### 0.0.17 Release

* -------------------------------------
* Issue #82 change to ORM ClassHierarchy
* Fixed #108 change to ORM ClassHierarchy in: EcdcImport.get_countries_of_continent
* Fixed #39 SQLalchemy instead of SQL: AllModelClasses.remove_all()
* Fixed #40 SQLalchemy instead of SQL: EcdcImport.get_date_rep()
* Fixed #41 SQLalchemy instead of SQL: EcdcImport.get_countries_of_continent()
* Fixed #107 SQLalchemy instead of SQL in: EcdcImport.get_countries_of_continent
* Fixed #109 SQLalchemy instead of SQL in: EcdcImport.get_date_rep
* Fixed #110 SQLalchemy instead of SQL in: EcdcImport.get_continent
* -------------------------------------
* Fixed #123 split RkiBundeslaenderService into two Services, one for bundeslaender and one for landkreise
* Fixed #128 add fields from csv to RkiLandkreiseImport
* Fixed #139 refactor RkiBundeslaenderServiceDownload to new method scheme introduced 07.02.2021
* Fixed #140 move WhoImport to RKI in: rk_service_import.py
* Fixed #125 implement RkiLandkreise
* Fixed #126 implement RkiBundeslaenderImport
* Issue #129 change to ORM ClassHierarchy in: RkiLandkreiseImport.get_new_dates_as_array
* Issue #131 change to ORM ClassHierarchy in: RkiGermanyDataImportTable.get_new_dates_as_array
* Issue #146 add Tasks and URLs for starting Tasks to rki_views
* Issue #127 implement RkiBundeslaenderImport.get_dates_reported
* Issue #132 refactor RkiBundeslaenderService to new method scheme introduced 07.02.2021
* Issue #133 implement RkiBundeslaenderService.task_database_drop_create
* Issue #134 implement RkiBundeslaenderService.run_update_dimension_tables_only
* Issue #135 implement RkiBundeslaenderService.run_update_fact_table_incremental_only
* Issue #136 implement RkiBundeslaenderService.run_update_fact_table_initial_only
* Issue #137 implement RkiBundeslaenderService.run_update_star_schema_incremental
* Issue #138 implement RkiBundeslaenderService.run_update_star_schema_initial
* Issue #141 implement RkiBundeslaenderServiceUpdate.update_dimension_tables_only
* Issue #142 implement RkiBundeslaenderServiceUpdate.update_fact_table_incremental_only
* Issue #143 implement RkiBundeslaenderServiceUpdate.update_fact_table_initial_only
* Issue #144 implement RkiBundeslaenderServiceUpdate.update_star_schema_incremental
* Issue #145 implement RkiBundeslaenderServiceUpdate.update_star_schema_initial
* Issue #147 refactor RkiBundeslaenderServiceUpdate.__update_who_date_reported
* Issue #148 refactor RkiBundeslaenderServiceUpdate.__update_who_region
* Issue #149 refactor RkiBundeslaenderServiceUpdate.__update_who_country
* Issue #150 refactor RkiBundeslaenderServiceUpdate.__update_who_global_data
* Issue #151 refactor RkiBundeslaenderServiceUpdate.__update_who_global_data_short
* Issue #152 refactor RkiBundeslaenderServiceUpdate.__update_who_global_data_initial
* Issue #153 refactor RkiBundeslaenderServiceUpdate.update_db
* Issue #154 refactor RkiBundeslaenderServiceUpdate.update_db_short
* Issue #155 refactor RkiBundeslaenderServiceUpdate.update_db_initial

### 0.0.18 Release
* Issue #42 SQLalchemy instead of SQL: WhoImport.get_new_dates_as_array()
* Issue #83 SQLalchemy instead of SQL in WhoImport.get_new_dates_as_array

src/covid19/blueprints/rki_bundeslaender/rki_service_config.py

@@ -5,8 +5,7 @@ import os
 class RkiBundeslaenderServiceConfig:
     def __init__(self):
         self.limit_nr = 20
-        datum_heute = date.today().isoformat()
-        self.cvsfile_name = "RKI_COVID19__" + datum_heute + "__bundeslaender.csv"
+        self.data_path = ".."+os.sep+".."+os.sep+"data"
         self.url_src = "https://opendata.arcgis.com/datasets/ef4b445a53c1406892257fe63129a8ea_0.csv"
-        self.data_path = ".." + os.sep + ".." + os.sep + "data" + os.sep
+        self.cvsfile_name = "RKI_COVID19__" + date.today().isoformat() + "__bundeslaender.csv"
         self.src_cvsfile_path = self.data_path + self.cvsfile_name

src/covid19/blueprints/rki_landkreise/rki_service_config.py

@@ -5,8 +5,7 @@ import os
 class RkiLandkreiseServiceConfig:
     def __init__(self):
         self.limit_nr = 20
-        datum_heute = date.today().isoformat()
-        self.cvsfile_name = "RKI_COVID19__" + datum_heute + "__landkreise.csv"
+        self.data_path = ".."+os.sep+".."+os.sep+"data"
         self.url_src = "https://opendata.arcgis.com/datasets/917fc37a709542548cc3be077a786c17_0.csv"
-        self.data_path = ".." + os.sep + ".." + os.sep + "data" + os.sep
+        self.cvsfile_name = "RKI_COVID19__" + date.today().isoformat() + "__landkreise.csv"
         self.src_cvsfile_path = self.data_path + self.cvsfile_name

src/covid19/blueprints/rki_landkreise/rki_service_import.py

@@ -37,14 +37,53 @@ class RkiLandkreiseServiceImport:
                 for row in file_reader:
                     # TODO: #140 move WhoImport to RKI in: rk_service_import.py
                     o = RkiLandkreiseImport(
-                        date_reported=row[keyDate_reported],
-                        country_code=row['Country_code'],
-                        country=row['Country'],
-                        who_region=row['WHO_region'],
-                        new_cases=row['New_cases'],
-                        cumulative_cases=row['Cumulative_cases'],
-                        new_deaths=row['New_deaths'],
-                        cumulative_deaths=row['Cumulative_deaths']
+                        OBJECTID=row['OBJECTID'],
+                        ADE=row['ADE'],
+                        GF=row['GF'],
+                        BSG=row['BSG'],
+                        RS=row['RS'],
+                        AGS=row['AGS'],
+                        SDV_RS=row['SDV_RS'],
+                        GEN=row['GEN'],
+                        BEZ=row['BEZ'],
+                        IBZ=row['IBZ'],
+                        BEM=row['BEM'],
+                        NBD=row['NBD'],
+                        SN_L=row['SN_L'],
+                        SN_R=row['SN_R'],
+                        SN_K=row['SN_K'],
+                        SN_V1=row['SN_V1'],
+                        SN_V2=row['SN_V2'],
+                        SN_G=row['SN_G'],
+                        FK_S3=row['FK_S3'],
+                        NUTS=row['NUTS'],
+                        RS_0=row['RS_0'],
+                        AGS_0=row['AGS_0'],
+                        WSK=row['WSK'],
+                        EWZ=row['EWZ'],
+                        KFL=row['KFL'],
+                        DEBKG_ID=row['DEBKG_ID'],
+                        death_rate=row['death_rate'],
+                        cases=row['cases'],
+                        deaths=row['deaths'],
+                        cases_per_100k=row['cases_per_100k'],
+                        cases_per_population=row['cases_per_population'],
+                        BL=row['BL'],
+                        BL_ID=row['BL_ID'],
+                        county=row['county'],
+                        last_update=row['last_update'],
+                        cases7_per_100k=row['cases7_per_100k'],
+                        recovered=row['recovered'],
+                        EWZ_BL=row['EWZ_BL'],
+                        cases7_bl_per_100k=row['cases7_bl_per_100k'],
+                        cases7_bl=row['cases7_bl'],
+                        death7_bl=row['death7_bl'],
+                        cases7_lk=row['cases7_lk'],
+                        death7_lk=row['death7_lk'],
+                        cases7_per_100k_txt=row['cases7_per_100k_txt'],
+                        AdmUnitId=row['AdmUnitId'],
+                        SHAPE_Length=row['SHAPE_Length'],
+                        SHAPE_Area=row['SHAPE_Area'],
                     )
                     db.session.add(o)
                     if (k % 2000) == 0: