def transpile_body(self, body_ast, nesting_count):
""" Transpile Body
This method will use the body AST in order to create a python version of the tachyon
code for the body statement while managing indentations
return:
body_exec_string (str) : The python transpiled code
"""
# Holds the body executable string of the first statement
body_exec_string = ""
# Loop through each ast item in the body dictionary
for ast in body_ast:
# This will parse variable declerations within the body
if self.check_ast('VariableDecleration', ast):
var_obj = VariableObject(ast)
transpile = var_obj.transpile()
if self.should_dedent_trailing(ast, self.ast):
body_exec_string += (
" " * (nesting_count - 1)) + transpile + "\n"
else:
body_exec_string += (" " *
nesting_count) + transpile + "\n"
# This will parse built-in within the body
if self.check_ast('PrebuiltFunction', ast):
gen_builtin = BuiltInFunctionObject(ast)
transpile = gen_builtin.transpile()
if self.should_dedent_trailing(ast, self.ast):
body_exec_string += (
" " * (nesting_count - 1)) + transpile + "\n"
else:
body_exec_string += (" " *
nesting_count) + transpile + "\n"
# This will parse nested conditional statement within the body
if self.check_ast('ConditionalStatement', ast):
# Increase nesting count because this is a condition statement inside a conditional statement
# Only increase nest count if needed
if self.should_increment_nest_count(ast, self.ast):
nesting_count += 1
# Create conditional statement exec string
condition_obj = ConditionObject(ast, nesting_count)
# The second nested statament only needs 1 indent not 2
if nesting_count == 2:
# Add the content of conditional statement with correct indentation
body_exec_string += " " + condition_obj.transpile()
else:
# Add the content of conditional statement with correct indentation
body_exec_string += (
" " *
(nesting_count - 1)) + condition_obj.transpile()
return body_exec_string
def transpile_body(self, body_ast, nesting_count):
body_exec_string = ""
for ast in body_ast:
if self.check_ast('VariableDecleration', ast):
var_obj = VariableObject(ast)
transpile = var_obj.transpile()
if self.should_dedent_trailing(ast, self.ast):
body_exec_string += (
" " * (nesting_count - 1)) + transpile + "\n"
else:
body_exec_string += (" " *
nesting_count) + transpile + "\n"
if self.check_ast('PrebuiltFunction', ast):
gen_builtin = BuiltInFunctionObject(ast)
transpile = gen_builtin.transpile()
if self.should_dedent_trailing(ast, self.ast):
body_exec_string += (
" " * (nesting_count - 1)) + transpile + "\n"
else:
body_exec_string += (" " *
nesting_count) + transpile + "\n"
if self.check_ast('Comment', ast):
gen_comment = CommentObject(ast)
transpile = gen_comment.transpile()
if self.should_dedent_trailing(ast, self.ast):
body_exec_string += (
" " * (nesting_count - 1)) + transpile + "\n"
else:
body_exec_string += (" " *
nesting_count) + transpile + "\n"
if self.check_ast('ConditionalStatement', ast):
if self.should_increment_nest_count(ast, self.ast):
nesting_count += 1
condition_obj = ConditionObject(ast, nesting_count)
if nesting_count == 2:
body_exec_string += " " + condition_obj.transpile()
else:
body_exec_string += (
" " *
(nesting_count - 1)) + condition_obj.transpile()
if self.check_ast('ForLoop', ast):
if self.should_increment_nest_count(ast, self.ast):
nesting_count += 1
loop_obj = LoopObject(ast, nesting_count)
body_exec_string += (
" " * (nesting_count - 1)) + loop_obj.transpile()
return body_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 object_definer(self, isGettingBody):
""" Object Definer
This method will find all the different ast objects within the ast dictionary
and call all the objects and pass in the ast dictionary to get a python
string of code back which is the Y# code transpiled into python
returns:
python_code (str) : This will written a string of python code
"""
# Iterate through all ast dictionaries
for ast in self.source_ast:
# Create dictionary var object and append exec string global exec string
if self.check_ast('VariableDecleration', ast):
gen_var = VariableObject(ast)
self.exec_string += gen_var.transpile() + '\n'
# Create dictionary condition object and append exec string global exec string
if self.check_ast('ConditionalStatement', ast):
gen_condition = ConditionObject(ast, 1)
self.exec_string += gen_condition.transpile() + '\n'
# Create dictionary builtin object and append exec string global exec string
if self.check_ast('PrebuiltFunction', ast):
gen_builtin = BuiltInFunctionObject(ast)
self.exec_string += gen_builtin.transpile() + "\n"
# Create dictionary comment object and append exec string to global exec string when return from transpile methof
if self.check_ast('Comment', ast):
gen_comment = CommentObject(ast)
self.exec_string += gen_comment.transpile() + "\n"
# Create dictionary repetition object and append exec string global exec string
if self.check_ast('ForLoop', ast):
gen_loop = LoopObject(ast, 1)
self.exec_string += gen_loop.transpile() + "\n"
return self.exec_string