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docker.go
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docker.go
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// SPDX-License-Identifier: Apache-2.0
// Copyright Authors of Cilium
package helpers
import (
"fmt"
"strings"
"github.com/onsi/ginkgo"
"github.com/cilium/cilium/test/helpers/constants"
)
// ContainerExec executes cmd in the container with the provided name along with
// any other additional arguments needed.
func (s *SSHMeta) ContainerExec(name string, cmd string, optionalArgs ...string) *CmdRes {
optionalArgsCoalesced := ""
if len(optionalArgs) > 0 {
optionalArgsCoalesced = strings.Join(optionalArgs, " ")
}
dockerCmd := fmt.Sprintf("docker exec -i %s %s %s", optionalArgsCoalesced, name, cmd)
return s.Exec(dockerCmd)
}
// ContainerRun is a wrapper to a one execution docker run container. It runs
// an instance of the specific Docker image with the provided network, name and
// options.
func (s *SSHMeta) ContainerRun(name, image, net, options string, cmdParams ...string) *CmdRes {
cmdOnStart := ""
if len(cmdParams) > 0 {
cmdOnStart = strings.Join(cmdParams, " ")
}
cmd := fmt.Sprintf(
"docker run --name %s --net %s %s %s %s", name, net, options, image, cmdOnStart)
return s.ExecWithSudo(cmd)
}
// ContainerCreate is a wrapper for `docker run`. It runs an instance of the
// specified Docker image with the provided network, name, options and container
// startup commands.
func (s *SSHMeta) ContainerCreate(name, image, net, options string, cmdParams ...string) *CmdRes {
cmdOnStart := ""
if len(cmdParams) > 0 {
cmdOnStart = strings.Join(cmdParams, " ")
}
if _, ok := constants.AllImages[image]; !ok {
ginkgo.Fail(fmt.Sprintf("Image %s is not in the set of pre-pulled Docker images; add this image to `AllImages` in `test/helpers/constants/images.go` and / or update the VM image to pull this image if necessary", image), 1)
}
cmd := fmt.Sprintf(
"docker run -d --name %s --net %s %s %s %s", name, net, options, image, cmdOnStart)
log.Debugf("spinning up container with command '%v'", cmd)
return s.ExecWithSudo(cmd)
}
// ContainerRm is a wrapper around `docker rm -f`. It forcibly removes the
// Docker container of the provided name.
func (s *SSHMeta) ContainerRm(name string) *CmdRes {
cmd := fmt.Sprintf("docker rm -f %s", name)
return s.ExecWithSudo(cmd)
}
// ContainerInspect runs `docker inspect` for the container with the provided
// name.
func (s *SSHMeta) ContainerInspect(name string) *CmdRes {
return s.ExecWithSudo(fmt.Sprintf("docker inspect %s", name))
}
func (s *SSHMeta) containerInspectNet(name string, network string) (map[string]string, error) {
res := s.ContainerInspect(name)
properties := map[string]string{
"EndpointID": "EndpointID",
"GlobalIPv6Address": IPv6,
"IPAddress": IPv4,
"NetworkID": "NetworkID",
"IPv6Gateway": "IPv6Gateway",
}
if !res.WasSuccessful() {
return nil, fmt.Errorf("could not inspect container %s", name)
}
filter := fmt.Sprintf(`{ [0].NetworkSettings.Networks.%s }`, network)
result := map[string]string{
Name: name,
}
data, err := res.FindResults(filter)
if err != nil {
return nil, err
}
for _, val := range data {
iface := val.Interface()
for k, v := range iface.(map[string]interface{}) {
if key, ok := properties[k]; ok {
result[key] = fmt.Sprintf("%s", v)
}
}
}
return result, nil
}
// ContainerInspectOtherNet returns a map of Docker networking information
// fields and their associated values for the container of the provided name,
// on the specified docker network. An error is returned if the networking
// information could not be retrieved.
func (s *SSHMeta) ContainerInspectOtherNet(name string, network string) (map[string]string, error) {
return s.containerInspectNet(name, network)
}
// ContainerInspectNet returns a map of Docker networking information fields and
// their associated values for the container of the provided name. An error
// is returned if the networking information could not be retrieved.
func (s *SSHMeta) ContainerInspectNet(name string) (map[string]string, error) {
return s.containerInspectNet(name, CiliumDockerNetwork)
}
// NetworkCreateWithOptions creates a Docker network of the provided name with
// the specified subnet, with custom specified options. It is a wrapper around
// `docker network create`.
func (s *SSHMeta) NetworkCreateWithOptions(name string, subnet string, ipv6 bool, opts string) *CmdRes {
ipv6Arg := ""
if ipv6 {
ipv6Arg = "--ipv6"
}
cmd := fmt.Sprintf(
"docker network create %s --subnet %s %s %s",
ipv6Arg, subnet, opts, name)
res := s.ExecWithSudo(cmd)
if !res.WasSuccessful() {
s.logger.Warningf("Unable to create docker network %s: %s", name, res.CombineOutput().String())
}
return res
}
// NetworkCreate creates a Docker network of the provided name with the
// specified subnet. It is a wrapper around `docker network create`.
func (s *SSHMeta) NetworkCreate(name string, subnet string) *CmdRes {
if subnet == "" {
subnet = "::1/112"
}
return s.NetworkCreateWithOptions(name, subnet, true,
"--driver cilium --ipam-driver cilium")
}
// NetworkDelete deletes the Docker network of the provided name. It is a wrapper
// around `docker network rm`.
func (s *SSHMeta) NetworkDelete(name string) *CmdRes {
return s.ExecWithSudo(fmt.Sprintf("docker network rm %s", name))
}
// NetworkGet returns all of the Docker network configuration for the provided
// network. It is a wrapper around `docker network inspect`.
func (s *SSHMeta) NetworkGet(name string) *CmdRes {
return s.ExecWithSudo(fmt.Sprintf("docker network inspect %s", name))
}
// SampleContainersActions creates or deletes various containers used for
// testing Cilium and adds said containers to the provided Docker network.
func (s *SSHMeta) SampleContainersActions(mode string, networkName string, createOptions ...string) {
createOptionsString := ""
for _, opt := range createOptions {
createOptionsString = fmt.Sprintf("%s %s", createOptionsString, opt)
}
images := map[string]string{
Httpd1: constants.HttpdImage,
Httpd2: constants.HttpdImage,
Httpd3: constants.HttpdImage,
App1: constants.NetperfImage,
App2: constants.NetperfImage,
App3: constants.NetperfImage,
}
switch mode {
case Create:
for k, v := range images {
res := s.ContainerCreate(k, v, networkName, fmt.Sprintf("-l id.%s %s", k, createOptionsString))
res.ExpectSuccess("failed to create container %s", k)
}
s.WaitEndpointsReady()
case Delete:
for k := range images {
s.ContainerRm(k)
}
s.WaitEndpointsDeleted()
}
}
// GatherDockerLogs dumps docker containers logs output to the directory
// testResultsPath
func (s *SSHMeta) GatherDockerLogs() {
res := s.Exec("docker ps -a --format {{.Names}}")
if !res.WasSuccessful() {
log.WithField("error", res.CombineOutput()).Errorf("cannot get docker logs")
return
}
commands := map[string]string{}
for _, k := range res.ByLines() {
if k != "" {
key := fmt.Sprintf("docker logs %s", k)
commands[key] = fmt.Sprintf("container_%s.log", k)
}
}
testPath, err := CreateReportDirectory()
if err != nil {
s.logger.WithError(err).Errorf(
"cannot create test results path '%s'", testPath)
return
}
reportMap(testPath, commands, s)
}