1 files changed, 0 insertions, 124 deletions
diff --git a/jstests/geo_mindistance_boundaries.js b/jstests/geo_mindistance_boundaries.js
deleted file mode 100644
index 80e933827b6..00000000000
--- a/jstests/geo_mindistance_boundaries.js
+++ /dev/null
@@ -1,124 +0,0 @@
-/* Test boundary conditions for $minDistance option for $near and $nearSphere
- * queries. SERVER-9395.
-*/
-var t = db.geo_mindistance_boundaries;
-t.drop();
-t.insert({loc: [1, 0]});  // 1 degree of longitude from origin.
-
-/* $minDistance is supported for 2dsphere index only, not 2d or geoHaystack. */
-t.ensureIndex({loc: "2dsphere"});
-
-//
-// Useful constants.
-//
-
-var km = 1000,
-    earthRadiusMeters = 6378.1 * km,
-    geoJSONPoint = {type: 'Point', coordinates: [0, 0]},
-    // One degree of longitude at the equator, about 111 km.
-    degreeInMeters = 2 * Math.PI * earthRadiusMeters / 360,
-    metersEpsilon = Number.MIN_VALUE;
-
-/* Grow epsilon's exponent until epsilon exceeds the margin of error for the
- * representation of degreeInMeters. The server uses 64-bit math, too, so we'll
- * find the smallest epsilon the server can detect.
-*/
-while (degreeInMeters + metersEpsilon == degreeInMeters) { metersEpsilon *= 2; }
-
-//
-// Test boundary conditions for $near and GeoJSON, in meters.
-//
-
-
-// minDistance must be within the args to $near, not on the side.
-assert.throws(function() { t.find({loc:{$near:{$geometry: geoJSONPoint},
-                                        $minDistance:0.1}}).itcount();});
-
-assert.eq(
-    1, t.find({loc: {
-        $near: {$geometry: geoJSONPoint,
-                $minDistance: degreeInMeters
-    }}}).itcount(),
-    "Expected to find (0, 1) within $minDistance 1 degree from origin"
-);
-
-assert.eq(
-    1, t.find({loc: {
-        $near: {$geometry: geoJSONPoint,
-                $minDistance: degreeInMeters - metersEpsilon
-    }}}).itcount(),
-    "Expected to find (0, 1) within $minDistance (1 degree - epsilon) from origin"
-);
-
-assert.eq(
-    0, t.find({loc: {
-        $near: {$geometry: geoJSONPoint,
-                $minDistance: degreeInMeters + metersEpsilon
-    }}}).itcount(),
-    "Expected *not* to find (0, 1) within $minDistance (1 degree + epsilon) from origin"
-);
-
-//
-// Test boundary conditions for $nearSphere and GeoJSON, in meters.
-//
-
-assert.eq(
-    1, t.find({loc: {
-        $nearSphere: {$geometry: geoJSONPoint,
-                      $minDistance: degreeInMeters
-    }}}).itcount(),
-    "Expected to find (0, 1) within $minDistance 1 degree from origin"
-);
-
-assert.eq(
-    1, t.find({loc: {
-        $nearSphere: geoJSONPoint,
-        $minDistance: degreeInMeters - metersEpsilon
-    }}).itcount(),
-    "Expected to find (0, 1) within $minDistance (1 degree - epsilon) from origin"
-);
-
-assert.eq(
-    0, t.find({loc: {
-        $nearSphere: geoJSONPoint,
-        $minDistance: degreeInMeters + metersEpsilon
-    }}).itcount(),
-    "Expected *not* to find (0, 1) within $minDistance (1 degree + epsilon) from origin"
-);
-
-//
-// Test boundary conditions for $nearSphere and a legacy point, in radians.
-//
-// $minDistance with legacy point requires $nearSphere; $near not
-// supported.
-//
-
-var legacyPoint = [0, 0],
-    degreeInRadians = 2 * Math.PI / 360,
-    radiansEpsilon = Number.MIN_VALUE;
-
-while (1 + radiansEpsilon == 1) { radiansEpsilon *= 2; }
-
-assert.eq(
-    1, t.find({loc: {
-        $nearSphere: legacyPoint,
-        $minDistance: degreeInRadians
-    }}).itcount(),
-    "Expected to find (0, 1) within $minDistance 1 degree from origin"
-);
-
-assert.eq(
-    1, t.find({loc: {
-        $nearSphere: legacyPoint,
-        $minDistance: degreeInRadians - radiansEpsilon
-    }}).itcount(),
-    "Expected to find (0, 1) within $minDistance (1 degree - epsilon) from origin"
-);
-
-assert.eq(
-    0, t.find({loc: {
-        $nearSphere: legacyPoint,
-        $minDistance: degreeInRadians + radiansEpsilon
-    }}).itcount(),
-    "Expected *not* to find (0, 1) within $minDistance (1 degree + epsilon) from origin"
-);