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// Code generated by gen_tests.py and process_polyglot.py.
// Do not edit this file directly.
// The template for this file is located at:
// ../template.go.tpl
package reql_tests
import (
"testing"
"time"
"github.com/stretchr/testify/suite"
r "gopkg.in/rethinkdb/rethinkdb-go.v6"
"gopkg.in/rethinkdb/rethinkdb-go.v6/internal/compare"
)
// Test geometric primitive constructors
func TestGeoPrimitivesSuite(t *testing.T) {
suite.Run(t, new(GeoPrimitivesSuite))
}
type GeoPrimitivesSuite struct {
suite.Suite
session *r.Session
}
func (suite *GeoPrimitivesSuite) SetupTest() {
suite.T().Log("Setting up GeoPrimitivesSuite")
// Use imports to prevent errors
_ = time.Time{}
_ = compare.AnythingIsFine
session, err := r.Connect(r.ConnectOpts{
Address: url,
})
suite.Require().NoError(err, "Error returned when connecting to server")
suite.session = session
r.DBDrop("db_geopr").Exec(suite.session)
err = r.DBCreate("db_geopr").Exec(suite.session)
suite.Require().NoError(err)
err = r.DB("db_geopr").Wait().Exec(suite.session)
suite.Require().NoError(err)
}
func (suite *GeoPrimitivesSuite) TearDownSuite() {
suite.T().Log("Tearing down GeoPrimitivesSuite")
if suite.session != nil {
r.DB("rethinkdb").Table("_debug_scratch").Delete().Exec(suite.session)
r.DBDrop("db_geopr").Exec(suite.session)
suite.session.Close()
}
}
func (suite *GeoPrimitivesSuite) TestCases() {
suite.T().Log("Running GeoPrimitivesSuite: Test geometric primitive constructors")
{
// geo/primitives.yaml line #5
/* ({'$reql_type$':'GEOMETRY', 'coordinates':[[[0, -9.04369477050382e-06], [-7.779638566553426e-06, 4.5218473852518965e-06], [7.779638566553426e-06, 4.5218473852518965e-06], [0, -9.04369477050382e-06]]], 'type':'Polygon'}) */
var expected_ map[interface{}]interface{} = map[interface{}]interface{}{"$reql_type$": "GEOMETRY", "coordinates": []interface{}{[]interface{}{[]interface{}{0, -9.04369477050382e-06}, []interface{}{-7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{0, -9.04369477050382e-06}}}, "type": "Polygon"}
/* r.circle([0,0], 1, num_vertices=3) */
suite.T().Log("About to run line #5: r.Circle([]interface{}{0, 0}, 1).OptArgs(r.CircleOpts{NumVertices: 3, })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, 1).OptArgs(r.CircleOpts{NumVertices: 3}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #5")
}
{
// geo/primitives.yaml line #10
/* ({'$reql_type$':'GEOMETRY', 'coordinates':[[[0, -9.04369477050382e-06], [-7.779638566553426e-06, 4.5218473852518965e-06], [7.779638566553426e-06, 4.5218473852518965e-06], [0, -9.04369477050382e-06]]], 'type':'Polygon'}) */
var expected_ map[interface{}]interface{} = map[interface{}]interface{}{"$reql_type$": "GEOMETRY", "coordinates": []interface{}{[]interface{}{[]interface{}{0, -9.04369477050382e-06}, []interface{}{-7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{0, -9.04369477050382e-06}}}, "type": "Polygon"}
/* r.circle(r.point(0,0), 1, num_vertices=3) */
suite.T().Log("About to run line #10: r.Circle(r.Point(0, 0), 1).OptArgs(r.CircleOpts{NumVertices: 3, })")
runAndAssert(suite.Suite, expected_, r.Circle(r.Point(0, 0), 1).OptArgs(r.CircleOpts{NumVertices: 3}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #10")
}
{
// geo/primitives.yaml line #15
/* ({'$reql_type$':'GEOMETRY', 'coordinates':[[0, -9.04369477050382e-06], [-7.779638566553426e-06, 4.5218473852518965e-06], [7.779638566553426e-06, 4.5218473852518965e-06], [0, -9.04369477050382e-06]], 'type':'LineString'}) */
var expected_ map[interface{}]interface{} = map[interface{}]interface{}{"$reql_type$": "GEOMETRY", "coordinates": []interface{}{[]interface{}{0, -9.04369477050382e-06}, []interface{}{-7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{0, -9.04369477050382e-06}}, "type": "LineString"}
/* r.circle([0,0], 1, num_vertices=3, fill=false) */
suite.T().Log("About to run line #15: r.Circle([]interface{}{0, 0}, 1).OptArgs(r.CircleOpts{NumVertices: 3, Fill: false, })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, 1).OptArgs(r.CircleOpts{NumVertices: 3, Fill: false}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #15")
}
{
// geo/primitives.yaml line #20
/* err('ReqlQueryLogicError', 'Radius must be smaller than a quarter of the circumference along the minor axis of the reference ellipsoid. Got 14000000m, but must be smaller than 9985163.1855612862855m.', [0]) */
var expected_ Err = err("ReqlQueryLogicError", "Radius must be smaller than a quarter of the circumference along the minor axis of the reference ellipsoid. Got 14000000m, but must be smaller than 9985163.1855612862855m.")
/* r.circle([0,0], 14000000, num_vertices=3) */
suite.T().Log("About to run line #20: r.Circle([]interface{}{0, 0}, 14000000).OptArgs(r.CircleOpts{NumVertices: 3, })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, 14000000).OptArgs(r.CircleOpts{NumVertices: 3}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #20")
}
{
// geo/primitives.yaml line #25
/* ({'$reql_type$':'GEOMETRY', 'coordinates':[[[0, -9.04369477050382e-06], [-7.779638566553426e-06, 4.5218473852518965e-06], [7.779638566553426e-06, 4.5218473852518965e-06], [0, -9.04369477050382e-06]]], 'type':'Polygon'}) */
var expected_ map[interface{}]interface{} = map[interface{}]interface{}{"$reql_type$": "GEOMETRY", "coordinates": []interface{}{[]interface{}{[]interface{}{0, -9.04369477050382e-06}, []interface{}{-7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{0, -9.04369477050382e-06}}}, "type": "Polygon"}
/* r.circle([0,0], 1, num_vertices=3, geo_system='WGS84') */
suite.T().Log("About to run line #25: r.Circle([]interface{}{0, 0}, 1).OptArgs(r.CircleOpts{NumVertices: 3, GeoSystem: 'WGS84', })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, 1).OptArgs(r.CircleOpts{NumVertices: 3, GeoSystem: "WGS84"}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #25")
}
{
// geo/primitives.yaml line #30
/* err('ReqlQueryLogicError', 'Radius must be smaller than a quarter of the circumference along the minor axis of the reference ellipsoid. Got 2m, but must be smaller than 1.570796326794896558m.', [0]) */
var expected_ Err = err("ReqlQueryLogicError", "Radius must be smaller than a quarter of the circumference along the minor axis of the reference ellipsoid. Got 2m, but must be smaller than 1.570796326794896558m.")
/* r.circle([0,0], 2, num_vertices=3, geo_system='unit_sphere') */
suite.T().Log("About to run line #30: r.Circle([]interface{}{0, 0}, 2).OptArgs(r.CircleOpts{NumVertices: 3, GeoSystem: 'unit_sphere', })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, 2).OptArgs(r.CircleOpts{NumVertices: 3, GeoSystem: "unit_sphere"}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #30")
}
{
// geo/primitives.yaml line #35
/* ({'$reql_type$':'GEOMETRY', 'coordinates':[[[0, -5.729577951308232], [-4.966092947444857, 2.861205754495701], [4.966092947444857, 2.861205754495701], [0, -5.729577951308232]]], 'type':'Polygon'}) */
var expected_ map[interface{}]interface{} = map[interface{}]interface{}{"$reql_type$": "GEOMETRY", "coordinates": []interface{}{[]interface{}{[]interface{}{0, -5.729577951308232}, []interface{}{-4.966092947444857, 2.861205754495701}, []interface{}{4.966092947444857, 2.861205754495701}, []interface{}{0, -5.729577951308232}}}, "type": "Polygon"}
/* r.circle([0,0], 0.1, num_vertices=3, geo_system='unit_sphere') */
suite.T().Log("About to run line #35: r.Circle([]interface{}{0, 0}, 0.1).OptArgs(r.CircleOpts{NumVertices: 3, GeoSystem: 'unit_sphere', })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, 0.1).OptArgs(r.CircleOpts{NumVertices: 3, GeoSystem: "unit_sphere"}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #35")
}
{
// geo/primitives.yaml line #42
/* ({'$reql_type$':'GEOMETRY', 'coordinates':[[[0, -9.04369477050382e-06], [-7.779638566553426e-06, 4.5218473852518965e-06], [7.779638566553426e-06, 4.5218473852518965e-06], [0, -9.04369477050382e-06]]], 'type':'Polygon'}) */
var expected_ map[interface{}]interface{} = map[interface{}]interface{}{"$reql_type$": "GEOMETRY", "coordinates": []interface{}{[]interface{}{[]interface{}{0, -9.04369477050382e-06}, []interface{}{-7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{0, -9.04369477050382e-06}}}, "type": "Polygon"}
/* r.circle([0,0], 1.0/1000.0, num_vertices=3, unit='km') */
suite.T().Log("About to run line #42: r.Circle([]interface{}{0, 0}, r.Div(1.0, 1000.0)).OptArgs(r.CircleOpts{NumVertices: 3, Unit: 'km', })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, r.Div(1.0, 1000.0)).OptArgs(r.CircleOpts{NumVertices: 3, Unit: "km"}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #42")
}
{
// geo/primitives.yaml line #47
/* ({'$reql_type$':'GEOMETRY', 'coordinates':[[[0, -9.04369477050382e-06], [-7.779638566553426e-06, 4.5218473852518965e-06], [7.779638566553426e-06, 4.5218473852518965e-06], [0, -9.04369477050382e-06]]], 'type':'Polygon'}) */
var expected_ map[interface{}]interface{} = map[interface{}]interface{}{"$reql_type$": "GEOMETRY", "coordinates": []interface{}{[]interface{}{[]interface{}{0, -9.04369477050382e-06}, []interface{}{-7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{7.779638566553426e-06, 4.5218473852518965e-06}, []interface{}{0, -9.04369477050382e-06}}}, "type": "Polygon"}
/* r.circle([0,0], 1.0/1609.344, num_vertices=3, unit='mi') */
suite.T().Log("About to run line #47: r.Circle([]interface{}{0, 0}, r.Div(1.0, 1609.344)).OptArgs(r.CircleOpts{NumVertices: 3, Unit: 'mi', })")
runAndAssert(suite.Suite, expected_, r.Circle([]interface{}{0, 0}, r.Div(1.0, 1609.344)).OptArgs(r.CircleOpts{NumVertices: 3, Unit: "mi"}), suite.session, r.RunOpts{
GeometryFormat: "raw",
GroupFormat: "map",
})
suite.T().Log("Finished running line #47")
}
}
|
