where elements of the pipe chain are special functions that run as if they were separate threads or subprocesses. In fact they aren't. This is implemented without involving threads or even seperate stacks. Similar to the way you play with processes in the UNIX shell, only you do it within your program.
2. Built-in multithreading:
proc1() && proc2() && finish_sem
which allows the compiler to analyze which parts of the program need thread safety.
3. You can do
each c in customers:
c.name + ' from ' + c.country >> std
and in case "customers" were marked as persistent in the declaration, this statement is translated to an SQL query for you. I'm not planning to implement this in the first iteration though. Hoping to polish the language itself before I can start building the "SQL killer" for it.
Three important features of the language that probably make it distinct are:
1. You can do something like:
where elements of the pipe chain are special functions that run as if they were separate threads or subprocesses. In fact they aren't. This is implemented without involving threads or even seperate stacks. Similar to the way you play with processes in the UNIX shell, only you do it within your program.2. Built-in multithreading:
which allows the compiler to analyze which parts of the program need thread safety.3. You can do
and in case "customers" were marked as persistent in the declaration, this statement is translated to an SQL query for you. I'm not planning to implement this in the first iteration though. Hoping to polish the language itself before I can start building the "SQL killer" for it.