====
---- QUERY
values(1, 2+1, 1.0, 5.0 + 1.0, 'a')
---- RESULTS
1,3,1.0,6.0,'a'
---- TYPES
TINYINT, SMALLINT, DECIMAL, DECIMAL, STRING
====
---- QUERY
values(1+1, 2, 5.0, 'a') order by 1 limit 10
---- RESULTS
2,2,5.0,'a'
---- TYPES
SMALLINT, TINYINT, DECIMAL, STRING
====
---- QUERY
values((1+8, 2, 5.0, 'a'), (2, 3, 6.0, 'b'), (3, 4, 7.0, 'c'))
---- RESULTS
9,2,5.0,'a'
2,3,6.0,'b'
3,4,7.0,'c'
---- TYPES
SMALLINT, TINYINT, DECIMAL, STRING
====
---- QUERY
values((1+8, 2, 5.0, 'a'), (2, 3, 6.0, 'b'), (3, 4, 7.0, 'c')) order by 1 desc limit 2
---- RESULTS
9,2,5.0,'a'
3,4,7.0,'c'
---- TYPES
SMALLINT, TINYINT, DECIMAL, STRING
====
---- QUERY
# Test literal casts by inserting into a table that requires a float.
drop table if exists values_test_float_tbl;
create table values_test_float_tbl(f float);
insert overwrite values_test_float_tbl values
(1), (16), (1024), (65536), (1000000), (1.1), (98.6), (0.07), (33.333);
select * from values_test_float_tbl;
---- RESULTS
1
16
1024
65536
1000000
1.100000023841858
98.59999847412109
0.07
33.33300018310547
---- TYPES
float
====
---- QUERY
# Test literal casts by inserting into a table that requires a decimal.
drop table if exists values_test_decimal_tbl;
create table values_test_decimal_tbl(f decimal(20, 4));
insert overwrite values_test_decimal_tbl values
(1), (16), (1024), (65536), (1000000), (1.1), (98.6), (0.07), (33.333);
select * from values_test_decimal_tbl;
---- RESULTS
1.0000
16.0000
1024.0000
65536.0000
1000000.0000
1.1000
98.6000
0.0700
33.3330
---- TYPES
decimal
====
---- QUERY
# IMPALA-2749: Test that multiplying a DOUBLE and a DECIMAL results in a double
# value and do not overflow.
drop table if exists i_2749;
create table i_2749 (dbl1 double, `dec` decimal(9,4), dbl2 double);
insert overwrite table i_2749 values
    (0.0017,90,1.0113),
    (0.0342,90,1.0113),
    (0.0128,90,1.0113),
    (0.0163,90,1.0113);
====
---- QUERY
select dbl1 * `dec` * dbl2, dbl1 + `dec`, dbl1 - `dec`, dbl1 / `dec` from i_2749;
---- RESULTS
0.1547289,90.0017000000000000,-89.9983000000000000,0.0000188888889
3.112781400000001,90.0342000000000000,-89.9658000000000000,0.0003800000000
1.1650176,90.0128000000000000,-89.9872000000000000,0.0001422222222
1.4835771,90.0163000000000000,-89.9837000000000000,0.0001811111111
---- TYPES
DOUBLE,DECIMAL,DECIMAL,DECIMAL
====
---- QUERY
select dbl1 * dbl2 * `dec` from i_2749;
---- RESULTS
0.1547289
3.112781400000001
1.1650176
1.4835771
====
---- QUERY
# IMPALA-10350: Test the double precision during inserts.
# For write path to text files, the default precision of 16
# is a limitation yet to be fixed so test would not see exact values retained.
drop table if exists i_10350;
create table i_10350(dbl1 double, dbl2 double);
# insert one negative value < -2^53 * 10^(-17)
# and another negative value > -2^53 * 10^(-17)
# and corresponding positive values.
insert into table i_10350 values
    (-0.43149576573887316, -0.231495765738873),
    (0.43149576573887316, 0.231495765738873);
select * from i_10350;
---- RESULTS
-0.4314957657388732,-0.231495765738873
0.4314957657388732,0.231495765738873
---- TYPES
DOUBLE,DOUBLE
====
---- QUERY
# IMPALA-10654: Test accurate conversion from DecimalValue to double.
# Test below creates DecimalValue for 0.43149576573887316, 0.231495765738873,
# -0.43149576573887316, -0.231495765738873 and 0.43149576573887315568
# which has `value_` > 2^53, < 2^53, < -2^53, > -2^53 and > 2^64 correspondingly.
select cast(1 - 0.56850423426112684 as double),
    cast(1 - 0.768504234261127 as double),
    cast(0.56850423426112684 -1 as double),
    cast(0.768504234261127 -1 as double),
    cast(1 - 0.56850423426112684432 as double)
---- RESULTS
0.43149576573887316,0.231495765738873,-0.43149576573887316,-0.231495765738873,0.43149576573887316
---- TYPES
DOUBLE,DOUBLE,DOUBLE,DOUBLE,DOUBLE
====
---- QUERY
# IMPALA-10680: Test accurate conversion from string to double
select cast("0.43149576573887316" as double)
---- RESULTS
0.43149576573887316
---- TYPES
DOUBLE
====
---- QUERY
# IMPALA-11284: Don't skip rewrites for || and BETWEEN operator as the backend cannot
# execute them directly.
select * from
(
  values (concat("a", "b" || "c"), 1 <= 2 AND ((0.5 BETWEEN 0 AND 1) AND (true || false))),
         ("hello" || "world", 0 <= 1 || 0.5 < 0.6),
         ("impala", 4.0 BETWEEN 3.2 AND 4.1),
         ("sql", 'a' NOT BETWEEN 'b' AND 'c')
) t;
---- RESULTS
'abc',true
'helloworld',true
'impala',true
'sql',true
---- TYPES
string,boolean
====