def is_platforms_compatible(self, platforms):
platforms_map = {
"avr": "atmelavr",
"sam": "atmelsam",
"samd": "atmelsam",
"esp8266": "espressif8266",
"esp32": "espressif32",
"arc32": "intel_arc32",
"stm32": "ststm32"
}
items = []
for arch in self._manifest.get("architectures", "").split(","):
arch = arch.strip()
if arch == "*":
items = "*"
break
if arch in platforms_map:
items.append(platforms_map[arch])
if not items:
return LibBuilderBase.is_platforms_compatible(self, platforms)
return util.items_in_list(platforms, items)
def is_platforms_compatible(self, platforms):
platforms_map = {
"avr": "atmelavr",
"sam": "atmelsam",
"samd": "atmelsam",
"esp8266": "espressif8266",
"esp32": "espressif32",
"arc32": "intel_arc32",
"stm32": "ststm32"
}
items = []
for arch in self._manifest.get("architectures", "").split(","):
arch = arch.strip()
if arch == "*":
items = "*"
break
if arch in platforms_map:
items.append(platforms_map[arch])
if not items:
return LibBuilderBase.is_platforms_compatible(self, platforms)
return util.items_in_list(platforms, items)
def _get_lib_id_from_installed(self, filters):
if filters["name"].startswith("id="):
return int(filters["name"][3:])
package_dir = self.get_package_dir(
filters["name"], filters.get("requirements", filters.get("version"))
)
if not package_dir:
return None
manifest = self.load_manifest(package_dir)
if "id" not in manifest:
return None
for key in ("frameworks", "platforms"):
if key not in filters:
continue
if key not in manifest:
return None
if not util.items_in_list(
util.items_to_list(filters[key]), util.items_to_list(manifest[key])
):
return None
if "authors" in filters:
if "authors" not in manifest:
return None
manifest_authors = manifest["authors"]
if not isinstance(manifest_authors, list):
manifest_authors = [manifest_authors]
manifest_authors = [
a["name"]
for a in manifest_authors
if isinstance(a, dict) and "name" in a
]
filter_authors = filters["authors"]
if not isinstance(filter_authors, list):
filter_authors = [filter_authors]
if not set(filter_authors) <= set(manifest_authors):
return None
return int(manifest["id"])
def _get_lib_id_from_installed(self, filters):
if filters['name'].startswith("id="):
return int(filters['name'][3:])
package_dir = self.get_package_dir(
filters['name'], filters.get("requirements",
filters.get("version")))
if not package_dir:
return None
manifest = self.load_manifest(package_dir)
if "id" not in manifest:
return None
for key in ("frameworks", "platforms"):
if key not in filters:
continue
if key not in manifest:
return None
if not util.items_in_list(
util.items_to_list(filters[key]),
util.items_to_list(manifest[key])):
return None
if "authors" in filters:
if "authors" not in manifest:
return None
manifest_authors = manifest['authors']
if not isinstance(manifest_authors, list):
manifest_authors = [manifest_authors]
manifest_authors = [
a['name'] for a in manifest_authors
if isinstance(a, dict) and "name" in a
]
filter_authors = filters['authors']
if not isinstance(filter_authors, list):
filter_authors = [filter_authors]
if not set(filter_authors) <= set(manifest_authors):
return None
return int(manifest['id'])
def process_dependencies(self):
if not self.dependencies:
return
for item in self.dependencies:
skip = False
for key in ("platforms", "frameworks"):
env_key = "PIO" + key.upper()[:-1]
if env_key not in self.env:
continue
if (key in item and
not util.items_in_list(self.env[env_key], item[key])):
if self.verbose:
sys.stderr.write(
"Skip %s incompatible dependency %s\n" %
(key[:-1], item))
skip = True
if skip:
continue
found = False
for lb in self.env.GetLibBuilders():
if item['name'] != lb.name:
continue
elif "frameworks" in item and \
not lb.is_frameworks_compatible(item["frameworks"]):
continue
elif "platforms" in item and \
not lb.is_platforms_compatible(item["platforms"]):
continue
found = True
self.depend_recursive(lb)
break
if not found:
sys.stderr.write(
"Error: Could not find `%s` dependency for `%s` "
"library\n" % (item['name'], self.name))
self.env.Exit(1)
def process_dependencies(self):
if not self.dependencies:
return
for item in self.dependencies:
skip = False
for key in ("platforms", "frameworks"):
env_key = "PIO" + key.upper()[:-1]
if env_key not in self.env:
continue
if (key in item and
not util.items_in_list(self.env[env_key], item[key])):
if self.verbose:
sys.stderr.write("Skip %s incompatible dependency %s\n"
% (key[:-1], item))
skip = True
if skip:
continue
found = False
for lb in self.env.GetLibBuilders():
if item['name'] != lb.name:
continue
elif "frameworks" in item and \
not lb.is_frameworks_compatible(item["frameworks"]):
continue
elif "platforms" in item and \
not lb.is_platforms_compatible(item["platforms"]):
continue
found = True
self.depend_recursive(lb)
break
if not found:
sys.stderr.write(
"Error: Could not find `%s` dependency for `%s` "
"library\n" % (item['name'], self.name))
self.env.Exit(1)
def is_frameworks_compatible(self, frameworks):
return util.items_in_list(frameworks, ["mbed"])
def is_frameworks_compatible(self, frameworks):
return util.items_in_list(frameworks, ["arduino", "energia"])
def is_system_compatible(value):
if not value or "*" in value:
return True
return util.items_in_list(value, util.get_systype())
def is_frameworks_compatible(self, frameworks):
return util.items_in_list(frameworks,
self._manifest.get("frameworks") or ["*"])
def is_platforms_compatible(self, platforms):
items = self._manifest.get("platforms")
if not items:
return LibBuilderBase.is_platforms_compatible(self, platforms)
return util.items_in_list(platforms, items)
def is_frameworks_compatible(self, frameworks):
return util.items_in_list(frameworks, ["mbed"])
def is_frameworks_compatible(self, frameworks):
return util.items_in_list(frameworks, ["arduino", "energia"])
def is_platforms_compatible(self, platforms):
items = self._manifest.get("platforms")
if not items:
return LibBuilderBase.is_platforms_compatible(self, platforms)
return util.items_in_list(platforms, items)
def is_frameworks_compatible(self, frameworks):
items = self._manifest.get("frameworks")
if not items:
return LibBuilderBase.is_frameworks_compatible(self, frameworks)
return util.items_in_list(frameworks, items)
def is_frameworks_compatible(self, frameworks):
items = self._manifest.get("frameworks")
if not items:
return LibBuilderBase.is_frameworks_compatible(self, frameworks)
return util.items_in_list(frameworks, items)
def is_platforms_compatible(self, platforms):
return util.items_in_list(platforms,
self._manifest.get("platforms") or ["*"])
