Exemplo n.º 1
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    def test_to_lower(self):

        recipe_parser = Parser()
        assert(recipe_parser.to_lower("MASH") == "mash")
        assert(recipe_parser.to_lower("") == "")
        assert(recipe_parser.to_lower(10) == "")
        assert(recipe_parser.to_lower(None) == "")
Exemplo n.º 2
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    def test_to_lower(self):

        recipe_parser = Parser()
        assert (recipe_parser.to_lower("MASH") == "mash")
        assert (recipe_parser.to_lower("") == "")
        assert (recipe_parser.to_lower(10) == "")
        assert (recipe_parser.to_lower(None) == "")
Exemplo n.º 3
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    def test_parse_recipe_2(self):

        recipe_parser = Parser()
        recipes = recipe_parser.parse(RECIPE_PATH_2)

        "should have at least one recipe"
        assert (len(recipes) > 0)

        recipe = recipes[0]

        "should be of type Recipe"
        assert (type(recipe) is Recipe)

        "should have the correct amount of ingredients"
        assert (len(recipe.hops) == 1)
        assert (len(recipe.yeasts) == 1)
        assert (len(recipe.fermentables) == 5)

        "should have mashing steps"
        assert (len(recipe.mash.steps) == 2)
        assert (recipe.mash.steps[0].name == "Mash step")
        assert (recipe.mash.steps[0].step_time == 60)
        assert (recipe.mash.steps[0].step_temp == 68)

        "should have the correctly calculated properties"
        assert (round(recipe.og, 4) == 1.0556)
        assert (round(recipe.og_plato, 4) == 13.7108)
        assert (round(recipe.fg, 4) == 1.0139)
        assert (round(recipe.fg_plato, 4) == 3.5467)
        assert (floor(recipe.ibu) == 32)
        assert (round(recipe.abv, 2) == 5.47)

        "should have the correct recipe metadata"
        assert (recipe.name == "Oatmeal Stout no. 1")
        assert (recipe.brewer == "Niels Kjøller")  # Python 2 Problem?
        assert (recipe.efficiency == 75.0)
        assert (recipe.batch_size == 25)
        assert (recipe.ibu == 32.21660448470247)
        assert (round(recipe.color, 2) == 40.16)

        "should have the correct style metadata"
        assert (recipe.style.name == "Oatmeal Stout")

        "should have misc ingredients"
        assert (len(recipe.miscs) == 1)
        assert (recipe.miscs[0].name == "Protafloc")
        assert (recipe.miscs[0].use == "Boil")
        assert (recipe.miscs[0].use_for == None)
        assert (recipe.miscs[0].amount == 0.0016)
        assert (recipe.miscs[0].amount_is_weight == True)
        assert (recipe.miscs[0].time == 15)
        assert (recipe.miscs[0].notes == "Half a tablet @ 15 minutes")
Exemplo n.º 4
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    def test_parse_recipe_3(self):

        recipe_parser = Parser()
        recipes = recipe_parser.parse(RECIPE_PATH_3)

        "should have at least one recipe"
        assert(len(recipes) > 0)

        recipe = recipes[0]

        "should be of type Recipe"
        assert(type(recipe) is Recipe)

        "should have the correct amount of ingredients"
        assert(len(recipe.hops) == 2)
        assert(len(recipe.yeasts) == 1)
        assert(len(recipe.fermentables) == 4)

        "should have mashing steps"
        assert(len(recipe.mash.steps) == 2)
        assert(recipe.mash.steps[0].name == "Conversion")
        assert(recipe.mash.steps[0].step_time == 60)
        assert(recipe.mash.steps[0].step_temp == 66.66666667)

        "should have the correctly calculated properties"
        assert(round(recipe.og, 4) == 1.0594)
        assert(round(recipe.og_plato, 4) == 14.6092)
        assert(round(recipe.fg, 4) == 1.0184)
        assert(round(recipe.fg_plato, 4) == 4.684)
        assert(floor(recipe.ibu) == 25)
        assert(round(recipe.abv, 2) == 5.35)

        "should have the correct recipe metadata"
        assert(recipe.name == "Coffee Stout")
        assert(recipe.brewer == None) # https://github.com/jwjulien
        assert(recipe.efficiency == 70.0)
        assert(recipe.batch_size == 20.82)
        assert(round(recipe.ibu, 2) == 25.97)
        assert(round(recipe.color, 2) == 35.01)

        "should have the correct style metadata"
        assert(recipe.style.name == "Dry Stout")

        "should have misc ingredients"
        assert(len(recipe.miscs) == 1)
        assert(recipe.miscs[0].name == "Coffee, Dark Roast")
        assert(recipe.miscs[0].use == "Boil")
        assert(recipe.miscs[0].use_for == "Adding coffee notes.")
        assert(recipe.miscs[0].amount == 0.11339809)
        assert(recipe.miscs[0].amount_is_weight == True)
        assert(recipe.miscs[0].time == 0)
        assert(recipe.miscs[0].notes == "Use a coarse grind, add at flameout, steep 20 minutes.")
Exemplo n.º 5
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    def test_node_to_object(self):
        "test XML node parsing to Python object"

        node = Element("hop")
        SubElement(node, "name").text = "Simcoe"
        SubElement(node, "alpha").text = 13
        SubElement(node, "amount").text = 0.5
        SubElement(node, "use").text = "boil"
        SubElement(node, "time").text = 30

        test_hop = Hop()

        recipe_parser = Parser()
        recipe_parser.nodes_to_object(node, test_hop)

        assert (test_hop.name == "Simcoe")
        assert (test_hop.alpha == 13)
        assert (test_hop.amount == 0.5)
        assert (test_hop.use == "boil")
        assert (test_hop.time == 30)
Exemplo n.º 6
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    def test_node_to_object(self):
        "test XML node parsing to Python object"

        node = ElementTree.Element("hop", {
            "name" : "Simcoe",
            "alpha" : 13,
            "amount" : 0.5,
            "use" : "boil",
            "time" : 30
        })

        test_hop = Hop()

        recipe_parser = Parser()
        recipe_parser.node_to_object(node, test_hop)

        assert(test_hop.name, "Simcoe")
        assert(test_hop.alpha, 13)
        assert(test_hop.amount, 0.5)
        assert(test_hop.use, "boil")
        assert(test_hop.time, 30)
Exemplo n.º 7
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    def test_parse_recipe(self):

        recipe_parser = Parser()
        recipes = recipe_parser.parse(RECIPE_PATH)

        "should have at least one recipe"
        assert (len(recipes) > 0)

        recipe = recipes[0]

        "should be of type Recipe"
        assert (type(recipe) is Recipe)

        "should have the correct amount of ingredients"
        assert (len(recipe.hops) == 3)
        assert (len(recipe.yeasts) == 1)
        assert (len(recipe.fermentables) == 2)

        "should have mashing steps"
        # TODO

        "should have the correctly calculated properties"
        assert (round(recipe.og, 4) == 1.0338)
        assert (round(recipe.og_plato, 4) == 8.4815)
        assert (round(recipe.fg, 4) == 1.0047)
        assert (round(recipe.fg_plato, 4) == 1.2156)
        assert (floor(recipe.ibu) == 99)
        assert (round(recipe.abv, 2) == 3.84)

        "should have the correct recipe metadata"
        assert (recipe.name == "Simcoe IPA")
        assert (recipe.brewer == "Tom Herold")
        assert (recipe.efficiency == 76.0)
        assert (recipe.batch_size == 14.9902306488)
        assert (recipe.boil_time == 30.0)
        assert (round(recipe.color, 2) == 6.27)

        "should have the correct style metadata"
        assert (recipe.style.name == "American IPA")
Exemplo n.º 8
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def convert_runner(fname, origin, recipe_id):
    """Meant to be run on a single recipe file."""
    try:
        parser = Parser()
        recipes = parser.parse(fname)
    except ParseError as e:
        print(f"Failed to parse {fname}:", file=sys.stderr)
        print(e, file=sys.stderr)
        return None
    try:
        recipe = recipes[0]
    except IndexError:
        print(f"No recipe in {fname}", file=sys.stderr)
        return None
    try:
        core_vals, ingredients = recipe_to_dicts(recipe, fname, recipe_id,
                                                 origin)
    except Exception as e:
        print(f"Failed {fname}:", file=sys.stderr)
        print(e, file=sys.stderr)
        core_vals, ingredients = {}, []
    return (core_vals, ingredients)
Exemplo n.º 9
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    def test_parse(self):

        recipe_parser = Parser()
        recipes = recipe_parser.parse(RECIPE_PATH)

        "should have at least one recipe"
        assert(len(recipes) > 0)

        recipe = recipes[0]

        "should be of type Recipe"
        assert(type(recipe) is Recipe)

        "should have the correct amount of ingriedients"
        assert(len(recipe.hops) == 3)
        assert(len(recipe.yeasts) == 1)
        assert(len(recipe.fermentables) == 2)

        "should habe mashing steps"
        # TODO

        "should have the correctly calculated properties"
        assert(round(recipe.og, 4) == 1.0338)
        assert(round(recipe.og_plato, 4) == 8.4815)
        assert(round(recipe.fg, 4) == 1.0047)
        assert(round(recipe.fg_plato, 4) == 1.2156)
        assert(floor(recipe.ibu) == 99)
        assert(round(recipe.abv, 2) == 3.84)

        "should have the correct recipe metadata"
        assert(recipe.name == "Simcoe IPA")
        assert(recipe.brewer == "Tom Herold")
        assert(recipe.efficiency == 76.0)
        assert(recipe.batch_size == 14.9902306488)
        assert(recipe.boil_time == 30.0)

        "should have the correct style metadata"
        assert(recipe.style.name == "American IPA")
Exemplo n.º 10
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# -*- coding: utf-8 -*-
import sys
reload(sys)
sys.setdefaultencoding("utf-8")

from pybeerxml import Parser
import json
import os

path_to_beerxml_file = "SimcoeIPA.xml"
#path_to_beerxml_file = "rojo-chango.xml"
parser = Parser()

recipes = parser.parse(path_to_beerxml_file)

test = recipes[0]

print json.dumps(test, default=lambda o: o.__dict__)



# for recipe in recipes:
#
#
#
#     # some general recipe properties
#     print "Name: " + str(recipe.name)
#     print "Brewer: " + str(recipe.brewer)
#     # print "Style: " + str(recipe.style)
#     print "og_plato: " + str(recipe.og_plato)
#     print "fg_plato: " + str(recipe.fg_plato)
Exemplo n.º 11
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import csv
from pybeerxml import Parser

path_to_beerxml_file = "cloudsafe.bsmx"  #/Users/sosinski/Documents/BeerSmith3/Cloud.bsmx"

parser = Parser()
recipes = parser.parse(path_to_beerxml_file)

og_eff = {}
#for recipe in recipes:
# some general recipe properties
#print(recipe.name)
#recipe.stats_pretty()

with open("session_data.csv", 'w', newline='') as csvfile:
    spamwriter = csv.writer(csvfile,
                            delimiter=',',
                            quotechar='|',
                            quoting=csv.QUOTE_MINIMAL)
    header = True
    for recipe in recipes:
        print("Writing %s" % recipe.name)
        spamwriter.writerows(recipe.stats_csv2(header=header))
        header = False
        #if recipe.name == "Rings of Light - BIAB - BnW - 3/13/20":
        #    recipe.stats_pretty()