Fix formatting issues in mgocompat docs

bson/mgocompat/doc.go

@@ -16,38 +16,37 @@
 //
 // The driver uses different types than mgo's bson. The differences are:
 //
-// 1) The driver's bson.RawValue is equivalent to mgo's bson.Raw, but uses Value instead
-//    of Data and uses Type, which is a bsontype.Type object that wraps a byte, instead of
-//    bson.Raw's Kind, a byte.
+//     1) The driver's bson.RawValue is equivalent to mgo's bson.Raw, but uses Value instead of Data and uses Type,
+//        which is a bsontype.Type object that wraps a byte, instead of bson.Raw's Kind, a byte.
 //
-// 3) The driver uses primitive.ObjectID, which is a [12]byte instead of mgo's
-//    bson.ObjectId, a string. Due to this, the zero value marshals and unmarshals differently
-//    for Extended JSON, with the driver marshaling as `{"ID":"000000000000000000000000"}` and
-//    mgo as `{"Id":""}`. The driver will not unmarshal {"ID":""} to a primitive.ObjectID.
+//     2) The driver uses primitive.ObjectID, which is a [12]byte instead of mgo's
+//        bson.ObjectId, a string. Due to this, the zero value marshals and unmarshals differently
+//        for Extended JSON, with the driver marshaling as {"ID":"000000000000000000000000"} and
+//        mgo as {"Id":""}. The driver can unmarshal {"ID":""} to a primitive.ObjectID.
 //
-// 4) The driver's primitive.Symbol is equivalent to mgo's bson.Symbol.
+//     3) The driver's primitive.Symbol is equivalent to mgo's bson.Symbol.
 //
-// 5) The driver uses primitive.Timestamp instead of mgo's bson.MongoTimestamp. While
-//    MongoTimestamp is an int64, primitive.Timestamp stores the time and counter as two separate
-//    uint32 values, T and I respectively.
+//     4) The driver uses primitive.Timestamp instead of mgo's bson.MongoTimestamp. While
+//        MongoTimestamp is an int64, primitive.Timestamp stores the time and counter as two separate
+//        uint32 values, T and I respectively.
 //
-// 6) The driver uses primitive.MinKey and primitive.MaxKey, which are struct{}, instead
-//    of mgo's bson.MinKey and bson.MaxKey, which are int64.
+//     5) The driver uses primitive.MinKey and primitive.MaxKey, which are struct{}, instead
+//        of mgo's bson.MinKey and bson.MaxKey, which are int64.
 //
-// 7) The driver's primitive.Undefined is equivalent to mgo's bson.Undefined.
+//     6) The driver's primitive.Undefined is equivalent to mgo's bson.Undefined.
 //
-// 8) The driver's primitive.Binary is equivalent to mgo's bson.Binary, with variables named Subtype
-//    and Data instead of Kind and Data.
+//     7) The driver's primitive.Binary is equivalent to mgo's bson.Binary, with variables named Subtype
+//        and Data instead of Kind and Data.
 //
-// 9) The driver's primitive.Regex is equivalent to mgo's bson.RegEx.
+//     8) The driver's primitive.Regex is equivalent to mgo's bson.RegEx.
 //
-// 10) The driver's primitive.JavaScript is equivalent to mgo's bson.JavaScript with no
-//     scope and primitive.CodeWithScope is equivalent to mgo's bson.JavaScript with scope.
+//     9) The driver's primitive.JavaScript is equivalent to mgo's bson.JavaScript with no
+//         scope and primitive.CodeWithScope is equivalent to mgo's bson.JavaScript with scope.
 //
-// 11) The driver's primitive.DBPointer is equivalent to mgo's bson.DBPointer, with variables
-//     named DB and Pointer instead of Namespace and Id.
+//     10) The driver's primitive.DBPointer is equivalent to mgo's bson.DBPointer, with variables
+//         named DB and Pointer instead of Namespace and Id.
 //
-// 12) When implementing the Setter interface, mgocompat.ErrSetZero is equivalent to mgo's
-//     bson.ErrSetZero.
+//     11) When implementing the Setter interface, mgocompat.ErrSetZero is equivalent to mgo's
+//         bson.ErrSetZero.
 //
 package mgocompat