130 lines
3.3 KiB
Rust
130 lines
3.3 KiB
Rust
use std::marker::PhantomData;
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// Capability Trait Hierarchy
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pub trait Capability {}
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// Specific Capability Traits
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pub trait ShellAccess: Capability {}
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pub trait ContainerRuntime: Capability {}
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pub trait KubernetesAccess: Capability {}
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pub trait FileSystemAccess: Capability {}
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// Topology Trait - Defines the core interface for infrastructure topologies
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pub trait Topology {
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type Capabilities: Capability;
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fn name(&self) -> &str;
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}
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// Score Trait - Defines the core interface for infrastructure transformation
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pub trait Score {
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type RequiredCapabilities: Capability;
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type OutputTopology: Topology;
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fn apply<T: Topology>(&self, topology: T) -> Result<Self::OutputTopology, String>;
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}
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// Linux Host Topology
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pub struct LinuxHostTopology;
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impl Topology for LinuxHostTopology {
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type Capabilities = dyn ShellAccess + FileSystemAccess;
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fn name(&self) -> &str {
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"Linux Host"
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}
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}
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impl ShellAccess for LinuxHostTopology {}
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impl FileSystemAccess for LinuxHostTopology {}
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// K3D Topology
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pub struct K3DTopology;
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impl Topology for K3DTopology {
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type Capabilities = dyn ContainerRuntime + KubernetesAccess + ShellAccess;
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fn name(&self) -> &str {
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"K3D Kubernetes Cluster"
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}
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}
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impl ContainerRuntime for K3DTopology {}
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impl KubernetesAccess for K3DTopology {}
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impl ShellAccess for K3DTopology {}
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// Command Score - A score that requires shell access
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pub struct CommandScore {
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command: String,
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}
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impl Score for CommandScore {
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type RequiredCapabilities = dyn ShellAccess;
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type OutputTopology = LinuxHostTopology;
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fn apply<T: Topology>(&self, _topology: T) -> Result<Self::OutputTopology, String>
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where
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T: ShellAccess
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{
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// Simulate command execution
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println!("Executing command: {}", self.command);
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Ok(LinuxHostTopology)
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}
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}
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// Kubernetes Resource Score
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pub struct K8sResourceScore {
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resource_definition: String,
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}
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impl Score for K8sResourceScore {
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type RequiredCapabilities = dyn KubernetesAccess;
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type OutputTopology = K3DTopology;
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fn apply<T: Topology>(&self, _topology: T) -> Result<Self::OutputTopology, String>
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where
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T: dyn KubernetesAccess
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{
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// Simulate Kubernetes resource application
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println!("Applying K8s resource: {}", self.resource_definition);
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Ok(K3DTopology)
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}
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}
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// Maestro - The orchestration coordinator
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pub struct Maestro;
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impl Maestro {
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// Type-safe score application
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pub fn apply_score<T, S>(topology: T, score: S) -> Result<S::OutputTopology, String>
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where
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T: Topology,
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S: Score,
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T: S::RequiredCapabilities
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{
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score.apply(topology)
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}
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}
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fn main() {
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// Example usage demonstrating type-driven design
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let linux_host = LinuxHostTopology;
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let k3d_cluster = K3DTopology;
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// Command score on Linux host
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let command_score = CommandScore {
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command: "echo 'Hello, World!'".to_string(),
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};
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let result = Maestro::apply_score(linux_host, command_score)
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.expect("Command score application failed");
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// K8s resource score on K3D cluster
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let k8s_score = K8sResourceScore {
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resource_definition: "apiVersion: v1\nkind: Pod\n...".to_string(),
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};
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let k8s_result = Maestro::apply_score(k3d_cluster, k8s_score)
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.expect("K8s resource score application failed");
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}
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