پلاگین Gradle Maison برای اجرای دو نمونه Ollama Pro به صورت موازی

@startuml
!theme plain

skinparam handwritten false
skinparam shadowing false
skinparam BoxPadding 8
skinparam DefaultFontSize 11
skinparam ArrowThickness 1.5

left to right direction

actor "توسعه‌دهنده" as Dev

package "build.gradle.kts" as GradleFile {

  usecase "startOllamaB" as Start
  usecase "stopOllamaB" as Stop
  usecase "بررسی هویت" as Check
  usecase "signInB" as SignIn
  usecase "pullModelB" as Pull
  usecase "تستاولاماب" as Test
  usecase "statusOllamaAll" as Status
  usecase "cleanOllamaB" as Clean
}

package "Docker Daemon" as DockerDaemon {

  node "ollama-instance-b" as ContainerB {
    component ":11435" as Port
    database "~/ollama-b-data" as Volume
  }
}

package "Ollama Native" as Native {
  component ":11434" as NatPort
}

Dev --> Start
Dev --> SignIn
Dev --> Pull
Dev --> Test
Dev --> Status
Dev --> Check
Dev --> Stop
Dev --> Clean

Start ..> ContainerB : docker run -d
Stop ..> ContainerB : docker stop
Check ..> Volume : cat id_ed25519.pub
SignIn ..> ContainerB : ollama signin
Pull ..> ContainerB : ollama pull
Test ..> ContainerB : curl /v1/chat/completions
Status ..> ContainerB : docker ps
Status ..> Native : curl :11434
Clean ..> ContainerB : docker rm -f

note bottom of GradleFile
  Zéro script bash externe.
  Tout est dans le build.gradle.kts,
  versionné avec le projet.
end note

@enduml

import java.io.ByteArrayOutputStream

plugins {
    base
}

// -------------------------------------------------------------------------
// Configuration
// -------------------------------------------------------------------------
val instanceName   = "ollama-instance-b"
val instancePort   = 11435
val instanceImage  = "ollama/ollama:0.20.2"
val dataDir        = file("${System.getProperty("user.home")}/ollama-b-data")
val nativePort     = 11434

// Modèles à gérer — cloud Pro + un modèle local gratuit pour les tests
val proModels      = listOf("deepseek-v4-pro:cloud", "gemma4:31b-cloud")
val freeModels     = listOf("qwen3:0.6b")

// -------------------------------------------------------------------------
// Tâche préparatoire — création du volume si absent
// -------------------------------------------------------------------------
val prepareVolume by tasks.registering {
    group       = "ollama"
    description = "Crée le répertoire de volume pour l'instance B si absent"
    doLast {
        if (!dataDir.exists()) {
            dataDir.mkdirs()
            println("Volume créé : ${dataDir.absolutePath}")
        } else {
            println("Volume existant : ${dataDir.absolutePath}")
        }
    }
}

// -------------------------------------------------------------------------
// Démarrage du conteneur Docker
// -------------------------------------------------------------------------
val startOllamaB by tasks.registering(Exec::class) {
    group       = "ollama"
    description = "Lance le conteneur Docker pour l'instance Ollama B"
    dependsOn(prepareVolume)

    commandLine(
        "docker", "run", "-d",
        "--name", instanceName,
        "-p", "$instancePort:11434",
        "-v", "${dataDir.absolutePath}:/root/.ollama",
        "-e", "OLLAMA_HOST=0.0.0.0",
        "--restart", "always",
        instanceImage
    )
    isIgnoreExitValue = true

    doLast {
        val alreadyRunning = executionResult.get().exitValue != 0
        if (alreadyRunning) {
            logger.lifecycle("Le conteneur '$instanceName' existe déjà — tentative de démarrage")
        } else {
            logger.lifecycle("Conteneur '$instanceName' lancé")
        }
    }
}

// -------------------------------------------------------------------------
// Arrêt du conteneur
// -------------------------------------------------------------------------
val stopOllamaB by tasks.registering(Exec::class) {
    group       = "ollama"
    description = "Arrête le conteneur Docker de l'instance B"

    commandLine("docker", "stop", instanceName)
    isIgnoreExitValue = true

    doLast {
        logger.lifecycle("Conteneur '$instanceName' arrêté")
    }
}

// -------------------------------------------------------------------------
// Affichage de la clé publique (Device Key)
// -------------------------------------------------------------------------
val checkIdentity by tasks.registering(Exec::class) {
    group       = "ollama"
    description = "Affiche la clé publique SSH de l'instance B"
    dependsOn(startOllamaB)

    commandLine("docker", "exec", instanceName, "cat", "/root/.ollama/id_ed25519.pub")
    standardOutput = ByteArrayOutputStream()

    doLast {
        val pubKey = standardOutput.toString().trim()
        println("=".repeat(60))
        println("Device Key (Instance B)")
        println("=".repeat(60))
        println(pubKey)
        println("=".repeat(60))
        println("→ Enregistre cette clé sur https://ollama.com/settings/keys")
        println("→ Puis exécute : ./gradlew signInB")
        println("=".repeat(60))
    }
}

// -------------------------------------------------------------------------
// Sign-in interactif (Ouvrira le navigateur)
// -------------------------------------------------------------------------
val signInB by tasks.registering(Exec::class) {
    group       = "ollama"
    description = "Lance l'authentification interactive Ollama pour le compte B"
    dependsOn(startOllamaB)

    standardInput  = System.`in`
    standardOutput = System.out
    errorOutput    = System.err

    commandLine("docker", "exec", "-it", instanceName, "ollama", "signin")

    doFirst {
        logger.lifecycle("Authentification pour le Compte Pro B...")
        logger.lifecycle("Ouvre ton navigateur et connecte-toi avec l'email du compte B")
    }
}

// -------------------------------------------------------------------------
// Pull d'un modèle (paramétrable via propriété Gradle)
// -------------------------------------------------------------------------
val pullModelB by tasks.registering(Exec::class) {
    group       = "ollama"
    description = "Pull un modèle sur l'instance B. Usage : ./gradlew pullModelB -Pmodel=nom:tag"
    dependsOn(startOllamaB)

    val modelName = project.findProperty("model") as? String ?: "qwen3:0.6b"

    commandLine("docker", "exec", instanceName, "ollama", "pull", modelName)

    doFirst {
        logger.lifecycle("Pull du modèle '$modelName' sur l'instance B...")
    }

    doLast {
        logger.lifecycle("Modèle '$modelName' pullé avec succès")
    }
}

// -------------------------------------------------------------------------
// Pull de tous les modèles Pro (batch)
// -------------------------------------------------------------------------
val pullAllProModels by tasks.registering {
    group       = "ollama"
    description = "Pull tous les modèles cloud Pro sur l'instance B"
    dependsOn(startOllamaB)

    doLast {
        proModels.forEach { model ->
            logger.lifecycle("→ Pull $model...")
            val process = ProcessBuilder("docker", "exec", instanceName, "ollama", "pull", model)
                .inheritIO()
                .start()
            process.waitFor()
        }
        logger.lifecycle("Tous les modèles Pro pullés")
    }
}

// -------------------------------------------------------------------------
// Pull de tous les modèles gratuits (batch / première install)
// -------------------------------------------------------------------------
val pullAllFreeModels by tasks.registering {
    group       = "ollama"
    description = "Pull tous les modèles locaux gratuits sur l'instance B"
    dependsOn(startOllamaB)

    doLast {
        freeModels.forEach { model ->
            logger.lifecycle("→ Pull $model...")
            val process = ProcessBuilder("docker", "exec", instanceName, "ollama", "pull", model)
                .inheritIO()
                .start()
            process.waitFor()
        }
        logger.lifecycle("Tous les modèles gratuits pullés")
    }
}

// -------------------------------------------------------------------------
// Liste des modèles disponibles sur l'instance B
// -------------------------------------------------------------------------
val listModelsB by tasks.registering(Exec::class) {
    group       = "ollama"
    description = "Liste les modèles disponibles sur l'instance B"
    dependsOn(startOllamaB)

    commandLine("docker", "exec", instanceName, "ollama", "list")
}

// -------------------------------------------------------------------------
// Health check — test API sur les deux instances
// -------------------------------------------------------------------------
val testOllamaB by tasks.registering {
    group       = "ollama"
    description = "Teste la connectivité API de l'instance B avec un simple chat"
    dependsOn(startOllamaB)

    doLast {
        val model = project.findProperty("model") as? String ?: "qwen3:0.6b"
        logger.lifecycle("Test de l'instance B avec le modèle '$model'...")

        val payload = """
            {
              "model": "$model",
              "messages": [{"role": "user", "content": "Réponds uniquement par OK"}],
              "max_tokens": 5
            }
        """.trimIndent()

        val process = ProcessBuilder(
            "curl", "-s", "http://localhost:$instancePort/v1/chat/completions",
            "-H", "Content-Type: application/json",
            "-d", payload
        ).start()

        val response = process.inputStream.bufferedReader().readText()
        process.waitFor()

        if (response.contains("\"id\":\"chatcmpl") || response.contains("\"choices\"")) {
            println("✓ Instance B OK — port $instancePort répond")
            println("  Response: ${response.take(120)}...")
        } else {
            println("✗ Instance B INACTIVE — vérifie le conteneur avec './gradlew statusOllamaAll'")
            println("  Raw: $response")
        }
    }
}

// -------------------------------------------------------------------------
// Health check sur les deux instances simultanément
// -------------------------------------------------------------------------
val statusOllamaAll by tasks.registering {
    group       = "ollama"
    description = "Vérifie le statut des deux instances Ollama (native + Docker)"

    doLast {
        // Instance native
        runCatching {
            val process = ProcessBuilder(
                "curl", "-s", "-o", "/dev/null", "-w", "%{http_code}",
                "http://localhost:$nativePort/api/tags"
            ).start()
            val code = process.inputStream.bufferedReader().readText().trim()
            process.waitFor()
            println(if (code == "200") "✓ Instance Native   — port $nativePort OK (HTTP $code)"
                    else "✗ Instance Native — port $nativePort (HTTP $code)")
        }.getOrElse {
            println("✗ Instance Native — injoignable sur le port $nativePort")
        }

        // Instance Docker
        runCatching {
            val process = ProcessBuilder(
                "curl", "-s", "-o", "/dev/null", "-w", "%{http_code}",
                "http://localhost:$instancePort/api/tags"
            ).start()
            val code = process.inputStream.bufferedReader().readText().trim()
            process.waitFor()
            println(if (code == "200") "✓ Instance Docker B — port $instancePort OK (HTTP $code)"
                    else "✗ Instance Docker B — port $instancePort (HTTP $code)")
        }.getOrElse {
            println("✗ Instance Docker B — injoignable sur le port $instancePort")
        }

        // Info conteneur
        runCatching {
            val process = ProcessBuilder("docker", "ps", "--filter", "name=$instanceName",
                "--format", "table {{.Names}}\\t{{.Status}}\\t{{.Ports}}").start()
            val status = process.inputStream.bufferedReader().readText()
            process.waitFor()
            println()
            println("Conteneur Docker :")
            println(status)
        }
    }
}

// -------------------------------------------------------------------------
// Nettoyage complet
// -------------------------------------------------------------------------
val cleanOllamaB by tasks.registering(Exec::class) {
    group       = "ollama"
    description = "Arrête et supprime le conteneur Docker de l'instance B"
    dependsOn(stopOllamaB)

    commandLine("docker", "rm", instanceName)
    isIgnoreExitValue = true

    doLast {
        logger.lifecycle("Conteneur '$instanceName' supprimé")
        logger.lifecycle("Le volume ${dataDir.absolutePath} est conservé (identité persistante)")
    }
}

// -------------------------------------------------------------------------
// Affichage des instructions
// -------------------------------------------------------------------------
val helpOllama by tasks.registering {
    group       = "ollama"
    description = "Affiche l'aide des tâches Ollama disponibles"

    doLast {
        println("""
        ╔══════════════════════════════════════════════════════════════╗
        ║         Tâches Gradle — Pilotage Dual Ollama Pro            ║
        ╠══════════════════════════════════════════════════════════════╣
        ║  ./gradlew startOllamaB      Démarrer l'instance Docker B   ║
        ║  ./gradlew stopOllamaB       Arrêter l'instance Docker B    ║
        ║  ./gradlew checkIdentity     Afficher la clé SSH publique   ║
        ║  ./gradlew signInB           Sign-in interactif compte B    ║
        ║  ./gradlew pullModelB        Pull un modèle (-Pmodel=...)   ║
        ║  ./gradlew pullAllProModels  Pull tous les modèles Pro      ║
        ║  ./gradlew pullAllFreeModels Pull tous les modèles gratuits ║
        ║  ./gradlew listModelsB       Lister les modèles instance B  ║
        ║  ./gradlew testOllamaB       Test API avec un chat simple   ║
        ║  ./gradlew statusOllamaAll   Santé des 2 instances          ║
        ║  ./gradlew cleanOllamaB      Supprimer le conteneur         ║
        ║  ./gradlew helpOllama        Cette aide                     ║
        ╚══════════════════════════════════════════════════════════════╝
        """.trimIndent())
    }
}

# 1. Premier contact — que faire ?
$ ./gradlew helpOllama

# 2. On démarre l'instance B
$ ./gradlew startOllamaB

# 3. On récupère la Device Key et on l'enregistre sur ollama.com
$ ./gradlew checkIdentity
# → copier-coller de la clé sur https://ollama.com/settings/keys

# 4. Authentification interactive
$ ./gradlew signInB

# 5. Pull d'un petit modèle gratuit pour tester la plomberie
$ ./gradlew pullModelB

# 6. Test API
$ ./gradlew testOllamaB

# 7. Si tout est vert, pull des modèles Pro
$ ./gradlew pullAllProModels

# 8. Vérification finale des deux instances
$ ./gradlew statusOllamaAll

@startuml
!theme plain
skinparam DefaultFontSize 11

actor Développeur as Dev
participant "Gradle
(build.gradle.kts)" as Gradle
participant "Docker\nدیامون" as Docker
participant "Ollama
نمونه B" as OllamaB
participant "Ollama
ابر" as Cloud

== Provisionnement ==
Dev -> Gradle : helpOllama
Gradle --> Dev : Aide et instructions

Dev -> Gradle : startOllamaB
Gradle -> Docker : docker run -d ollama/ollama:0.20.2
Docker -> OllamaB : Génération clés SSH (id_ed25519)
Docker --> Gradle : conteneur lancé
Gradle --> Dev : OK

Dev -> Gradle : checkIdentity
Gradle -> Docker : cat id_ed25519.pub
Gradle --> Dev : Clé publique SSH

Dev -> Cloud : Enregistrement clé SSH\n(sur ollama.com/settings/keys)

== Authentification ==
Dev -> Gradle : signInB
Gradle -> Docker : ollama signin (interactif)
Dev <-> Cloud : Login navigateur (compte B)
Docker -> Cloud : Échange token ⇔ Device Key
Gradle --> Dev : Authentifié

== Vérification ==
Dev -> Gradle : pullModelB
Gradle -> Docker : ollama pull qwen3:0.6b
Gradle --> Dev : Modèle pullé

Dev -> Gradle : testOllamaB
Gradle -> Docker : curl /v1/chat/completions
Gradle --> Dev : ✓ Instance B OK

== Production ==
Dev -> Gradle : pullAllProModels
Gradle -> Docker : ollama pull deepseek-v4-pro:cloud
Gradle -> Docker : ollama pull gemma4:31b-cloud
Gradle --> Dev : Modèles Pro pullés

Dev -> Gradle : statusOllamaAll
Gradle --> Dev : ✓ Native ✓ Docker B
@enduml