Improving a Programmer's Self‑Cultivation: Fundamentals, Learning Methods, and Habits

In China, programming is not only a hobby but also a common profession and a means of livelihood, encompassing a wide range of roles from junior developers to architects and project managers.

The purpose of improving a programmer’s self‑cultivation is threefold: better integration into work and reduced difficulty, steady skill and income growth toward financial freedom, and a higher‑level perspective that shapes a healthier life outlook.

Self‑cultivation can be summarized as learning efficiently, mastering methods, thinking diligently, working hard, and persisting over time, which ultimately reveals a different self in programming.

Programmer's Fundamental Foundations

A good developer must be comprehensive, efficient, and rigorous, possessing not only coding ability but also deep understanding of technical principles and business logic; solid personal and technical foundations are the cornerstone of effective development.

1. Scientific Foundations

Regardless of background, mastering core computer science subjects is essential. The most important subjects, in order, are:

Data Structures – learn algorithms through languages like C, C++, Java, etc., and implement all examples.

Operating Systems – understand processes, memory, file systems, networking, and UI concepts.

Databases – grasp relational theory, normalization, and advanced query design.

Compiler Principles – build on data structures and algorithms to deepen language implementation knowledge.

2. English Ability

Since most programming resources are in English, developers should be able to understand keywords, library documentation, and formulate concise English queries for search engines.

Know the English translation and meaning of each language keyword.

Understand the English terms for methods, classes, frameworks, and tools.

Formulate simple English problem statements (e.g., “C# Integer Convert To String”).

Comprehend at least 80% of technical English documents within one’s domain.

3. Search Methods

Effective searching dramatically impacts development quality and efficiency.

Search Source Selection – Use Baidu for Chinese material, Google (via VPN or mirrors) for English resources, and specialized sites like StackOverflow, Cnblogs, OSChina.

Keyword Construction – Keep queries concise and accurate (e.g., “C# XML Serialization”).

Associative Search – Switch languages or related technologies when direct results are scarce.

Resource Search – Locate open‑source libraries, tools, and components on sites such as GitHub, Gitee, CSDN, etc.

4. Thinking Mode

Adopt a business‑oriented mindset: fully understand project requirements, logic, and workflows before writing code, which improves communication and design quality.

5. Work and Coding Habits

Shortcut Usage – Master IDE and OS shortcuts to save time.

Code Comments – Write clear comments for functions, variables, and modules; use XML‑style documentation when supported.

Naming Conventions – Follow consistent naming rules for readability.

Rigorous Logic – Avoid blindly copying code; understand every line before integration.

Data Backup – Use version control (Git, SVN) or regular file backups to prevent loss.

Email Communication – Document decisions and issues via email for traceability and teamwork.

These methods, accumulated over years of experience, have helped many developers improve their “self‑cultivation”. While they may not guarantee success, they are effective ways to advance one’s professional growth.

Finally, a real story illustrates the power of persistence: two developers with similar starting points diverged dramatically because one continuously learned new skills and applied disciplined habits, while the other relied on shortcuts and avoided effort. The result was a stark difference in competence, salary, and career trajectory, underscoring that perseverance is perhaps the greatest virtue for programmers.