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tile38/tests/keys_search_test.go

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KNN results for NEARBY command This commit includes the ability to search for k nearest neighbors using a NEARBY command. When the LIMIT keyword is included and the 'meters' param is excluded, the knn algorithm will be used instead of the standard overlap+haversine algorithm. NEARBY fleet LIMIT 10 POINT 33.5 -115.8 This will find the 10 closest points to 33.5,-115.8. closes #136, #130, and #138. ping @tomquas, @joernroeder, and @m1ome
2017-01-31 02:41:12 +03:00
package tests
Make NEARBY always use knn
2018-10-26 02:37:06 +03:00
import (
Fix NEARBY with SPARSE returning too many results fixes #618
2021-07-22 18:39:57 +03:00
"errors"
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
"fmt"
Additional KNN test
2021-07-12 00:49:23 +03:00
"math"
Add bench tests for knn
2020-04-08 21:36:37 +03:00
"math/rand"
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
"sort"
Make NEARBY always use knn
2018-10-26 02:37:06 +03:00
"testing"
Additional KNN test
2021-07-12 00:49:23 +03:00
"time"
"github.com/gomodule/redigo/redis"
"github.com/tidwall/gjson"
Make NEARBY always use knn
2018-10-26 02:37:06 +03:00
)
KNN results for NEARBY command This commit includes the ability to search for k nearest neighbors using a NEARBY command. When the LIMIT keyword is included and the 'meters' param is excluded, the knn algorithm will be used instead of the standard overlap+haversine algorithm. NEARBY fleet LIMIT 10 POINT 33.5 -115.8 This will find the 10 closest points to 33.5,-115.8. closes #136, #130, and #138. ping @tomquas, @joernroeder, and @m1ome
2017-01-31 02:41:12 +03:00
Parallel integration tests
2022-09-26 23:26:46 +03:00
func subTestSearch(g *testGroup) {
g.regSubTest("KNN_BASIC", keys_KNN_basic_test)
g.regSubTest("KNN_RANDOM", keys_KNN_random_test)
g.regSubTest("KNN_CURSOR", keys_KNN_cursor_test)
g.regSubTest("NEARBY_SPARSE", keys_NEARBY_SPARSE_test)
g.regSubTest("WITHIN_CIRCLE", keys_WITHIN_CIRCLE_test)
g.regSubTest("WITHIN_SECTOR", keys_WITHIN_SECTOR_test)
g.regSubTest("INTERSECTS_CIRCLE", keys_INTERSECTS_CIRCLE_test)
g.regSubTest("INTERSECTS_SECTOR", keys_INTERSECTS_SECTOR_test)
g.regSubTest("WITHIN", keys_WITHIN_test)
g.regSubTest("WITHIN_CURSOR", keys_WITHIN_CURSOR_test)
g.regSubTest("WITHIN_CLIPBY", keys_WITHIN_CLIPBY_test)
g.regSubTest("INTERSECTS", keys_INTERSECTS_test)
g.regSubTest("INTERSECTS_CURSOR", keys_INTERSECTS_CURSOR_test)
g.regSubTest("INTERSECTS_CLIPBY", keys_INTERSECTS_CLIPBY_test)
g.regSubTest("SCAN_CURSOR", keys_SCAN_CURSOR_test)
g.regSubTest("SEARCH_CURSOR", keys_SEARCH_CURSOR_test)
g.regSubTest("MATCH", keys_MATCH_test)
g.regSubTest("FIELDS", keys_FIELDS_search_test)
g.regSubTest("BUFFER", keys_BUFFER_search_test)
KNN results for NEARBY command This commit includes the ability to search for k nearest neighbors using a NEARBY command. When the LIMIT keyword is included and the 'meters' param is excluded, the knn algorithm will be used instead of the standard overlap+haversine algorithm. NEARBY fleet LIMIT 10 POINT 33.5 -115.8 This will find the 10 closest points to 33.5,-115.8. closes #136, #130, and #138. ping @tomquas, @joernroeder, and @m1ome
2017-01-31 02:41:12 +03:00
}
Additional KNN test
2021-07-12 00:49:23 +03:00
func keys_KNN_basic_test(mc *mockServer) error {
KNN results for NEARBY command This commit includes the ability to search for k nearest neighbors using a NEARBY command. When the LIMIT keyword is included and the 'meters' param is excluded, the knn algorithm will be used instead of the standard overlap+haversine algorithm. NEARBY fleet LIMIT 10 POINT 33.5 -115.8 This will find the 10 closest points to 33.5,-115.8. closes #136, #130, and #138. ping @tomquas, @joernroeder, and @m1ome
2017-01-31 02:41:12 +03:00
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "1", "POINT", 5, 5}, {"OK"},
{"SET", "mykey", "2", "POINT", 19, 19}, {"OK"},
{"SET", "mykey", "3", "POINT", 12, 19}, {"OK"},
{"SET", "mykey", "4", "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "5", "POINT", 33, 21}, {"OK"},
fix: distance if point and object have the same coordinates
2021-03-19 11:42:38 +03:00
{"SET", "mykey", "6", "POINT", 52, 13}, {"OK"},
Make NEARBY always use knn
2018-10-26 02:37:06 +03:00
{"NEARBY", "mykey", "LIMIT", 10, "POINTS", "POINT", 20, 20}, {
fix: distance if point and object have the same coordinates
2021-03-19 11:42:38 +03:00
"[0 [[2 [19 19]] [3 [12 19]] [5 [33 21]] [1 [5 5]] [4 [-5 5]] [6 [52 13]]]]"},
{"NEARBY", "mykey", "LIMIT", 10, "IDS", "POINT", 20, 20, 4000000}, {"[0 [2 3 5 1 4 6]]"},
Immutable Object type
2022-09-21 00:20:53 +03:00
{"NEARBY", "mykey", "LIMIT", 10, "DISTANCE", "IDS", "POINT", 20, 20, 1500000}, {"[0 [[2 152808.67164037024] [3 895945.1409106688] [5 1448929.5916252395]]]"},
fix: distance if point and object have the same coordinates
2021-03-19 11:42:38 +03:00
{"NEARBY", "mykey", "LIMIT", 10, "DISTANCE", "POINT", 52, 13, 100}, {`[0 [[6 {"type":"Point","coordinates":[13,52]} 0]]]`},
Fix test on Apple silicon The returned distance value for the kNN test was failing on a Apple M1 machine. The test expected a hardcoded value. amd64: 13053.885940801563 apple: 13053.885940801567 Not sure why the difference between the two cpus but I changed the test to not compare for exact equality.
2022-06-17 02:02:37 +03:00
{"NEARBY", "mykey", "LIMIT", 10, "POINT", 52.1, 13.1, 100000}, {`[0 [[6 {"type":"Point","coordinates":[13,52]}]]]`},
feat: add distance to NEARBY IDS response
2022-09-17 12:02:20 +03:00
{"OUTPUT", "json"}, {func(res string) bool { return gjson.Get(res, "ok").Bool() }},
{"NEARBY", "mykey", "LIMIT", 10, "DISTANCE", "IDS", "POINT", 20, 20, 1500000}, {
func(res string) error {
if !gjson.Get(res, "ok").Bool() {
return errors.New("not ok")
}
if gjson.Get(res, "ids.#").Int() != 3 {
return fmt.Errorf("expected '%d' objects, got '%d'", 3, gjson.Get(res, "ids.#").Int())
}
if gjson.Get(res, "ids.#.distance|#").Int() != 3 {
return fmt.Errorf("expected '%d' distances, got '%d'", 3, gjson.Get(res, "ids.#.distance|#").Int())
}
for i, d := range gjson.Get(res, "ids.#.distance").Array() {
if d.Float() <= 0 {
return fmt.Errorf("expected all distances to be greater than 0: (%d, %f)", i, d.Float())
}
}
return nil
},
},
{"NEARBY", "mykey", "LIMIT", 10, "DISTANCE", "IDS", "POINT", 52, 13, 100}, {
func(res string) error {
expected := 0.0
if !gjson.Get(res, "ok").Bool() {
return errors.New("not ok")
}
if gjson.Get(res, "ids.0.distance").Float() != expected {
return fmt.Errorf("expected '%f' distances, got '%f'", expected, gjson.Get(res, "ids.0.distance").Float())
}
return nil
},
},
KNN results for NEARBY command This commit includes the ability to search for k nearest neighbors using a NEARBY command. When the LIMIT keyword is included and the 'meters' param is excluded, the knn algorithm will be used instead of the standard overlap+haversine algorithm. NEARBY fleet LIMIT 10 POINT 33.5 -115.8 This will find the 10 closest points to 33.5,-115.8. closes #136, #130, and #138. ping @tomquas, @joernroeder, and @m1ome
2017-01-31 02:41:12 +03:00
})
}
Add tests for the new CIRCLE subcommand.
2018-05-04 21:42:35 +03:00
Additional KNN test
2021-07-12 00:49:23 +03:00
func keys_KNN_random_test(mc *mockServer) error {
// do random points
mc.Do("OUTPUT", "resp")
mc.Do("DROP", "points")
defer mc.Do("DROP", "points")
seed := time.Now().UnixNano()
// seed = 98123098
rng := rand.New(rand.NewSource(seed))
rpoint := func() [2]float64 {
return [2]float64{
rng.Float64()*360 - 180,
rng.Float64()*180 - 90,
}
}
N := 5000
points := make([][2]float64, N)
for i := 0; i < len(points); i++ {
points[i] = rpoint()
res, err := redis.String(mc.Do("SET", "points", i, "POINT", points[i][1], points[i][0]))
if err != nil {
return err
}
if res != "OK" {
return fmt.Errorf("expected 'OK', got '%s'", res)
}
}
target := rpoint()
mc.Do("OUTPUT", "json")
defer mc.Do("OUTPUT", "resp")
res, err := redis.String(mc.Do("NEARBY", "points", "LIMIT", N, "POINT", target[1], target[0]))
if err != nil {
return err
}
ldist := math.Inf(-1)
for _, dist := range gjson.Get(res, "objects.#.distance").Array() {
if ldist > dist.Float() {
return fmt.Errorf("out of order")
}
ldist = dist.Float()
}
return nil
}
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
func keys_KNN_cursor_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "1", "FIELD", "foo", 5.5, "POINT", 5, 5}, {"OK"},
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
{"SET", "mykey", "2", "FIELD", "foo", 19.19, "POINT", 19, 19}, {"OK"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"SET", "mykey", "3", "FIELD", "foo", 12.19, "POINT", 12, 19}, {"OK"},
{"SET", "mykey", "4", "FIELD", "foo", -5.5, "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "5", "FIELD", "foo", 13.21, "POINT", 33, 21}, {"OK"},
{"NEARBY", "mykey", "LIMIT", 2, "POINTS", "POINT", 20, 20}, {
"[2 [[2 [19 19] [foo 19.19]] [3 [12 19] [foo 12.19]]]]"},
{"NEARBY", "mykey", "CURSOR", 2, "LIMIT", 1, "POINTS", "POINT", 20, 20}, {
"[3 [[5 [33 21] [foo 13.21]]]]"},
{"NEARBY", "mykey", "LIMIT", 2, "WHERE", "foo", -10, 15, "POINTS", "POINT", 20, 20}, {
"[3 [[3 [12 19] [foo 12.19]] [5 [33 21] [foo 13.21]]]]"},
{"NEARBY", "mykey", "CURSOR", 3, "LIMIT", 1, "WHERE", "foo", -10, 15, "POINTS", "POINT", 20, 20}, {
"[4 [[1 [5 5] [foo 5.5]]]]"},
{"NEARBY", "mykey", "CURSOR", 4, "LIMIT", 1, "WHERE", "foo", -10, 15, "POINTS", "POINT", 20, 20}, {
"[5 [[4 [-5 5] [foo -5.5]]]]"},
{"NEARBY", "mykey", "CURSOR", 4, "LIMIT", 10, "WHERE", "foo", -10, 15, "POINTS", "POINT", 20, 20}, {
"[0 [[4 [-5 5] [foo -5.5]]]]"},
})
}
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
func keys_WITHIN_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "point1", "POINT", 37.7335, -122.4412}, {"OK"},
{"SET", "mykey", "point2", "POINT", 37.7335, -122.44121}, {"OK"},
{"SET", "mykey", "line3", "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "poly4", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
{"SET", "mykey", "multipoly5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]],[[[-122.44091033935547,37.731981251280985],[-122.43994474411011,37.731981251280985],[-122.43994474411011,37.73254976045042],[-122.44091033935547,37.73254976045042],[-122.44091033935547,37.731981251280985]]]]}`}, {"OK"},
{"SET", "mykey", "point6", "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "point7", "POINT", 33, 21}, {"OK"},
{"SET", "mykey", "poly8", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]],[[-122.44060993194579,37.73345766902749],[-122.44044363498686,37.73345766902749],[-122.44044363498686,37.73355524732416],[-122.44060993194579,37.73355524732416],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.4402102828026,37.7336888869566],[-122.4402102828026,37.7339752567853],[-122.44060724973677,37.7339752567853],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
{"WITHIN", "mykey", "IDS", "OBJECT",
`{
"type": "Polygon",
"coordinates": [
[
[-122.44126439094543,37.72906137107],
[-122.43980526924135,37.72906137107],
[-122.43980526924135,37.73421283683962],
[-122.44126439094543,37.73421283683962],
[-122.44126439094543,37.72906137107]
]
]
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
}`}, {"[0 [point2 point1 multipoly5 poly8 poly4 line3]]"},
{"WITHIN", "mykey", "IDS", "SECTOR", "37.72999", "-122.44760", "1000", "0", "90"}, {
"[0 [point2 point1 multipoly5 poly8 poly4 line3]]"},
test: add more tests
2021-09-05 13:56:45 +03:00
{"WITHIN", "mykey", "IDS", "SECTOR", "37.72999", "-122.44760", "1000", "0", "0"}, {"ERR equal bearings (0 == 0), use CIRCLE instead"},
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
{"SET", "key2", "poly9", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44037926197052,37.73313523548048],[-122.44017541408539,37.73313523548048],[-122.44017541408539,37.73336857568778],[-122.44037926197052,37.73336857568778],[-122.44037926197052,37.73313523548048]]]}`}, {"OK"},
{"SET", "key2", "poly10", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44040071964262,37.73359343010089],[-122.4402666091919,37.73359343010089],[-122.4402666091919,37.73373767596864],[-122.44040071964262,37.73373767596864],[-122.44040071964262,37.73359343010089]]]}`}, {"OK"},
{"WITHIN", "key2", "IDS", "GET", "mykey", "poly8"}, {"[0 [poly9]]"},
{"SET", "key3", "poly11", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44059920310973,37.733279482240874],[-122.4402344226837,37.733279482240874],[-122.4402344226837,37.73375464605226],[-122.44059920310973,37.73375464605226],[-122.44059920310973,37.733279482240874]]]}`}, {"OK"},
{"SET", "key3", "poly12", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44060993194579,37.73238005667773],[-122.44013786315918,37.73238005667773],[-122.44013786315918,37.73316917591997],[-122.44060993194579,37.73316917591997],[-122.44060993194579,37.73238005667773]]]}`}, {"OK"},
{"WITHIN", "key3", "IDS", "GET", "mykey", "multipoly5"}, {"[0 [poly11]]"},
{"SET", "key5", "poly13", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44073867797852,37.733211601447465],[-122.44011640548705,37.733211601447465],[-122.44011640548705,37.7340516218859],[-122.44073867797852,37.7340516218859],[-122.44073867797852,37.733211601447465]],[[-122.44060993194579,37.73345766902749],[-122.44060993194579,37.73355524732416],[-122.44044363498686,37.73355524732416],[-122.44044363498686,37.73345766902749],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.44060724973677,37.7339752567853],[-122.4402102828026,37.7339752567853],[-122.4402102828026,37.7336888869566],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
{"SET", "key5", "poly14", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44154334068298,37.73179457567642],[-122.43935465812682,37.73179457567642],[-122.43935465812682,37.7343740514423],[-122.44154334068298,37.7343740514423],[-122.44154334068298,37.73179457567642]],[[-122.44104981422423,37.73286371140448],[-122.44104981422423,37.73424677678513],[-122.43990182876587,37.73424677678513],[-122.43990182876587,37.73286371140448],[-122.44104981422423,37.73286371140448]],[[-122.44109272956847,37.731870943026074],[-122.43976235389708,37.731870943026074],[-122.43976235389708,37.7326855231885],[-122.44109272956847,37.7326855231885],[-122.44109272956847,37.731870943026074]]]}`}, {"OK"},
{"WITHIN", "key5", "IDS", "GET", "mykey", "multipoly5"}, {"[0 [poly13]]"},
{"SET", "key6", "multipoly5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]],[[[-122.44091033935547,37.731981251280985],[-122.43994474411011,37.731981251280985],[-122.43994474411011,37.73254976045042],[-122.44091033935547,37.73254976045042],[-122.44091033935547,37.731981251280985]]]]}`}, {"OK"},
{"SET", "key6", "poly13", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44073867797852,37.733211601447465],[-122.44011640548705,37.733211601447465],[-122.44011640548705,37.7340516218859],[-122.44073867797852,37.7340516218859],[-122.44073867797852,37.733211601447465]],[[-122.44060993194579,37.73345766902749],[-122.44060993194579,37.73355524732416],[-122.44044363498686,37.73355524732416],[-122.44044363498686,37.73345766902749],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.44060724973677,37.7339752567853],[-122.4402102828026,37.7339752567853],[-122.4402102828026,37.7336888869566],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
{"WITHIN", "key6", "IDS", "GET", "key5", "poly14"}, {"[0 []]"},
{"SET", "key7", "multipoly15", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.44056701660155,37.7332964524295],[-122.44029879570007,37.7332964524295],[-122.44029879570007,37.73375464605226],[-122.44056701660155,37.73375464605226],[-122.44056701660155,37.7332964524295]]],[[[-122.44067430496216,37.73217641163713],[-122.44034171104431,37.73217641163713],[-122.44034171104431,37.732430967850384],[-122.44067430496216,37.732430967850384],[-122.44067430496216,37.73217641163713]]]]}`}, {"OK"},
{"SET", "key7", "multipoly16", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.44056701660155,37.7332964524295],[-122.44029879570007,37.7332964524295],[-122.44029879570007,37.73375464605226],[-122.44056701660155,37.73375464605226],[-122.44056701660155,37.7332964524295]]],[[[-122.4402666091919,37.733109780140644],[-122.4401271343231,37.733109780140644],[-122.4401271343231,37.73323705675229],[-122.4402666091919,37.73323705675229],[-122.4402666091919,37.733109780140644]]]]}`}, {"OK"},
{"SET", "key7", "multipoly17", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.44056701660155,37.7332964524295],[-122.44029879570007,37.7332964524295],[-122.44029879570007,37.73375464605226],[-122.44056701660155,37.73375464605226],[-122.44056701660155,37.7332964524295]]],[[[-122.44032025337218,37.73267703802467],[-122.44013786315918,37.73267703802467],[-122.44013786315918,37.732838255971316],[-122.44032025337218,37.732838255971316],[-122.44032025337218,37.73267703802467]]]]}`}, {"OK"},
{"WITHIN", "key7", "IDS", "GET", "mykey", "multipoly5"}, {"[0 [multipoly15 multipoly16]]"},
})
}
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
func keys_WITHIN_CURSOR_test(mc *mockServer) error {
testArea := `{
"type": "Polygon",
"coordinates": [
[
[-122.44126439094543,37.72906137107],
[-122.43980526924135,37.72906137107],
[-122.43980526924135,37.73421283683962],
[-122.44126439094543,37.73421283683962],
[-122.44126439094543,37.72906137107]
]
]
}`
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "point1", "FIELD", "foo", 1, "POINT", 37.7335, -122.4412}, {"OK"},
{"SET", "mykey", "point2", "FIELD", "foo", 2, "POINT", 37.7335, -122.44121}, {"OK"},
{"SET", "mykey", "line3", "FIELD", "foo", 3, "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "poly4", "FIELD", "foo", 4, "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
{"SET", "mykey", "multipoly5", "FIELD", "foo", 5, "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]],[[[-122.44091033935547,37.731981251280985],[-122.43994474411011,37.731981251280985],[-122.43994474411011,37.73254976045042],[-122.44091033935547,37.73254976045042],[-122.44091033935547,37.731981251280985]]]]}`}, {"OK"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"SET", "mykey", "point6", "FIELD", "foo", 6, "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "point7", "FIELD", "foo", 7, "POINT", 33, 21}, {"OK"},
{"SET", "mykey", "poly8", "FIELD", "foo", 8, "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]],[[-122.44060993194579,37.73345766902749],[-122.44044363498686,37.73345766902749],[-122.44044363498686,37.73355524732416],[-122.44060993194579,37.73355524732416],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.4402102828026,37.7336888869566],[-122.4402102828026,37.7339752567853],[-122.44060724973677,37.7339752567853],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
{"SET", "mykey", "point9", "FIELD", "foo", 9, "POINT", 37.7335, -122.4412}, {"OK"},
{"WITHIN", "mykey", "LIMIT", 3, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[3 [point2 point9 point1]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"WITHIN", "mykey", "CURSOR", 3, "LIMIT", 3, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[6 [multipoly5 poly8 poly4]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"WITHIN", "mykey", "WHERE", "foo", 3, 5, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [multipoly5 poly4 line3]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"WITHIN", "mykey", "LIMIT", 1, "WHERE", "foo", 3, 5, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[4 [multipoly5]]"},
{"WITHIN", "mykey", "CURSOR", 0, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[2 [point9]]"},
{"WITHIN", "mykey", "CURSOR", 1, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[2 [point9]]"},
{"WITHIN", "mykey", "CURSOR", 2, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[5 [poly8]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"WITHIN", "mykey", "CURSOR", 3, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[5 [poly8]]"},
{"WITHIN", "mykey", "CURSOR", 4, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[5 [poly8]]"},
{"WITHIN", "mykey", "CURSOR", 5, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[0 []]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
})
}
Add clipby subcommand to INTERSECTS/WITHIN
2020-03-20 08:09:24 +03:00
func keys_WITHIN_CLIPBY_test(mc *mockServer) error {
jagged := `{
"type":"Polygon",
"coordinates":[[
[-122.47781753540039,37.74655746554895],
[-122.48777389526366,37.7355619376922],
[-122.4707794189453,37.73271097867418],
[-122.46528625488281,37.735969208590504],
[-122.45189666748047,37.73922729512254],
[-122.4565315246582,37.75008654795525],
[-122.46683120727538,37.75307256315459],
[-122.47781753540039,37.74655746554895]
]]
}`
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "point1", "FIELD", "foo", 1, "POINT", 37.73963454585715, -122.4810791015625}, {"OK"},
{"SET", "mykey", "point2", "FIELD", "foo", 2, "POINT", 37.75130811419222, -122.47438430786133}, {"OK"},
{"SET", "mykey", "point3", "FIELD", "foo", 1, "POINT", 37.74816932695052, -122.47713088989258}, {"OK"},
{"SET", "mykey", "point4", "FIELD", "foo", 2, "POINT", 37.74503040657439, -122.47571468353271}, {"OK"},
{"SET", "other", "jagged", "OBJECT", jagged}, {"OK"},
{"WITHIN", "mykey", "IDS", "GET", "other", "jagged"}, {"[0 [point1 point4]]"},
{"WITHIN", "mykey", "IDS", "BOUNDS",
37.737734023260884, -122.47816085815431, 37.74886496155229, -122.45464324951172,
}, {"[0 [point3 point4]]"},
{"WITHIN", "mykey", "IDS", "GET", "other", "jagged", "CLIPBY", "BOUNDS",
37.737734023260884, -122.47816085815431, 37.74886496155229, -122.45464324951172,
}, {"[0 [point4]]"},
{"WITHIN", "mykey", "IDS", "BOUNDS",
37.74411415606583, -122.48034954071045, 37.7536833241461, -122.47163772583008,
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
}, {"[0 [point3 point4 point2]]"},
Add clipby subcommand to INTERSECTS/WITHIN
2020-03-20 08:09:24 +03:00
{"WITHIN", "mykey", "IDS", "GET", "other", "jagged", "CLIPBY", "BOUNDS",
37.74411415606583, -122.48034954071045, 37.7536833241461, -122.47163772583008,
}, {"[0 [point4]]"},
{"WITHIN", "mykey", "IDS", "GET", "other", "jagged",
"CLIPBY", "BOUNDS",
37.74411415606583, -122.48034954071045, 37.7536833241461, -122.47163772583008,
"CLIPBY", "BOUNDS",
37.737734023260884, -122.47816085815431, 37.74886496155229, -122.45464324951172,
}, {"[0 [point4]]"},
})
}
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
func keys_INTERSECTS_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "point1", "POINT", 37.7335, -122.4412}, {"OK"},
{"SET", "mykey", "point2", "POINT", 37.7335, -122.44121}, {"OK"},
{"SET", "mykey", "line3", "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "poly4", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
{"SET", "mykey", "multipoly5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]],[[[-122.44091033935547,37.731981251280985],[-122.43994474411011,37.731981251280985],[-122.43994474411011,37.73254976045042],[-122.44091033935547,37.73254976045042],[-122.44091033935547,37.731981251280985]]]]}`}, {"OK"},
{"SET", "mykey", "point6", "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "point7", "POINT", 33, 21}, {"OK"},
{"SET", "mykey", "poly8", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]],[[-122.44060993194579,37.73345766902749],[-122.44044363498686,37.73345766902749],[-122.44044363498686,37.73355524732416],[-122.44060993194579,37.73355524732416],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.4402102828026,37.7336888869566],[-122.4402102828026,37.7339752567853],[-122.44060724973677,37.7339752567853],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
{"INTERSECTS", "mykey", "IDS", "OBJECT",
`{
"type": "Polygon",
"coordinates": [
[
[-122.44126439094543,37.732906137107],
[-122.43980526924135,37.732906137107],
[-122.43980526924135,37.73421283683962],
[-122.44126439094543,37.73421283683962],
[-122.44126439094543,37.732906137107]
]
]
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
}`}, {"[0 [point2 point1 multipoly5 poly8 poly4 line3]]"},
{"INTERSECTS", "mykey", "IDS", "SECTOR", "37.72999", "-122.44760", "1000", "0", "90"}, {
"[0 [point2 point1 multipoly5 poly8 poly4 line3]]"},
test: add more tests
2021-09-05 13:56:45 +03:00
{"INTERSECTS", "mykey", "IDS", "SECTOR", "37.72999", "-122.44760", "1000", "0", "0"}, {"ERR equal bearings (0 == 0), use CIRCLE instead"},
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
{"SET", "key2", "poly9", "OBJECT", `{"type": "Polygon","coordinates": [[[-122.44037926197052,37.73313523548048],[-122.44017541408539,37.73313523548048],[-122.44017541408539,37.73336857568778],[-122.44037926197052,37.73336857568778],[-122.44037926197052,37.73313523548048]]]}`}, {"OK"},
{"SET", "key2", "poly10", "OBJECT", `{"type": "Polygon","coordinates": [[[-122.44040071964262,37.73359343010089],[-122.4402666091919,37.73359343010089],[-122.4402666091919,37.73373767596864],[-122.44040071964262,37.73373767596864],[-122.44040071964262,37.73359343010089]]]}`}, {"OK"},
{"SET", "key2", "poly10.1", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44051605463028,37.73375464605226],[-122.44028002023695,37.73375464605226],[-122.44028002023695,37.733903134117966],[-122.44051605463028,37.733903134117966],[-122.44051605463028,37.73375464605226]]]}`}, {"OK"},
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
{"INTERSECTS", "key2", "IDS", "GET", "mykey", "poly8"}, {
"[0 [poly10 poly9]]"},
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
{"SET", "key3", "poly11", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44059920310973,37.733279482240874],[-122.4402344226837,37.733279482240874],[-122.4402344226837,37.73375464605226],[-122.44059920310973,37.73375464605226],[-122.44059920310973,37.733279482240874]]]}`}, {"OK"},
{"SET", "key3", "poly12", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44060993194579,37.73238005667773],[-122.44013786315918,37.73238005667773],[-122.44013786315918,37.73316917591997],[-122.44060993194579,37.73316917591997],[-122.44060993194579,37.73238005667773]]]}`}, {"OK"},
{"SET", "key3", "poly12.1", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44074940681458,37.73270249351328],[-122.44008421897887,37.73270249351328],[-122.44008421897887,37.732872196546936],[-122.44074940681458,37.732872196546936],[-122.44074940681458,37.73270249351328]]]}`}, {"OK"},
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
{"INTERSECTS", "key3", "IDS", "GET", "mykey", "multipoly5"}, {
"[0 [poly12 poly11]]"},
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
{"SET", "key5", "poly13", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44073867797852,37.733211601447465],[-122.44011640548705,37.733211601447465],[-122.44011640548705,37.7340516218859],[-122.44073867797852,37.7340516218859],[-122.44073867797852,37.733211601447465]],[[-122.44060993194579,37.73345766902749],[-122.44060993194579,37.73355524732416],[-122.44044363498686,37.73355524732416],[-122.44044363498686,37.73345766902749],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.44060724973677,37.7339752567853],[-122.4402102828026,37.7339752567853],[-122.4402102828026,37.7336888869566],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
{"SET", "key5", "poly14", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44154334068298,37.73179457567642],[-122.43935465812682,37.73179457567642],[-122.43935465812682,37.7343740514423],[-122.44154334068298,37.7343740514423],[-122.44154334068298,37.73179457567642]],[[-122.44104981422423,37.73286371140448],[-122.44104981422423,37.73424677678513],[-122.43990182876587,37.73424677678513],[-122.43990182876587,37.73286371140448],[-122.44104981422423,37.73286371140448]],[[-122.44109272956847,37.731870943026074],[-122.43976235389708,37.731870943026074],[-122.43976235389708,37.7326855231885],[-122.44109272956847,37.7326855231885],[-122.44109272956847,37.731870943026074]]]}`}, {"OK"},
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
{"INTERSECTS", "key5", "IDS", "GET", "mykey", "multipoly5"}, {
"[0 [poly13]]"},
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
{"SET", "key6", "multipoly5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]],[[[-122.44091033935547,37.731981251280985],[-122.43994474411011,37.731981251280985],[-122.43994474411011,37.73254976045042],[-122.44091033935547,37.73254976045042],[-122.44091033935547,37.731981251280985]]]]}`}, {"OK"},
{"SET", "key6", "poly13", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.44073867797852,37.733211601447465],[-122.44011640548705,37.733211601447465],[-122.44011640548705,37.7340516218859],[-122.44073867797852,37.7340516218859],[-122.44073867797852,37.733211601447465]],[[-122.44060993194579,37.73345766902749],[-122.44060993194579,37.73355524732416],[-122.44044363498686,37.73355524732416],[-122.44044363498686,37.73345766902749],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.44060724973677,37.7339752567853],[-122.4402102828026,37.7339752567853],[-122.4402102828026,37.7336888869566],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
{"INTERSECTS", "key6", "IDS", "GET", "key5", "poly14"}, {
"[0 []]"},
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
{"SET", "key7", "multipoly15", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.44056701660155,37.7332964524295],[-122.44029879570007,37.7332964524295],[-122.44029879570007,37.73375464605226],[-122.44056701660155,37.73375464605226],[-122.44056701660155,37.7332964524295]]],[[[-122.44067430496216,37.73217641163713],[-122.44034171104431,37.73217641163713],[-122.44034171104431,37.732430967850384],[-122.44067430496216,37.732430967850384],[-122.44067430496216,37.73217641163713]]]]}`}, {"OK"},
{"SET", "key7", "multipoly16", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.44056701660155,37.7332964524295],[-122.44029879570007,37.7332964524295],[-122.44029879570007,37.73375464605226],[-122.44056701660155,37.73375464605226],[-122.44056701660155,37.7332964524295]]],[[[-122.4402666091919,37.733109780140644],[-122.4401271343231,37.733109780140644],[-122.4401271343231,37.73323705675229],[-122.4402666091919,37.73323705675229],[-122.4402666091919,37.733109780140644]]]]}`}, {"OK"},
{"SET", "key7", "multipoly17", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.44056701660155,37.7332964524295],[-122.44029879570007,37.7332964524295],[-122.44029879570007,37.73375464605226],[-122.44056701660155,37.73375464605226],[-122.44056701660155,37.7332964524295]]],[[[-122.44032025337218,37.73267703802467],[-122.44013786315918,37.73267703802467],[-122.44013786315918,37.732838255971316],[-122.44032025337218,37.732838255971316],[-122.44032025337218,37.73267703802467]]]]}`}, {"OK"},
{"SET", "key7", "multipoly17.1", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4407172203064,37.73270249351328],[-122.44049191474916,37.73270249351328],[-122.44049191474916,37.73286371140448],[-122.4407172203064,37.73286371140448],[-122.4407172203064,37.73270249351328]]],[[[-122.44032025337218,37.73267703802467],[-122.44013786315918,37.73267703802467],[-122.44013786315918,37.732838255971316],[-122.44032025337218,37.732838255971316],[-122.44032025337218,37.73267703802467]]]]}`}, {"OK"},
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
{"INTERSECTS", "key7", "IDS", "GET", "mykey", "multipoly5"}, {
"[0 [multipoly15 multipoly17 multipoly16]]"},
Add unit tests for WITHIN and INTERSECTS.
2018-10-17 04:17:59 +03:00
})
}
Add clipby subcommand to INTERSECTS/WITHIN
2020-03-20 08:09:24 +03:00
func keys_INTERSECTS_CLIPBY_test(mc *mockServer) error {
jagged := `{
"type":"Polygon",
"coordinates":[[
[-122.47781753540039,37.74655746554895],
[-122.48777389526366,37.7355619376922],
[-122.4707794189453,37.73271097867418],
[-122.46528625488281,37.735969208590504],
[-122.45189666748047,37.73922729512254],
[-122.4565315246582,37.75008654795525],
[-122.46683120727538,37.75307256315459],
[-122.47781753540039,37.74655746554895]
]]
}`
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "point1", "FIELD", "foo", 1, "POINT", 37.73963454585715, -122.4810791015625}, {"OK"},
{"SET", "mykey", "point2", "FIELD", "foo", 2, "POINT", 37.75130811419222, -122.47438430786133}, {"OK"},
{"SET", "mykey", "point3", "FIELD", "foo", 1, "POINT", 37.74816932695052, -122.47713088989258}, {"OK"},
{"SET", "mykey", "point4", "FIELD", "foo", 2, "POINT", 37.74503040657439, -122.47571468353271}, {"OK"},
{"SET", "other", "jagged", "OBJECT", jagged}, {"OK"},
{"INTERSECTS", "mykey", "IDS", "GET", "other", "jagged"}, {"[0 [point1 point4]]"},
{"INTERSECTS", "mykey", "IDS", "BOUNDS",
37.737734023260884, -122.47816085815431, 37.74886496155229, -122.45464324951172,
}, {"[0 [point3 point4]]"},
{"INTERSECTS", "mykey", "IDS", "GET", "other", "jagged", "CLIPBY", "BOUNDS",
37.737734023260884, -122.47816085815431, 37.74886496155229, -122.45464324951172,
}, {"[0 [point4]]"},
{"INTERSECTS", "mykey", "IDS", "BOUNDS",
37.74411415606583, -122.48034954071045, 37.7536833241461, -122.47163772583008,
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
}, {"[0 [point3 point4 point2]]"},
Add clipby subcommand to INTERSECTS/WITHIN
2020-03-20 08:09:24 +03:00
{"INTERSECTS", "mykey", "IDS", "GET", "other", "jagged", "CLIPBY", "BOUNDS",
37.74411415606583, -122.48034954071045, 37.7536833241461, -122.47163772583008,
}, {"[0 [point4]]"},
{"INTERSECTS", "mykey", "IDS", "GET", "other", "jagged",
"CLIPBY", "BOUNDS",
37.74411415606583, -122.48034954071045, 37.7536833241461, -122.47163772583008,
"CLIPBY", "BOUNDS",
37.737734023260884, -122.47816085815431, 37.74886496155229, -122.45464324951172,
}, {"[0 [point4]]"},
})
}
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
func keys_INTERSECTS_CURSOR_test(mc *mockServer) error {
testArea := `{
"type": "Polygon",
"coordinates": [
[
[-122.44126439094543,37.732906137107],
[-122.43980526924135,37.732906137107],
[-122.43980526924135,37.73421283683962],
[-122.44126439094543,37.73421283683962],
[-122.44126439094543,37.732906137107]
]
]
}`
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "point1", "FIELD", "foo", 1, "POINT", 37.7335, -122.4412}, {"OK"},
{"SET", "mykey", "point2", "FIELD", "foo", 2, "POINT", 37.7335, -122.44121}, {"OK"},
{"SET", "mykey", "line3", "FIELD", "foo", 3, "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "poly4", "FIELD", "foo", 4, "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
{"SET", "mykey", "multipoly5", "FIELD", "foo", 5, "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]],[[[-122.44091033935547,37.731981251280985],[-122.43994474411011,37.731981251280985],[-122.43994474411011,37.73254976045042],[-122.44091033935547,37.73254976045042],[-122.44091033935547,37.731981251280985]]]]}`}, {"OK"},
{"SET", "mykey", "point6", "FIELD", "foo", 6, "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "point7", "FIELD", "foo", 7, "POINT", 33, 21}, {"OK"},
{"SET", "mykey", "poly8", "FIELD", "foo", 8, "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]],[[-122.44060993194579,37.73345766902749],[-122.44044363498686,37.73345766902749],[-122.44044363498686,37.73355524732416],[-122.44060993194579,37.73355524732416],[-122.44060993194579,37.73345766902749]],[[-122.44060724973677,37.7336888869566],[-122.4402102828026,37.7336888869566],[-122.4402102828026,37.7339752567853],[-122.44060724973677,37.7339752567853],[-122.44060724973677,37.7336888869566]]]}`}, {"OK"},
{"SET", "mykey", "point9", "FIELD", "foo", 9, "POINT", 37.7335, -122.4412}, {"OK"},
{"INTERSECTS", "mykey", "LIMIT", 3, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[3 [point2 point9 point1]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"INTERSECTS", "mykey", "CURSOR", 3, "LIMIT", 3, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[6 [multipoly5 poly8 poly4]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"INTERSECTS", "mykey", "WHERE", "foo", 3, 5, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [multipoly5 poly4 line3]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"INTERSECTS", "mykey", "LIMIT", 1, "WHERE", "foo", 3, 5, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[4 [multipoly5]]"},
{"INTERSECTS", "mykey", "CURSOR", 1, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[2 [point9]]"},
{"INTERSECTS", "mykey", "CURSOR", 2, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[5 [poly8]]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"INTERSECTS", "mykey", "CURSOR", 3, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[5 [poly8]]"},
{"INTERSECTS", "mykey", "CURSOR", 4, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[5 [poly8]]"},
{"INTERSECTS", "mykey", "CURSOR", 5, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
"[0 []]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
{"INTERSECTS", "mykey", "CURSOR", 6, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS", "OBJECT", testArea}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 []]"},
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
})
}
Add tests for the new CIRCLE subcommand.
2018-05-04 21:42:35 +03:00
func keys_WITHIN_CIRCLE_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "1", "POINT", 37.7335, -122.4412}, {"OK"},
{"SET", "mykey", "2", "POINT", 37.7335, -122.44121}, {"OK"},
{"SET", "mykey", "3", "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "4", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
{"SET", "mykey", "5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]]}`}, {"OK"},
{"SET", "mykey", "6", "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "7", "POINT", 33, 21}, {"OK"},
{"WITHIN", "mykey", "IDS", "CIRCLE", 37.7335, -122.4412, 1000}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1 5 4 3]]"},
Add tests for the new CIRCLE subcommand.
2018-05-04 21:42:35 +03:00
{"WITHIN", "mykey", "IDS", "CIRCLE", 37.7335, -122.4412, 10}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1]]"},
Add tests for the new CIRCLE subcommand.
2018-05-04 21:42:35 +03:00
})
}
test: add more tests
2021-09-05 13:56:45 +03:00
func keys_WITHIN_SECTOR_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "1", "POINT", 37.7324, -122.4424}, {"OK"},
{"SET", "mykey", "2", "POINT", 37.73241, -122.44241}, {"OK"},
{"SET", "mykey", "3", "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "4", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
{"SET", "mykey", "5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]]}`}, {"OK"},
{"SET", "mykey", "6", "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "7", "POINT", 33, 21}, {"OK"},
{"WITHIN", "mykey", "IDS", "SECTOR", 37.731930, -122.443270, 1000, 0, 90}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1 5 4 3]]"},
test: add more tests
2021-09-05 13:56:45 +03:00
{"WITHIN", "mykey", "IDS", "SECTOR", 37.731930, -122.443270, 100, 0, 90}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1]]"},
test: add more tests
2021-09-05 13:56:45 +03:00
})
}
Fix NEARBY with SPARSE returning too many results fixes #618
2021-07-22 18:39:57 +03:00
func keys_NEARBY_SPARSE_test(mc *mockServer) error {
// https://github.com/tidwall/tile38/issues/618
return mc.DoBatch([][]interface{}{
{"SET", "location", "379", "FIELD", "story", "214", "POINT", "38.343763352486", "-0.48118065817742"}, {"OK"},
{"SET", "location", "380", "FIELD", "story", "216", "POINT", "38.343210451684", "-0.48164476701469"}, {"OK"},
{"SET", "location", "381", "FIELD", "story", "217", "POINT", "38.343548609904", "-0.4815616494057"}, {"OK"},
{"SET", "location", "382", "FIELD", "story", "219", "POINT", "38.342949723291", "-0.48180543529947"}, {"OK"},
{"SET", "location", "383", "FIELD", "story", "222", "POINT", "38.343527453662", "-0.48118542576204"}, {"OK"},
{"SET", "location", "384", "FIELD", "story", "223", "POINT", "38.342894310235", "-0.48121117150688"}, {"OK"},
{"SET", "location", "385", "FIELD", "story", "224", "POINT", "38.343665011791", "-0.48128042649575"}, {"OK"},
{"SET", "location", "386", "FIELD", "story", "226", "POINT", "38.34300663218", "-0.48136455958069"}, {"OK"},
{"SET", "location", "387", "FIELD", "story", "227", "POINT", "38.343561105586", "-0.48133979329476"}, {"OK"},
{"SET", "location", "388", "FIELD", "story", "228", "POINT", "38.343021516797", "-0.48111203609768"}, {"OK"},
{"SET", "location", "389", "FIELD", "story", "229", "POINT", "38.34377906915", "-0.48100754592639"}, {"OK"},
{"SET", "location", "390", "FIELD", "story", "230", "POINT", "38.343028862949", "-0.48107204744577"}, {"OK"},
{"SET", "location", "391", "FIELD", "story", "231", "POINT", "38.342956973955", "-0.48123798785545"}, {"OK"},
{"SET", "location", "392", "FIELD", "story", "233", "POINT", "38.343342938888", "-0.48181034196501"}, {"OK"},
{"SET", "location", "393", "FIELD", "story", "234", "POINT", "38.343323273543", "-0.48119160635951"}, {"OK"},
{"SET", "location", "394", "FIELD", "story", "235", "POINT", "38.343475947604", "-0.48128444286906"}, {"OK"},
{"SET", "location", "395", "FIELD", "story", "236", "POINT", "38.343553742872", "-0.48161695699988"}, {"OK"},
{"SET", "location", "396", "FIELD", "story", "237", "POINT", "38.343657786414", "-0.48109919689955"}, {"OK"},
{"SET", "location", "397", "FIELD", "story", "238", "POINT", "38.342934456291", "-0.48126912781599"}, {"OK"},
{"SET", "location", "398", "FIELD", "story", "239", "POINT", "38.343254792078", "-0.48115765613124"}, {"OK"},
{"SET", "location", "399", "FIELD", "story", "240", "POINT", "38.342851143141", "-0.48151031587298"}, {"OK"},
{"SET", "location", "400", "FIELD", "story", "244", "POINT", "38.343298791244", "-0.48121409612892"}, {"OK"},
{"SET", "location", "401", "FIELD", "story", "246", "POINT", "38.343436945653", "-0.48141198331599"}, {"OK"},
{"SET", "location", "402", "FIELD", "story", "248", "POINT", "38.343033046491", "-0.48183781756703"}, {"OK"},
{"SET", "location", "403", "FIELD", "story", "249", "POINT", "38.343115572723", "-0.48114768365296"}, {"OK"},
{"SET", "location", "404", "FIELD", "story", "250", "POINT", "38.343318663597", "-0.48120263102647"}, {"OK"},
{"SET", "location", "405", "FIELD", "story", "251", "POINT", "38.343434654108", "-0.4814578363497"}, {"OK"},
{"SET", "location", "406", "FIELD", "story", "252", "POINT", "38.343810655958", "-0.48181221112942"}, {"OK"},
{"SET", "location", "407", "FIELD", "story", "253", "POINT", "38.342910776509", "-0.48124848403503"}, {"OK"},
{"SET", "location", "408", "FIELD", "story", "176", "POINT", "38.343429050328", "-0.48134829622424"}, {"OK"},
{"SET", "location", "409", "FIELD", "story", "177", "POINT", "38.343375167926", "-0.4813182716687"}, {"OK"},
{"SET", "location", "410", "FIELD", "story", "178", "POINT", "38.343686937911", "-0.48184949541056"}, {"OK"},
{"SET", "location", "411", "FIELD", "story", "179", "POINT", "38.343095509246", "-0.48121296750565"}, {"OK"},
{"SET", "location", "412", "FIELD", "story", "243", "POINT", "38.343052434763", "-0.48133792363582"}, {"OK"},
{"SET", "location", "413", "FIELD", "story", "174", "POINT", "38.343556877562", "-0.4814408412531"}, {"OK"},
{"SET", "location", "414", "FIELD", "story", "182", "POINT", "38.34352896108", "-0.48127167080998"}, {"OK"},
{"SET", "location", "415", "FIELD", "story", "183", "POINT", "38.343458562741", "-0.48113117383504"}, {"OK"},
{"SET", "location", "416", "FIELD", "story", "187", "POINT", "38.343372242633", "-0.48198426529928"}, {"OK"},
{"SET", "location", "417", "FIELD", "story", "200", "POINT", "38.343365745635", "-0.48145747589433"}, {"OK"},
{"SET", "location", "418", "FIELD", "story", "206", "POINT", "38.343019183653", "-0.48177065402226"}, {"OK"},
{"SET", "location", "419", "FIELD", "story", "180", "POINT", "38.343492978961", "-0.48146214309728"}, {"OK"},
{"SET", "location", "420", "FIELD", "story", "181", "POINT", "38.343614147661", "-0.48178183237141"}, {"OK"},
{"SET", "location", "421", "FIELD", "story", "172", "POINT", "38.34365219519", "-0.48163252690471"}, {"OK"},
{"SET", "location", "422", "FIELD", "story", "193", "POINT", "38.343284579937", "-0.48191851957019"}, {"OK"},
{"SET", "location", "423", "FIELD", "story", "194", "POINT", "38.342957462369", "-0.48169612941468"}, {"OK"},
{"SET", "location", "424", "FIELD", "story", "195", "POINT", "38.343050765851", "-0.48189678247055"}, {"OK"},
{"SET", "location", "425", "FIELD", "story", "196", "POINT", "38.343767590125", "-0.48171070193171"}, {"OK"},
{"SET", "location", "426", "FIELD", "story", "197", "POINT", "38.343547519997", "-0.4813692941909"}, {"OK"},
{"SET", "location", "427", "FIELD", "story", "198", "POINT", "38.342914769086", "-0.48155727196514"}, {"OK"},
{"SET", "location", "428", "FIELD", "story", "211", "POINT", "38.342873132946", "-0.48120151934304"}, {"OK"},
{"SET", "location", "429", "FIELD", "story", "212", "POINT", "38.343776804477", "-0.48175041955478"}, {"OK"},
{"SET", "location", "430", "FIELD", "story", "218", "POINT", "38.343321288826", "-0.48138129717684"}, {"OK"},
{"SET", "location", "431", "FIELD", "story", "241", "POINT", "38.34353344767", "-0.4814278700903"}, {"OK"},
{"SET", "location", "432", "FIELD", "story", "247", "POINT", "38.34366410657", "-0.48163485684748"}, {"OK"},
{"SET", "location", "433", "FIELD", "story", "203", "POINT", "38.343237196083", "-0.48114844901293"}, {"OK"},
{"SET", "location", "434", "FIELD", "story", "204", "POINT", "38.342949966718", "-0.48104381934163"}, {"OK"},
{"SET", "location", "435", "FIELD", "story", "205", "POINT", "38.343334803169", "-0.48143352609798"}, {"OK"},
{"SET", "location", "436", "FIELD", "story", "215", "POINT", "38.343231760033", "-0.48177962151034"}, {"OK"},
{"SET", "location", "437", "FIELD", "story", "220", "POINT", "38.34381041238", "-0.48184807353803"}, {"OK"},
{"SET", "location", "438", "FIELD", "story", "232", "POINT", "38.3437321952", "-0.4810338033529"}, {"OK"},
{"SET", "location", "439", "FIELD", "story", "221", "POINT", "38.343038197665", "-0.48194660158614"}, {"OK"},
{"OUTPUT", "json"}, {func(res string) bool { return gjson.Get(res, "ok").Bool() }},
{"NEARBY", "location", "SPARSE", "1", "DISTANCE", "POINT", "38.342940855731506", "-0.48126081948077476", "25"}, {
// should return 4 objects that include a "distance" field
func(res string) error {
if !gjson.Get(res, "ok").Bool() {
return errors.New("not ok")
}
if gjson.Get(res, "objects.#").Int() != 4 {
return fmt.Errorf("expected '%d' objects, got '%d'", 4, gjson.Get(res, "objects.#").Int())
}
if gjson.Get(res, "objects.#.distance|#").Int() != 4 {
return fmt.Errorf("expected '%d' distances, got '%d'", 4, gjson.Get(res, "objects.#.distance|#").Int())
}
return nil
},
},
})
}
Typo
2018-05-04 23:45:51 +03:00
func keys_INTERSECTS_CIRCLE_test(mc *mockServer) error {
Add tests for the new CIRCLE subcommand.
2018-05-04 21:42:35 +03:00
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "1", "POINT", 37.7335, -122.4412}, {"OK"},
{"SET", "mykey", "2", "POINT", 37.7335, -122.44121}, {"OK"},
{"SET", "mykey", "3", "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "4", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
{"SET", "mykey", "5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]]}`}, {"OK"},
{"SET", "mykey", "6", "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "7", "POINT", 33, 21}, {"OK"},
{"INTERSECTS", "mykey", "IDS", "CIRCLE", 37.7335, -122.4412, 70}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1 5 4 3]]"},
Add tests for the new CIRCLE subcommand.
2018-05-04 21:42:35 +03:00
{"INTERSECTS", "mykey", "IDS", "CIRCLE", 37.7335, -122.4412, 10}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1]]"},
Add tests for the new CIRCLE subcommand.
2018-05-04 21:42:35 +03:00
})
}
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
test: add more tests
2021-09-05 13:56:45 +03:00
func keys_INTERSECTS_SECTOR_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "1", "POINT", 37.7324, -122.4424}, {"OK"},
{"SET", "mykey", "2", "POINT", 37.73241, -122.44241}, {"OK"},
{"SET", "mykey", "3", "OBJECT", `{"type":"LineString","coordinates":[[-122.4408378,37.7341129],[-122.4408378,37.733]]}`}, {"OK"},
{"SET", "mykey", "4", "OBJECT", `{"type":"Polygon","coordinates":[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]}`}, {"OK"},
{"SET", "mykey", "5", "OBJECT", `{"type":"MultiPolygon","coordinates":[[[[-122.4408378,37.7341129],[-122.4408378,37.733],[-122.44,37.733],[-122.44,37.7341129],[-122.4408378,37.7341129]]]]}`}, {"OK"},
{"SET", "mykey", "6", "POINT", -5, 5}, {"OK"},
{"SET", "mykey", "7", "POINT", 33, 21}, {"OK"},
{"INTERSECTS", "mykey", "IDS", "SECTOR", 37.731930, -122.443270, 1000, 0, 90}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1 5 4 3]]"},
test: add more tests
2021-09-05 13:56:45 +03:00
{"INTERSECTS", "mykey", "IDS", "SECTOR", 37.731930, -122.443270, 100, 0, 90}, {
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
"[0 [2 1]]"},
test: add more tests
2021-09-05 13:56:45 +03:00
})
}
Refactor cursor/paging.
2018-11-01 08:00:09 +03:00
func keys_SCAN_CURSOR_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "id1", "FIELD", "foo", 1, "STRING", "bar1"}, {"OK"},
{"SET", "mykey", "id2", "FIELD", "foo", 2, "STRING", "bar2"}, {"OK"},
{"SET", "mykey", "id3", "FIELD", "foo", 3, "STRING", "bar3"}, {"OK"},
{"SET", "mykey", "id4", "FIELD", "foo", 4, "STRING", "bar4"}, {"OK"},
{"SET", "mykey", "id5", "FIELD", "foo", 5, "STRING", "bar5"}, {"OK"},
{"SET", "mykey", "id6", "FIELD", "foo", 6, "STRING", "bar6"}, {"OK"},
{"SET", "mykey", "id7", "FIELD", "foo", 7, "STRING", "bar7"}, {"OK"},
{"SET", "mykey", "id8", "FIELD", "foo", 8, "STRING", "bar8"}, {"OK"},
{"SET", "mykey", "id9", "FIELD", "foo", 9, "STRING", "bar9"}, {"OK"},
{"SCAN", "mykey", "LIMIT", 3, "IDS"}, {"[3 [id1 id2 id3]]"},
{"SCAN", "mykey", "CURSOR", 3, "LIMIT", 3, "IDS"}, {"[6 [id4 id5 id6]]"},
{"SCAN", "mykey", "WHERE", "foo", 3, 5, "IDS"}, {"[0 [id3 id4 id5]]"},
{"SCAN", "mykey", "LIMIT", 1, "WHERE", "foo", 3, 5, "IDS"}, {"[3 [id3]]"},
{"SCAN", "mykey", "CURSOR", 3, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS"}, {
"[8 [id8]]"},
{"SCAN", "mykey", "CURSOR", 6, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS"}, {
"[8 [id8]]"},
})
}
func keys_SEARCH_CURSOR_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "id1", "FIELD", "foo", 1, "STRING", "bar1"}, {"OK"},
{"SET", "mykey", "id2", "FIELD", "foo", 2, "STRING", "bar2"}, {"OK"},
{"SET", "mykey", "id3", "FIELD", "foo", 3, "STRING", "bar3"}, {"OK"},
{"SET", "mykey", "id4", "FIELD", "foo", 4, "STRING", "bar4"}, {"OK"},
{"SET", "mykey", "id5", "FIELD", "foo", 5, "STRING", "bar5"}, {"OK"},
{"SET", "mykey", "id6", "FIELD", "foo", 6, "STRING", "bar6"}, {"OK"},
{"SET", "mykey", "id7", "FIELD", "foo", 7, "STRING", "bar7"}, {"OK"},
{"SET", "mykey", "id8", "FIELD", "foo", 8, "STRING", "bar8"}, {"OK"},
{"SET", "mykey", "id9", "FIELD", "foo", 9, "STRING", "bar9"}, {"OK"},
{"SEARCH", "mykey", "LIMIT", 3, "IDS"}, {"[3 [id1 id2 id3]]"},
{"SEARCH", "mykey", "CURSOR", 3, "LIMIT", 3, "IDS"}, {"[6 [id4 id5 id6]]"},
{"SEARCH", "mykey", "WHERE", "foo", 3, 5, "IDS"}, {"[0 [id3 id4 id5]]"},
{"SEARCH", "mykey", "LIMIT", 1, "WHERE", "foo", 3, 5, "IDS"}, {"[3 [id3]]"},
{"SEARCH", "mykey", "CURSOR", 3, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS"}, {
"[8 [id8]]"},
{"SEARCH", "mykey", "CURSOR", 6, "LIMIT", 1, "WHERE", "foo", 8, 9, "IDS"}, {
"[8 [id8]]"},
{"SEARCH", "mykey", "LIMIT", 3, "DESC", "IDS"}, {"[3 [id9 id8 id7]]"},
})
}
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
func keys_MATCH_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "fleet", "truck1", "POINT", "33.0001", "-112.0001"}, {"OK"},
{"SET", "fleet", "truck2", "POINT", "33.0002", "-112.0002"}, {"OK"},
{"SET", "fleet", "luck1", "POINT", "33.0003", "-112.0003"}, {"OK"},
{"SET", "fleet", "luck2", "POINT", "33.0004", "-112.0004"}, {"OK"},
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
{"SET", "fleet", "train1", "POINT", "33.0005", "-112.0005"}, {"OK"},
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
{"SCAN", "fleet", "IDS"}, {"[0 [luck1 luck2 train1 truck1 truck2]]"},
{"SCAN", "fleet", "MATCH", "*", "IDS"}, {"[0 [luck1 luck2 train1 truck1 truck2]]"},
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
{"SCAN", "fleet", "MATCH", "truck*", "IDS"}, {"[0 [truck1 truck2]]"},
{"SCAN", "fleet", "MATCH", "luck*", "IDS"}, {"[0 [luck1 luck2]]"},
{"SCAN", "fleet", "MATCH", "*2", "IDS"}, {"[0 [luck2 truck2]]"},
{"SCAN", "fleet", "MATCH", "*2*", "IDS"}, {"[0 [luck2 truck2]]"},
{"SCAN", "fleet", "MATCH", "*u*", "IDS"}, {"[0 [luck1 luck2 truck1 truck2]]"},
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
{"SCAN", "fleet", "MATCH", "*u*", "MATCH", "*u*", "IDS"}, {"[0 [luck1 luck2 truck1 truck2]]"},
{"SCAN", "fleet", "MATCH", "*u*", "MATCH", "*a*", "IDS"}, {"[0 [luck1 luck2 train1 truck1 truck2]]"},
{"SCAN", "fleet", "MATCH", "train*", "MATCH", "truck*", "IDS"}, {"[0 [train1 truck1 truck2]]"},
{"SCAN", "fleet", "MATCH", "train*", "MATCH", "truck*", "MATCH", "luck1", "IDS"}, {"[0 [luck1 train1 truck1 truck2]]"},
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
{"NEARBY", "fleet", "IDS", "POINT", 33.00005, -112.00005, 100000}, {
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
match("[0 [luck1 luck2 train1 truck1 truck2]]"),
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
},
{"NEARBY", "fleet", "MATCH", "*", "IDS", "POINT", 33.00005, -112.00005, 100000}, {
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
match("[0 [luck1 luck2 train1 truck1 truck2]]"),
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
},
{"NEARBY", "fleet", "MATCH", "t*", "IDS", "POINT", 33.00005, -112.00005, 100000}, {
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
match("[0 [train1 truck1 truck2]]"),
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
},
{"NEARBY", "fleet", "MATCH", "t*2", "IDS", "POINT", 33.00005, -112.00005, 100000}, {
match("[0 [truck2]]"),
},
{"NEARBY", "fleet", "MATCH", "*2", "IDS", "POINT", 33.00005, -112.00005, 100000}, {
match("[0 [luck2 truck2]]"),
},
{"INTERSECTS", "fleet", "IDS", "BOUNDS", 33, -113, 34, -112}, {
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
match("[0 [luck1 luck2 train1 truck1 truck2]]"),
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
},
{"INTERSECTS", "fleet", "MATCH", "*", "IDS", "BOUNDS", 33, -113, 34, -112}, {
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
match("[0 [luck1 luck2 train1 truck1 truck2]]"),
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
},
{"INTERSECTS", "fleet", "MATCH", "t*", "IDS", "BOUNDS", 33, -113, 34, -112}, {
Allow for multiple MATCH patterns Each MATCH is inclusive OR, thus WITHIN fleet MATCH train* truck* BOUNDS 33 -112 34 -113 will find all trains and trucks that within the provides bounds.
2022-09-02 05:43:30 +03:00
match("[0 [train1 truck1 truck2]]"),
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
},
{"INTERSECTS", "fleet", "MATCH", "t*2", "IDS", "BOUNDS", 33, -113, 34, -112}, {
match("[0 [truck2]]"),
},
{"INTERSECTS", "fleet", "MATCH", "*2", "IDS", "BOUNDS", 33, -113, 34, -112}, {
match("[0 [luck2 truck2]]"),
},
})
}
Added test for correct json fields output
2019-05-28 21:44:39 +03:00
func keys_FIELDS_search_test(mc *mockServer) error {
return mc.DoBatch([][]interface{}{
{"SET", "mykey", "1", "FIELD", "field1", 10, "FIELD", "field2", 11 /* field3 undefined */, "OBJECT", `{"type":"Point","coordinates":[-112.2791,33.5220]}`}, {"OK"},
{"SET", "mykey", "2", "FIELD", "field1", 20, "FIELD", "field2", 10 /* field3 undefined */, "OBJECT", `{"type":"Point","coordinates":[-112.2793,33.5222]}`}, {"OK"},
{"SET", "mykey", "3", "FIELD", "field1", 30, "FIELD", "field2", 13 /* field3 undefined */, "OBJECT", `{"type":"Point","coordinates":[-112.2795,33.5224]}`}, {"OK"},
{"SET", "mykey", "4", "FIELD", "field1", 40, "FIELD", "field2", 14 /* field3 undefined */, "OBJECT", `{"type":"Point","coordinates":[-112.2797,33.5226]}`}, {"OK"},
{"SET", "mykey", "5" /* field1 undefined */, "FIELD", "field2", 15, "FIELD", "field3", 28, "OBJECT", `{"type":"Point","coordinates":[-112.2799,33.5228]}`}, {"OK"},
{"SET", "mykey", "6" /* field1 & field2 undefined */, "FIELD", "field3", 29, "OBJECT", `{"type":"Point","coordinates":[-112.2801,33.5230]}`}, {"OK"},
{"SET", "mykey", "7" /* field1, field2, & field3 undefined */, "OBJECT", `{"type":"Point","coordinates":[-112.2803,33.5232]}`}, {"OK"},
Added RESP output fields test for NEARBY/WITHIN
2019-06-04 20:43:32 +03:00
// test RESP output
{"NEARBY", "mykey", "WHERE", "field2", 11, "+inf", "POINT", 33.462, -112.268, 60000}, {
`[0 [` +
`[1 {"type":"Point","coordinates":[-112.2791,33.522]} [field1 10 field2 11]] ` +
`[3 {"type":"Point","coordinates":[-112.2795,33.5224]} [field1 30 field2 13]] ` +
`[4 {"type":"Point","coordinates":[-112.2797,33.5226]} [field1 40 field2 14]] ` +
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
`[5 {"type":"Point","coordinates":[-112.2799,33.5228]} [field2 15 field3 28]]]]`,
},
Added RESP output fields test for NEARBY/WITHIN
2019-06-04 20:43:32 +03:00
{"NEARBY", "mykey", "WHERE", "field2", 0, 2, "POINT", 33.462, -112.268, 60000}, {
`[0 [` +
`[6 {"type":"Point","coordinates":[-112.2801,33.523]} [field3 29]] ` +
`[7 {"type":"Point","coordinates":[-112.2803,33.5232]}]]]`},
{"WITHIN", "mykey", "WHERE", "field2", 11, "+inf", "CIRCLE", 33.462, -112.268, 60000}, {
`[0 [` +
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
`[5 {"type":"Point","coordinates":[-112.2799,33.5228]} [field2 15 field3 28]] ` +
Added RESP output fields test for NEARBY/WITHIN
2019-06-04 20:43:32 +03:00
`[4 {"type":"Point","coordinates":[-112.2797,33.5226]} [field1 40 field2 14]] ` +
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
`[3 {"type":"Point","coordinates":[-112.2795,33.5224]} [field1 30 field2 13]] ` +
`[1 {"type":"Point","coordinates":[-112.2791,33.522]} [field1 10 field2 11]]]]`,
},
Added RESP output fields test for NEARBY/WITHIN
2019-06-04 20:43:32 +03:00
{"WITHIN", "mykey", "WHERE", "field2", 0, 2, "CIRCLE", 33.462, -112.268, 60000}, {
`[0 [` +
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
`[7 {"type":"Point","coordinates":[-112.2803,33.5232]}] ` +
`[6 {"type":"Point","coordinates":[-112.2801,33.523]} [field3 29]]]]`},
Added RESP output fields test for NEARBY/WITHIN
2019-06-04 20:43:32 +03:00
// test JSON output
Added test for correct json fields output
2019-05-28 21:44:39 +03:00
{"OUTPUT", "json"}, {`{"ok":true}`},
{"NEARBY", "mykey", "WHERE", "field2", 11, "+inf", "POINT", 33.462, -112.268, 60000}, {
`{"ok":true,"fields":["field1","field2","field3"],"objects":[` +
`{"id":"1","object":{"type":"Point","coordinates":[-112.2791,33.522]},"fields":[10,11,0]},` +
`{"id":"3","object":{"type":"Point","coordinates":[-112.2795,33.5224]},"fields":[30,13,0]},` +
`{"id":"4","object":{"type":"Point","coordinates":[-112.2797,33.5226]},"fields":[40,14,0]},` +
`{"id":"5","object":{"type":"Point","coordinates":[-112.2799,33.5228]},"fields":[0,15,28]}` +
`],"count":4,"cursor":0}`},
{"NEARBY", "mykey", "WHERE", "field2", 0, 2, "POINT", 33.462, -112.268, 60000}, {
Field overhaul
2022-09-20 03:47:38 +03:00
`{"ok":true,"fields":["field3"],"objects":[` +
`{"id":"6","object":{"type":"Point","coordinates":[-112.2801,33.523]},"fields":[29]},` +
`{"id":"7","object":{"type":"Point","coordinates":[-112.2803,33.5232]},"fields":[0]}` +
Added test for correct json fields output
2019-05-28 21:44:39 +03:00
`],"count":2,"cursor":0}`},
{"WITHIN", "mykey", "WHERE", "field2", 11, "+inf", "CIRCLE", 33.462, -112.268, 60000}, {
`{"ok":true,"fields":["field1","field2","field3"],"objects":[` +
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
`{"id":"5","object":{"type":"Point","coordinates":[-112.2799,33.5228]},"fields":[0,15,28]},` +
Added test for correct json fields output
2019-05-28 21:44:39 +03:00
`{"id":"4","object":{"type":"Point","coordinates":[-112.2797,33.5226]},"fields":[40,14,0]},` +
Updated btree and rtree This commit updates to the latest btree and rtree. The rtree algorithm has been modified in `tidwall/rtree@v1.7` which now keeps internal and leaf rect sorted by the min-x coordinate. This make for much faster (up to 50%) faster searches and replacements, but slightly slower inserts. Because of the R-tree update, the tests needed to be updated to account for the change in order for undeterministic WITHIN and INTERSECTS commands.
2022-09-12 00:31:00 +03:00
`{"id":"3","object":{"type":"Point","coordinates":[-112.2795,33.5224]},"fields":[30,13,0]},` +
`{"id":"1","object":{"type":"Point","coordinates":[-112.2791,33.522]},"fields":[10,11,0]}` +
Added test for correct json fields output
2019-05-28 21:44:39 +03:00
`],"count":4,"cursor":0}`},
{"WITHIN", "mykey", "WHERE", "field2", 0, 2, "CIRCLE", 33.462, -112.268, 60000}, {
Field overhaul
2022-09-20 03:47:38 +03:00
`{"ok":true,"fields":["field3"],"objects":[` +
`{"id":"7","object":{"type":"Point","coordinates":[-112.2803,33.5232]},"fields":[0]},` +
`{"id":"6","object":{"type":"Point","coordinates":[-112.2801,33.523]},"fields":[29]}` +
Added test for correct json fields output
2019-05-28 21:44:39 +03:00
`],"count":2,"cursor":0}`},
})
}
Added BUFFER option for Within and Intersects This commit allows for buffering any GeoJSON object. For example: INTERSECTS fleet BUFFER 1000 OBJECT {...LineString...} This will buffer add a 1 kilometer buffer to a linesting and search the 'fleet' collection for all objects that intersect the buffered linestring. This commit also allows for performing INTERSECTS with a POINT type. Thus allowing for a polygon-over-point operation, which is an inverted point-in-polygon.
2021-12-10 04:14:50 +03:00
func keys_BUFFER_search_test(mc *mockServer) error {
const lineString = `{"type":"LineString","coordinates":[
[-116.40289306640624,34.125447565116126],
[-116.36444091796875,34.14818102254435],
[-116.0980224609375,34.15045403191448],
[-115.74920654296874,34.127721186043985],
[-115.54870605468749,34.075412438417395],
[-115.5267333984375,34.11407854333859],
[-115.21911621093749,34.048108084909835],
[-115.25207519531249,33.8339199536547],
[-115.40588378906249,33.71748624018193]
]}`
return mc.DoBatch([][]interface{}{
// points in
{"SET", "fleet", "truck01", "POINT", "34.10825132729329", "-115.6436347961428"}, {"OK"},
{"SET", "fleet", "truck02", "POINT", "34.07199987534163", "-115.5435562133782"}, {"OK"},
{"SET", "fleet", "truck03", "POINT", "34.05123715497616", "-115.2148246765137"}, {"OK"},
{"SET", "fleet", "truck04", "POINT", "33.71520164474084", "-115.4110336303711"}, {"OK"},
{"SET", "fleet", "truck05", "POINT", "34.12345809664606", "-116.4070129394531"}, {"OK"},
// points out
{"SET", "fleet", "truck06", "POINT", "35.10825132729329", "-115.6436347961428"}, {"OK"},
{"SET", "fleet", "truck07", "POINT", "35.07199987534163", "-115.5435562133782"}, {"OK"},
{"SET", "fleet", "truck08", "POINT", "35.05123715497616", "-115.2148246765137"}, {"OK"},
{"SET", "fleet", "truck09", "POINT", "35.71520164474084", "-115.4110336303711"}, {"OK"},
{"SET", "fleet", "truck10", "POINT", "35.12345809664606", "-116.4070129394531"}, {"OK"},
// buffered intersects
{"INTERSECTS", "fleet", "BUFFER", "1000", "COUNT", "OBJECT", lineString}, {"5"},
})
}
Fix nearby with match query invalid results closes #421
2019-03-01 16:55:26 +03:00
// match sorts the response and compares to the expected input
func match(expectIn string) func(org, v interface{}) (resp, expect interface{}) {
return func(v, org interface{}) (resp, expect interface{}) {
sort.Slice(org.([]interface{})[1], func(i, j int) bool {
return org.([]interface{})[1].([]interface{})[i].(string) <
org.([]interface{})[1].([]interface{})[j].(string)
})
return fmt.Sprintf("%v", org), expectIn
}
}
Add bench tests for knn
2020-04-08 21:36:37 +03:00
func subBenchSearch(b *testing.B, mc *mockServer) {
runBenchStep(b, mc, "KNN", keys_KNN_bench)
}
func keys_KNN_bench(mc *mockServer) error {
lat := rand.Float64()*180 - 90
lon := rand.Float64()*360 - 180
_, err := mc.conn.Do("NEARBY",
"mykey",
"LIMIT", 50,
"DISTANCE",
"POINTS",
"POINT", lat, lon)
return err
}