for p := range n.pred {
			p.ndeps--
			heap.Fix(&pq, p.index)
		}

		// record the init order for variables with initializers only
		v, _ := n.obj.(*Var)
		info := check.objMap[v]
		if v == nil || !info.hasInitializer() {
			continue
		}

		// n:1 variable declarations such as: a, b = f()
		// introduce a node for each lhs variable (here: a, b);
		// but they all have the same initializer - emit only

		for p := range n.pred {
			p.ndeps--
			heap.Fix(&pq, p.index)
		}

		// record the init order for variables with initializers only
		v, _ := n.obj.(*Var)
		info := check.objMap[v]
		if v == nil || !info.hasInitializer() {
			continue
		}

		// n:1 variable declarations such as: a, b = f()
		// introduce a node for each lhs variable (here: a, b);
		// but they all have the same initializer - emit only

	// The deps field tracks initialization expression dependencies.
	deps map[Object]bool // lazily initialized
}

// hasInitializer reports whether the declared object has an initialization
// expression or function body.
func (d *declInfo) hasInitializer() bool {
	return d.init != nil || d.fdecl != nil && d.fdecl.Body != nil
}

// addDep adds obj to the set of objects d's init expression depends on.

	// The deps field tracks initialization expression dependencies.
	deps map[Object]bool // lazily initialized
}

// hasInitializer reports whether the declared object has an initialization
// expression or function body.
func (d *declInfo) hasInitializer() bool {
	return d.init != nil || d.fdecl != nil && d.fdecl.Body != nil
}

// addDep adds obj to the set of objects d's init expression depends on.

		if len(containersToStart) == 0 {
			hasInitialized := false
			if !utilfeature.DefaultFeatureGate.Enabled(features.SidecarContainers) {
				_, _, hasInitialized = findNextInitContainerToRun(pod, podStatus)
			} else {
				// If there is any regular container, it means all init containers have
				// been initialized.
				hasInitialized = hasAnyRegularContainerCreated(pod, podStatus)
			}