void run() {
extractkeytest();
ShardKeyPattern k( BSON( "key" << 1 ) );
BSONObj min = k.globalMin();
// cout << min.jsonString(TenGen) << endl;
BSONObj max = k.globalMax();
BSONObj k1 = BSON( "key" << 5 );
verify( min < max );
verify( min < k.extractKeyFromQueryOrDoc( k1 ) );
verify( max > min );
hasshardkeytest();
verify( k.hasShardKey( k1 ) );
verify( ! k.hasShardKey( BSON( "key2" << 1 ) ) );
BSONObj a = k1;
BSONObj b = BSON( "key" << 999 );
verify( k.extractKeyFromQueryOrDoc( a ) < k.extractKeyFromQueryOrDoc( b ) );
// add middle multitype tests
uniqueIndexCompatibleTest();
LOG(1) << "shardKeyTest passed" << endl;
}
void run(){
extractkeytest();
ShardKeyPattern k( BSON( "key" << 1 ) );
BSONObj min = k.globalMin();
// cout << min.jsonString(TenGen) << endl;
BSONObj max = k.globalMax();
BSONObj k1 = BSON( "key" << 5 );
assert( k.compare( min , max ) < 0 );
assert( k.compare( min , k1 ) < 0 );
assert( k.compare( max , min ) > 0 );
assert( k.compare( min , min ) == 0 );
hasshardkeytest();
assert( k.hasShardKey( k1 ) );
assert( ! k.hasShardKey( BSON( "key2" << 1 ) ) );
BSONObj a = k1;
BSONObj b = BSON( "key" << 999 );
assert( k.compare(a,b) < 0 );
testIsPrefixOf();
// add middle multitype tests
log(1) << "shardKeyTest passed" << endl;
}