def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
[],
{"200": SWAGGER.get_type_response('level2_project', is_list=True)},
summary="Get list of existing projects"
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'product', 'min_lat', 'max_lat',
'min_lon', 'max_lon', 'min_pressure', 'max_pressure',
'min_altitude', 'max_altitude', 'start_time', 'end_time',
'min_scanid', 'document_limit'],
{
"200": SWAGGER.get_type_response('L2', is_list=True),
"400": SWAGGER.get_response('Level2BadQuery')
},
summary=(
"Get data in provided area"),
description=(
"Get data for a certain area\n"
"\n"
"Provide latitude and/or longitude limits to get data for a "
"certain area of the earth.\n"
"\n"
"If no latitude or longitude limits are provided, data for "
"the whole earth is returned.\n"
"\n"
"Choose between min/max altitude and min/max pressure."
"\n"
"Example url parameters:\n"
"\n"
" product=p1&product=p2&min_pressure=100&max_pressure=100&"
"start_time=2015-10-11&end_time=2016-02-20&min_lat=-80&"
"max_lat=-70&min_lon=150&max_lon=200")
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'freqmode', 'scanno'],
{"200": SWAGGER.get_type_response('L2i')},
summary=(
"Get level2 info for one scan and freqmode")
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'freqmode', 'scanno', 'product'],
{"200": SWAGGER.get_type_response('L2', is_list=True)},
summary=(
"Get level2 data for one scan and freqmode")
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level1'], ['date'], {
"200":
SWAGGER.get_type_response(
'freqmode_info', is_list=True, Date=str)
},
summary="Get scan counts for a day")
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'freqmode', 'offset', 'limit'],
{"200": SWAGGER.get_type_response(
'level2_scan_comment', is_list=True)},
summary="Get list of comments for a freqmode"
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project'],
{"200": SWAGGER.get_type_response(
'level2_product_name', is_list=True)},
summary=(
"Get available products")
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'freqmode', 'start_time', 'end_time',
'comment', 'limit', 'offset'],
{"200": SWAGGER.get_type_response(
'level2_scan_info', is_list=True)},
summary="Get list of matching scans"
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project'],
{
"200": SWAGGER.get_type_response(
'L2ProjectAnnotation', is_list=True
)
},
summary='Get annotations for a project',
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project'],
{
"200": SWAGGER.get_type_response(
'level2_project_freqmode', is_list=True,
)
},
summary="Get project information"
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'freqmode', 'scanno'],
{"200": SWAGGER.get_mixed_type_response(
[
('L2', True),
('L2i', False),
('L2c', True),
('L2anc', True)])},
summary=(
"Get level2 data, info, comments, and ancillary data" +
" for one scan and freqmode")
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'date', 'product',
'min_pressure', 'max_pressure', 'min_altitude', 'max_altitude',
'min_scanid', 'document_limit'],
{
"200": SWAGGER.get_type_response('L2', is_list=True),
"400": SWAGGER.get_response('Level2BadQuery')
},
summary=(
"Get data for provided day"),
description=(
"Get data for a certain day\n"
"\n"
"Choose between min/max altitude and min/max pressure.\n"
"\n"
"Example query:\n"
"\n"
" product=p1&product=p2&min_pressure=1000&max_pressure=1000"
)
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level2'],
['project', 'product', 'location', 'radius',
'min_pressure', 'max_pressure', 'min_altitude', 'max_altitude',
'start_time', 'end_time', 'min_scanid', 'document_limit'],
{
"200": SWAGGER.get_type_response('L2', is_list=True),
"400": SWAGGER.get_response('Level2BadQuery')
},
summary=(
"Get data close to provided location"),
description=(
"Provide one or more locations and a radius to get "
"data within the resulting circles on the earth surface.\n"
"\n"
"Choose between min/max altitude and min/max pressure.\n"
"\n"
"Example query:\n"
"\n"
" product=p1&product=p2&min_pressure=100&max_pressure=1000&"
"start_time=2015-10-11&end_time=2016-02-20&radius=100&"
"location=-24.0,200.0&location=-30.0,210.0")
)
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level1'], ['freqmode', 'scanno', 'species', 'aprsource'],
{"200": SWAGGER.get_type_response('apriori')},
summary="Get apriori data for a scan and species")
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level1'], ['freqmode', 'scanno'],
{"200": SWAGGER.get_type_response('ptz')},
summary="Get ptz data for a scan")
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level1'], ['date', 'freqmode'],
{"200": SWAGGER.get_type_response('Log', is_list=True)},
summary="Get log info for scans in a day and freqmode")
from odinapi.utils.defs import SPECIES
from .get_odinapi_info import get_config_data_files
from odinapi.views.baseview import register_versions, BaseView
from odinapi.views.urlgen import get_freqmode_raw_url
from odinapi.utils.defs import FREQMODE_TO_BACKEND
from odinapi.utils import time_util
from odinapi.utils.collocations import get_collocations
from odinapi.utils.swagger import SWAGGER
from odinapi.views.views_cached import get_scan_log_data
import odinapi.utils.get_args as get_args
# Make linter happy
use_agg
SWAGGER.add_parameter('date', 'path', str, string_format='date')
SWAGGER.add_type('freqmode_info', {
'Backend': str,
'FreqMode': int,
'NumScan': int,
'URL': str
})
class DateInfo(BaseView):
"""Get scan counts for a day"""
@register_versions('swagger', ['v5'])
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level1'], ['date'], {
"200":
def _swagger_def(self, version):
return SWAGGER.get_path_definition(
['level1'], ['freqmode', 'scanno'],
{"200": SWAGGER.get_type_response('collocation', is_list=True)},
summary="Get collocations for a scan")
from odinapi.views.level2 import (
Level2Write, Level2ViewScan, Level2ViewLocations, Level2ViewDay,
Level2ViewArea, Level2ViewProducts, Level2ViewProjects, Level2ViewProject,
Level2ViewScans, Level2ViewFailedScans, Level2ViewComments, L2iView,
L2cView, L2View, L2ancView, Level2ViewProductsFreqmode,
Level2ProjectPublish, Level2ProjectAnnotations)
from odinapi.views.statistics import (FreqmodeStatistics,
TimelineFreqmodeStatistics)
from odinapi.views.smr_site import (ViewIndex, ViewScanSpec, ViewLevel1,
ViewLevel2, ViewLevel2Scan,
ViewLevel2PeriodOverview, ViewLevel1Stats,
ViewFreqmodeInfoPlot, ViewLevel2DevScan,
ViewDataAccess)
from odinapi.views.data_info import FileInfo, LatestECMF
SWAGGER.add_parameter('freqmode', 'path', int)
SWAGGER.add_parameter('scanno', 'path', int)
DESCRIPTION = ("Odin rest api.\n\n"
"Geographic coordinate system:\n\n"
"* Latitude: -90 to 90\n"
"* Longitude: 0 to 360")
class Odin(Flask):
"""The main app running the odin site"""
def __init__(self, name):
super(Odin, self).__init__(name)
self.add_url_rule('/rest_api/<version>/config_data/data_files/',
view_func=ConfigDataFiles.as_view('configdatafiles'))
import odinapi.utils.get_args as get_args
logging.basicConfig(
level=logging.INFO,
format='%(asctime)s %(levelname)s %(message)s',
)
DEFAULT_LIMIT = 1000
DOCUMENT_LIMIT = level2db.DOCUMENT_LIMIT
DOCUMENT_LIMIT_MIN = 1000
DEFAULT_OFFSET = 0
DEFAULT_MINSCANID = 0
SWAGGER.add_response('Level2BadQuery', "Unsupported query", {"Error": str})
SWAGGER.add_parameter('project', 'path', str)
SWAGGER.add_parameter(
'radius', 'query', float, required=True,
description=(
"Return data within this radius from the provided locations (km).")
)
SWAGGER.add_parameter(
'location', 'query', [str], required=True, collection_format="multi",
description=(
"Return data close to these locations (lat,lon). "
"Example location: '-10.1,300.3'.")
)
SWAGGER.add_parameter(
'min_lat', 'query', float, description="Min latitude (-90 to 90).")
