PM Programming Language

In common with other aspects of PM design, the type system is designed to facilitate the use of flexible programming constructs, such as polymorphism and dynamic dispatch, while emphasising the generation of fast, static, code.  In common with many other modern languages, PM also attempts to combine the safety of static typing with the expressivity of dynamically typed languages such as Python . The type of any PM expression may usually be determined by a static examination of the code. Variables take their types from an initialising expression using the ‘:=’ declaration syntax popularised by Go . a:= 100 ! Declare ‘a’ as an integer (int) variable Variables do not change type during the course of their lifetime – polymorphic programming requires the use of special values, described later. Composite values such as structures are generated using specialised expressions rather than through the invocation of type-specific creator functions: b:= struct var_descriptor...