def load_recipe_ingredients_list(recipe_directory, input_recipe, recipe_list):
class RecipeObject():
def __init__ (self, recipe_list):
self.recipe_list = recipe_list
lineorder = ""
recipe_file = open(os.path.join(recipe_directory,input_recipe), 'r')
for line in recipe_file:
recipe_object = parse_recipe(line,type)
got_descriptor = recipe_object.descriptor
if got_descriptor == "TEXTQTY":
if recipe_object.value == "":
recipe_quantity = "0"
else:
recipe_quantity = recipe_object.value
elif got_descriptor == "MEASURE":
if len(recipe_object.value) < 1:
recipe_measure = "ea"
else:
recipe_measure = recipe_object.value
elif got_descriptor == "NAME":
recipe_name = recipe_object.value
elif got_descriptor == "PREPNOTES":
recipe_name += " " + recipe_object.value
elif got_descriptor == "LINEORDER":
lineorder = recipe_object.value
recipe_list.append([lineorder, recipe_quantity, recipe_measure, recipe_name.rstrip()])
recipe_file.close()
return RecipeObject(recipe_list)
def load_recipe_header_list(recipe_directory, input_recipe, recipe_list):
class RecipeObject():
def __init__ (self, recipe_list):
self.recipe_list = recipe_list
header_list = ["TITLE","CATEGORIES","YIELDTEXT","SUBHEAD","VARIATIONS","INSTRUCTIONS"]
values_list = []
got_recipe_list = load_recipe_list(recipe_directory, input_recipe, recipe_list)
for desc in range(len(header_list)):
i = index_containing_substring(got_recipe_list.recipe_list, "<" + header_list[desc])
j = index_containing_substring(got_recipe_list.recipe_list, "</" + header_list[desc])
recipe_value = ""
if j == -1:
values_list.append("")
continue
for a in range(i,j+1):
line = got_recipe_list.recipe_list[a]
recipe_object = parse_recipe(line,type)
got_descriptor = recipe_object.descriptor
if got_descriptor == header_list[desc]:
recipe_value = recipe_object.value
elif got_descriptor == "":
recipe_value += recipe_object.value
values_list.append(recipe_value)
recipe_list.append(values_list)
return RecipeObject(recipe_list)
def assertTranslates(self, input_recipe, output_recipe):
recipe_object = parse_recipe(input_recipe,type)
got_descriptor, got_value = recipe_object.descriptor, recipe_object.value
new_recipe = ""
if got_descriptor == "TITLE":
new_recipe = " Title: " + got_value
if got_descriptor == "CATEGORIES":
new_recipe = " Categories: " + got_value
if got_descriptor == "YIELDTEXT":
new_recipe = " Yield: " + got_value
if got_descriptor == "INSTRUCTIONS":
new_recipe = got_value
self.assertEqual(new_recipe, output_recipe)
import os, sys, recipe
from subprocess import check_call
pkgs = {}
for root, dir, files in os.walk('recipes'):
for filename in files:
pkgs[os.path.join(root, filename)] = []
remove = []
for conf in pkgs:
try: result = recipe.parse_recipe(conf)
except recipe.SyntaxError as se:
sys.stderr.write(se.pretty())
sys.stderr.write('\n')
remove.append(conf)
continue
except:
remove.append(conf)
continue
pkgs[conf] = [os.path.join('packages', pkg.name) for pkg in result.packages]
for conf in remove:
del pkgs[conf]
def mtime(path):
if not os.path.exists(path): return 0
return os.stat(path).st_mtime
confs = []
for conf in sorted(pkgs):
needs_update = False
def assertValue(self, input_string, descriptor, value, type):
recipe_object = parse_recipe(input_string, type)
got_descriptor = recipe_object.descriptor
self.assertEqual(got_descriptor, descriptor)
got_value = recipe_object.value
self.assertEqual(got_value, value)
import os, sys, subprocess, glob, wget, archive, hashlib, recipe
try:
result = recipe.parse_recipe(sys.argv[1])
except SyntaxError as se:
sys.stderr.write(se.pretty())
sys.stderr.write('\n')
exit(1)
def mkdir(path):
if os.path.exists(path): return
sys.stdout.write('+ mkdir -p {}\n'.format(path))
os.makedirs(path)
def rm(path):
if not os.path.exists(path): return
if os.path.isdir(path):
sys.stdout.write('+ rm -r {}\n'.format(path))
os.removedirs(path)
return
sys.stdout.write('+ rm {}\n'.format(path))
os.remove(path)
def cd(path):
sys.stdout.write('+ cd {}\n'.format(path))
os.chdir(path)
def bar_none(current, total, width=80): return ''
sys.stdout.write('=' * 80 + '\n')
