This software features a user-friendly algebraic syntax language for simplified mathematical problem-solving. It is designed to facilitate quick and accurate computation of algebraic expressions, making it the go-to tool for math enthusiasts, students and professionals.
When called with the "-p" flag, ee evaluates the next parameter and prints the final result. The "-c" flag does the same but doesn't print the final result, which is useful when the expression already contains output statements. The ";" operator is not necessarily a statement terminator but is a join operator. It evaluates the left and right expressions and returns the result of the right-hand side. It has the lowest order of precedence, making it work similarly to a statement terminator.
The "?" conditional operator checks if the "expr_test" is true. If it is, then "expr_true" is evaluated and returned; otherwise, "expr_false" is evaluated and returned. Similarly, the iterative conditional operator checks if "expr_test" is true, repeatedly evaluates "expr_true", and returns its final value when "expr_test" is false. Nevertheless, if "expr_test" is never true, only then is "expr_false" evaluated and returned.
In cases where an operator of lower precedence than "?" or "??" is encountered, the default false target is automatically assumed. This means that both "result = expr_test ? expr_true : 0;" and "result = expr_test ? expr_true;" are the same. A more extensive example using the 2E Programming Language shows how to use multiple operands, including arrays. The example also uses the interpreter using the Unix "#!" syntax.
Overall, 2E Programming Language (ee) is an excellent option for those looking for a simple, algebraic syntax language that supports expressions and function definitions. In conclusion, it may take time to fully understand how the different operators work, but once learned, it can be a productive tool.
Version 0.9: N/A