Fix typos

README.md

@@ -2,7 +2,7 @@
 
 With firebuild, you can build and deploy secure VMs directly from `Dockerfiles` and Docker images in just few minutes.
 
-The concept of `firebuild` is to leverage as much of the existing Docker world as possible. There are thousands of Docker images out there. Docker images are awesome because they encapsulate the software we want to run in our workloads, they also encapsulate dependencies. Dockerfiles are what Docker images are built from. Dockeriles are the blueprints of the modern infrastructure. There are thousands of them for almost anything one can imagine and new ones are very easy to write.
+The concept of `firebuild` is to leverage as much of the existing Docker world as possible. There are thousands of Docker images out there. Docker images are awesome because they encapsulate the software we want to run in our workloads, they also encapsulate dependencies. Dockerfiles are what Docker images are built from. Dockerfiles are the blueprints of the modern infrastructure. There are thousands of them for almost anything one can imagine and new ones are very easy to write.
 
 With firebuild it is possible to:
 

cmd/baseos/cmd.go

@@ -289,7 +289,7 @@ func processCommand() int {
 
 	spanRootfsMkfs.Finish()
 
-	rootLogger.Info("EXT4 file system created, mouting", "path", rootFSFile, "size-mb", commandConfig.FSSizeMBs)
+	rootLogger.Info("EXT4 file system created, mounting", "path", rootFSFile, "size-mb", commandConfig.FSSizeMBs)
 
 	spanMountRootfs := tracer.StartSpan("baseos-mount-rootfs", opentracing.ChildOf(spanRootfsMkfs.Context()))
 

cmd/rootfs/cmd.go

@@ -546,7 +546,7 @@ func processCommand() int {
 
 	vmmLogger := rootLogger.With("vmm-id", jailingFcConfig.VMMID(), "veth-name", vethIfaceName)
 
-	vmmLogger.Info("buildiing VMM",
+	vmmLogger.Info("building VMM",
 		"dockerfile", commandConfig.Dockerfile,
 		"kernel-path", resolvedKernel.HostPath(),
 		"source-rootfs", machineConfig.RootfsOverride(),
@@ -562,7 +562,7 @@ func processCommand() int {
 		span.Finish()
 	})
 
-	strategy := configs.DefaultFirectackerStrategy(machineConfig).
+	strategy := configs.DefaultFirecrackerStrategy(machineConfig).
 		AddRequirements(func() *arbitrary.HandlerPlacement {
 			// add this one after the previous one so by he logic,
 			// this one will be placed and executed before the first one

cmd/run/cmd.go

@@ -278,7 +278,7 @@ func processCommand(args []string) int {
 		Type:     metadata.MetadataTypeRun,
 	}
 
-	vmmStrategy := configs.DefaultFirectackerStrategy(machineConfig).
+	vmmStrategy := configs.DefaultFirecrackerStrategy(machineConfig).
 		AddRequirements(func() *arbitrary.HandlerPlacement {
 			// add this one after the previous one so by he logic,
 			// this one will be placed and executed before the first one

configs/firecracker.go

@@ -13,8 +13,8 @@ import (
 // DefaultVethIfaceName is the default veth interface name.
 const DefaultVethIfaceName = "veth0"
 
-// DefaultFirectackerStrategy returns an instance of the default Firecracker Jailer strategy for a given machine config.
-func DefaultFirectackerStrategy(machineConfig *MachineConfig) arbitrary.PlacingStrategy {
+// DefaultFirecrackerStrategy returns an instance of the default Firecracker Jailer strategy for a given machine config.
+func DefaultFirecrackerStrategy(machineConfig *MachineConfig) arbitrary.PlacingStrategy {
 	return arbitrary.NewStrategy(func() *arbitrary.HandlerPlacement {
 		return arbitrary.NewHandlerPlacement(firecracker.
 			LinkFilesHandler(filepath.Base(machineConfig.KernelOverride())),
@@ -101,7 +101,7 @@ func (c *defaultFcConfigProvider) ToSDKConfig() firecracker.Config {
 			Daemonize:     c.machineConfig.Daemonize(),
 			ChrootStrategy: func() firecracker.HandlersAdapter {
 				if c.fcStrategy == nil {
-					return DefaultFirectackerStrategy(c.machineConfig)
+					return DefaultFirecrackerStrategy(c.machineConfig)
 				}
 				return c.fcStrategy
 			}(),

pkg/metadata/metadata.go

@@ -144,7 +144,7 @@ func (r *MDRun) AsMMDS() (interface{}, error) {
 		return nil, errors.Wrap(err, "failed fetching public keys")
 	}
 
-	entrypoitInfo := &mmds.MMDSRootfsEntrypointInfo{
+	entrypointInfo := &mmds.MMDSRootfsEntrypointInfo{
 		Cmd:        r.Rootfs.EntrypointInfo.Cmd,
 		Entrypoint: r.Rootfs.EntrypointInfo.Entrypoint,
 		Env:        r.Rootfs.EntrypointInfo.Env,
@@ -153,10 +153,10 @@ func (r *MDRun) AsMMDS() (interface{}, error) {
 		Workdir:    r.Rootfs.EntrypointInfo.Workdir,
 	}
 	if len(r.Configs.RunConfig.CapturedCmd()) > 0 {
-		entrypoitInfo.Cmd = r.Configs.RunConfig.CapturedCmd()
+		entrypointInfo.Cmd = r.Configs.RunConfig.CapturedCmd()
 	}
 
-	entrypointJSON, err := entrypoitInfo.ToJsonString()
+	entrypointJSON, err := entrypointInfo.ToJsonString()
 	if err != nil {
 		return nil, errors.Wrap(err, "failed fetching public keys")
 	}

pkg/vmm/vmm.go

@@ -49,7 +49,7 @@ func NewDefaultProvider(cniConfig *configs.CNIConfig, jailingFcConfig *configs.J
 		jailingFcConfig: jailingFcConfig,
 		machineConfig:   machineConfig,
 
-		handlersAdapter: configs.DefaultFirectackerStrategy(machineConfig),
+		handlersAdapter: configs.DefaultFirecrackerStrategy(machineConfig),
 		logger:          hclog.Default(),
 		vethIfaceName:   configs.DefaultVethIfaceName,
 	}