// NewAutoScalingGroup creates an AutoScalingGroup from the AWS API's autoscaling.Group
func NewAutoScalingGroup(region string, asg *autoscaling.Group) *AutoScalingGroup {
a := AutoScalingGroup{
Resource: Resource{
region: reapable.Region(region),
id: reapable.ID(*asg.AutoScalingGroupName),
Name: *asg.AutoScalingGroupName,
Tags: make(map[string]string),
},
Group: *asg,
}
for _, instance := range asg.Instances {
a.Instances = append(a.Instances, reapable.ID(*instance.InstanceId))
}
for _, tag := range asg.Tags {
a.Resource.Tags[*tag.Key] = *tag.Value
}
if a.Tagged("aws:cloudformation:stack-name") {
a.Dependency = true
a.IsInCloudformation = true
}
if a.Tagged(reaperTag) {
// restore previously tagged state
a.reaperState = state.NewStateWithTag(a.Tag(reaperTag))
} else {
// initial state
a.reaperState = state.NewState()
}
return &a
}
// NewCloudformation creates a new Cloudformation from the AWS API's cloudformation.Stack
func NewCloudformation(region string, stack *cloudformation.Stack) *Cloudformation {
a := Cloudformation{
Resource: Resource{
region: reapable.Region(region),
id: reapable.ID(*stack.StackId),
Name: *stack.StackName,
Tags: make(map[string]string),
reaperState: state.NewStateWithUntil(time.Now().Add(config.Notifications.FirstStateDuration.Duration)),
},
Stack: *stack,
}
// because getting resources is rate limited...
go func() {
a.Lock()
for resource := range cloudformationResources(a.Region().String(), a.ID().String()) {
a.Resources = append(a.Resources, *resource)
}
a.Unlock()
}()
for _, tag := range stack.Tags {
a.Resource.Tags[*tag.Key] = *tag.Value
}
if a.Tagged(reaperTag) {
// restore previously tagged state
a.reaperState = state.NewStateWithTag(a.Resource.Tag(reaperTag))
} else {
// initial state
a.reaperState = state.NewState()
}
return &a
}
// NewSecurityGroup creates an SecurityGroup from the AWS API's ec2.SecurityGroup
func NewSecurityGroup(region string, sg *ec2.SecurityGroup) *SecurityGroup {
s := SecurityGroup{
Resource: Resource{
id: reapable.ID(*sg.GroupId),
region: reapable.Region(region),
Name: *sg.GroupName,
Tags: make(map[string]string),
},
SecurityGroup: *sg,
}
for _, tag := range sg.Tags {
s.Resource.Tags[*tag.Key] = *tag.Value
}
if s.Tagged("aws:cloudformation:stack-name") {
s.Dependency = true
s.IsInCloudformation = true
}
if s.Tagged(reaperTag) {
// restore previously tagged state
s.reaperState = state.NewStateWithTag(s.Resource.Tag(reaperTag))
} else {
// initial state
s.reaperState = state.NewState()
}
return &s
}
// NewInstance creates an Instance from the AWS API's ec2.Instance
func NewInstance(region string, instance *ec2.Instance) *Instance {
a := Instance{
Resource: Resource{
id: reapable.ID(*instance.InstanceId),
region: reapable.Region(region), // passed in cause not possible to extract out of api
Tags: make(map[string]string),
},
SecurityGroups: make(map[reapable.ID]string),
Instance: *instance,
}
for _, sg := range instance.SecurityGroups {
if sg != nil {
a.SecurityGroups[reapable.ID(*sg.GroupId)] = *sg.GroupName
}
}
for _, tag := range instance.Tags {
a.Resource.Tags[*tag.Key] = *tag.Value
}
if a.Tagged("aws:cloudformation:stack-name") {
a.Dependency = true
a.IsInCloudformation = true
}
if a.Tagged("aws:autoscaling:groupName") {
a.Dependency = true
}
if a.Tagged("aws:autoscaling:groupName") {
a.AutoScaled = true
}
a.Name = a.Tag("Name")
if a.Tagged(reaperTag) {
// restore previously tagged state
a.reaperState = state.NewStateWithTag(a.Tag(reaperTag))
} else {
// initial state
a.reaperState = state.NewState()
}
return &a
}
