opomuc / ilab-compiler Goto Github PK

I suggest using inheritance. A simple class structure will improve understanding of the code. With the help of virtual functions we can eliminate huge switch and if parts of the differentiation function and printing of the tree.
Also I am thinking: doing so without damage to the original version and deprecation of old code in the end. This can be a bad idea, but an easy way.

Each build downloads all tex packages. So in order to run pdf compilation tests we need to decrease build time first.

Subj.

Think of syntax rules for the language we will compile. Similar to the ones Dedinskiy showed at the previous lecture.

Subj.
Full support means tree generation and differentiation.

Exponentiation right now implemented as f(x)^g(x). This way does not truly serve our purpose, because by definition both f(x) & g(x) must be functions and have at least one derivative, and f(x) must be greater then zero. This method is OK for such a case.
We need a simple check for VARIABLES and NUMBERS, because in that case generated tree is way over necessary + has division by zero.

Our compiler has to generate program tree from the code. First, we need to have syntax rules. Then start writing appropriate functions.
Again I believe that with the inheritance and virtual functions this task will be easier.

To run our program we need a processor.