#include #include #include #include //******** The abstraction *********** std::ostringstream* oss; std::string txt; namespace custom_def{ #define inputs *( std::istream_iterator(std::cin) ) #define stream_idc(t) std::istream_iterator(std::cin) #define stream_str std::istream_iterator(std::cin) #define inputi *( std::istream_iterator(std::cin) ) #define svar auto #define space(t) std::istream_iterator() #define onlyif if( #define then ){ #define module int main(){ #define conclude } #define for_when for( #define print std::cout<< #define printl(x) oss = new std::ostringstream; (*oss)<(std::cin) ) #define forever while(true){ #define hault break; #define skip continue; #define otherwise else{ #define container(x) std::deque #define scontainer std::deque #define get_bot(c) c.back() #define get_top(c) c.front() #define pull_back(c) c.pop_back() #define pull_front(c) c.pop_front() #define add_back(c,d) c.push_back(d) #define add_front(c,d) c.push_front(d) #define is_empty(c) c.empty() #define printbuf(c) oss = new std::ostringstream; print '['; for(auto i : c) (*oss)< */ #define in std::cin>> /* for string inputs, use: -- inputs keyword. eg. svar str = inputs; * for number input use: -- inputi keyword. eg. svar num = inputi; * for character input use: -- inputc keyword eg. svar car = inputc; * every structure ends with "conclude" keyword * for conditional operations, use: -- onlyif then conclude eg. onlyif svar age = inputi > 16 then print "old enough"; conclude -- onlyif then conclude otherwise conclude eg. onlyif svar age = inputi > 16 then print "old enough"; conclude otherwise print "too young"; conclude * for looping, use: -- forever hault loop or forever skip loop eg. svar count = 1; forever printl(" i love codding"); onlyif count++ = 5 then hault conclude otherwise skip conclude conclude -- for_when then conclude loop eg: for_when svar x = 1; x < 5; ++x then printl("l love sololearn"); conclude * for creating containers, use: -- container(x) name; were x = 1 for int, 1.1 for double and ' ' for char eg: container(1) even = {2,4,6}; container(' ') vowels = { 'a','e','i'}; container(1.1) num = {0.5,19.3,4.5}; -- scontainer name; for string elements eg: scontainer books = { "new language", "programming"}; * looping through containers, use: -- get_top(container name) to get first element in container -- get_bot(cintainer name) to get last element in container -- is_empty(container name) to check if container is empty -- shift(container name) to remove container element eg: scontainer data = {"hello", "gerf", "lang"}; forever{ print get_top(data); shift(data); onlyif is_empty(data) then hault conclude print '\n'; } end of tutorial, write a code below and run. enjoy the new language */ //you can edit the code below and write yours printl("hello my name is Germain Fombin, the creator of gerf"); //container(1) numbers; onlyif stream_idc(1) == space(1) then printl("stream is empty!"); conclude otherwise printl("stream has data"); conclude //printl("you entered the following numbers:"); //printbuf(numbers); //edit the code above and write yours. //in case of trouble, follow tutorials above conclude

gerf programming Language