return cursor.execute("SELECT count(*) FROM temp1").fetchone()[0] > 0
print "Loc =", c.execute("select count(*) from loc").fetchone()[0]
# TODO: Refactor the range call into it's own function, unit test
# that function extensively.
# Each city is split using , and | as separators. This for loop goes through
# each segment of each city and attempts to match it to a location.
for separator_count in range(-1, c.execute("select max(separator_count(city)) from loc").fetchone()[0]+1):
sep = separator_count
print "------", separator_count, "------"
replace_loc(geocode_replace_loc.domestic_sql() % (sep, separator_count))
replace_loc(geocode_replace_loc.domestic_block_remove_sql() % (sep, separator_count))
replace_loc(geocode_replace_loc.domestic_first3_jaro_winkler_sql() % (sep, sep, geocode_setup.get_jaro_required('domestic_first3'), separator_count))
replace_loc(geocode_replace_loc.domestic_last4_jaro_winkler_sql() % (sep, sep, geocode_setup.get_jaro_required('domestic_last4'), separator_count))
replace_loc(geocode_replace_loc.foreign_full_name_1_sql() % (sep, separator_count))
replace_loc(geocode_replace_loc.foreign_full_name_2_sql() % (sep, separator_count))
replace_loc(geocode_replace_loc.foreign_short_form_sql() % (sep, separator_count))
replace_loc(geocode_replace_loc.foreign_block_split_sql() % (sep, separator_count))
replace_loc(geocode_replace_loc.foreign_first3_jaro_winkler_sql() % (sep, sep, geocode_setup.get_jaro_required('foreign_first3'), separator_count))
replace_loc(geocode_replace_loc.foreign_last4_jaro_winkler_sql() % (sep, sep, geocode_setup.get_jaro_required('foreign_last4'), separator_count))
### End of for loop
print "------ F ------"
# TODO: Put these calls into a function.
replace_loc(geocode_replace_loc.domestic_2nd_layer_sql())
conn.commit()
# Prefixed tablename (loc) with with dbname (also loc)
print "Loc =", c.execute("select count(*) from loctbl.loc").fetchone()[0]
# TODO: Refactor the range call into it's own function, unit test
# that function extensively.
# TODO: Figure out what these hardcoded parameters mean.
for scnt in range(-1, c.execute("select max(separator_count(city)) from loctbl.loc").fetchone()[0]+1):
sep = scnt
print "------", scnt, "------"
replace_loc(geocode_replace_loc.domestic_sql() % (sep, scnt))
replace_loc(geocode_replace_loc.domestic_block_remove_sql() % (sep, scnt))
replace_loc(geocode_replace_loc.domestic_first3_jaro_winkler_sql() % (sep, sep, geocode_setup.FIRST3_JARO_REQUIRED, scnt))
replace_loc(geocode_replace_loc.domestic_last4_jaro_winkler_sql() % (sep, sep, geocode_setup.LAST4_JARO_REQUIRED, scnt))
replace_loc(geocode_replace_loc.foreign_full_name_1_sql() % (sep, scnt))
replace_loc(geocode_replace_loc.foreign_full_name_2_sql() % (sep, scnt))
replace_loc(geocode_replace_loc.foreign_short_form_sql() % (sep, scnt))
replace_loc(geocode_replace_loc.foreign_block_split_sql() % (sep, scnt))
replace_loc(geocode_replace_loc.foreign_first3_jaro_winkler_sql() % (sep, sep, "20.92", scnt))
replace_loc(geocode_replace_loc.foreign_last4_jaro_winkler_sql() % (sep, sep, "20.90", scnt))
### End of for loop
print "------ F ------"
# TODO: Put these calls into a function.
replace_loc(geocode_replace_loc.domestic_2nd_layer_sql())