//Assembly into a carton.
//a carton comprises of self contained boxes
func mkCarton(aies string, ay string) (*Carton, error) {
a, err := get(ay)
if err != nil {
return nil, err
}
b, err := a.mkBoxes(aies)
if err != nil {
return nil, err
}
c := &Carton{
Id: ay, //assembly id
CartonsId: aies, //assemblies id
Name: a.Name,
Tosca: a.Tosca,
ImageVersion: a.imageVersion(),
DomainName: a.domain(),
Compute: a.newCompute(),
SSH: a.newSSH(),
Provider: a.provider(),
PublicIp: a.publicIp(),
Boxes: &b,
Status: provision.Status(a.Status),
}
return c, nil
}
//lets make boxes with components to be mutated later or, and the required
//information for a launch.
//A "colored component" externalized with what we need.
func (a *Assembly) mkBoxes(aies string) ([]provision.Box, error) {
newBoxs := make([]provision.Box, 0, len(a.Components))
for _, comp := range a.Components {
if len(strings.TrimSpace(comp.Id)) > 1 {
if b, err := comp.mkBox(); err != nil {
return nil, err
} else {
b.CartonId = a.Id
b.CartonsId = aies
b.CartonName = a.Name
if len(strings.TrimSpace(b.Provider)) <= 0 {
b.Provider = a.provider()
}
if len(strings.TrimSpace(b.PublicIp)) <= 0 {
b.PublicIp = a.publicIp()
}
if b.Repo.IsEnabled() {
b.Repo.Hook.CartonId = a.Id //this is screwy, why do we need it.
b.Repo.Hook.BoxId = comp.Id
}
b.Compute = a.newCompute()
b.SSH = a.newSSH()
b.Status = provision.Status(a.Status)
newBoxs = append(newBoxs, b)
}
}
}
return newBoxs, nil
}