
from Objects.varObject       import VariableObject
from Objects.conditionObject import ConditionObject
from Objects.builtinObject   import BuiltInFunctionObject
from Objects.loopObject      import LoopObject

class ObjectGenerator():


    def __init__(self, source_ast):
        self.source_ast  = source_ast['main_scope']
        self.exec_string = ""


    def object_definer(self, isGettingBody):
        for ast in self.source_ast:

            if self.check_ast('VariableDecleration', ast):
                gen_var = VariableObject(ast)
                self.exec_string += gen_var.transpile() + '\n'

            if self.check_ast('ConditionalStatement', ast):
                gen_condition = ConditionObject(ast, 1)
                self.exec_string += gen_condition.transpile() + '\n'

            if self.check_ast('PrebuiltFunction', ast):
                gen_builtin = BuiltInFunctionObject(ast)
                self.exec_string += gen_builtin.transpile() + "\n"

            if self.check_ast('ForLoop', ast):
                gen_loop = LoopObject(ast, 1)
                self.exec_string += gen_loop.transpile() + "\n"

        return self.exec_string


    def check_ast(self, astName, ast):
       
        try:
            if ast[astName]: return True
        except: return False
4145e1aaac2e74149621591a249cd962726f29cd
<mask token>


class ObjectGenerator:
    <mask token>
    <mask token>

    def check_ast(self, astName, ast):
        try:
            if ast[astName]:
                return True
        except:
            return False

<mask token>


class ObjectGenerator:
    <mask token>

    def object_definer(self, isGettingBody):
        for ast in self.source_ast:
            if self.check_ast('VariableDecleration', ast):
                gen_var = VariableObject(ast)
                self.exec_string += gen_var.transpile() + '\n'
            if self.check_ast('ConditionalStatement', ast):
                gen_condition = ConditionObject(ast, 1)
                self.exec_string += gen_condition.transpile() + '\n'
            if self.check_ast('PrebuiltFunction', ast):
                gen_builtin = BuiltInFunctionObject(ast)
                self.exec_string += gen_builtin.transpile() + '\n'
            if self.check_ast('ForLoop', ast):
                gen_loop = LoopObject(ast, 1)
                self.exec_string += gen_loop.transpile() + '\n'
        return self.exec_string

    def check_ast(self, astName, ast):
        try:
            if ast[astName]:
                return True
        except:
            return False

<mask token>


class ObjectGenerator:

    def __init__(self, source_ast):
        self.source_ast = source_ast['main_scope']
        self.exec_string = ''

    def object_definer(self, isGettingBody):
        for ast in self.source_ast:
            if self.check_ast('VariableDecleration', ast):
                gen_var = VariableObject(ast)
                self.exec_string += gen_var.transpile() + '\n'
            if self.check_ast('ConditionalStatement', ast):
                gen_condition = ConditionObject(ast, 1)
                self.exec_string += gen_condition.transpile() + '\n'
            if self.check_ast('PrebuiltFunction', ast):
                gen_builtin = BuiltInFunctionObject(ast)
                self.exec_string += gen_builtin.transpile() + '\n'
            if self.check_ast('ForLoop', ast):
                gen_loop = LoopObject(ast, 1)
                self.exec_string += gen_loop.transpile() + '\n'
        return self.exec_string

    def check_ast(self, astName, ast):
        try:
            if ast[astName]:
                return True
        except:
            return False

from Objects.varObject import VariableObject
from Objects.conditionObject import ConditionObject
from Objects.builtinObject import BuiltInFunctionObject
from Objects.loopObject import LoopObject


class ObjectGenerator:

    def __init__(self, source_ast):
        self.source_ast = source_ast['main_scope']
        self.exec_string = ''

    def object_definer(self, isGettingBody):
        for ast in self.source_ast:
            if self.check_ast('VariableDecleration', ast):
                gen_var = VariableObject(ast)
                self.exec_string += gen_var.transpile() + '\n'
            if self.check_ast('ConditionalStatement', ast):
                gen_condition = ConditionObject(ast, 1)
                self.exec_string += gen_condition.transpile() + '\n'
            if self.check_ast('PrebuiltFunction', ast):
                gen_builtin = BuiltInFunctionObject(ast)
                self.exec_string += gen_builtin.transpile() + '\n'
            if self.check_ast('ForLoop', ast):
                gen_loop = LoopObject(ast, 1)
                self.exec_string += gen_loop.transpile() + '\n'
        return self.exec_string

    def check_ast(self, astName, ast):
        try:
            if ast[astName]:
                return True
        except:
            return False


from Objects.varObject       import VariableObject
from Objects.conditionObject import ConditionObject
from Objects.builtinObject   import BuiltInFunctionObject
from Objects.loopObject      import LoopObject

class ObjectGenerator():


    def __init__(self, source_ast):
        self.source_ast  = source_ast['main_scope']
        self.exec_string = ""


    def object_definer(self, isGettingBody):
        for ast in self.source_ast:

            if self.check_ast('VariableDecleration', ast):
                gen_var = VariableObject(ast)
                self.exec_string += gen_var.transpile() + '\n'

            if self.check_ast('ConditionalStatement', ast):
                gen_condition = ConditionObject(ast, 1)
                self.exec_string += gen_condition.transpile() + '\n'

            if self.check_ast('PrebuiltFunction', ast):
                gen_builtin = BuiltInFunctionObject(ast)
                self.exec_string += gen_builtin.transpile() + "\n"

            if self.check_ast('ForLoop', ast):
                gen_loop = LoopObject(ast, 1)
                self.exec_string += gen_loop.transpile() + "\n"

        return self.exec_string


    def check_ast(self, astName, ast):
       
        try:
            if ast[astName]: return True
        except: return False