architecture_progress/
architecture_progress.rs

1/// AI-lib 架构进展报告示例 - AI-lib architecture progress report example
2use ai_lib::{AiClient, Provider};
3
4fn main() {
5    println!("🏗️  AI-lib Architecture Progress Report");
6    println!("=====================================");
7
8    println!("\n📊 Currently Supported Providers:");
9
10    let providers = vec![
11        (
12            "Groq",
13            "Config-driven",
14            "✅ Fully working",
15            "GenericAdapter",
16        ),
17        (
18            "DeepSeek",
19            "Config-driven",
20            "✅ Connection OK",
21            "GenericAdapter",
22        ),
23        (
24            "Anthropic",
25            "Config-driven",
26            "🔧 Configured",
27            "GenericAdapter + Special Auth",
28        ),
29        (
30            "OpenAI",
31            "Independent Adapter",
32            "🔧 Implemented",
33            "OpenAiAdapter",
34        ),
35    ];
36
37    for (name, type_, status, impl_) in providers {
38        println!(
39            "   • {:<12} | {:<8} | {:<12} | {}",
40            name, type_, status, impl_
41        );
42    }
43
44    println!("\n🎯 Architecture Advantages Validation:");
45
46    // Test client creation
47    let test_cases = vec![
48        (Provider::Groq, "Groq"),
49        (Provider::DeepSeek, "DeepSeek"),
50        (Provider::Anthropic, "Anthropic"),
51        (Provider::OpenAI, "OpenAI"),
52    ];
53
54    for (provider, name) in test_cases {
55        match AiClient::new(provider) {
56            Ok(_) => println!("   ✅ {} client created successfully", name),
57            Err(e) => {
58                if e.to_string().contains("environment variable not set") {
59                    println!("   ⚠️  {} requires API key", name);
60                } else {
61                    println!("   ❌ {} configuration error: {}", name, e);
62                }
63            }
64        }
65    }
66
67    println!("\n📈 Code Volume Comparison:");
68    println!("   Traditional approach: ~250 lines per provider");
69    println!("   Config-driven approach: ~15 lines per provider");
70    println!("   Savings: 94% code reduction");
71
72    println!("\n🔄 Progressive Architecture Evolution:");
73    println!("   ✅ Phase 1: GenericAdapter + ProviderConfig foundation");
74    println!("   ✅ Phase 2: Multi-provider config-driven validation (Groq, DeepSeek, Anthropic)");
75    println!(
76        "   🔄 Phase 3: Hybrid architecture (config-driven + independent adapters coexistence)"
77    );
78    println!("   📋 Phase 4: Configuration file support (JSON/YAML dynamic config)");
79
80    println!("\n🚀 Next Steps:");
81    println!("   1. Implement Google Gemini independent adapter (validate hybrid architecture)");
82    println!("   2. Add more config-driven providers (Together AI, Cohere)");
83    println!("   3. Implement configuration file loading (runtime dynamic config)");
84    println!("   4. Optimize error handling and retry mechanisms");
85
86    println!("\n💡 Architecture Value:");
87    println!("   • 🔧 Flexibility: Support different authentication methods and endpoints");
88    println!("   • ⚡ Scalability: Extremely low cost for adding new providers");
89    println!("   • 🔄 Reusability: Shared SSE parsing and HTTP logic");
90    println!("   • 🎯 Unity: All providers use the same interface");
91}
architecture_progress/architecture_progress.rs

architecture_progress/
architecture_progress.rs
