from .mathematicaYacc import mathematicaParser
from .mathematicaLex import mathematicaLexer
from .calchasPreprocessing import calchasToSympy, getStdTree
from .latexPreprocessing import isLatex
from .latexYacc import latexToCalchas
from .sympyTreeBuilder import SympyTreeBuilder
from .calchasTreeLambdafier import CalchasTreeLambdafier
from .calchasTreeLambdaHoister import CalchasTreeLambdaHoister


class Parser:
    def __init__(self, expr):
        self.expr = expr

    def fromCalchas(self):
        result = calchasToSympy('(%s)' % self.expr)
        if result:
            self.expr = result

    def fromMathematica(self):
        result = mathematicaParser.parse('(%s)' % self.expr, lexer=mathematicaLexer)
        if result:
            self.expr = result.toCalchas()

    def fromLatex(self):
        if isLatex(self.expr):
            result = latexToCalchas('(%s)' % self.expr)
            if result:
                self.expr = result

    def normalize(self, debug=False):
        #debug=True
        if debug:
            print("init              : ", end="")
            print(self.expr)
        self.fromLatex()
        if debug:
            print("after Latex       : ", end="")
            print(self.expr)
        self.fromMathematica()
        if debug:
            print("after Mathematica : ", end="")
            print(self.expr)
        #self.fromCalchas()
        tree = getStdTree(self.expr)
        if debug:
            print("final > type      : ", end="")
            print(type(tree))
            print("      > content   : ", end="")
            print(tree)
            print("")
        if tree is None:
            return 'simplify(%s,2)' % self.expr
        lambdafier = CalchasTreeLambdafier()
        tree = lambdafier.visitCalchasTree(tree, debug=debug)
        if debug:
            print("~diff > type      : ", end="")
            print(type(tree))
            print("      > content   : ", end="")
            print(tree)
            print("")
        transformer = CalchasTreeLambdaHoister()
        tree = transformer.replaceImplicitDiff(tree, debug=debug)
        if debug:
            print("~diff > type      : ", end="")
            print(type(tree))
            print("      > content   : ", end="")
            print(tree)
            print("")
        builder = SympyTreeBuilder()
        c = builder.toSympyTree(tree, debug=debug)
        return c
6792b19ad761300a249cb6133df90fcc36275f35
<mask token>


class Parser:
    <mask token>
    <mask token>

    def fromMathematica(self):
        result = mathematicaParser.parse('(%s)' % self.expr, lexer=
            mathematicaLexer)
        if result:
            self.expr = result.toCalchas()

    def fromLatex(self):
        if isLatex(self.expr):
            result = latexToCalchas('(%s)' % self.expr)
            if result:
                self.expr = result

    def normalize(self, debug=False):
        if debug:
            print('init              : ', end='')
            print(self.expr)
        self.fromLatex()
        if debug:
            print('after Latex       : ', end='')
            print(self.expr)
        self.fromMathematica()
        if debug:
            print('after Mathematica : ', end='')
            print(self.expr)
        tree = getStdTree(self.expr)
        if debug:
            print('final > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        if tree is None:
            return 'simplify(%s,2)' % self.expr
        lambdafier = CalchasTreeLambdafier()
        tree = lambdafier.visitCalchasTree(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        transformer = CalchasTreeLambdaHoister()
        tree = transformer.replaceImplicitDiff(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        builder = SympyTreeBuilder()
        c = builder.toSympyTree(tree, debug=debug)
        return c

<mask token>


class Parser:

    def __init__(self, expr):
        self.expr = expr
    <mask token>

    def fromMathematica(self):
        result = mathematicaParser.parse('(%s)' % self.expr, lexer=
            mathematicaLexer)
        if result:
            self.expr = result.toCalchas()

    def fromLatex(self):
        if isLatex(self.expr):
            result = latexToCalchas('(%s)' % self.expr)
            if result:
                self.expr = result

    def normalize(self, debug=False):
        if debug:
            print('init              : ', end='')
            print(self.expr)
        self.fromLatex()
        if debug:
            print('after Latex       : ', end='')
            print(self.expr)
        self.fromMathematica()
        if debug:
            print('after Mathematica : ', end='')
            print(self.expr)
        tree = getStdTree(self.expr)
        if debug:
            print('final > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        if tree is None:
            return 'simplify(%s,2)' % self.expr
        lambdafier = CalchasTreeLambdafier()
        tree = lambdafier.visitCalchasTree(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        transformer = CalchasTreeLambdaHoister()
        tree = transformer.replaceImplicitDiff(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        builder = SympyTreeBuilder()
        c = builder.toSympyTree(tree, debug=debug)
        return c

<mask token>


class Parser:

    def __init__(self, expr):
        self.expr = expr

    def fromCalchas(self):
        result = calchasToSympy('(%s)' % self.expr)
        if result:
            self.expr = result

    def fromMathematica(self):
        result = mathematicaParser.parse('(%s)' % self.expr, lexer=
            mathematicaLexer)
        if result:
            self.expr = result.toCalchas()

    def fromLatex(self):
        if isLatex(self.expr):
            result = latexToCalchas('(%s)' % self.expr)
            if result:
                self.expr = result

    def normalize(self, debug=False):
        if debug:
            print('init              : ', end='')
            print(self.expr)
        self.fromLatex()
        if debug:
            print('after Latex       : ', end='')
            print(self.expr)
        self.fromMathematica()
        if debug:
            print('after Mathematica : ', end='')
            print(self.expr)
        tree = getStdTree(self.expr)
        if debug:
            print('final > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        if tree is None:
            return 'simplify(%s,2)' % self.expr
        lambdafier = CalchasTreeLambdafier()
        tree = lambdafier.visitCalchasTree(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        transformer = CalchasTreeLambdaHoister()
        tree = transformer.replaceImplicitDiff(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        builder = SympyTreeBuilder()
        c = builder.toSympyTree(tree, debug=debug)
        return c

from .mathematicaYacc import mathematicaParser
from .mathematicaLex import mathematicaLexer
from .calchasPreprocessing import calchasToSympy, getStdTree
from .latexPreprocessing import isLatex
from .latexYacc import latexToCalchas
from .sympyTreeBuilder import SympyTreeBuilder
from .calchasTreeLambdafier import CalchasTreeLambdafier
from .calchasTreeLambdaHoister import CalchasTreeLambdaHoister


class Parser:

    def __init__(self, expr):
        self.expr = expr

    def fromCalchas(self):
        result = calchasToSympy('(%s)' % self.expr)
        if result:
            self.expr = result

    def fromMathematica(self):
        result = mathematicaParser.parse('(%s)' % self.expr, lexer=
            mathematicaLexer)
        if result:
            self.expr = result.toCalchas()

    def fromLatex(self):
        if isLatex(self.expr):
            result = latexToCalchas('(%s)' % self.expr)
            if result:
                self.expr = result

    def normalize(self, debug=False):
        if debug:
            print('init              : ', end='')
            print(self.expr)
        self.fromLatex()
        if debug:
            print('after Latex       : ', end='')
            print(self.expr)
        self.fromMathematica()
        if debug:
            print('after Mathematica : ', end='')
            print(self.expr)
        tree = getStdTree(self.expr)
        if debug:
            print('final > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        if tree is None:
            return 'simplify(%s,2)' % self.expr
        lambdafier = CalchasTreeLambdafier()
        tree = lambdafier.visitCalchasTree(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        transformer = CalchasTreeLambdaHoister()
        tree = transformer.replaceImplicitDiff(tree, debug=debug)
        if debug:
            print('~diff > type      : ', end='')
            print(type(tree))
            print('      > content   : ', end='')
            print(tree)
            print('')
        builder = SympyTreeBuilder()
        c = builder.toSympyTree(tree, debug=debug)
        return c

from .mathematicaYacc import mathematicaParser
from .mathematicaLex import mathematicaLexer
from .calchasPreprocessing import calchasToSympy, getStdTree
from .latexPreprocessing import isLatex
from .latexYacc import latexToCalchas
from .sympyTreeBuilder import SympyTreeBuilder
from .calchasTreeLambdafier import CalchasTreeLambdafier
from .calchasTreeLambdaHoister import CalchasTreeLambdaHoister


class Parser:
    def __init__(self, expr):
        self.expr = expr

    def fromCalchas(self):
        result = calchasToSympy('(%s)' % self.expr)
        if result:
            self.expr = result

    def fromMathematica(self):
        result = mathematicaParser.parse('(%s)' % self.expr, lexer=mathematicaLexer)
        if result:
            self.expr = result.toCalchas()

    def fromLatex(self):
        if isLatex(self.expr):
            result = latexToCalchas('(%s)' % self.expr)
            if result:
                self.expr = result

    def normalize(self, debug=False):
        #debug=True
        if debug:
            print("init              : ", end="")
            print(self.expr)
        self.fromLatex()
        if debug:
            print("after Latex       : ", end="")
            print(self.expr)
        self.fromMathematica()
        if debug:
            print("after Mathematica : ", end="")
            print(self.expr)
        #self.fromCalchas()
        tree = getStdTree(self.expr)
        if debug:
            print("final > type      : ", end="")
            print(type(tree))
            print("      > content   : ", end="")
            print(tree)
            print("")
        if tree is None:
            return 'simplify(%s,2)' % self.expr
        lambdafier = CalchasTreeLambdafier()
        tree = lambdafier.visitCalchasTree(tree, debug=debug)
        if debug:
            print("~diff > type      : ", end="")
            print(type(tree))
            print("      > content   : ", end="")
            print(tree)
            print("")
        transformer = CalchasTreeLambdaHoister()
        tree = transformer.replaceImplicitDiff(tree, debug=debug)
        if debug:
            print("~diff > type      : ", end="")
            print(type(tree))
            print("      > content   : ", end="")
            print(tree)
            print("")
        builder = SympyTreeBuilder()
        c = builder.toSympyTree(tree, debug=debug)
        return c