docker

type Config struct {
	DockerPath string `json:"docker_path"` // '/Applications/Docker.app/Contents/Resources/bin/docker'

	IsRemote bool `json:"is_remote"` // In case the docker client does not use the local node resources

	IgnoreNonControlled bool `json:"ignore_non_controlled"` // If you want to allow non-controlled docker containers to be running

	ImagesPath    string `json:"images_path"`    // Where to look/store docker file images
	WorkspacePath string `json:"workspace_path"` // Where to place the disks

	// Alter allows you to control how much resources will be used:
	// * Negative (<0) value will alter the total resource count before provisioning so you will be
	//   able to save some resources for the host system (recommended -2 for CPU and -10 for RAM
	//   for disk caching)
	// * Positive (>0) value could also be available (but check it in your docker dist in advance)
	//   Please be careful here - noone wants the container to fail allocation because of that...
	CPUAlter int32 `json:"cpu_alter"` // 0 do nothing, <0 reduces number available CPUs, >0 increases it (dangerous)
	RAMAlter int32 `json:"ram_alter"` // 0 do nothing, <0 reduces amount of available RAM (GB), >0 increases it (dangerous)

	// Overbook options allows tenants to reuse the resources
	// It will be used only when overbook is allowed by the tenants. It works by just adding those
	// amounts to the existing total before checking availability. For example if you have 16CPU
	// and want to run 2 tenants with requirement of 14 CPUs each - you can put 12 in CPUOverbook -
	// to have virtually 28 CPUs. 3rd will not be running because 2 tenants will eat all 28 virtual
	// CPUs. Same applies to the RamOverbook.
	CPUOverbook uint32 `json:"cpu_overbook"` // How much CPUs could be reused by multiple tenants
	RAMOverbook uint32 `json:"ram_overbook"` // How much RAM (GB) could be reused by multiple tenants

	DownloadUser     string `json:"download_user"`     // The user will be used in download operations
	DownloadPassword string `json:"download_password"` // The password will be used in download operations
}

type Driver struct {
	// contains filtered or unexported fields
}

type Factory struct{}

type Options struct {
	Images []provider.Image `json:"images"` // List of image dependencies, last one is running one

	// TaskImage options
	TaskImageName string `json:"task_image_name"` // Create new image with defined name and "image-DATE.TIME" version
}

type TaskImage struct {
	*typesv2.ApplicationTask     `json:"-"` // Info about the requested task
	*typesv2.LabelDefinition     `json:"-"` // Info about the used label definition
	*typesv2.ApplicationResource `json:"-"` // Info about the processed resource

	Full bool `json:"full"` // Make full (all disks including connected disks), or just the root OS disk image
	// contains filtered or unexported fields
}

type TaskSnapshot struct {
	*typesv2.ApplicationTask     `json:"-"` // Info about the requested task
	*typesv2.LabelDefinition     `json:"-"` // Info about the used label definition
	*typesv2.ApplicationResource `json:"-"` // Info about the processed resource

	Full bool `json:"full"` // Make full (all disks including OS image), or just the additional disks snapshot
	// contains filtered or unexported fields
}