def _load_recipes(self):
self.recipes = {}
recipes = defaultdict(dict)
recipes_repos = self._config.get_recipes_repos()
for reponame, (repodir, priority) in six.iteritems(recipes_repos):
recipes[int(priority)].update(self._load_recipes_from_dir(repodir))
# Add recipes by asceding pripority
for key in sorted(recipes.keys()):
self.recipes.update(recipes[key])
# Check for updates in the recipe file to reset the status
for recipe in self.recipes.values():
if recipe.name not in self.status:
continue
st = self.status[recipe.name]
# filepath attribute was added afterwards
if not hasattr(st, 'filepath') or not getattr(st, 'filepath'):
st.filepath = recipe.__file__
if recipe.__file__ != st.filepath:
self.reset_recipe_status(recipe.name)
else:
rmtime = os.path.getmtime(recipe.__file__)
if rmtime > st.mtime:
# The mtime is different, check the file hash now
# Use getattr as file_hash we added later
saved_hash = getattr(st, 'file_hash', 0)
current_hash = shell.file_hash(st.filepath)
if saved_hash == current_hash:
# Update the status with the mtime
st.touch()
else:
self.reset_recipe_status(recipe.name)
def _load_recipes(self):
self.recipes = {}
recipes = defaultdict(dict)
recipes_repos = self._config.get_recipes_repos()
for reponame, (repodir, priority) in recipes_repos.items():
recipes[int(priority)].update(self._load_recipes_from_dir(repodir))
# Add recipes by asceding pripority
for key in sorted(recipes.keys()):
self.recipes.update(recipes[key])
# Check for updates in the recipe file to reset the status
for recipe in list(self.recipes.values()):
if recipe.name not in self.status:
continue
st = self.status[recipe.name]
# filepath attribute was added afterwards
if not hasattr(st, 'filepath') or not getattr(st, 'filepath'):
st.filepath = recipe.__file__
if recipe.__file__ != st.filepath:
self.reset_recipe_status(recipe.name)
else:
rmtime = os.path.getmtime(recipe.__file__)
if rmtime > st.mtime:
# The mtime is different, check the file hash now
# Use getattr as file_hash we added later
saved_hash = getattr(st, 'file_hash', 0)
current_hash = shell.file_hash(st.filepath)
if saved_hash == current_hash:
# Update the status with the mtime
st.touch()
else:
self.reset_recipe_status(recipe.name)
def _recipe_status(self, recipe_name):
recipe = self.get_recipe(recipe_name)
if recipe_name not in self.status:
filepath = None
if hasattr(recipe, '__file__'):
filepath = recipe.__file__
self.status[recipe_name] = RecipeStatus(filepath, steps=[],
file_hash=shell.file_hash(filepath))
return self.status[recipe_name]
def _recipe_status(self, recipe_name):
recipe = self.get_recipe(recipe_name)
if recipe_name not in self.status:
filepath = None
if hasattr(recipe, '__file__'):
filepath = recipe.__file__
self.status[recipe_name] = RecipeStatus(
filepath, steps=[], file_hash=shell.file_hash(filepath))
return self.status[recipe_name]
def _load_recipes(self):
self.recipes = {}
recipes = defaultdict(dict)
recipes_repos = self._config.get_recipes_repos()
for reponame, (repodir, priority) in recipes_repos.items():
recipes[int(priority)].update(self._load_recipes_from_dir(repodir))
# Add recipes by asceding pripority
for key in sorted(recipes.keys()):
self.recipes.update(recipes[key])
# Check for updates in the recipe file to reset the status
for recipe in list(self.recipes.values()):
# Set the offline property, used by the recipe while performing the
# fetch build step
recipe.offline = self.offline
if recipe.name not in self.status:
continue
st = self.status[recipe.name]
# filepath attribute was added afterwards
if not hasattr(st, 'filepath') or not getattr(st, 'filepath'):
st.filepath = recipe.__file__
# if filepath has changed, force using file_hash(), this will
# allow safe relocation of the recipes.
if recipe.__file__ != st.filepath:
st.filepath = recipe.__file__
st.mtime = 0
# Need to check the version too, because the version can be
# inherited from a different file, f.ex. recipes/custom.py
if recipe.built_version() != st.built_version:
self.reset_recipe_status(recipe.name)
else:
rmtime = os.path.getmtime(recipe.__file__)
if rmtime > st.mtime:
# The mtime is different, check the file hash now
# Use getattr as file_hash we added later
saved_hash = getattr(st, 'file_hash', 0)
current_hash = shell.file_hash(st.filepath)
if saved_hash == current_hash:
# Update the status with the mtime
st.touch()
else:
self.reset_recipe_status(recipe.name)
def _load_recipes(self):
self.recipes = {}
recipes = defaultdict(dict)
recipes_repos = self._config.get_recipes_repos()
for reponame, (repodir, priority) in recipes_repos.items():
recipes[int(priority)].update(self._load_recipes_from_dir(repodir))
# Add recipes by asceding pripority
for key in sorted(recipes.keys()):
self.recipes.update(recipes[key])
# Check for updates in the recipe file to reset the status
for recipe in list(self.recipes.values()):
# Set the offline property, used by the recipe while performing the
# fetch build step
recipe.offline = self.offline
if recipe.name not in self.status:
continue
st = self.status[recipe.name]
# filepath attribute was added afterwards
if not hasattr(st, 'filepath') or not getattr(st, 'filepath'):
st.filepath = recipe.__file__
if recipe.__file__ != st.filepath:
self.reset_recipe_status(recipe.name)
# Need to check the version too, because the version can be
# inherited from a different file, f.ex. recipes/custom.py
elif recipe.built_version() != st.built_version:
self.reset_recipe_status(recipe.name)
else:
rmtime = os.path.getmtime(recipe.__file__)
if rmtime > st.mtime:
# The mtime is different, check the file hash now
# Use getattr as file_hash we added later
saved_hash = getattr(st, 'file_hash', 0)
current_hash = shell.file_hash(st.filepath)
if saved_hash == current_hash:
# Update the status with the mtime
st.touch()
else:
self.reset_recipe_status(recipe.name)