func main() {
var t toscalib.ServiceTemplateDefinition
err := t.Parse(os.Stdin)
if err != nil {
log.Fatal(err)
}
// Creates a new graph
g := gographviz.NewGraph()
g.AddAttr("", "rankdir", "LR")
g.SetName("G")
g.SetDir(true)
e := toscaexec.GeneratePlaybook(t)
for i, p := range e.Index {
g.AddNode("G", fmt.Sprintf("%v", i),
map[string]string{
"id": fmt.Sprintf("\"%v\"", i),
"label": fmt.Sprintf("\"%v|%v\"", p.NodeTemplate.Name, p.OperationName),
"shape": "\"record\"",
})
}
l := e.AdjacencyMatrix.Dim()
for r := 0; r < l; r++ {
for c := 0; c < l; c++ {
if e.AdjacencyMatrix.At(r, c) == 1 {
g.AddEdge(fmt.Sprintf("%v", r), fmt.Sprintf("%v", c), true, nil)
}
}
}
log.Println("here")
s := g.String()
fmt.Println(s)
/*
d, _ := yaml.Marshal(e)
fmt.Println(string(d))
*/
/*
for i, n := range e.Index {
log.Printf("[%v] %v:%v -> %v %v",
i,
n.NodeTemplate.Name,
n.OperationName,
n.NodeTemplate.Interfaces[n.InterfaceName].Operations[n.OperationName].Implementation,
n.NodeTemplate.Interfaces[n.InterfaceName].Operations[n.OperationName].Inputs,
)
}
*/
}
func togorch(t toscalib.ServiceTemplateDefinition, operations []string) orchestrator.Graph {
e := toscaexec.GeneratePlaybook(t)
var g orchestrator.Graph
g.Digraph = structure.Matrix(e.AdjacencyMatrix)
g.Name = t.Description
for i, n := range e.Index {
var node orchestrator.Node
node.ID = i
node.Name = fmt.Sprintf("%v:%v", n.NodeTemplate.Name, n.OperationName)
if n.OperationName == "noop" {
node.Engine = "nil"
} else {
node.Engine = "toscassh"
}
torun := false
for _, operation := range operations {
if operation == n.OperationName {
torun = true
}
}
if !torun {
node.Engine = "nil"
}
// Sets the target
node.Target = getComputeTarget(t, n)
attrTarget := getAttributeTarget(t, n)
ctxlog := log.WithFields(logrus.Fields{
"Node": node.Name,
"ID": node.ID,
"Target": node.Target,
})
node.Artifact = n.NodeTemplate.Interfaces[n.InterfaceName].Operations[n.OperationName].Implementation
// Get inputs from the node type
for argName, argValue := range t.NodeTypes[n.NodeTemplate.Type].Interfaces[n.InterfaceName][n.OperationName].Inputs {
for get, val := range argValue.Value {
switch get {
case "value":
node.Args = append(node.Args, fmt.Sprintf("%v=%v", argName, val[0]))
case "get_input":
value := e.Inputs[val[0]]
node.Args = append(node.Args, fmt.Sprintf("%v=%v", argName, value))
case "get_property":
tgt := val[0]
switch val[0] {
case "SELF":
tgt = n.NodeTemplate.Name
case "HOST":
tgt = node.Target
}
prop, err := t.GetProperty(tgt, val[1])
vals, err := t.EvaluateStatement(prop)
node.Args = append(node.Args, fmt.Sprintf("%v=%v", argName, vals))
if err != nil {
ctxlog.Warnf("Cannot find property %v on %v", val[1], val[0])
}
case "get_attribute":
tgt := val[0]
switch val[0] {
case "SELF":
tgt = n.NodeTemplate.Name
case "HOST":
tgt = attrTarget
}
node.Args = append(node.Args, fmt.Sprintf("%v=get_attribute %v.*:%v", argName, tgt, val[1]))
default:
node.Args = append(node.Args, fmt.Sprintf("DEBUG: %v=%v", argName, val))
}
}
}
// Get inputs from the node template
for argName, argValue := range n.NodeTemplate.Interfaces[n.InterfaceName].Operations[n.OperationName].Inputs {
for get, val := range argValue {
switch get {
case "value":
node.Args = append(node.Args, fmt.Sprintf("%v=%v", argName, val[0]))
case "get_input":
value := e.Inputs[val[0]]
node.Args = append(node.Args, fmt.Sprintf("%v=%v", argName, value))
case "get_property":
prop, err := t.GetProperty(val[0], val[1])
node.Args = append(node.Args, fmt.Sprintf("%v=%v", argName, prop))
if err != nil {
ctxlog.Warnf("Cannot find property %v on %v", val[1], val[0])
}
case "get_attribute":
node.Args = append(node.Args, fmt.Sprintf("%v=get_attribute %v*:%v", argName, val[0], val[1]))
default:
node.Args = append(node.Args, fmt.Sprintf("DEBUG: %v=%v", argName, val))
}
}
}
// Sets the output
// For every node, the attributes of the node or its type is an output
node.Outputs = make(map[string]string, 0)
for k, _ := range n.NodeTemplate.Refs.Type.Attributes {
node.Outputs[k] = ""
}
//for k, v := range n.NodeTemplate.Attributes {
//node.Outputs[k] = v
//}
g.Nodes = append(g.Nodes, node)
}
return g
}