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//
// Test to make sure that invalid geo options are caught
//
var coll = db.geo_validate;
coll.drop();
coll.ensureIndex({ geo : "2dsphere" });
//
//
// Make sure we can't do a $within search with an invalid circular region
assert.throws(function(){
coll.findOne({ geo : { $within : { $center : [[0, 0], -1] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $centerSphere : [[0, 0], -1] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $center : [[0, 0], NaN] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $centerSphere : [[0, 0], NaN] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $center : [[0, 0], -Infinity] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $centerSphere : [[0, 0], -Infinity] } } });
});
//
//
// Make sure we can't do geo search with invalid point coordinates.
assert.throws(function(){
coll.findOne({ geo : { $within : { $center : [[NaN, 0], 1] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $centerSphere : [[NaN, 0], 1] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $center : [[Infinity, 0], 1] } } });
});
assert.throws(function(){
coll.findOne({ geo : { $within : { $centerSphere : [[-Infinity, 0], 1] } } });
});
//
//
// Make sure we can do a $within search with a zero-radius circular region
assert.writeOK(coll.insert({ geo : [0, 0] }));
assert.neq(null, coll.findOne({ geo : { $within : { $center : [[0, 0], 0] } } }));
assert.neq(null, coll.findOne({ geo : { $within : { $centerSphere : [[0, 0], 0] } } }));
assert.neq(null, coll.findOne({ geo : { $within : { $center : [[0, 0], Infinity] } } }));
assert.neq(null, coll.findOne({ geo : { $within : { $centerSphere : [[0, 0], Infinity] } } }));
//
//
// Make sure we can't do a $near search with an invalid circular region
assert.throws(function(){
coll.findOne({ geo : { $geoNear : [0, 0, -1] } });
});
assert.throws(function(){
coll.findOne({ geo : { $geoNear : [0, 0], $maxDistance : -1 } });
});
assert.throws(function(){
coll.findOne({ geo : { $geoNear : [0, 0, NaN] } });
});
assert.throws(function(){
coll.findOne({ geo : { $geoNear : [0, 0], $maxDistance : NaN } });
});
assert.throws(function(){
coll.findOne({ geo : { $geoNear : [0, 0, -Infinity] } });
});
assert.throws(function(){
coll.findOne({ geo : { $geoNear : [0, 0], $maxDistance : -Infinity } });
});
//
//
// Make sure we can't do a near search with a negative limit
assert.commandFailed(db.runCommand({geoNear: coll.getName(),
near: [0,0], spherical: true, num: -1}));
assert.commandFailed(db.runCommand({geoNear: coll.getName(),
near: [0,0], spherical: true, num: -Infinity}));
// NaN is interpreted as limit 0
assert.commandWorked(db.runCommand({geoNear: coll.getName(),
near: [0,0], spherical: true, num: NaN}));
//
// SERVER-17241 Polygon has no loop
assert.writeError(coll.insert({ geo : { type: 'Polygon', coordinates: [] } }));
//
// SERVER-17486 Loop has less then 3 vertices.
assert.writeError(coll.insert({geo: {type: 'Polygon', coordinates: [[]]}}));
assert.writeError(coll.insert({geo: {type: 'Polygon', coordinates: [[[0,0]]]}}));
assert.writeError(coll.insert({geo: {type: 'Polygon', coordinates: [[[0,0], [0,0], [0,0], [0,0]]]}}));
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