rd),
)
x86_64.addImageTypes(azureX64Platform, azureImgType())
aarch64.addImageTypes(
rawAarch64Platform,
edgeRawImgType(),
edgeSimplifiedInstallerImgType(rd),
)
aarch64.addImageTypes(azureAarch64Platform, azureImgType())
}
rd.addArches(x86_64, aarch64, ppc64le)
return &rd
}