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This chapter introduces Python object-oriented programming, covering concepts such as classes and objects. A class is defined using the `class` keyword and can be instantiated. Attributes are divided

This chapter introduces Python file operations, including: file opening and closing using the `open()` function with different modes, emphasizing the automatic resource management via the `with` state

This chapter provides an in - depth explanation of Python functions, covering function definition and invocation, such as defining functions with `def` and using docstrings for description. For parame

This chapter introduces 5 built-in data structures in Python. Strings can be defined using multi - quotes and have a rich set of operation methods. Lists are ordered and mutable, supporting operations

This chapter mainly introduces Python control flow, including conditional statements and loop statements. Conditional statements include single, double, and multi-branch structures, which can be combi

This chapter introduces Python basic syntax, including: variable-related aspects such as naming rules (identifier composition, PEP 8 specifications, etc.), assignment references, and scopes; data type

This chapter mainly introduces Python environment setup and basic usage. First, it explains the Python installation and configuration methods for different operating systems (Windows, macOS, Linux); t

In the previous article "Deploying theERNIE 4.5 Open-Source Model for Android Device Calls", the blogger introduced how to deploy the ERNIE 4.5 open-source large language model on one's own server. Ho

In the previous article "Usage and Deployment of the ERNIE 4.5 Open-Source Large Model", we introduced how to use FastDeploy to deploy the ERNIE 4.5 open-source large model and briefly called its inte

The ERNIE 4.5 series open-source models consist of a total of 10 models, covering Mixture-of-Experts (MoE) models with activation parameter scales of 47B and 3B (with the largest model having a total