Menambahkan memori graf

Luar biasa! Chatbot Anda dapat menggunakan Wikipedia untuk menjawab pertanyaan berdasarkan kueri pengguna. Kini Anda dapat melangkah lebih jauh dengan memungkinkan pengguna mengajukan pertanyaan lanjutan! Untuk melakukannya, pertama-tama Anda perlu mengaktifkan memori di dalam chatbot. Memori akan memberi chatbot Anda akses ke konteks percakapan secara penuh sehingga dapat menangani percakapan lanjutan.

Latihan ini adalah bagian dari kursus

Merancang Sistem Agentic dengan LangChain

Petunjuk latihan

Mulailah dengan mengimpor MemorySaver dari modul checkpoint.memory di LangGraph.
Buat instance MemorySaver() sebagai memory.
Kompilasi ulang graf chatbot dengan menyetel argumen checkpointer ke memory dalam metode .compile() yang diterapkan pada graph_builder.

Latihan interaktif praktis

Cobalah latihan ini dengan menyelesaikan kode contoh berikut.

# Import the modules for saving memory
from langgraph.____.____ import ____

# Modify the graph with memory checkpointing
memory = ____()

# Compile the graph passing in memory
graph = ____.___(checkpointer=____)

Edit dan Jalankan Kode

Latihan ini adalah bagian dari kursus

Merancang Sistem Agentic dengan LangChain

SkillTag.level.intermediateSkillTag.label

4.8+

Mulai Kursus Gratis

Build intelligent agentic systems! Discover the key components of LangChain agents, including how prompts, LLMs, and tools work together for reasoning and action. You'll set up an agent with OpenAI's API, define custom tools, and tackle real-world tasks like math calculations. Plus, explore how LangChain organizes data using graphs, nodes, and edges.

Exercise 1: Agents in LangChain Exercise 2: Creating a ReAct agent Exercise 3: Components of LangChain agents Exercise 4: Building custom tools Exercise 5: Create a tool for math calculations Exercise 6: Integrating custom tools and queries Exercise 7: Conversation with a ReAct agent Exercise 8: Conversation setup Exercise 9: Ask questions about conversation history

Build dynamic, tool-augmented chatbots with LangChain and LangGraph! You’ll explore how to create a chatbot that adapts based on user input by defining states and integrating external APIs for real-time information retrieval. You'll connect these components into a responsive graph structure, enabling smooth transitions between conversation and tool-assisted responses. By the end, you’ll have a visually represented chatbot framework with enhanced reasoning and multi-step workflows.

Exercise 1: Membangun grafik untuk chatbot Exercise 2: Graf dan state agen Exercise 3: Menambahkan node dan edge Exercise 4: Menghasilkan respons chatbot Exercise 5: Kueri dan respons Exercise 6: Hasilkan diagram graph Exercise 7: Menambahkan alat eksternal ke chatbot Exercise 8: Membangun tool Wikipedia Exercise 9: Tambahkan sebuah tool ke dalam graph Exercise 10: Menambahkan memori dan percakapan Exercise 11: Visualisasikan graph dan kembalikan output tool Exercise 12: Menambahkan memori graf

Latihan Saat Ini

Exercise 13: Menggunakan memori graph untuk percakapan

Expand your chatbot with dynamic tools and memory! Define and integrate multiple tools into flexible workflows, build functions for dynamic tool calling, and configure your chatbot for multiple-tool handling. Organize memory and outputs to enable interleaved, multi-turn conversations. By the end, you'll have created a sophisticated chatbot capable of complex interactions.

Exercise 1: Defining multiple tools Exercise 2: Build a tool that invokes the LLM Exercise 3: Build a tool with Python code Exercise 4: Binding multiple tools Exercise 5: Defining nodes and edges for flexible function calling Exercise 6: Define a function that stops the chatbot Exercise 7: Create a function to return an LLM response Exercise 8: Create the graph workflow for multiple tools Exercise 9: Organize chatbot outputs with memory Exercise 10: Configure outputs for multiple tools Exercise 11: Enable multi-turn conversation with memory Exercise 12: Congratulations!