def read(inp: str): return read_str(inp)
lambda a: Val("bool", len(a.value) == 0), "count": lambda a: Val("number", len(a.value)), "=": lambda a, b: Val("bool", equal_fn(a, b)), "pr-str": pr_str_fn, "str": str_fn, "println": println_fn, "prn": prn, "read-string": lambda a: read_str(a.value), "slurp": slurp, "atom": lambda a: Val("atom", a), "atom?": lambda a: Val("bool", a.type == "atom"), "deref": lambda a: a.value, "reset!": reset, "swap!": swap, "cons": lambda a, b: Val("list", [a] + b.value), "concat":
def READ(str): return reader.read_str(str)
def READ(s): malData = reader.read_str(s) return malData
def READ(str_): """ Make mal instructions from string. """ return read_str(str_)
def READ(input_str: str) -> MalType: return read_str(input_str)
def READ(s: str) -> MalType: return reader.read_str(s)
def read_string(*args: t.MalType) -> t.MalType: if len(args) != 1 or not isinstance(args[0], t.MalString): raise MalError('Expected read-string arg to be string') return read_str(args[0].value)
def READ(string: str) -> Union[MalType, bool, None]: return read_str(string)
def READ(): raw_input = input("user> ") if raw_input in ["q", "exit"]: raise EOFError return read_str(raw_input)
def mal_read(): s = input('user> ') return reader.read_str(s)
def repl_read(line): return reader.read_str(line)
def READ(str_): return read_str(str_)
def READ(string: str) -> MalTypes: return read_str(string)
def READ(line): return reader.read_str(line)
def READ(in_: str) -> t.MalType: return read_str(in_)
def READ(txt): ast = reader.read_str(txt) return ast
"+": lambda x,y: x+y ,"-": lambda x,y: x-y ,"*": lambda x,y: x*y ,"/": lambda x,y: x/y ,"nil": "nil" ,"not": lambda x: not ((type(x)==bool and x) or (type(x)!=bool and x!="nil")) ,"list": lambda *l: [*l] ,"list?": lambda lst: isinstance(lst,list) ,"empty?": lambda lst: len(lst)==0 ,"count": lambda lst: len(lst) if isinstance(lst,(list,tuple)) else 0 ,"=": lambda x,y: x==y ,">": lambda x,y: x>y ,"<": lambda x,y: x<y ,">=": lambda x,y: x>=y ,"<=": lambda x,y: x<=y ,"read-string": lambda s: reader.read_str(s.value) ,"slurp": lambda fname:maltype.String(readfile(fname)) ,"pr-str": lambda *x: maltype.String(" ".join([printer.pr_str(v) for v in x])) ,"str": lambda *x: maltype.String("".join([printer.pr_str(v,False) for v in x])) ,"prn": prn ,"println": println ,"atom": lambda v:maltype.Atom(v) ,"atom?": maltype.atomp ,"deref": lambda a:a.value ,"reset!": lambda a,v:a.reset(v) ,"swap!": lambda a,f,*arg:a.reset(f(a.value,*arg) if not isinstance(f,dict) else f["fn"](a.value,*arg)) ,"cons": lambda a,lst: [a,*lst] ,"concat": concat ,"nth": nth ,"first": lambda lst:"nil" if len(lst)==0 or lst=="nil" else nth(lst,0) ,"rest": rest
'count': lambda x: len(x.getVal()) if isinstance(Vector, x) else len(x), '=': lambda a, b: a == b, '<': lambda a, b: a < b, '<=': lambda a, b: a <= b, '>': lambda a, b: a > b, '>=': lambda a, b: a >= b, 'quit': lambda: exit(0), 'read-string': lambda s: reader.read_str(s), 'slurp': slurp, 'map': my_map, 'reduce': my_reduce, 'nth': lambda lst, n: lst[n], 'first': lambda lst: lst[0], 'rest': lambda lst: lst[1:], 'hash-map': my_hash_map, 'filter':
def READ(x): return reader.read_str(x)
def READ(): raw_input = input("user> ") return read_str(raw_input)
def func_read_string(arg): if not isinstance(arg, parser.LispString): raise ArgumentError("should be a string") return reader.read_str(arg.str)
def READ(): return reader.read_str(input("user> "))
def read_str(x): try: return reader.read_str(x[1:-1]) except reader.NoTokenException: return None
def read_str(args): a0 = args[0] if not isinstance(a0, MalStr): throw_str("read-string of non-string") return reader.read_str(str(a0.value))
def READ(read_in): return reader.read_str(read_in)
def READ(code): return reader.read_str(code)
def READ(source): return read_str(source)
def _read_string(node): txt = node.val ast = reader.read_str(txt) return ast
def read_(read_str): return reader.read_str(read_str)
def READ(line): res = reader.read_str(line) log(str(res),"READ") return res
def read_string(string): if isinstance(string, mal_types.MalString): string = string.data rv = read_str(string) # print("read_string result:", rv) return rv
def READ(form): return reader.read_str(form)