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Merge pull request #155 from CartoDB/revamp_tests

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Revamp tests
This commit is contained in:
Carla
2015-07-15 17:17:37 +02:00
parent b642e70c60 a93b9d719e
commit b9cdadf4a2
3 changed files with 283 additions and 0 deletions
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49
geocoder/postal-codes/test/data/test.sh Normal file
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#!/bin/sh
#################################################### TESTS GO HERE ####################################################
function test_geocoding_quality_zipcodes_availability() {
#Checks count of available polygon zipcodes
sql "SELECT count(*) FROM available_services where postal_code_polygons is true" should 4
#Checks count of available point zipcodes
sql "SELECT count(*) FROM available_services where postal_code_points is true" should 65
}
function test_geocoding_quality_zipcodes_usa() {
#Checks that zipcode polygons are available
sql "SELECT count(*) FROM available_services where postal_code_polygons is true and adm0_a3 = 'USA'" should 1
#Checks that zipcode points are available
sql "SELECT count(*) FROM available_services where postal_code_points is true and adm0_a3 = 'USA'" should 1
sql "SELECT ST_GeometryType(the_geom) from postal_code_polygons where postal_code = '11211' and adm0_a3 = 'USA'" should ST_MultiPolygon
}
function test_geocoding_quality_zipcodes_fra() {
#Checks that zipcode polygons are available
sql "SELECT count(*) FROM available_services where postal_code_polygons is true and adm0_a3 = 'FRA'" should 1
#Checks that zipcode points are available
sql "SELECT count(*) FROM available_services where postal_code_points is true and adm0_a3 = 'FRA'" should 1
sql "SELECT ST_GeometryType(the_geom) from postal_code_polygons where postal_code = '23270' and adm0_a3 = 'FRA'" should ST_MultiPolygon
}
function test_geocoding_quality_zipcodes_can() {
#Checks that zipcode polygons are available
sql "SELECT count(*) FROM available_services where postal_code_polygons is true and adm0_a3 = 'CAN'" should 1
#Checks that zipcode points are available
sql "SELECT count(*) FROM available_services where postal_code_points is true and adm0_a3 = 'CAN'" should 1
sql "SELECT ST_GeometryType(the_geom) from postal_code_polygons where postal_code = 'A0J' and adm0_a3 = 'CAN'" should ST_MultiPolygon
}
function test_geocoding_quality_zipcodes_aus() {
#Checks that zipcode polygons are available
sql "SELECT count(*) FROM available_services where postal_code_polygons is true and adm0_a3 = 'AUS'" should 1
#Checks that zipcode points are available
sql "SELECT count(*) FROM available_services where postal_code_points is true and adm0_a3 = 'AUS'" should 1
sql "SELECT ST_GeometryType(the_geom) from postal_code_polygons where postal_code = '3012' and adm0_a3 = 'AUS'" should ST_MultiPolygon
}
#################################################### TESTS END HERE ####################################################

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geocoder/postal-codes/test/functions/test.sh Normal file
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#!/bin/sh
#################################################### TESTS GO HERE ####################################################
function test_geocoding_functions_zipcodes_usa() {
#Checks that zipcode polygons are available
sql "SELECT (admin0_available_services(Array['USA'])).postal_code_points" should true
#Checks that zipcode points are available
sql "SELECT (admin0_available_services(Array['USA'])).postal_code_polygons" should true
sql "SELECT ST_GeometryType((geocode_postalcode_polygons(Array['11211'], 'USA')).geom)" should ST_MultiPolygon
}
function test_geocoding_functions_zipcodes_fra() {
#Checks that zipcode polygons are available
sql "SELECT (admin0_available_services(Array['FRA'])).postal_code_points" should true
#Checks that zipcode points are available
sql "SELECT (admin0_available_services(Array['FRA'])).postal_code_polygons" should true
sql "SELECT ST_GeometryType(((geocode_postalcode_polygons(Array['23270'], Array['FRA'])).geom))" should ST_MultiPolygon
}
function test_geocoding_functions_zipcodes_can() {
#Checks that zipcode polygons are available
sql "SELECT (admin0_available_services(Array['CAN'])).postal_code_points" should true
#Checks that zipcode points are available
sql "SELECT (admin0_available_services(Array['CAN'])).postal_code_polygons" should true
sql "SELECT ST_GeometryType((geocode_postalcode_polygons(Array['A0J'], 'CAN')).geom)" should ST_MultiPolygon
}
function test_geocoding_functions_zipcodes_aus() {
#Checks that zipcode polygons are available
sql "SELECT (admin0_available_services(Array['AUS'])).postal_code_points" should true
#Checks that zipcode points are available
sql "SELECT (admin0_available_services(Array['AUS'])).postal_code_polygons" should true
sql "SELECT ST_GeometryType((geocode_postalcode_polygons(Array['3012'], 'AUS')).geom)" should ST_MultiPolygon
}
#################################################### TESTS END HERE ####################################################

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geocoder/postal-codes/test/run.sh Normal file
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#!/bin/sh
source data/test.sh
source functions/test.sh
#
# The following script has two use modes:
#
# API
# ====================================
# SQL_API_ROUTE and API_KEY need to be
# conveniently filled for the requests
# to work.
# Example: bash run.sh api sql_api_route api_key test_type
#
# SQL
# ====================================
# It is expected that you run this script
# as a PostgreSQL superuser, for example:
#
# bash run.sh db database role test_type
#
# test_type defines the kind of tests to run: data or functions
MODE=''
TEST_TYPE=''
# DB settings
DATABASE=''
ROLE=''
CMD='echo psql'
CMD=psql
# SQL API settings
SQL_API_ROUTE=''
API_KEY=''
OK=0
PARTIALOK=0
function set_failed() {
OK=1
PARTIALOK=1
}
function clear_partial_result() {
PARTIALOK=0
}
function sql() {
local QUERY="$1"
if [[ $MODE = "api" ]]
then
# SQL API mode
echo $QUERY
RESULT=$(curl -s -X POST "https://$SQL_API_ROUTE/sql?api_key=$API_KEY&format=csv" --data-urlencode "q=$QUERY" |tail -n1 | tr -d '\r')
if [[ "$2" == "should" ]]
then
if [[ "${RESULT}" != "$3" ]]
then
log_error "QUERY '${QUERY}' expected result '${3}' but got '${RESULT}'"
set_failed
fi
fi
# Database mode
elif [[ $MODE = "db" ]]
then
if [ -n "${ROLE}" ]; then
log_debug "Executing query '${QUERY}' as ${ROLE}"
RESULT=`${CMD} -U "${ROLE}" ${DATABASE} -c "${QUERY}" -A -t`
else
log_debug "Executing query '${QUERY}'"
RESULT=`${CMD} ${DATABASE} -c "${QUERY}" -A -t`
fi
CODERESULT=$?
echo ${RESULT}
echo
if [[ ${CODERESULT} -ne 0 ]]
then
echo -n "FAILED TO EXECUTE QUERY: "
log_warning "${QUERY}"
if [[ "$2" != "fails" ]]
then
log_error "${QUERY}"
set_failed
fi
else
if [[ "$2" == "fails" ]]
then
log_error "QUERY: '${QUERY}' was expected to fail and it did not fail"
set_failed
fi
fi
if [[ "$2" == "should" ]]
then
if [[ "${RESULT}" != "$3" ]]
then
log_error "QUERY '${QUERY}' expected result '${3}' but got '${RESULT}'"
set_failed
fi
fi
fi
}
function log_info()
{
echo
echo
echo
_log "1;34m" "$1"
}
function log_error() {
_log "1;31m" "$1"
}
function log_debug() {
_log "1;32m" "> $1"
}
function log_warning() {
_log "0;33m" "$1"
}
function _log() {
echo -e "\033[$1$2\033[0m"
}
# '############################ HELPERS #############################'
function run_tests() {
local FAILED_TESTS=()
local TESTS
MODE="$1"
if [[ $MODE = "api" ]]
then
SQL_API_ROUTE="$2"
API_KEY="$3"
TEST_TYPE="$4"
fi
if [[ $MODE = "db" ]]
then
DATABASE="$2"
ROLE="$3"
TEST_TYPE="$4"
fi
if [[ $# -ge 4 ]]
then
if [[ $TEST_TYPE = "data" ]]
then
TESTS=`cat data/test.sh| perl -n -e'/function (test.*)\(\)/ && print "$1\n"'`
elif [[ $TEST_TYPE = "functions" ]]
then
TESTS=`cat functions/test.sh| perl -n -e'/function (test.*)\(\)/ && print "$1\n"'`
fi
else
TESTS="$@"
fi
for t in ${TESTS}
do
echo "####################################################################"
echo "#"
echo "# Running: ${t}"
echo "#"
echo "####################################################################"
clear_partial_result
eval ${t}
if [[ ${PARTIALOK} -ne 0 ]]
then
FAILED_TESTS+=(${t})
fi
done
if [[ ${OK} -ne 0 ]]
then
echo
log_error "The following tests are failing:"
printf -- '\t%s\n' "${FAILED_TESTS[@]}"
else
echo
log_info "Test finished"
fi
}
run_tests $@
exit ${OK}