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40 changed files with 281 additions and 40928 deletions

2
.gitignore vendored
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@ -1,5 +1,3 @@
fuzzer/
# Byte-compiled / optimized / DLL files
__pycache__/
*.py[cod]

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@ -4,23 +4,24 @@ This is a hecking fuzzer. It does the thing.
## Requirements
- Python 3.11
- ISLa Solver (`pip install isla-solver`)
- English Words (`pip install english-words`) (so that you don't have an anurism while reading random names)
## Usage
```
usage: gazprea_fuzzer.py [-h] [-b BATCH_SIZE] [--seed SEED] config_file file_name
usage: gazprea_fuzzer.py [-h] [-b BATCH] [--seed SEED] config_file
Procedurally generate a test case for Gazprea
positional arguments:
config_file path to your configuration file
file_name name for the generated files
options:
-h, --help show this help message and exit
-b BATCH_SIZE, --batch_size BATCH_SIZE
generate BATCH cases (fuzzer/source/nameX.in, /instream/..., /outputs/...)
-b BATCH, --batch BATCH
generate SIZE cases (fuzzer/input/nameX.in,
/instream/..., /outputs/...)
--seed SEED rng seed
```

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@ -2,13 +2,10 @@ import random
import string
import xml.etree.ElementTree as ET
from english_words import get_english_words_set
# from english_words import get_english_words_set
from ast_generator.utils import Variable, Argument, Routine, Scope, build_xml_element
from constants import *
import keyword
class AstGenerator:
"""
@ -36,17 +33,18 @@ class AstGenerator:
"""
self.settings = settings
self.symbol_table = []
self.symbol_table = [] # TODO this should be a list of scopes
global_scope = Scope(None, None)
self.symbol_table.append(global_scope) # NOTE for debug
self.current_scope = global_scope
names = get_english_words_set(['web2'], alpha=True)
possible_names = filter(lambda x: self.settings['properties']['id-length']['max'] <= len(x) <=
self.settings['properties']['id-length']['max'] and not keyword.iskeyword(x), names)
# names = get_english_words_set(['web2'], lower=True)
names = random.choices(string.ascii_letters, k=self.settings['properties']['id-length']['max'])
possible_names = filter(lambda x: self.settings['properties']['id-length']['min'] < len(x)
< self.settings['properties']['id-length']['max'], names)
var_name_len = len(list(possible_names))
var_name_list = list(possible_names)
var_name_len = len(var_name_list)
self.variable_names = var_name_list[0:var_name_len // 2]
self.routine_names = var_name_list[var_name_len // 2:var_name_len]
@ -55,84 +53,6 @@ class AstGenerator:
self.current_nesting_depth = 0
self.current_control_flow_nesting_depth = 0
# Numberlines - For computing probabilities
self.int_op_options, self.int_op_cutoffs, self.int_op_numline = (
self.get_numberlines('expression-weights',
['brackets', 'arithmetic', 'unary'],
[[], [], ['not']]))
self.int_unary = ['negation', 'noop']
self.bool_op_options, self.bool_op_cutoffs, self.bool_op_numline = (
self.get_numberlines('expression-weights',
['brackets', 'comparison', 'logical', 'unary'],
excluded_values=[[], ['less-than-or-equal', 'greater-than-or-equal', 'less-than',
'greater-than'], [], ['noop', 'negation']]))
self.bool_unary = ['not']
self.float_op_options, self.float_op_cutoffs, self.float_op_numline = (
self.get_numberlines('expression-weights',
['brackets', 'arithmetic', 'unary'],
[[], [], ['not']]))
self.float_unary = ['negation', 'noop']
self.char_op_options, self.char_op_cutoffs, self.char_op_numline = (
self.get_numberlines('expression-weights',
['brackets', 'comparison'],
[[], ['less-than', 'greater-than', 'less-than-or-equal', 'greater-than-or-equal']]))
self.comp_op_options, self.comp_op_cutoffs, self.comp_op_numline = (
self.get_numberlines('expression-weights',
['brackets', 'comparison'],
[[], []]))
def get_numberlines(self, settings_section: str, subsettings: list[str], excluded_values):
assert len(subsettings) == len(excluded_values)
number_line = 0
cutoffs = []
cutoff = 0
options = {}
option = 0
settings = []
for key, value in self.settings[settings_section].items():
if key in subsettings and key not in excluded_values: # this check needs to be done recursively
if isinstance(value, int):
t = {
key: value
}
settings.append(t)
elif isinstance(value, dict):
settings.append(value)
else:
raise TypeError("invalid setting type. Found " + str(value) + " instead of expected int or dict")
for v in range(len(settings)):
for i in excluded_values:
for j in i:
if j in settings[v]:
settings[v].pop(j)
for v in settings:
if isinstance(v, dict):
for key, value in v.items():
number_line += value
cutoffs.append(cutoff + value)
cutoff += value
options[option] = key
option += 1
elif isinstance(v, int):
number_line += v
cutoffs.append(cutoff + v)
cutoff += v
options[option] = v
option += 1
else:
raise TypeError("invalid setting type. Found " + str(v) + " instead of expected int")
return options, cutoffs, number_line
def generate_ast(self):
"""
@brief generates an AST from a grammar
@ -171,10 +91,7 @@ class AstGenerator:
self.pop_scope()
self.current_ast_element = parent
def generate_block(self, tag=None, return_stmt=False, return_value=None, return_type=None, block_type=None,
loop_var=None):
# TODO this should be broken into many functions depending on the block requirements
def generate_block(self, tag=None, return_stmt=False, return_value=None, return_type=None):
if tag is None:
tag = []
parent = self.current_ast_element
@ -182,12 +99,6 @@ class AstGenerator:
element = build_xml_element(tag, name=GAZ_BLOCK_TAG)
self.current_ast_element.append(element)
self.current_ast_element = element
# Generate the loop condition increment if we are in a loop
if block_type == GAZ_LOOP_TAG:
self.generate_loop_condition_check(loop_var)
self.generate_loop_condition_increment(loop_var)
self.generate_statements()
if return_stmt:
self.generate_return(return_type=return_type, return_value=return_value)
@ -196,81 +107,6 @@ class AstGenerator:
self.pop_scope()
self.current_ast_element = parent
def generate_loop_condition_check(self, loop_var: Variable):
"""
@brief generates the loop condition check
Ensures that the loop does not iterate more than max-loop-iterations times
@param loop_var:
@return:
"""
# loop var is always an int
assert loop_var.type == GAZ_INT_KEY
# create a conditional xml tag
if_stmt = build_xml_element([], name=GAZ_IF_TAG)
self.current_ast_element.append(if_stmt)
parent = self.current_ast_element
self.current_ast_element = if_stmt
# add the check 'if loop_var >= self.settings['generation_options']['max-loop-iterations']: break'
operation = build_xml_element([("op", ">=")], name=GAZ_OPERATOR_TAG)
self.current_ast_element.append(operation)
self.current_ast_element = operation
lhs = build_xml_element([], name=GAZ_LHS_TAG)
operation.append(lhs)
var = build_xml_element([("name", loop_var.name), ("type", loop_var.type)], name=GAZ_VAR_TAG)
lhs.append(var)
rhs = build_xml_element([], name=GAZ_RHS_TAG)
operation.append(rhs)
rhs.append(self.make_literal(GAZ_INT_KEY, "'" + str(self.settings['generation-options']['max-loop-iterations']) + "'"))
true_block = build_xml_element([], name=GAZ_BLOCK_TAG)
if_stmt.append(true_block)
self.current_ast_element = true_block
break_stmt = build_xml_element([], name=GAZ_BREAK_TAG)
true_block.append(break_stmt)
# return everything to normalcy
self.current_ast_element = parent
def generate_loop_condition_increment(self, loop_var):
assert loop_var.type == GAZ_INT_KEY
parent = self.current_ast_element
assignment = build_xml_element([], name=GAZ_ASSIGNMENT_TAG)
self.current_ast_element.append(assignment)
self.current_ast_element = assignment
# append the variable
self.current_ast_element.append(loop_var.xml)
# add the increment 'loop_var += 1'
assn_rhs = build_xml_element([], name=GAZ_RHS_TAG)
self.current_ast_element.append(assn_rhs)
self.current_ast_element = assn_rhs
operation = build_xml_element([("op", "+")], name=GAZ_OPERATOR_TAG)
self.current_ast_element.append(operation)
self.current_ast_element = operation
lhs = build_xml_element([], name=GAZ_LHS_TAG)
operation.append(lhs)
var = build_xml_element([("name", loop_var.name), ("type", loop_var.type)], name=GAZ_VAR_TAG)
lhs.append(var)
rhs = build_xml_element([], name=GAZ_RHS_TAG)
operation.append(rhs)
rhs.append(self.make_literal(GAZ_INT_KEY, '1'))
# return everything to normalcy
self.current_ast_element = parent
def generate_return(self, return_type=None, return_value=None):
if return_type is None or return_type == GAZ_VOID_TYPE:
self.current_ast_element.append(build_xml_element([], name=GAZ_RETURN_TAG))
@ -331,7 +167,7 @@ class AstGenerator:
def generate_statements(self):
# Number line
number_line = 180 # TODO fix the numberline stuff to reflect the settings
number_line = 180 #TODO fix the numberline stuff to reflect the settings
cutoffs = [10, 30, 50, 80, 100, 140, 180]
options = {
0: self.generate_declaration,
@ -357,42 +193,53 @@ class AstGenerator:
break
break
def generate_int_expr(self):
self._generate_expression([GAZ_INT_KEY],
self.int_op_numline,
self.int_op_cutoffs,
self.int_op_options,
self.int_unary)
def generate_int_real_expr(self):
# Number line
number_line = 100
cutoffs = [10, 30, 50, 80, 100]
options = { #TODO add brackets
0: "addition",
1: "subtraction",
2: "multiplication",
3: "division",
4: "modulo",
5: "power",
6: "negation",
7: "noop",
8: "equality",
9: "inequality",
10: "less-than",
11: "greater-than",
12: "less-than-or-equal",
13: "greater-than-or-equal",
}
def generate_float_expr(self):
self._generate_expression([GAZ_FLOAT_KEY, GAZ_INT_KEY],
self.float_op_numline,
self.float_op_cutoffs,
self.float_op_options,
self.float_unary)
unary = ["negation", "noop"]
self._generate_expression([GAZ_INT_KEY, GAZ_FLOAT_KEY], number_line, cutoffs, options, unary)
def generate_bool_expr(self):
self._generate_expression([GAZ_BOOL_KEY],
self.bool_op_numline,
self.bool_op_cutoffs,
self.bool_op_options,
self.bool_unary)
# Number line
number_line = 100
cutoffs = [10, 30, 50, 80, 100]
options = { #TODO add brackets # TODO cannot guarantee correctness of comparison since booleans may appear
0: "equality",
1: "inequality",
2: "less-than",
3: "greater-than",
4: "less-than-or-equal",
5: "greater-than-or-equal",
6: "and",
7: "or",
8: "xor",
9: "not",
}
def generate_char_expr(self):
self._generate_expression([GAZ_CHAR_KEY],
self.char_op_numline,
self.char_op_cutoffs,
self.char_op_options)
unary = ["not"]
def generate_comp_expr(self):
self._generate_expression([GAZ_BOOL_KEY],
self.comp_op_numline,
self.comp_op_cutoffs,
self.comp_op_options,
comparison=True)
self._generate_expression([GAZ_BOOL_KEY], number_line, cutoffs, options, unary)
def _generate_expression(self, expr_type: list[str], number_line,
cutoffs, options, unary=None, comparison: bool = False):
def _generate_expression(self, expr_type: list[str], number_line, cutoffs, options, unary=None):
if unary is None:
unary = []
@ -401,7 +248,7 @@ class AstGenerator:
if self.current_nesting_depth > self.settings['generation-options']['max-nesting-depth'] or random.random() < \
self.settings['block-termination-probability']:
self.generate_literal(random.choice(expr_type))
self.generate_literal(random.choice(expr_type)) # TODO add the reals
self.current_nesting_depth -= 1
return
@ -419,13 +266,6 @@ class AstGenerator:
if op in unary:
self.generate_unary(op, random.choice(expr_type))
elif op == GAZ_BRACKET_TAG:
self.generate_bracket(random.choice(expr_type))
elif comparison:
if op in ['equality', 'inequality']:
self.generate_binary(op, random.choice([GAZ_INT_KEY, GAZ_FLOAT_KEY, GAZ_CHAR_KEY]))
else:
self.generate_binary(op, random.choice([GAZ_INT_KEY, GAZ_FLOAT_KEY]))
else:
self.generate_binary(op, random.choice(expr_type))
@ -466,26 +306,13 @@ class AstGenerator:
self.current_ast_element = parent
def generate_bracket(self, op_type):
parent = self.current_ast_element
args = [
("type", op_type),
]
element = build_xml_element(args, name=GAZ_BRACKET_TAG)
self.current_ast_element.append(element)
self.current_ast_element = element
self.generate_xhs(GAZ_RHS_TAG, op_type)
self.current_ast_element = parent
def generate_xhs(self, handedness, op_type, is_zero=False):
def generate_xhs(self, handedness, op_type):
element = build_xml_element([], name=handedness)
parent = self.current_ast_element
self.current_ast_element.append(element)
self.current_ast_element = element
self.generate_expression(op_type, is_zero=is_zero)
self.generate_expression(op_type)
self.current_ast_element = parent
@ -510,8 +337,7 @@ class AstGenerator:
if self.current_control_flow_nesting_depth >= self.settings['generation-options']['max-nesting-depth']:
return
if self.current_control_flow_nesting_depth > 0 and random.random() < self.settings[
'block-termination-probability']:
if self.current_control_flow_nesting_depth > 0 and random.random() < self.settings['block-termination-probability']:
return
element = build_xml_element([], name=GAZ_IF_TAG)
@ -531,16 +357,13 @@ class AstGenerator:
self.pop_scope()
self.current_ast_element = parent
def generate_loop(self): # fixme generation of infinite loops happens too often...
# FIXME make sure that loop conditions are evaluated at least once (assert true or make a config param)
def generate_loop(self):
if self.current_control_flow_nesting_depth >= self.settings['generation-options']['max-nesting-depth']:
return
if self.current_control_flow_nesting_depth > 0 and random.random() < self.settings[
'block-termination-probability']:
if self.current_control_flow_nesting_depth > 0 and random.random() < self.settings['block-termination-probability']:
return
init_var = self.generate_zero_declaration()
parent = self.current_ast_element
element = build_xml_element([], name=GAZ_LOOP_TAG)
self.current_ast_element.append(element)
@ -549,26 +372,10 @@ class AstGenerator:
self.current_control_flow_nesting_depth += 1
self.push_scope()
self.generate_expression(GAZ_BOOL_KEY)
self.generate_block(block_type=GAZ_LOOP_TAG,
loop_var=init_var) # append a variable increment and prepend a break statement if var is > max loop iterations
self.generate_block()
self.pop_scope()
self.current_ast_element = parent
def generate_zero_declaration(self):
parent = self.current_ast_element
element = build_xml_element([], name=GAZ_DECLARATION_TAG)
self.current_ast_element.append(element)
self.current_ast_element = element
variable = self.generate_variable(GAZ_INT_KEY, 'var')
self.current_ast_element.append(variable.xml)
self.current_scope.append(variable.name, variable)
self.generate_xhs(GAZ_RHS_TAG, variable.type, is_zero=True)
self.current_ast_element = parent
return variable
def generate_assignment(self):
possible_vars = self.current_scope.get_all_defined_mutable_vars()
@ -582,6 +389,7 @@ class AstGenerator:
self.current_ast_element.append(element)
self.current_ast_element = element
variable = random.choice(possible_vars)
self.current_ast_element.append(variable.xml)
@ -614,14 +422,11 @@ class AstGenerator:
else:
return Variable(self.get_name(GAZ_VAR_TAG), var_type, mut)
def generate_literal(self, var_type: str, value=None):
if value is None:
value = self.get_value(var_type)
else:
value = value
def generate_literal(self, var_type: str):
args = [
("type", var_type),
("value", str(value)),
("value", str(self.get_value(var_type))),
]
element = build_xml_element(args, name=GAZ_LIT_TAG)
self.current_ast_element.append(element)
@ -641,26 +446,18 @@ class AstGenerator:
self.current_scope = self.current_scope.get_top_scope()
self.current_ast_element = self.ast
self.generate_declaration(mut='const')
self.generate_declaration()
self.current_scope = current_scope
self.current_ast_element = current_element
def generate_expression(self, expr_type: str, is_zero=False):
if is_zero:
self.generate_literal(expr_type, value=0)
return
elif expr_type == GAZ_INT_KEY or expr_type == GAZ_FLOAT_KEY:
self.generate_int_expr()
def generate_expression(self, expr_type: str):
if expr_type == GAZ_INT_KEY or expr_type == GAZ_FLOAT_KEY:
self.generate_int_real_expr()
elif expr_type == GAZ_BOOL_KEY:
if random.random() < 0.5:
self.generate_bool_expr()
else:
self.generate_comp_expr()
elif expr_type == GAZ_CHAR_KEY:
self.generate_char_expr()
self.generate_bool_expr()
elif expr_type == ANY_TYPE: # TODO implement the choice of any type
self.generate_int_expr()
self.generate_int_real_expr()
else:
raise NotImplementedError(f"Expression type {expr_type} not implemented")
@ -693,7 +490,7 @@ class AstGenerator:
@return a qualifier as a string
"""
number_line = (self.settings["misc-weights"]["type-qualifier-weights"]["const"] +
self.settings["misc-weights"]["type-qualifier-weights"]["var"] - 1)
self.settings["misc-weights"]["type-qualifier-weights"]["var"] -1 )
res = random.randint(0, number_line)
if res in range(0, self.settings["misc-weights"]["type-qualifier-weights"]["const"]):
@ -729,8 +526,6 @@ class AstGenerator:
return random.uniform(-1000, 1000)
elif type == GAZ_BOOL_KEY:
return random.choice([True, False])
elif type == GAZ_CHAR_KEY:
return "'" + random.choice(string.ascii_letters) + "'"
else:
raise TypeError("Unimplemented generator for type: " + type)
@ -741,20 +536,26 @@ class AstGenerator:
@param name_type:
@return:
"""
if not self.settings['properties']['use-english-words']:
length = random.randint(self.settings['properties']['id-length']['min'],
self.settings['properties']['id-length']['max'])
name = ''.join(random.choices(string.ascii_letters, k=length))
return name
else:
if name_type == GAZ_VAR_TAG:
choice = random.choice(self.variable_names)
self.variable_names.remove(choice)
return choice
else:
choice = random.choice(self.routine_names)
self.routine_names.remove(choice)
return choice
length = random.randint(self.settings['properties']['id-length']['min'],
self.settings['properties']['id-length']['max'])
name = ''.join(random.choices(string.ascii_letters, k=length))
return name
def get_op(self, type):
if type == GAZ_INT_KEY:
cutoffs = []
values = []
ops = []
for key, value in self.settings["expression-weights"]["arithmetic"]:
cutoffs.append(value + sum(cutoffs))
values.append(value)
ops.append(get_op(key))
res = random.randint(0, sum(values))
for i in range(len(cutoffs)):
if res < cutoffs[i]:
return ops[i]
def get_type(self, tag): # TODO Add support for composite types
return 'int' # TODO Add support for all types
@ -773,3 +574,141 @@ class AstGenerator:
for i in range(len(cutoffs)):
if res < cutoffs[i]:
return types[i]
class Variable:
def __init__(self, name: str, type: str, qualifier: str, value: any = None):
self.name = name
self.type = type
self.value = value
self.qualifier = qualifier
self.xml = self._build_xml()
def _build_xml(self):
args = [
('name', self.name),
('type', self.type),
('mut', self.qualifier),
]
return build_xml_element(args, name=GAZ_VAR_TAG)
class Argument:
def __init__(self, name: str, type: str):
self.name = name
self.type = type
self.xml = self._build_xml()
def __str__(self):
return self.type + " " + self.name
def _build_xml(self):
args = [
('name', self.name),
('type', self.type),
]
return build_xml_element(args, name=GAZ_ARG_TAG)
class Routine:
def __init__(self, name: str, type: str, return_type: str, args: list[Argument], xml: ET.Element = None):
self.name = name
self.type = type
self.return_type = return_type
self.arguments = args
self.xml = xml
self.xml = xml
class Scope:
def __init__(self, enclosing_scope, child_scope=None, associated_xml: ET.Element = None):
self.symbols = {}
self.enclosing_scope = enclosing_scope
self.child_scope = child_scope
self.xml = associated_xml
def resolve(self, name) -> ET.Element or None:
if name in self.symbols:
return self.symbols[name]
else:
return None
def append(self, name, item: Variable or Argument or Routine):
self.symbols[name] = item
def append_element(self, name, value: ET.Element):
self.symbols[name] = value
def set(self, name, value: ET.Element):
self.symbols[name] = value
def get_all_defined_mutable_vars(self) -> list[Variable]:
if self.enclosing_scope is None:
return self._get_mutable_vars()
else:
return self.enclosing_scope.get_all_defined_mutable_vars() + self._get_mutable_vars()
def _get_mutable_vars(self) -> list[Variable]:
mutable_vars = []
for name, var in self.symbols.items():
if not isinstance(var, Variable):
continue
if var.qualifier != 'const':
mutable_vars.append(self.symbols[name])
return mutable_vars
def get_top_scope(self):
if self.enclosing_scope is None:
return self
else:
return self.enclosing_scope.get_top_scope()
def build_xml_element(*keys, name):
elem = ET.Element(name)
for key in list(keys)[0]: # TODO refactor
elem.set(key[0], key[1])
return elem
def get_op(op):
if op == 'addition':
return '+'
elif op == 'subtraction':
return '-'
elif op == 'multiplication':
return '*'
elif op == 'division':
return '/'
elif op == 'modulo':
return '%'
elif op == 'power':
return '^'
elif op == 'or':
return 'or'
elif op == 'and':
return 'and'
elif op == 'equality':
return '=='
elif op == 'inequality':
return '!='
elif op == 'less-than':
return '<'
elif op == 'less-than-or-equal':
return '<='
elif op == 'greater-than':
return '>'
elif op == 'greater-than-or-equal':
return '>='
elif op == 'negation':
return '-'
elif op == 'not':
return 'not'
elif op == 'noop':
return '+'
elif op == 'concatenation':
return '||'
else:
raise Exception("Unknown operator: " + op)

View file

@ -1,11 +1,12 @@
import unittest
import xml
import xml.etree.ElementTree as ET
import xml.dom.minidom
import yaml
from ast_generator.ast_generator import *
from ast_generator.utils import Variable
from ast_generator.gazprea_ast_grammar import *
def reachable_return(block):
@ -227,7 +228,7 @@ class TestGeneration(unittest.TestCase):
# print("iteration: " + str(l))
self.ast_gen.ast = ET.Element("block")
self.ast_gen.current_ast_element = self.ast_gen.ast
self.ast_gen.generate_int_expr()
self.ast_gen.generate_int_real_expr()
# self.write_ast()
if self.ast_gen.ast.find("operator") is None:
@ -266,12 +267,15 @@ class TestGeneration(unittest.TestCase):
def test_failing_assignment(self):
self.ast_gen.ast = ET.Element("block")
self.ast_gen.current_ast_element = self.ast_gen.ast
# self.ast_gen.generate_main()
with self.assertRaises(ValueError):
self.ast_gen.generate_assignment()
print(ET.tostring(self.ast_gen.ast, 'utf-8').decode('utf-8'))
self.assertIsNone(self.ast_gen.ast.find("assignment"))
def is_no_op(self, operator):
"""
recursively check if operator is a no-op

File diff suppressed because it is too large Load diff

File diff suppressed because it is too large Load diff

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@ -1,471 +0,0 @@
<block>
<procedure name="main" return_type="int" args="()">
<block>
<return type="int">
<literal type="int" value="0"/>
</return>
<stream type="std_output">
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="314.2266871191341"/>
</lhs>
<rhs>
<literal type="float" value="-241.21664166820312"/>
</rhs>
</operator>
</stream>
</block>
</procedure>
<function name="eW" return_type="int">
<argument name="g" type="int"/>
<argument name="GDUEYIipSt" type="int"/>
<block>
<declaration type="int">
<variable name="Say" type="int" mut="var"/>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="1665738951"/>
</lhs>
<rhs>
<literal type="float" value="139.86158640644862"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="772509006"/>
</lhs>
<rhs>
<literal type="float" value="-649.4294241575187"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="265.9685116353053"/>
</lhs>
<rhs>
<literal type="float" value="-799.9949734775371"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="1923533103"/>
</lhs>
<rhs>
<literal type="float" value="-941.4029686824128"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="824.0735523578705"/>
</lhs>
<rhs>
<literal type="float" value="-985.6412814884811"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-159.40159037510296"/>
</lhs>
<rhs>
<literal type="int" value="-1386411564"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="int" value="1591711206"/>
</lhs>
<rhs>
<literal type="float" value="-127.0430494010875"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-527.4944733203411"/>
</lhs>
<rhs>
<literal type="int" value="774177202"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-158812638"/>
</rhs>
</operator>
</rhs>
</declaration>
<assignment>
<variable name="Say" type="int" mut="var"/>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="914793523"/>
</lhs>
<rhs>
<literal type="int" value="-1937356655"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="489.218538167064"/>
</lhs>
<rhs>
<literal type="int" value="-414161182"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="650.3007997573827"/>
</lhs>
<rhs>
<literal type="int" value="1979645026"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-1416136146"/>
</lhs>
<rhs>
<literal type="float" value="-411.1206483078911"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="767.0871225569206"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="811.1966660943963"/>
</lhs>
<rhs>
<literal type="float" value="103.14834036969614"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="2143674923"/>
</lhs>
<rhs>
<literal type="float" value="-516.6041568838205"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="-43.196377609604724"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="division" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="-251.26908492535006"/>
</lhs>
<rhs>
<literal type="int" value="2102862513"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-788.424773416349"/>
</lhs>
<rhs>
<literal type="int" value="686248439"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="int" value="-1663561597"/>
</lhs>
<rhs>
<literal type="int" value="384631075"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="-833.9029230404819"/>
</lhs>
<rhs>
<literal type="int" value="1098477492"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</assignment>
<return type="int">
<operator op="division" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="174.93707879339513"/>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-1381342040"/>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="874.6385020676307"/>
</lhs>
<rhs>
<literal type="float" value="-751.4261809796049"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="25778016"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="-308.91043711449356"/>
</rhs>
</operator>
</return>
<stream type="std_output">
<operator op="division" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-478080710"/>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="1247688226"/>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="-1668723401"/>
</lhs>
<rhs>
<literal type="float" value="-415.88474440499294"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="-1027814199"/>
</lhs>
<rhs>
<literal type="float" value="-361.3220068506513"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-339706165"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-992185978"/>
</lhs>
<rhs>
<literal type="float" value="-484.35089403701954"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="109.67382107916842"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-2038884295"/>
</lhs>
<rhs>
<literal type="float" value="463.45832290675344"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="600.7608651825765"/>
</lhs>
<rhs>
<literal type="float" value="232.2518149247553"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="-352.9351215605932"/>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="1732315667"/>
</lhs>
<rhs>
<literal type="int" value="703480765"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="54.416126342769985"/>
</lhs>
<rhs>
<literal type="float" value="196.80181113204776"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="3.858371047113792"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</stream>
</block>
</function>
</block>

File diff suppressed because it is too large Load diff

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@ -1,463 +0,0 @@
<block>
<procedure name="main" return_type="int" args="()">
<block>
<declaration type="int">
<variable name="mtgqHyMR" type="int" mut="const"/>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-886.0949135168966"/>
</lhs>
<rhs>
<literal type="int" value="-306721674"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="505.384240546746"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="644.8972883781132"/>
</lhs>
<rhs>
<literal type="int" value="-2112855042"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-781.0138415122769"/>
</lhs>
<rhs>
<literal type="float" value="205.41249373358278"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-1056378078"/>
</lhs>
<rhs>
<literal type="int" value="-2028661745"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="-378.4368829003138"/>
</lhs>
<rhs>
<literal type="int" value="-161623317"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="-842219085"/>
</lhs>
<rhs>
<literal type="float" value="20.263905912068594"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="-452.05189940351227"/>
</lhs>
<rhs>
<literal type="float" value="-633.8953115867257"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-912.441770503505"/>
</lhs>
<rhs>
<literal type="float" value="-612.0623808756949"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="1135585201"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</declaration>
<return type="int">
<literal type="int" value="0"/>
</return>
<stream type="std_output">
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="399766159"/>
</lhs>
<rhs>
<literal type="int" value="2014917461"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="867.2183212429338"/>
</lhs>
<rhs>
<literal type="float" value="-118.6161105454704"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-204.10116913366426"/>
</lhs>
<rhs>
<literal type="float" value="751.7762246394013"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="786062037"/>
</lhs>
<rhs>
<literal type="int" value="242383621"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="-495168961"/>
</lhs>
<rhs>
<literal type="int" value="-1841981969"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="275.7114744278331"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="int" value="-1816859520"/>
</lhs>
<rhs>
<literal type="float" value="-880.0217043467153"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-51556154"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="950.8363250531215"/>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="485.04787718219586"/>
</lhs>
<rhs>
<literal type="int" value="1081890518"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-617554471"/>
</lhs>
<rhs>
<literal type="float" value="557.3688888036261"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="-1590018197"/>
</lhs>
<rhs>
<literal type="float" value="719.2896242851314"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</stream>
<stream type="std_output">
<operator op="addition" type="float">
<lhs>
<operator op="division" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="309.2004071522772"/>
</lhs>
<rhs>
<literal type="int" value="-446658461"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="716.9460631063534"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="655298965"/>
</lhs>
<rhs>
<literal type="int" value="1508954892"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="760.2915655536051"/>
</lhs>
<rhs>
<literal type="int" value="28583728"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="429.0156523389528"/>
</lhs>
<rhs>
<literal type="float" value="577.9876488452435"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="930.8535652247854"/>
</lhs>
<rhs>
<literal type="float" value="-814.7548683779205"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="-343046444"/>
</lhs>
<rhs>
<literal type="float" value="565.053588972037"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="937.8059780568267"/>
</lhs>
<rhs>
<literal type="int" value="-1730601731"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-518.9407078828895"/>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="448.6425050284274"/>
</lhs>
<rhs>
<literal type="float" value="187.11751419213647"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-2112467308"/>
</lhs>
<rhs>
<literal type="int" value="1912369506"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-491.9568349060006"/>
</lhs>
<rhs>
<literal type="int" value="198427514"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="419.23917956954983"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="-143555818"/>
</lhs>
<rhs>
<literal type="int" value="-1226638788"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-1780107871"/>
</lhs>
<rhs>
<literal type="int" value="-1692858651"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</stream>
</block>
</procedure>
</block>

View file

@ -1,768 +0,0 @@
<block>
<procedure name="main" return_type="int" args="()">
<block>
<stream type="std_output">
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
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<return type="int">
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<declaration type="int">
<variable name="GwhdkLGQX" type="int" mut="var"/>
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<literal type="float" value="606.5426298463085"/>
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</procedure>
<function name="ZDXRWT" return_type="int">
<argument name="Me" type="int"/>
<argument name="f" type="int"/>
<argument name="EgdQw" type="int"/>
<argument name="MMLQqXFUNg" type="int"/>
<argument name="fSESgBfmw" type="int"/>
<argument name="oHaDTLvU" type="int"/>
<argument name="avDWVRP" type="int"/>
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<lhs>
<operator op="multiplication" type="float">
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<operator op="addition" type="int">
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<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="float">
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<literal type="int" value="1347725266"/>
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<rhs>
<literal type="int" value="2106758124"/>
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</operator>
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<rhs>
<literal type="float" value="-399.5002378858363"/>
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</operator>
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<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="438.9852092978954"/>
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<rhs>
<literal type="int" value="-286944467"/>
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</operator>
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<operator op="addition" type="float">
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<literal type="float" value="312.966101335815"/>
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<rhs>
<literal type="float" value="220.50930164623674"/>
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</operator>
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<rhs>
<operator op="addition" type="int">
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<literal type="int" value="-1388954595"/>
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<rhs>
<operator op="subtraction" type="float">
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<operator op="addition" type="int">
<lhs>
<literal type="float" value="-114.45471104309627"/>
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<rhs>
<literal type="int" value="1273645096"/>
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<literal type="int" value="1123815717"/>
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</operator>
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<operator op="addition" type="float">
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<operator op="addition" type="float">
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<literal type="int" value="-1653871188"/>
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<literal type="int" value="2042072836"/>
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<literal type="float" value="785.6330823015469"/>
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<literal type="int" value="-738843728"/>
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<literal type="float" value="217.14338500371264"/>
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<literal type="float" value="143.02822128737807"/>
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<declaration type="int">
<variable name="bxLMkFGO" type="int" mut="const"/>
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<operator op="addition" type="float">
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<operator op="addition" type="int">
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<literal type="int" value="-1504260861"/>
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<operator op="addition" type="float">
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<literal type="float" value="189.006576852144"/>
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<literal type="int" value="-423593734"/>
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<operator op="multiplication" type="float">
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<literal type="int" value="-1009491901"/>
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<operator op="multiplication" type="int">
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<operator op="subtraction" type="float">
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<literal type="int" value="1512846110"/>
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<literal type="float" value="618.4426442556944"/>
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</operator>
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<rhs>
<operator op="subtraction" type="int">
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<literal type="float" value="-934.9115136694263"/>
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<rhs>
<literal type="float" value="72.44707680822671"/>
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<rhs>
<literal type="float" value="-484.8091790077274"/>
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</rhs>
</declaration>
<return type="int">
<operator op="multiplication" type="float">
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<literal type="float" value="-984.8072412782556"/>
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<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="1782244171"/>
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<rhs>
<literal type="int" value="1992820608"/>
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</operator>
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<operator op="division" type="int">
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<literal type="float" value="962.1536192886206"/>
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<rhs>
<operator op="division" type="float">
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<operator op="multiplication" type="int">
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<operator op="subtraction" type="int">
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<literal type="float" value="54.84784192085158"/>
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</operator>
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<operator op="division" type="float">
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<operator op="addition" type="int">
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<operator op="addition" type="float">
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<literal type="int" value="-1317336488"/>
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<literal type="float" value="269.72508614247954"/>
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</operator>
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<rhs>
<operator op="addition" type="int">
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<literal type="int" value="486913155"/>
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<literal type="float" value="856.2057164451116"/>
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<rhs>
<operator op="division" type="float">
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<operator op="division" type="float">
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<rhs>
<literal type="int" value="920842483"/>
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</operator>
</stream>
</block>
</function>
<function name="Lxe" return_type="int">
<argument name="ouugz" type="int"/>
<argument name="RbOujw" type="int"/>
<block>
<stream type="std_output">
<literal type="float" value="-15.72531800465731"/>
</stream>
<return type="int">
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<lhs>
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<lhs>
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<lhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-43.755229743576365"/>
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<rhs>
<literal type="float" value="-932.1671571271519"/>
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</operator>
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<literal type="int" value="521221712"/>
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<rhs>
<literal type="int" value="-1434532637"/>
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</operator>
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</operator>
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<rhs>
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<operator op="addition" type="int">
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<rhs>
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<operator op="division" type="int">
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<operator op="multiplication" type="int">
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</function>
<function name="hkiO" return_type="int">
<argument name="EuEfVFPO" type="int"/>
<block>
<return type="int">
<literal type="int" value="-1144164542"/>
</return>
</block>
</function>
</block>

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File diff suppressed because it is too large Load diff

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@ -1,355 +0,0 @@
<block>
<procedure name="main" return_type="int" args="()">
<block>
<return type="int">
<literal type="int" value="0"/>
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<variable name="GsG" type="int" mut="var"/>
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<literal type="float" value="-234.85366100917292"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</declaration>
<stream type="std_output">
<operator op="subtraction" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="division" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="-407.1313898318915"/>
</lhs>
<rhs>
<literal type="float" value="594.2595409502064"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-855067168"/>
</lhs>
<rhs>
<literal type="int" value="1024538111"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="461409701"/>
</lhs>
<rhs>
<literal type="int" value="-228845353"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-1986037689"/>
</lhs>
<rhs>
<literal type="int" value="858553680"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="-27822114"/>
</lhs>
<rhs>
<literal type="int" value="1058568056"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="float" value="793.364834672303"/>
</lhs>
<rhs>
<literal type="int" value="147401340"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-1786592785"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="-2075667967"/>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-1044119075"/>
</lhs>
<rhs>
<literal type="float" value="-428.06336547207604"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-1978344204"/>
</lhs>
<rhs>
<literal type="float" value="410.67581708202647"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="853593312"/>
</lhs>
<rhs>
<literal type="float" value="-462.0147565823032"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="-653.3430792190311"/>
</lhs>
<rhs>
<literal type="float" value="803.9940351095963"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</stream>
</block>
</procedure>
</block>

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@ -1,139 +0,0 @@
<block>
<procedure name="main" return_type="int" args="()">
<block>
<stream type="std_output">
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-332.985089884789"/>
</lhs>
<rhs>
<literal type="int" value="1511463307"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="360.1108455256631"/>
</lhs>
<rhs>
<literal type="int" value="-486382793"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-56673932"/>
</lhs>
<rhs>
<literal type="float" value="962.6315569923559"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="251.8682955572349"/>
</lhs>
<rhs>
<literal type="float" value="-58.97520781582034"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-663830272"/>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="-725.9465078703366"/>
</lhs>
<rhs>
<literal type="float" value="872.2253746490055"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-807.2884938799598"/>
</lhs>
<rhs>
<literal type="float" value="362.4783934580546"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-1354656196"/>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-1672379998"/>
</lhs>
<rhs>
<literal type="int" value="-594663976"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="314.023365381478"/>
</lhs>
<rhs>
<literal type="float" value="-757.1197288498458"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="304.6182803547342"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</stream>
<return type="int">
<literal type="int" value="0"/>
</return>
</block>
</procedure>
</block>

File diff suppressed because it is too large Load diff

File diff suppressed because it is too large Load diff

File diff suppressed because it is too large Load diff

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@ -1,944 +0,0 @@
<block>
<procedure name="main" return_type="int" args="()">
<block>
<return type="int">
<literal type="int" value="0"/>
</return>
<stream type="std_output">
<operator op="division" type="float">
<lhs>
<literal type="int" value="-1892208201"/>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-814067693"/>
</lhs>
<rhs>
<literal type="float" value="387.1202167534832"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="311282519"/>
</lhs>
<rhs>
<literal type="int" value="1090704034"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-283923320"/>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="913.5997843232064"/>
</lhs>
<rhs>
<literal type="float" value="-152.65176475382236"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-444.0876377978577"/>
</lhs>
<rhs>
<literal type="int" value="-63661916"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="54.870633910077686"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-1012067321"/>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-1351539284"/>
</lhs>
<rhs>
<literal type="int" value="-1682445403"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</stream>
</block>
</procedure>
<function name="zognC" return_type="int">
<argument name="k" type="int"/>
<argument name="oJjP" type="int"/>
<argument name="qLNBXFBIxS" type="int"/>
<argument name="lTjI" type="int"/>
<argument name="QIvOAlzqV" type="int"/>
<block>
<return type="int">
<operator op="subtraction" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="-586.4338113277354"/>
</lhs>
<rhs>
<literal type="float" value="-565.1160939450981"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-426717223"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="140280392"/>
</lhs>
<rhs>
<literal type="float" value="460.76170885004217"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="1328611320"/>
</lhs>
<rhs>
<literal type="int" value="-2079938065"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="-1425429986"/>
</lhs>
<rhs>
<literal type="int" value="-1147928825"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="428.03437348140983"/>
</lhs>
<rhs>
<literal type="float" value="-539.701940125447"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-65680098"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="34846835"/>
</rhs>
</operator>
</return>
</block>
</function>
<function name="JKaSIGJ" return_type="int">
<argument name="TTr" type="int"/>
<argument name="IHPC" type="int"/>
<argument name="xnxEgOAF" type="int"/>
<argument name="QqQTprSIFR" type="int"/>
<block>
<return type="int">
<operator op="addition" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="division" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="311191993"/>
</lhs>
<rhs>
<literal type="float" value="212.9115363072042"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="358.6454091175708"/>
</lhs>
<rhs>
<literal type="int" value="-307576324"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="-515.8408558391303"/>
</lhs>
<rhs>
<literal type="int" value="561548183"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="895.2633354674908"/>
</lhs>
<rhs>
<literal type="float" value="-432.38428278795607"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-527.4269573331176"/>
</lhs>
<rhs>
<literal type="int" value="-825187278"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="1541338554"/>
</lhs>
<rhs>
<literal type="int" value="-415899237"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="105200532"/>
</lhs>
<rhs>
<literal type="float" value="901.3139232216604"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="48782566"/>
</lhs>
<rhs>
<literal type="int" value="1237293651"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="-552.8730704955371"/>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="-440.18479148671474"/>
</lhs>
<rhs>
<literal type="float" value="-841.4390813052062"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="70.52959135105584"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="-652.5566443157834"/>
</rhs>
</operator>
</rhs>
</operator>
</return>
</block>
</function>
<function name="rCVuhN" return_type="int">
<argument name="SlXS" type="int"/>
<argument name="YAtyElCX" type="int"/>
<argument name="clcF" type="int"/>
<block>
<stream type="std_output">
<operator op="addition" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-641709076"/>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="-78.1821413466954"/>
</lhs>
<rhs>
<literal type="float" value="318.076135076255"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="843.3460632947963"/>
</lhs>
<rhs>
<literal type="int" value="-318255852"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="1863767056"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="106.27057406215386"/>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="float" value="-208.06347568909405"/>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-197273790"/>
</lhs>
<rhs>
<literal type="int" value="-458075114"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="153.0249942207397"/>
</rhs>
</operator>
</rhs>
</operator>
</stream>
<declaration type="int">
<variable name="svzc" type="int" mut="const"/>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-304757914"/>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-393937641"/>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="-712603890"/>
</lhs>
<rhs>
<literal type="int" value="-1188737463"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="687.957179664791"/>
</lhs>
<rhs>
<literal type="float" value="-76.01119583263278"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-952.6767380247567"/>
</lhs>
<rhs>
<literal type="float" value="363.9599315763662"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-2083509364"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</declaration>
<return type="int">
<operator op="division" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="division" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="2101199760"/>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-1887057042"/>
</lhs>
<rhs>
<literal type="float" value="-738.8688222822686"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="int" value="-1767650299"/>
</lhs>
<rhs>
<literal type="int" value="1560073484"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="-156.7910592216473"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="403.5955414961677"/>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="-514.8092595767699"/>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="int" value="99163840"/>
</lhs>
<rhs>
<literal type="float" value="-896.1146872300392"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-1639023141"/>
</lhs>
<rhs>
<literal type="float" value="869.4258154026443"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="int" value="-788732652"/>
</lhs>
<rhs>
<literal type="int" value="-790781922"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-1210988123"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="-696.1829582157134"/>
</rhs>
</operator>
</rhs>
</operator>
</return>
<declaration type="int">
<variable name="GOFDzQcrrd" type="int" mut="var"/>
<rhs>
<operator op="division" type="float">
<lhs>
<literal type="float" value="146.76529447072016"/>
</lhs>
<rhs>
<literal type="float" value="-416.80791787695216"/>
</rhs>
</operator>
</rhs>
</declaration>
<stream type="std_output">
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="-682321351"/>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="-652.482554231393"/>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-1508355399"/>
</lhs>
<rhs>
<literal type="int" value="-1962109645"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-1705910523"/>
</lhs>
<rhs>
<literal type="int" value="-432949762"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="-721142300"/>
</lhs>
<rhs>
<literal type="int" value="514076809"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="1839185464"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="-371.97390635024453"/>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-832.9691352285173"/>
</lhs>
<rhs>
<literal type="int" value="458547887"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-705.2930339492307"/>
</lhs>
<rhs>
<literal type="int" value="1058111975"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="1218779376"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="927.8635979534558"/>
</lhs>
<rhs>
<literal type="int" value="889534430"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-285.61469975577074"/>
</lhs>
<rhs>
<literal type="int" value="-435631148"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</stream>
<declaration type="int">
<variable name="icmKJ" type="int" mut="var"/>
<rhs>
<literal type="int" value="741910664"/>
</rhs>
</declaration>
<declaration type="int">
<variable name="SfyWiJGS" type="int" mut="const"/>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="division" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="568.0849046977596"/>
</lhs>
<rhs>
<literal type="int" value="425724012"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="840178163"/>
</lhs>
<rhs>
<literal type="int" value="-2031407093"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="183.6744536571489"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-90.94915797747728"/>
</lhs>
<rhs>
<literal type="int" value="1628992858"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="1433464745"/>
</lhs>
<rhs>
<literal type="float" value="820.706392834237"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="826.9153729750319"/>
</lhs>
<rhs>
<literal type="float" value="374.7804982683506"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-1375810928"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="864.9518423991628"/>
</lhs>
<rhs>
<literal type="int" value="-980866876"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="171.62617939689426"/>
</lhs>
<rhs>
<literal type="float" value="-835.8716139861926"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="int" value="1488878779"/>
</lhs>
<rhs>
<literal type="int" value="607534852"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="-832.2030736437245"/>
</lhs>
<rhs>
<literal type="int" value="-491527091"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-263774209"/>
</lhs>
<rhs>
<literal type="int" value="-1672615302"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="224.41486983107325"/>
</lhs>
<rhs>
<literal type="int" value="1118285614"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-1010688210"/>
</lhs>
<rhs>
<literal type="int" value="-232407899"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="919.7340326486644"/>
</lhs>
<rhs>
<literal type="int" value="816157564"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</declaration>
</block>
</function>
</block>

View file

@ -1,520 +0,0 @@
<block>
<procedure name="main" return_type="int" args="()">
<block>
<return type="int">
<literal type="int" value="0"/>
</return>
</block>
</procedure>
<function name="SLrwcP" return_type="int">
<argument name="DJhkR" type="int"/>
<argument name="bpwQR" type="int"/>
<block>
<return type="int">
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="977.7974996471614"/>
</lhs>
<rhs>
<literal type="int" value="557797777"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<literal type="float" value="-780.5503539855108"/>
</lhs>
<rhs>
<literal type="float" value="609.6186316570618"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="117.75924089675732"/>
</lhs>
<rhs>
<literal type="int" value="728066751"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="630.9429971623356"/>
</lhs>
<rhs>
<literal type="float" value="-671.579760434576"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="-1972192974"/>
</lhs>
<rhs>
<literal type="int" value="-152236428"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</return>
<declaration type="int">
<variable name="K" type="int" mut="var"/>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="264836965"/>
</lhs>
<rhs>
<literal type="float" value="248.47054430310732"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="-334534634"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="division" type="int">
<lhs>
<literal type="float" value="-782.6446640862803"/>
</lhs>
<rhs>
<literal type="float" value="544.88522848807"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="-611.6032890725234"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-1666468786"/>
</lhs>
<rhs>
<literal type="float" value="969.5573071095944"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="int" value="1914311012"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-930441597"/>
</lhs>
<rhs>
<literal type="int" value="-71086775"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="388991486"/>
</lhs>
<rhs>
<literal type="float" value="-484.94238737572414"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="-682581772"/>
</lhs>
<rhs>
<literal type="int" value="1227496547"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="2141169807"/>
</lhs>
<rhs>
<literal type="int" value="665862423"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="-321.7159383759805"/>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="float" value="-231.28197230220064"/>
</lhs>
<rhs>
<literal type="int" value="-724831825"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</declaration>
<assignment>
<variable name="K" type="int" mut="var"/>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="1638376106"/>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-388319401"/>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="-829.8233087060607"/>
</lhs>
<rhs>
<literal type="int" value="2056955612"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="-45108486"/>
</lhs>
<rhs>
<literal type="int" value="-473596599"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="subtraction" type="float">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-405.23776021556364"/>
</lhs>
<rhs>
<literal type="int" value="1042976432"/>
</rhs>
</operator>
</lhs>
<rhs>
<literal type="float" value="3.671391617230597"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="1483200413"/>
</lhs>
<rhs>
<literal type="float" value="360.6290816061155"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-786841187"/>
</lhs>
<rhs>
<literal type="float" value="-553.8894514577041"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="float" value="242.6987344469012"/>
</lhs>
<rhs>
<literal type="float" value="662.293073769592"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-300219552"/>
</lhs>
<rhs>
<literal type="float" value="-404.8335496204336"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="626.2212591011919"/>
</lhs>
<rhs>
<literal type="float" value="-993.5558417213322"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="float" value="-453.6768176930419"/>
</lhs>
<rhs>
<literal type="int" value="-791616709"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</assignment>
<assignment>
<variable name="K" type="int" mut="var"/>
<rhs>
<operator op="division" type="float">
<lhs>
<operator op="addition" type="float">
<lhs>
<operator op="multiplication" type="int">
<lhs>
<operator op="multiplication" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="-688.1022047708459"/>
</lhs>
<rhs>
<literal type="int" value="672066131"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-769600937"/>
</lhs>
<rhs>
<literal type="int" value="1815563585"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="division" type="float">
<lhs>
<literal type="float" value="-4.930557876996886"/>
</lhs>
<rhs>
<literal type="float" value="-228.73669522947444"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="854782224"/>
</lhs>
<rhs>
<literal type="int" value="-207795075"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="int">
<lhs>
<operator op="division" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="float" value="-909.8109507721024"/>
</lhs>
<rhs>
<literal type="int" value="1101870903"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="float">
<lhs>
<literal type="float" value="196.56943548615118"/>
</lhs>
<rhs>
<literal type="int" value="-1034678999"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="multiplication" type="int">
<lhs>
<literal type="int" value="-501066730"/>
</lhs>
<rhs>
<operator op="multiplication" type="float">
<lhs>
<literal type="int" value="589228114"/>
</lhs>
<rhs>
<literal type="int" value="-349833879"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="division" type="int">
<lhs>
<literal type="int" value="-1401347820"/>
</lhs>
<rhs>
<operator op="division" type="float">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="1876952792"/>
</lhs>
<rhs>
<literal type="int" value="1539303194"/>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="addition" type="float">
<lhs>
<literal type="int" value="574673387"/>
</lhs>
<rhs>
<literal type="int" value="-505627784"/>
</rhs>
</operator>
</rhs>
</operator>
</lhs>
<rhs>
<operator op="subtraction" type="int">
<lhs>
<literal type="int" value="1756658820"/>
</lhs>
<rhs>
<literal type="int" value="-1091602168"/>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</operator>
</rhs>
</assignment>
</block>
</function>
</block>

View file

@ -1,99 +0,0 @@
from xml.etree import ElementTree as ET
from constants import GAZ_VAR_TAG, GAZ_ARG_TAG
class Variable:
def __init__(self, name: str, type: str, qualifier: str, value: any = None):
self.name = name
self.type = type
self.value = value
self.qualifier = qualifier
self.xml = self._build_xml()
def _build_xml(self):
args = [
('name', self.name),
('type', self.type),
('mut', self.qualifier),
]
return build_xml_element(args, name=GAZ_VAR_TAG)
class Argument:
def __init__(self, name: str, type: str):
self.name = name
self.type = type
self.xml = self._build_xml()
def __str__(self):
return self.type + " " + self.name
def _build_xml(self):
args = [
('name', self.name),
('type', self.type),
]
return build_xml_element(args, name=GAZ_ARG_TAG)
class Routine:
def __init__(self, name: str, type: str, return_type: str, args: list[Argument], xml: ET.Element = None):
self.name = name
self.type = type
self.return_type = return_type
self.arguments = args
self.xml = xml
self.xml = xml
class Scope:
def __init__(self, enclosing_scope, child_scope=None, associated_xml: ET.Element = None):
self.symbols = {}
self.enclosing_scope = enclosing_scope
self.child_scope = child_scope
self.xml = associated_xml
def resolve(self, name) -> ET.Element or None:
if name in self.symbols:
return self.symbols[name]
else:
return None
def append(self, name, item: Variable or Argument or Routine):
self.symbols[name] = item
def append_element(self, name, value: ET.Element):
self.symbols[name] = value
def set(self, name, value: ET.Element):
self.symbols[name] = value
def get_all_defined_mutable_vars(self) -> list[Variable]:
if self.enclosing_scope is None:
return self._get_mutable_vars()
else:
return self.enclosing_scope.get_all_defined_mutable_vars() + self._get_mutable_vars()
def _get_mutable_vars(self) -> list[Variable]:
mutable_vars = []
for name, var in self.symbols.items():
if not isinstance(var, Variable):
continue
if var.qualifier != 'const':
mutable_vars.append(self.symbols[name])
return mutable_vars
def get_top_scope(self):
if self.enclosing_scope is None:
return self
else:
return self.enclosing_scope.get_top_scope()
def build_xml_element(*keys, name):
elem = ET.Element(name)
for key in list(keys)[0]: # TODO refactor
elem.set(key[0], key[1])
return elem

View file

@ -36,13 +36,13 @@ def to_gaz_value(val):
def to_gaz_op(param):
if param == "negation" or param == "subtraction":
return "-"
elif param == "addition" or param == "noop":
elif param == "addition":
return "+"
elif param == "multiplication":
return "*"
elif param == "division":
return "/"
elif param == "modulo":
elif param == "modulus":
return "%"
elif param == "power":
return "^"
@ -82,7 +82,7 @@ class GazUnparser(GeneralUnparser):
else:
return str(val)
def translate_op(self, param, ty=None):
def translate_op(self, param):
return to_gaz_op(param)
def translate_type(self, ty):

View file

@ -18,7 +18,7 @@ class GeneralUnparser:
arg_start_delimiter: str = "(",
arg_end_delimiter: str = ")",
arg_separator: str = ",",
loop_start_delimiter: str = "loop while (",
loop_start_delimiter: str = "loop (",
loop_end_delimiter: str = ")",
assignment_character: str = '=',
conditional_start_delimiter: str = "if (",
@ -72,7 +72,7 @@ class GeneralUnparser:
self.unparse_node(node)
def unparse_node(self, node):
if node.tag not in [GAZ_VAR_TAG, GAZ_RHS_TAG, GAZ_LHS_TAG, GAZ_LIT_TAG, GAZ_OPERATOR_TAG, GAZ_BRACKET_TAG]:
if node.tag not in [GAZ_VAR_TAG, GAZ_RHS_TAG, GAZ_LHS_TAG, GAZ_LIT_TAG, GAZ_OPERATOR_TAG]:
self.source += self.indentation_character * self.indentation
if node.tag == GAZ_BLOCK_TAG:
@ -103,28 +103,19 @@ class GeneralUnparser:
self.unparse_conditional(node)
elif node.tag == GAZ_LOOP_TAG:
self.unparse_loop(node)
elif node.tag == GAZ_BRACKET_TAG:
self.unparse_brackets(node)
elif node.tag == GAZ_BREAK_TAG:
self.unparse_break(node)
else:
raise Exception("Unknown tag: " + node.tag)
def unparse_block(self, node):
if node.get(GAZ_TY_KEY) is None:
self.source += f"{self.indentation * self.indentation_character}"
self.source += f"{self.block_delimiters[0]}\n"
self.indentation += 4
for child in node:
self.unparse_node(child)
self.indentation -= 4
if node.get(GAZ_TY_KEY) is None:
self.source += f"{self.indentation * self.indentation_character}{self.block_delimiters[1]}\n\n"
self.source += f"{self.block_delimiters[1]}\n\n"
elif node.get(GAZ_TY_KEY) in [GAZ_TRUE_BLOCK_TAG, GAZ_FALSE_BLOCK_TAG]:
self.source += f"{self.indentation * self.indentation_character}{self.block_delimiters[1]}"
self.source += f"{self.block_delimiters[1]}"
def unparse_declaration(self, node, declaration_op: str = '='):
variable = node.find(GAZ_VAR_TAG)
@ -173,9 +164,8 @@ class GeneralUnparser:
self.unparse_node(child)
def unparse_operator(self, node):
ty = node.get(GAZ_TY_KEY)
self.unparse_xhs(node.find(GAZ_LHS_TAG))
self.source += " {} ".format(self.translate_op(node.get("op"), ty))
self.source += " {} ".format(self.translate_op(node.get("op")))
self.unparse_xhs(node.find(GAZ_RHS_TAG))
def unparse_return(self, node):
@ -281,14 +271,6 @@ class GeneralUnparser:
self.source += "{}".format(self.translate_op(element_in.get("op")))
self.unparse_xhs(element_in.find(GAZ_RHS_TAG))
def unparse_brackets(self, element_in: ET.Element):
self.source += "("
self.unparse_xhs(element_in.find(GAZ_RHS_TAG))
self.source += ")"
def unparse_break(self, element_in: ET.Element):
self.source += "break" + self.endline
def unparse_single_arg(self, param):
return self.format_single_arg(self.translate_type(param.get(GAZ_TY_KEY)), param.get(GAZ_NAME_KEY))
@ -310,7 +292,7 @@ class GeneralUnparser:
def translate_value(self, val):
raise NotImplementedError
def translate_op(self, param, ty=None):
def translate_op(self, param):
raise NotImplementedError
def translate_type(self, ty):

View file

@ -21,18 +21,16 @@ def to_python_type(ty):
raise Exception("Unknown type: " + ty)
def to_python_op(param, ty):
def to_python_op(param):
if param == "negation" or param == "subtraction":
return "-"
elif param == "addition" or param == "noop":
elif param == "addition":
return "+"
elif param == "multiplication":
return "*"
elif param == "division" and ty != GAZ_INT_KEY:
elif param == "division":
return "/"
elif param == "division" and ty == GAZ_INT_KEY:
return "//"
elif param == "modulo":
elif param == "modulus":
return "%"
elif param == "power":
return "**"
@ -48,8 +46,6 @@ def to_python_op(param, ty):
return ">"
elif param == "greater-than-or-equal":
return ">="
elif param == "xor":
return "!="
else:
warnings.warn("Warning, unknown operator: " + param)
return param
@ -69,7 +65,7 @@ class PythonUnparser(GeneralUnparser):
conditional_else_delimiter="else:",
conditional_end_delimiter=":",
block_start_delimiter="",
block_end_delimiter="", # TODO can this contain the pass?
block_end_delimiter="",
strip_conditionals=True)
def format_variable(self, mut, ty, name, declaration: bool = False):
@ -81,8 +77,8 @@ class PythonUnparser(GeneralUnparser):
def translate_value(self, val):
return str(val)
def translate_op(self, param, ty=None):
return to_python_op(param, ty)
def translate_op(self, param):
return to_python_op(param)
def translate_type(self, ty):
return to_python_type(ty)
@ -98,7 +94,7 @@ class PythonUnparser(GeneralUnparser):
return "{}: {}".format(name, ty)
def unparse_block(self, node):
# super().unparse_block(node)
super().unparse_block(node)
self.source += f"{self.block_delimiters[0]}\n"
self.indentation += 4
for child in node:
@ -109,7 +105,3 @@ class PythonUnparser(GeneralUnparser):
self.source += f"{self.block_delimiters[1]}\n\n"
elif node.get(GAZ_TY_KEY) in [GAZ_TRUE_BLOCK_TAG, GAZ_FALSE_BLOCK_TAG]:
self.source += f"{self.block_delimiters[1]}"
def unparse(self):
super().unparse()
self.source += "\nif __name__ == '__main__':\n main()"

View file

@ -54,7 +54,7 @@ class TestPythonUnparseCode(unittest.TestCase):
parser.source = ""
parser.unparse_node(parser.xml)
self.assertIsNotNone(parser.source)
self.assertEqual(parser.source, "\n a: int = 1\n print(a * 42, end='')\n return 0\n pass\n\n\n")
self.assertEqual(parser.source, "\n a: int = 1\n print(a * 42, end='')\n return 0\n\n\n")
def test_unparse_assignment(self):
with open("ast_parser/test/xml/assignment.xml", "r") as f:
@ -129,7 +129,7 @@ class TestPythonUnparseCode(unittest.TestCase):
parser.unparse_node(parser.xml)
self.assertIsNotNone(parser.source)
i = ' ' * parser.indentation
self.assertEqual("def main() -> int:\n a: int = 1\n print(a * 42, end='')\n return 0\n pass\n\n\n", parser.source)
self.assertEqual("def main() -> int:\n a: int = 1\n print(a * 42, end='')\n return 0\n\n\n", parser.source)
def test_unparse_args(self):
with open("ast_parser/test/xml/many_args.xml", 'r') as f:

View file

@ -1,6 +1,4 @@
if False:
return 0
pass
else:
return 1
pass

View file

@ -2,6 +2,5 @@ def main() -> int:
a: int = 1
print(a * 42, end='')
return 0
pass

View file

@ -1,5 +1,4 @@
while True:
print(a * 42, end='')
pass

View file

@ -1,5 +1,4 @@
def beeeeees(a: int, b: int, bb: int, bbb: int, bbbb: int, bbbbb: int, bbbbbb: int, bbbbbbb: int, bbbbbbbb: int) -> int:
return 0
pass

View file

@ -1 +1 @@
-3
-3

View file

@ -5,20 +5,19 @@ generation-options:
max-conditionals-loops: 5 # maximum number of loops/conditionals per routine
max-number-of-routines: 5 # maximum number of routines (main will always be generated)
generate-dead-code: True # generate dead code
max-loop-iterations: 100 # maximum number of iterations in a loop
properties:
max-range-length: 5 # maximum length of ranges, vectors and tuples, (AxA matrices can exist)
use-english-words: True # use english words instead of random names (this may limit the maximum number of names)
id-length: # length of identifiers
min: 1
max: 5
max: 10
function-name-length: # length of function names
min: 1
max: 10
number-of-arguments: # number of arguments to a routine
min: 1
max: 10
generate-max-int: False # if False, generate integers between [-1000, 1000] else
generate-max-int: True # if False, generate integers between [-1000, 1000] else
expression-weights: # weights for expressions
# the higher a weight, the more likely (0, 10000), 0 to exclude, 10000 for only that
brackets: 10

View file

@ -45,5 +45,3 @@ GAZ_FALSE_BLOCK_TAG = "false"
GAZ_ARG_TAG = "argument"
GAZ_STRING_KEY = "string"
GAZ_CHAR_KEY = "char"
GAZ_BRACKET_TAG = "brackets"
GAZ_BREAK_TAG = "break"

View file

@ -1,6 +1,4 @@
import io
import sys
from contextlib import redirect_stdout
from io import StringIO
import xml
@ -30,7 +28,7 @@ class GazpreaFuzzer:
def fuzz(self):
self.generator.generate_ast()
self.write_ast() # FIXME sometimes this is none
self.write_ast()
self.gaz_source_gen = GazUnparser(self.generator.ast, True)
self.gaz_source_gen.unparse()
@ -42,13 +40,10 @@ class GazpreaFuzzer:
self.python_source_gen.unparse()
self.ground_truth = self.python_source_gen.source
# input = "if __name__ == '__main__':\n while True:\n pass\n" # debug
with redirect_stdout(io.StringIO()) as buf:
# exec(str(self.ground_truth))
exec(self.ground_truth, globals(), locals()) # FIXME the exec doesn't actually execute for some reason...
self.out = buf.getvalue()
output = StringIO()
sys.stdout = output
exec(self.ground_truth)
self.out = output.getvalue()
def write_ast(self):
dom = xml.dom.minidom.parseString(ET.tostring(self.generator.ast).decode('utf-8'))

View file

@ -1,6 +1,5 @@
import os
import random
from contextlib import redirect_stdout
import yaml
@ -33,22 +32,14 @@ class Fuzzer():
self.fuzzer.fuzz()
dom = xml.dom.minidom.parseString(ET.tostring(self.fuzzer.ast).decode('utf-8'))
pretty: str = dom.toprettyxml()
with open("fuzzer/ground_truth/{}_{}.py".format(self.file_name, i), 'w') as f:
f.write(self.fuzzer.ground_truth)
with open("fuzzer/ground_truth/{}_{}.py".format(self.file_name, i), 'r') as f:
with open("fuzzer/outputs/{}_{}.out".format(self.file_name, i), 'w') as y:
with redirect_stdout(y): # Workaround for fuzzer.py:49
try:
exec(f.read(), globals(), locals())
except OverflowError:
os.system("rm -f fuzzer/ground_truth/{}_{}.py".format(self.file_name, i))
continue
with open("fuzzer/input/{}_{}.in".format(self.file_name, i), 'w') as f:
f.write(self.fuzzer.source)
with open("fuzzer/debug/{}_{}.out".format(self.file_name, i), 'w') as f:
f.write(pretty)
# y.write(self.fuzzer.out)
with open("fuzzer/outputs/{}_{}.out".format(self.file_name, i), 'w') as f:
f.write(self.fuzzer.out)
with open("fuzzer/ground_truth/{}_{}.py".format(self.file_name, i), 'w') as f:
f.write(self.fuzzer.ground_truth)
# with open("fuzzer/instream/{}.in".format(i), 'w') as f:
# f.write(self.fuzzer.source)
# with open("fuzzer/outputs/{}.out".format(i), 'w') as f:
@ -59,7 +50,7 @@ if __name__ == '__main__':
parser = argparse.ArgumentParser(
description='Procedurally generate a test case for Gazprea'
)
parser.add_argument('-b', '--batch_size', type=int, required=False, default=1,
parser.add_argument('-b', '--batch_size', type=int, required=False,
help="generate BATCH cases (fuzzer/source/nameX.in, /instream/..., /outputs/...)")
parser.add_argument('--seed', type=int, required=False, action="store",
help="rng seed")

View file

@ -1,5 +1,3 @@
import concurrent.futures
import os
import sys
import unittest
from contextlib import redirect_stdout
@ -27,7 +25,7 @@ class TestCorrectness(unittest.TestCase):
def test_assignment(self):
self.ast_gen.ast = ET.Element("block")
self.ast_gen.current_ast_element = self.ast_gen.ast
self.ast_gen.generate_declaration(mut='var')
self.ast_gen.generate_declaration()
self.ast_gen.generate_assignment()
self.python_unparser.xml = self.ast_gen.ast
@ -117,19 +115,18 @@ class TestCorrectness(unittest.TestCase):
self.fail(e)
def test_loop(self):
for i in range(1000):
self.ast_gen.ast = ET.Element("block")
self.ast_gen.current_ast_element = self.ast_gen.ast
self.ast_gen.generate_loop()
self.ast_gen.ast = ET.Element("block")
self.ast_gen.current_ast_element = self.ast_gen.ast
self.ast_gen.generate_loop()
self.python_unparser.xml = self.ast_gen.ast
self.python_unparser.unparse()
self.python_unparser.xml = self.ast_gen.ast
self.python_unparser.unparse()
try:
compile(self.python_unparser.source, "beeeans", "exec")
except Exception as e:
print(self.python_unparser.source)
self.fail(e)
try:
exec(self.python_unparser.source)
except Exception as e:
print(self.python_unparser.source)
self.fail(e)
def test_routine(self):
self.ast_gen.ast = ET.Element("block")
@ -156,42 +153,5 @@ class TestCorrectness(unittest.TestCase):
print(self.python_unparser.source)
self.fail(e)
def test_no_infinite_loops(self):
self.fail("TODO")
def test_infinite_loops_with_break_terminate(self):
self.fail("TODO")
def test_builtins(self):
self.fail("TODO")
def test_all_vars_get_printed(self):
self.fail("TODO")
class TestTypeCorrectness(unittest.TestCase):
def test_int_expr_correctness(self):
self.fail("TODO")
def test_float_expr_correctness(self):
self.fail("TODO")
def test_char_expr_correctness(self):
self.fail("TODO")
def test_bool_expr_correctness(self):
self.fail("TODO")
def test_tuple_expr_correctness(self):
self.fail("TODO")
def test_vector_expr_correctness(self):
self.fail("TODO")
def test_matrix_expr_correctness(self):
self.fail("TODO")
def test_iterable_expr_correctness(self):
self.fail("TODO")
if __name__ == '__main__':
unittest.main()