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arangodb/tests/js/server/aql/aql-gather-block-cluster.js

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JavaScript

/*jshint globalstrict:false, strict:false, maxlen: 500 */
/*global assertEqual, assertNotEqual, assertTrue, assertFalse, AQL_EXPLAIN, AQL_EXECUTE */
////////////////////////////////////////////////////////////////////////////////
/// @brief tests for optimizer rules
///
/// @file
///
/// DISCLAIMER
///
/// Copyright 2010-2014 triagens GmbH, Cologne, Germany
///
/// Licensed under the Apache License, Version 2.0 (the "License");
/// you may not use this file except in compliance with the License.
/// You may obtain a copy of the License at
///
/// http://www.apache.org/licenses/LICENSE-2.0
///
/// Unless required by applicable law or agreed to in writing, software
/// distributed under the License is distributed on an "AS IS" BASIS,
/// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
/// See the License for the specific language governing permissions and
/// limitations under the License.
///
/// Copyright holder is triAGENS GmbH, Cologne, Germany
///
/// @author
/// @author Copyright 2014, triAGENS GmbH, Cologne, Germany
////////////////////////////////////////////////////////////////////////////////
var db = require("@arangodb").db;
var jsunity = require("jsunity");
var helper = require("@arangodb/aql-helper");
////////////////////////////////////////////////////////////////////////////////
/// @brief test suite
////////////////////////////////////////////////////////////////////////////////
function gatherBlockTestSuite () {
var cn1 = "UnitTestsGatherBlock1";
var cn2 = "UnitTestsGatherBlock2";
var cn3 = "UnitTestsGatherBlock3";
var c1, c2, c3;
var explain = function (result) {
return helper.getCompactPlan(result).map(function(node)
{ return node.type; });
};
return {
////////////////////////////////////////////////////////////////////////////////
/// @brief set up
////////////////////////////////////////////////////////////////////////////////
setUp : function () {
var j, k;
db._drop(cn1);
db._drop(cn2);
db._drop(cn3);
c1 = db._create(cn1, {numberOfShards:3});
c2 = db._create(cn2);
for (j = 0; j < 400; j++) {
for (k = 0; k < 10; k++){
c1.insert({Hallo:k});
c2.insert({Hallo:k});
}
}
c3 = db._create(cn3, {numberOfShards:3});
for (k = 0; k < 10; k++){
c3.insert({Hallo:k});
}
},
////////////////////////////////////////////////////////////////////////////////
/// @brief tear down
////////////////////////////////////////////////////////////////////////////////
tearDown : function () {
db._drop(cn1);
db._drop(cn2);
db._drop(cn3);
c1 = null;
c2 = null;
c3 = null;
},
testMoreShardsThanDocumentsHeapSort : function () {
db._drop(cn3);
c3 = db._create(cn3, {numberOfShards:40});
for (let i = 0; i < 39; ++i) {
c3.insert({ value : i });
}
let query = "FOR doc IN " + cn3 + " SORT doc.value RETURN doc.value";
// check the return value
let result = AQL_EXECUTE(query).json;
assertEqual(39, result.length);
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
let sortNode = nodes[nodeTypes.indexOf("SortNode")];
assertEqual(1, sortNode.elements.length);
assertTrue(sortNode.elements[0].ascending);
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must be a sorting GatherNode
assertEqual("heap", gatherNode.sortmode);
},
testMoreShardsThanDocumentsMinElementSort : function () {
db._drop(cn3);
c3 = db._create(cn3, {numberOfShards:4});
for (let i = 0; i < 3; ++i) {
c3.insert({ value : i });
}
let query = "FOR doc IN " + cn3 + " SORT doc.value RETURN doc.value";
// check the return value
let result = AQL_EXECUTE(query).json;
assertEqual(3, result.length);
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
let sortNode = nodes[nodeTypes.indexOf("SortNode")];
assertEqual(1, sortNode.elements.length);
assertTrue(sortNode.elements[0].ascending);
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must be a sorting GatherNode
assertEqual("minelement", gatherNode.sortmode);
},
testMoreShardsThanDocumentsNoSort : function () {
db._drop(cn3);
c3 = db._create(cn3, {numberOfShards:40});
for (let i = 0; i < 39; ++i) {
c3.insert({ value : i });
}
let query = "FOR doc IN " + cn3 + " RETURN doc.value";
// check the return value
let result = AQL_EXECUTE(query).json;
assertEqual(39, result.length);
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must not have a sort, but a gather node
assertEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(0, gatherNode.elements.length); // must be a non-sorting GatherNode
assertEqual("unset", gatherNode.sortmode);
},
testMoreDocumentsThanShardsHeapSort : function () {
db._drop(cn3);
c3 = db._create(cn3, {numberOfShards:10});
let docs = [];
for (let i = 0; i < 20000; ++i) {
docs.push({ value: i });
if (docs.length === 1000) {
c3.insert(docs);
docs = [];
}
}
let query = "FOR doc IN " + cn3 + " SORT doc.value RETURN doc.value";
// check the return value
let result = AQL_EXECUTE(query).json;
assertEqual(20000, result.length);
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
let sortNode = nodes[nodeTypes.indexOf("SortNode")];
assertEqual(1, sortNode.elements.length);
assertTrue(sortNode.elements[0].ascending);
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must be a sorting GatherNode
assertEqual("heap", gatherNode.sortmode);
},
testMoreDocumentsThanShardsMinElementSort : function () {
db._drop(cn3);
c3 = db._create(cn3, {numberOfShards:4});
let docs = [];
for (let i = 0; i < 20000; ++i) {
docs.push({ value: i });
if (docs.length === 1000) {
c3.insert(docs);
docs = [];
}
}
let query = "FOR doc IN " + cn3 + " SORT doc.value RETURN doc.value";
// check the return value
let result = AQL_EXECUTE(query).json;
assertEqual(20000, result.length);
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
let sortNode = nodes[nodeTypes.indexOf("SortNode")];
assertEqual(1, sortNode.elements.length);
assertTrue(sortNode.elements[0].ascending);
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must be a sorting GatherNode
assertEqual("minelement", gatherNode.sortmode);
},
testMoreDocumentsThanShardsNoSort : function () {
db._drop(cn3);
c3 = db._create(cn3, {numberOfShards:20});
let docs = [];
for (let i = 0; i < 20000; ++i) {
docs.push({ value: i });
if (docs.length === 1000) {
c3.insert(docs);
docs = [];
}
}
let query = "FOR doc IN " + cn3 + " RETURN doc.value";
// check the return value
let result = AQL_EXECUTE(query).json;
assertEqual(20000, result.length);
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must not have a sort, but a gather node
assertEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(0, gatherNode.elements.length); // must be a non-sorting GatherNode
assertEqual("unset", gatherNode.sortmode);
},
testSingleShard : function () {
let query = "FOR doc IN " + cn2 + " SORT doc.Hallo RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
let sortNode = nodes[nodeTypes.indexOf("SortNode")];
assertEqual(1, sortNode.elements.length);
assertTrue(sortNode.elements[0].ascending);
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual([], gatherNode.elements); // no sorting in GatherNode
},
testSingleShardDescending : function () {
let query = "FOR doc IN " + cn2 + " SORT doc.Hallo DESC RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = 99999999999;
result.forEach(function(value) {
assertTrue(value <= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
let sortNode = nodes[nodeTypes.indexOf("SortNode")];
assertEqual(1, sortNode.elements.length);
assertFalse(sortNode.elements[0].ascending);
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual([], gatherNode.elements); // no sorting in GatherNode
},
testSingleShardWithIndex : function () {
c2.ensureIndex({ type: "skiplist", fields: ["Hallo"] });
let query = "FOR doc IN " + cn2 + " SORT doc.Hallo RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have no sort but a gather node
assertNotEqual(-1, nodeTypes.indexOf("IndexNode"));
let indexNode = nodes[nodeTypes.indexOf("IndexNode")];
assertFalse(indexNode.reverse);
assertEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual([], gatherNode.elements); // no sorting in GatherNode
},
testSingleShardWithIndexDescending : function () {
c2.ensureIndex({ type: "skiplist", fields: ["Hallo"] });
let query = "FOR doc IN " + cn2 + " SORT doc.Hallo DESC RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = 99999999999;
result.forEach(function(value) {
assertTrue(value <= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have no sort but a gather node
assertNotEqual(-1, nodeTypes.indexOf("IndexNode"));
let indexNode = nodes[nodeTypes.indexOf("IndexNode")];
assertTrue(indexNode.reverse);
assertEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual([], gatherNode.elements); // no sorting in GatherNode
},
testMultipleShards : function () {
let query = "FOR doc IN " + cn1 + " SORT doc.Hallo RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must do sorting in GatherNode
assertTrue(gatherNode.elements[0].ascending);
},
testMultipleShardsDescending : function () {
let query = "FOR doc IN " + cn1 + " SORT doc.Hallo DESC RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = 99999999999;
result.forEach(function(value) {
assertTrue(value <= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have a sort and gather node
assertEqual(-1, nodeTypes.indexOf("IndexNode"));
assertNotEqual(-1, nodeTypes.indexOf("SortNode"));
let sortNode = nodes[nodeTypes.indexOf("SortNode")];
assertEqual(1, sortNode.elements.length); // must do sorting in SortNode
assertFalse(sortNode.elements[0].ascending);
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must do sorting in GatherNode
assertFalse(gatherNode.elements[0].ascending);
},
testMultipleShardsWithIndex : function () {
c1.ensureIndex({ type: "skiplist", fields: ["Hallo"] });
let query = "FOR doc IN " + cn1 + " SORT doc.Hallo RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = -1;
result.forEach(function(value) {
assertTrue(value >= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have no sort but a gather node
assertNotEqual(-1, nodeTypes.indexOf("IndexNode"));
let indexNode = nodes[nodeTypes.indexOf("IndexNode")];
assertFalse(indexNode.reverse);
assertEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must do sorting in GatherNode
assertEqual(["Hallo"], gatherNode.elements[0].path);
assertTrue(gatherNode.elements[0].ascending);
},
testMultipleShardsWithIndexDescending : function () {
c1.ensureIndex({ type: "skiplist", fields: ["Hallo"] });
let query = "FOR doc IN " + cn1 + " SORT doc.Hallo DESC RETURN doc.Hallo";
// check the return value
let result = AQL_EXECUTE(query).json;
let last = 99999999999;
result.forEach(function(value) {
assertTrue(value <= last);
last = value;
});
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have no sort but a gather node
assertNotEqual(-1, nodeTypes.indexOf("IndexNode"));
let indexNode = nodes[nodeTypes.indexOf("IndexNode")];
assertTrue(indexNode.reverse);
assertEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(1, gatherNode.elements.length); // must do sorting in GatherNode
assertEqual(["Hallo"], gatherNode.elements[0].path);
assertFalse(gatherNode.elements[0].ascending);
},
testMultipleShardsCollect : function () {
c1.ensureIndex({ type: "skiplist", fields: ["Hallo"] });
let query = "FOR doc IN " + cn1 + " FILTER doc.Hallo == 10 COLLECT WITH COUNT INTO length RETURN length";
let nodes = AQL_EXPLAIN(query).plan.nodes;
let nodeTypes = nodes.map(function(node) { return node.type; });
// must have no sort but a gather node
assertNotEqual(-1, nodeTypes.indexOf("IndexNode"));
let indexNode = nodes[nodeTypes.indexOf("IndexNode")];
assertEqual(-1, nodeTypes.indexOf("SortNode"));
assertNotEqual(-1, nodeTypes.indexOf("GatherNode"));
let gatherNode = nodes[nodeTypes.indexOf("GatherNode")];
assertEqual(0, gatherNode.elements.length); // no sorting here
},
testSubqueryValuePropagation : function () {
c3.truncate();
c3.insert({Hallo:1});
var query = "FOR i IN 1..1 LET s = (FOR j IN 1..i FOR k IN " + cn3 + " RETURN j) RETURN s";
// check the return value
var expected = [ [ 1 ] ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testCalculationNotMovedOverBoundary : function () {
c3.truncate();
c3.insert({Hallo:1});
var query = "FOR i IN " + cn3 + " FOR j IN 1..1 FOR k IN " + cn3 + " RETURN j";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 1 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testSimple1 : function () {
var query = "FOR d IN " + cn1 + " LIMIT 10 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = 10;
var actual = AQL_EXECUTE(query).json.length;
assertEqual(expected, actual, query);
},
testSimple2 : function () {
var query =
"FOR d IN " + cn1 + " FILTER d.Hallo in [5,63] RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ ];
for (var i = 0; i < 400; i++) {
expected.push(5);
}
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testSimple3 : function () {
var query =
"FOR d IN " + cn1
+ " FILTER d.Hallo in [0,0,5,6,6,63] LIMIT 399,2 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = 2;
var actual = AQL_EXECUTE(query).json.length;
assertEqual(expected, actual, query);
},
testSimple4 : function () {
var query =
"FOR d IN " + cn1
+ " FILTER d.Hallo in [0,5,6] LIMIT 995,10 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = 10;
var actual = AQL_EXECUTE(query).json.length;
assertEqual(expected, actual, query);
},
testNonSimple1 : function () {
var query = "FOR d IN " + cn3 + " SORT d.Hallo RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 0, 1, 2, 3, 4, 5, 6, 7, 8, 9 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testNonSimple2 : function () {
var query =
"FOR d IN " + cn3
+ " FILTER d.Hallo in [0,5,6,62] SORT d.Hallo RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 0, 5, 6 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testNonSimple3 : function () {
var query =
"FOR d IN " + cn1
+ " FILTER d.Hallo in [0,5,6,62] SORT d.Hallo LIMIT 399,2 RETURN d.Hallo";
// check 2the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 0, 5 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testNonSimple4 : function () {
var query =
"FOR d IN " + cn1
+ " FILTER d.Hallo in [0,5,6,62] SORT d.Hallo LIMIT 1 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 0 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testNonSimple5 : function () {
var query =
"FOR d IN " + cn1
+ " FILTER d.Hallo in [0,5,6] SORT d.Hallo LIMIT 995,10 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 6, 6, 6, 6, 6, 6, 6, 6, 6, 6 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testSimple5 : function () {
var query = "FOR d IN " + cn2 + " LIMIT 10 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = 10;
var actual = AQL_EXECUTE(query).json.length;
assertEqual(expected, actual, query);
},
testSimple6 : function () {
var query =
"FOR d IN " + cn3 + " FILTER d.Hallo in [5,63] RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 5 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testSimple7 : function () {
var query =
"FOR d IN " + cn2
+ " FILTER d.Hallo in [0,0,5,6,6,63] LIMIT 399,2 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = 2;
var actual = AQL_EXECUTE(query).json.length;
assertEqual(expected, actual, query);
},
testSimple8 : function () {
var query =
"FOR d IN " + cn2
+ " FILTER d.Hallo in [0,5,6] LIMIT 990,21 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = 21;
var actual = AQL_EXECUTE(query).json.length;
assertEqual(expected, actual, query);
},
testNonSimple7 : function () {
var query =
"FOR d IN " + cn3
+ " FILTER d.Hallo in [0,5,6,62] SORT d.Hallo RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 0, 5, 6 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testNonSimple8 : function () {
var query =
"FOR d IN " + cn2
+ " FILTER d.Hallo in [0,5,6,62] SORT d.Hallo DESC LIMIT 399,2 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = 2;
var actual = AQL_EXECUTE(query).json.length;
assertEqual(expected, actual, query);
},
testNonSimple9 : function () {
var query =
"FOR d IN " + cn2
+ " FILTER d.Hallo in [0,5,6,62] SORT d.Hallo DESC LIMIT 1 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 6 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
},
testNonSimple10 : function () {
var query =
"FOR d IN " + cn2
+ " FILTER d.Hallo in [0,5,6] SORT d.Hallo DESC LIMIT 995,10 RETURN d.Hallo";
// check the GatherNode is in the plan!
assertTrue(explain(AQL_EXPLAIN(query)).indexOf("GatherNode") !== -1, query);
// check the return value
var expected = [ 0, 0, 0, 0, 0, 0, 0, 0, 0, 0 ];
var actual = AQL_EXECUTE(query).json;
assertEqual(expected, actual, query);
}
};
}
////////////////////////////////////////////////////////////////////////////////
/// @brief executes the test suite
////////////////////////////////////////////////////////////////////////////////
jsunity.run(gatherBlockTestSuite);
return jsunity.done();