Another thing to keep in mind is that Python's packaging and distribution system can be less streamlined compared to other programming languages. This can result in difficulty in distributing Python applications and libraries, especially for those who are just starting out with the language.
In terms of deployment, Python may not be the best choice for deployment in certain environments, such as embedded systems or real-time systems, where performance and resource utilization are critical.
Another issue to consider is that Python's syntax and design may not be suitable for certain types of applications, such as high-performance games or real-time simulations, where performance and low-level control are key.
While Python's dynamically-typed variables and automatic memory management can be a significant advantage, it can also result in difficulties with debugging and profiling, especially for developers who are used to statically-typed languages with explicit memory management.
It is also important to consider the potential impact of future changes and updates to the Python language, as well as the potential impact of changes in the wider programming and technology landscape.
Despite these limitations, Python continues to be a popular and widely-used programming language, offering a wealth of benefits and advantages for developers. From its focus on readability and versatility to its extensive libraries and modules, Python can be a valuable tool for developing a wide range of applications and solutions.
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Python : Pros & Cons
Non-FictionA short python book that can get you a full understanding of python and where it could land you in life before you consider actually coding in python or learning python in general
