def list_config(self):
"""Print out configuration info about the current environment and server."""
info = config.get_crds_env_vars()
real_paths = config.get_crds_actual_paths(self.observatory)
server = self.server_info
current_server_url = api.get_crds_server()
cache_subdir_mode = config.get_crds_ref_subdir_mode(self.observatory)
pyinfo = _get_python_info()
_print_dict("CRDS Environment", info)
_print_dict("CRDS Client Config", {
"server_url" : current_server_url,
"cache_subdir_mode": cache_subdir_mode,
"readonly_cache": self.readonly_cache,
"effective_context": heavy_client.get_context_name(self.observatory),
"crds" : repr(crds),
"version": heavy_client.version_info()
})
_print_dict("CRDS Actual Paths", real_paths)
_print_dict("CRDS Server Info", server,
["observatory", "status", "connected", "operational_context", "last_synced",
"reference_url", "mapping_url", "effective_mode"])
if self.observatory == "hst":
cal_vars = { var : os.environ[var] for var in os.environ
if len(var) == 4 and var.lower().endswith("ref") }
_print_dict("Calibration Environment", cal_vars)
_print_dict("Python Environment", pyinfo)
def refpath_to_parkeys(refpath):
"""Given a key for a TpnInfo's list, return the associated required parkeys."""
from . import locate
keys = []
with log.verbose_warning_on_exception("Can't determine parkeys for",
repr(refpath)):
context = heavy_client.get_context_name("roman")
p = crds.get_pickled_mapping(context) # reviewed
instrument, filekind = locate.get_file_properties(refpath)
keys = p.get_imap(instrument).get_rmap(filekind).get_required_parkeys()
return sorted(keys)
def refpath_to_parkeys(refpath):
"""Given a key for a TpnInfo's list, return the associated required parkeys."""
from . import locate
keys = []
with log.verbose_warning_on_exception("Can't determine parkeys for", repr(refpath)):
context = heavy_client.get_context_name("jwst")
p = crds.get_pickled_mapping(context) # reviewed
instrument, filekind = locate.get_file_properties(refpath)
keys = p.get_imap(instrument).get_rmap(filekind).get_required_parkeys()
# The below turned out to be bad because CRDS-only values aren't in datamodels
# so in this case the datamodels schema are too narrow for these and will reject
# e.g. SYSTEM or it's types.
# keys.append("META.INSTRUMENT.NAME")
# keys.append("META.REFTYPE")
return sorted(keys)
def refpath_to_parkeys(refpath):
"""Given a key for a TpnInfo's list, return the associated required parkeys."""
from . import locate
keys = []
with log.verbose_warning_on_exception("Can't determine parkeys for", repr(refpath)):
context = heavy_client.get_context_name("jwst")
p = crds.get_pickled_mapping(context) # reviewed
instrument, filekind = locate.get_file_properties(refpath)
keys = p.get_imap(instrument).get_rmap(filekind).get_required_parkeys()
# The below turned out to be bad because CRDS-only values aren't in datamodels
# so in this case the datamodels schema are too narrow for these and will reject
# e.g. SYSTEM or it's types.
# keys.append("META.INSTRUMENT.NAME")
# keys.append("META.REFTYPE")
return sorted(keys)
def list_status(self):
"""Print out *basic* configuration info about the current environment and server."""
info = config.get_crds_env_vars()
server = self.server_info
pyinfo = _get_python_info()
status = OrderedDict(
[("CRDS_PATH", info.get("CRDS_PATH", "undefined")),
("CRDS_SERVER_URL", info.get("CRDS_SERVER_URL", "undefined")),
("CRDS_MODE", info["CRDS_MODE"]),
("Readonly Cache", self.readonly_cache),
("Cache Locking", crds_cache_locking.status()),
("Effective Context", heavy_client.get_context_name(self.observatory)),
("Last Synced", server.last_synced),
("CRDS Version", heavy_client.version_info()),
("Python Version", pyinfo["Python Version"]),
("Python Executable", pyinfo["Python Executable"]),
])
_print_dict(None, status)
def list_config(self):
"""Print out configuration info about the current environment and server."""
info = config.get_crds_env_vars()
real_paths = config.get_crds_actual_paths(self.observatory)
server = self.server_info
current_server_url = api.get_crds_server()
cache_subdir_mode = config.get_crds_ref_subdir_mode(self.observatory)
pyinfo = _get_python_info()
_print_dict("CRDS Environment", info)
_print_dict(
"CRDS Client Config", {
"server_url":
current_server_url,
"cache_subdir_mode":
cache_subdir_mode,
"readonly_cache":
self.readonly_cache,
"effective_context":
heavy_client.get_context_name(self.observatory),
"crds":
repr(crds),
"version":
heavy_client.version_info()
})
_print_dict("CRDS Actual Paths", real_paths)
_print_dict("CRDS Server Info", server, [
"observatory", "status", "connected", "operational_context",
"last_synced", "reference_url", "mapping_url", "effective_mode"
])
download_uris = dict(
config_uri=os.path.dirname(api.get_flex_uri("server_config")),
pickle_uri=os.path.dirname(api.get_flex_uri("xyz.pmap.pkl")),
mapping_uri=os.path.dirname(api.get_flex_uri("xyz.pmap")),
reference_uri=os.path.dirname(api.get_flex_uri("xyz.fits")),
)
_print_dict("Actual Download URIs", download_uris)
if self.observatory == "hst":
cal_vars = {
var: os.environ[var]
for var in os.environ
if len(var) == 4 and var.lower().endswith("ref")
}
_print_dict("Calibration Environment", cal_vars)
_print_dict("Python Environment", pyinfo)
def list_status(self):
"""Print out *basic* configuration info about the current environment and server."""
info = config.get_crds_env_vars()
server = self.server_info
pyinfo = _get_python_info()
status = OrderedDict([
("CRDS_PATH", info.get("CRDS_PATH", "undefined")),
("CRDS_SERVER_URL", info.get("CRDS_SERVER_URL", "undefined")),
("CRDS_MODE", info["CRDS_MODE"]),
("Readonly Cache", self.readonly_cache),
("Cache Locking", crds_cache_locking.status()),
("Effective Context",
heavy_client.get_context_name(self.observatory)),
("Last Synced", server.last_synced),
("CRDS Version", heavy_client.version_info()),
("Python Version", pyinfo["Python Version"]),
("Python Executable", pyinfo["Python Executable"]),
])
_print_dict(None, status)