ydb/yql/essentials/tests/postgresql/cases/numeric.err

<sql-statement>
--
-- NUMERIC
--
CREATE TABLE num_data (id int4, val numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_add (id1 int4, id2 int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_sub (id1 int4, id2 int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_div (id1 int4, id2 int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_mul (id1 int4, id2 int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_sqrt (id int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_ln (id int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_log10 (id int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_exp_power_10_ln (id int4, expected numeric(210,10));
</sql-statement>
<sql-statement>
CREATE TABLE num_result (id1 int4, id2 int4, result numeric(210,10));
</sql-statement>
<sql-statement>
-- ******************************
-- * The following EXPECTED results are computed by bc(1)
-- * with a scale of 200
-- ******************************
BEGIN TRANSACTION;
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,0,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,1,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,2,'-34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,2,'34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,2,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,2,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,3,'4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,3,'-4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,3,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,3,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,4,'7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,4,'-7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,4,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,4,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,5,'16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,5,'-16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,5,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,5,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,6,'93901.57763026');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,6,'-93901.57763026');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,6,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,6,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,7,'-83028485');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,7,'83028485');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,7,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,7,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,8,'74881');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,8,'-74881');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,8,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,8,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (0,9,'-24926804.045047420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (0,9,'24926804.045047420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (0,9,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (0,9,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,0,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,1,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,2,'-34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,2,'34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,2,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,2,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,3,'4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,3,'-4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,3,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,3,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,4,'7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,4,'-7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,4,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,4,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,5,'16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,5,'-16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,5,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,5,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,6,'93901.57763026');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,6,'-93901.57763026');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,6,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,6,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,7,'-83028485');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,7,'83028485');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,7,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,7,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,8,'74881');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,8,'-74881');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,8,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,8,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (1,9,'-24926804.045047420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (1,9,'24926804.045047420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (1,9,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (1,9,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,0,'-34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,0,'-34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,0,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,1,'-34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,1,'-34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,1,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,2,'-68676984.430794094');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,2,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,2,'1179132047626883.596862135856320209');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,2,'1.00000000000000000000');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,3,'-34338487.905397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,3,'-34338496.525397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,3,'-147998901.44836127257');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,3,'-7967167.56737750510440835266');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,4,'-26539030.803497047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,4,'-42137953.627297047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,4,'-267821744976817.8111137106593');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,4,'-4.40267480046830116685');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,5,'-34322095.176906047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,5,'-34354889.253888047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,5,'-563049578578.769242506736077');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,5,'-2094.18866914563535496429');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,6,'-34244590.637766787');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,6,'-34432393.793027307');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,6,'-3224438592470.18449811926184222');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,6,'-365.68599891479766440940');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,7,'-117366977.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,7,'48689992.784602953');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,7,'2851072985828710.485883795');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,7,'.41357483778485235518');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,8,'-34263611.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,8,'-34413373.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,8,'-2571300635581.146276407');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,8,'-458.57416721727870888476');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (2,9,'-59265296.260444467');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (2,9,'-9411688.170349627');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (2,9,'855948866655588.453741509242968740');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (2,9,'1.37757299946438931811');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,0,'4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,0,'4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,0,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,1,'4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,1,'4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,1,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,2,'-34338487.905397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,2,'34338496.525397047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,2,'-147998901.44836127257');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,2,'-.00000012551512084352');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,3,'8.62');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,3,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,3,'18.5761');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,3,'1.00000000000000000000');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,4,'7799465.7219');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,4,'-7799457.1019');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,4,'33615678.685289');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,4,'.00000055260225961552');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,5,'16401.348491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,5,'-16392.728491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,5,'70671.23589621');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,5,'.00026285234387695504');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,6,'93905.88763026');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,6,'-93897.26763026');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,6,'404715.7995864206');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,6,'.00004589912234457595');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,7,'-83028480.69');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,7,'83028489.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,7,'-357852770.35');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,7,'-.00000005190989574240');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,8,'74885.31');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,8,'-74876.69');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,8,'322737.11');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,8,'.00005755799201399553');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (3,9,'-24926799.735047420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (3,9,'24926808.355047420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (3,9,'-107434525.43415438020');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (3,9,'-.00000017290624149854');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,0,'7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,0,'7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,0,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,1,'7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,1,'7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,1,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,2,'-26539030.803497047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,2,'42137953.627297047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,2,'-267821744976817.8111137106593');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,2,'-.22713465002993920385');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,3,'7799465.7219');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,3,'7799457.1019');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,3,'33615678.685289');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,3,'1809619.81714617169373549883');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,4,'15598922.8238');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,4,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,4,'60831598315717.14146161');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,4,'1.00000000000000000000');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,5,'7815858.450391');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,5,'7783064.373409');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,5,'127888068979.9935054429');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,5,'475.66281046305802686061');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,6,'7893362.98953026');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,6,'7705559.83426974');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,6,'732381731243.745115764094');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,6,'83.05996138436129499606');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,7,'-75229023.5881');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,7,'90827946.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,7,'-647577464846017.9715');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,7,'-.09393717604145131637');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,8,'7874342.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,8,'7724580.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,8,'584031469984.4839');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,8,'104.15808298366741897143');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (4,9,'-17127342.633147420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (4,9,'32726265.456947420');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (4,9,'-194415646271340.1815956522980');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (4,9,'-.31289456112403769409');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (5,0,'16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (5,0,'16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (5,0,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (5,0,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (5,1,'16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (5,1,'16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (5,1,'0');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (5,1,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (5,2,'-34322095.176906047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (5,2,'34354889.253888047');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (5,2,'-563049578578.769242506736077');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (5,2,'-.00047751189505192446');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_add VALUES (5,3,'16401.348491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_sub VALUES (5,3,'16392.728491');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_mul VALUES (5,3,'70671.23589621');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_div VALUES (5,3,'3804.41728329466357308584');
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INSERT INTO num_exp_log10 VALUES (8,'4.87437163556421004138');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_log10 VALUES (9,'7.39666659961986567059');
</sql-statement>
<sql-statement>
COMMIT TRANSACTION;
</sql-statement>
<sql-statement>
BEGIN TRANSACTION;
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (0,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (1,'NaN');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (2,'224790267919917955.13261618583642653184');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (3,'28.90266599445155957393');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (4,'7405685069594999.07733999469386277636');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (5,'5068226527.32127265408584640098');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (6,'281839893606.99372343357047819067');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (7,'1716699575118597095.42330819910640247627');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (8,'167361463828.07491320069016125952');
</sql-statement>
<sql-statement>
INSERT INTO num_exp_power_10_ln VALUES (9,'107511333880052007.04141124673540337457');
</sql-statement>
<sql-statement>
COMMIT TRANSACTION;
</sql-statement>
<sql-statement>
BEGIN TRANSACTION;
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (0, '0');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (1, '0');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (2, '-34338492.215397047');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (3, '4.31');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (4, '7799461.4119');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (5, '16397.038491');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (6, '93901.57763026');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (7, '-83028485');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (8, '74881');
</sql-statement>
<sql-statement>
INSERT INTO num_data VALUES (9, '-24926804.045047420');
</sql-statement>
<sql-statement>
COMMIT TRANSACTION;
</sql-statement>
<sql-statement>
-- ******************************
-- * Create indices for faster checks
-- ******************************
CREATE UNIQUE INDEX num_exp_add_idx ON num_exp_add (id1, id2);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	-- ******************************
	^
<sql-statement>
CREATE UNIQUE INDEX num_exp_sub_idx ON num_exp_sub (id1, id2);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	CREATE UNIQUE INDEX num_exp_sub_idx ON num_exp_sub (id1, id2);
	^
<sql-statement>
CREATE UNIQUE INDEX num_exp_div_idx ON num_exp_div (id1, id2);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	CREATE UNIQUE INDEX num_exp_div_idx ON num_exp_div (id1, id2);
	^
<sql-statement>
CREATE UNIQUE INDEX num_exp_mul_idx ON num_exp_mul (id1, id2);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	CREATE UNIQUE INDEX num_exp_mul_idx ON num_exp_mul (id1, id2);
	^
<sql-statement>
CREATE UNIQUE INDEX num_exp_sqrt_idx ON num_exp_sqrt (id);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	CREATE UNIQUE INDEX num_exp_sqrt_idx ON num_exp_sqrt (id);
	^
<sql-statement>
CREATE UNIQUE INDEX num_exp_ln_idx ON num_exp_ln (id);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	CREATE UNIQUE INDEX num_exp_ln_idx ON num_exp_ln (id);
	^
<sql-statement>
CREATE UNIQUE INDEX num_exp_log10_idx ON num_exp_log10 (id);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	CREATE UNIQUE INDEX num_exp_log10_idx ON num_exp_log10 (id);
	^
<sql-statement>
CREATE UNIQUE INDEX num_exp_power_10_ln_idx ON num_exp_power_10_ln (id);
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: unique index creation is not supported yet
    	CREATE UNIQUE INDEX num_exp_power_10_ln_idx ON num_exp_power_10_ln (id);
	^
<sql-statement>
VACUUM ANALYZE num_exp_add;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_add;
	^
<sql-statement>
VACUUM ANALYZE num_exp_sub;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_sub;
	^
<sql-statement>
VACUUM ANALYZE num_exp_div;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_div;
	^
<sql-statement>
VACUUM ANALYZE num_exp_mul;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_mul;
	^
<sql-statement>
VACUUM ANALYZE num_exp_sqrt;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_sqrt;
	^
<sql-statement>
VACUUM ANALYZE num_exp_ln;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_ln;
	^
<sql-statement>
VACUUM ANALYZE num_exp_log10;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_log10;
	^
<sql-statement>
VACUUM ANALYZE num_exp_power_10_ln;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: RawStmt: alternative is not implemented yet : 275
    	VACUUM ANALYZE num_exp_power_10_ln;
	^
<sql-statement>
-- ******************************
-- * Now check the behaviour of the NUMERIC type
-- ******************************
-- ******************************
-- * Addition check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, t1.val + t2.val
    FROM num_data t1, num_data t2;
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, t1.val + t2.val
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, t1.val + t2.val
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, t2.expected
    FROM num_result t1, num_exp_add t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val + t2.val, 10)
    FROM num_data t1, num_data t2;
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val + t2.val, 10)
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val + t2.val, 10)
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, round(t2.expected, 10) as expected
    FROM num_result t1, num_exp_add t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != round(t2.expected, 10);
</sql-statement>
<sql-statement>
-- ******************************
-- * Subtraction check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, t1.val - t2.val
    FROM num_data t1, num_data t2;
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, t1.val - t2.val
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, t1.val - t2.val
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, t2.expected
    FROM num_result t1, num_exp_sub t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val - t2.val, 40)
    FROM num_data t1, num_data t2;
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val - t2.val, 40)
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val - t2.val, 40)
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, round(t2.expected, 40)
    FROM num_result t1, num_exp_sub t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != round(t2.expected, 40);
</sql-statement>
<sql-statement>
-- ******************************
-- * Multiply check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, t1.val * t2.val
    FROM num_data t1, num_data t2;
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, t1.val * t2.val
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, t1.val * t2.val
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, t2.expected
    FROM num_result t1, num_exp_mul t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val * t2.val, 30)
    FROM num_data t1, num_data t2;
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val * t2.val, 30)
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val * t2.val, 30)
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, round(t2.expected, 30) as expected
    FROM num_result t1, num_exp_mul t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != round(t2.expected, 30);
</sql-statement>
<sql-statement>
-- ******************************
-- * Division check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, t1.val / t2.val
    FROM num_data t1, num_data t2
    WHERE t2.val != '0.0';
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, t1.val / t2.val
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, t1.val / t2.val
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, t2.expected
    FROM num_result t1, num_exp_div t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val / t2.val, 80)
    FROM num_data t1, num_data t2
    WHERE t2.val != '0.0';
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val / t2.val, 80)
	^
        -stdin-:<main>:1:1: Error: Duplicated member: id
        	INSERT INTO num_result SELECT t1.id, t2.id, round(t1.val / t2.val, 80)
	^
<sql-statement>
SELECT t1.id1, t1.id2, t1.result, round(t2.expected, 80) as expected
    FROM num_result t1, num_exp_div t2
    WHERE t1.id1 = t2.id1 AND t1.id2 = t2.id2
    AND t1.result != round(t2.expected, 80);
</sql-statement>
<sql-statement>
-- ******************************
-- * Square root check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT id, 0, SQRT(ABS(val))
    FROM num_data;
</sql-statement>
<sql-statement>
SELECT t1.id1, t1.result, t2.expected
    FROM num_result t1, num_exp_sqrt t2
    WHERE t1.id1 = t2.id
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
-- ******************************
-- * Natural logarithm check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT id, 0, LN(ABS(val))
    FROM num_data
    WHERE val != '0.0';
</sql-statement>
<sql-statement>
SELECT t1.id1, t1.result, t2.expected
    FROM num_result t1, num_exp_ln t2
    WHERE t1.id1 = t2.id
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
-- ******************************
-- * Logarithm base 10 check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT id, 0, LOG(numeric '10', ABS(val))
    FROM num_data
    WHERE val != '0.0';
</sql-statement>
<sql-statement>
SELECT t1.id1, t1.result, t2.expected
    FROM num_result t1, num_exp_log10 t2
    WHERE t1.id1 = t2.id
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
-- ******************************
-- * POWER(10, LN(value)) check
-- ******************************
DELETE FROM num_result;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_delete' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
INSERT INTO num_result SELECT id, 0, POWER(numeric '10', LN(ABS(round(val,200))))
    FROM num_data
    WHERE val != '0.0';
</sql-statement>
<sql-statement>
SELECT t1.id1, t1.result, t2.expected
    FROM num_result t1, num_exp_power_10_ln t2
    WHERE t1.id1 = t2.id
    AND t1.result != t2.expected;
</sql-statement>
<sql-statement>
-- ******************************
-- * Check behavior with Inf and NaN inputs.  It's easiest to handle these
-- * separately from the num_data framework used above, because some input
-- * combinations will throw errors.
-- ******************************
WITH v(x) AS
  (VALUES('0'::numeric),('1'),('-1'),('4.2'),('inf'),('-inf'),('nan'))
SELECT x1, x2,
  x1 + x2 AS sum,
  x1 - x2 AS diff,
  x1 * x2 AS prod
FROM v AS v1(x1), v AS v2(x2);
</sql-statement>
<sql-statement>
WITH v(x) AS
  (VALUES('0'::numeric),('1'),('-1'),('4.2'),('inf'),('-inf'),('nan'))
SELECT x1, x2,
  x1 / x2 AS quot,
  x1 % x2 AS mod,
  div(x1, x2) AS div
FROM v AS v1(x1), v AS v2(x2) WHERE x2 != 0;
</sql-statement>
<sql-statement>
SELECT 'inf'::numeric / '0';
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'inf'::numeric / '0';
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT 'inf'::numeric / '0';
	^
<sql-statement>
SELECT '-inf'::numeric / '0';
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT '-inf'::numeric / '0';
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT '-inf'::numeric / '0';
	^
<sql-statement>
SELECT 'nan'::numeric / '0';
</sql-statement>
<sql-statement>
SELECT '0'::numeric / '0';
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT '0'::numeric / '0';
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT '0'::numeric / '0';
	^
<sql-statement>
SELECT 'inf'::numeric % '0';
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'inf'::numeric % '0';
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT 'inf'::numeric % '0';
	^
<sql-statement>
SELECT '-inf'::numeric % '0';
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT '-inf'::numeric % '0';
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT '-inf'::numeric % '0';
	^
<sql-statement>
SELECT 'nan'::numeric % '0';
</sql-statement>
<sql-statement>
SELECT '0'::numeric % '0';
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT '0'::numeric % '0';
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT '0'::numeric % '0';
	^
<sql-statement>
SELECT div('inf'::numeric, '0');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT div('inf'::numeric, '0');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT div('inf'::numeric, '0');
	^
<sql-statement>
SELECT div('-inf'::numeric, '0');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT div('-inf'::numeric, '0');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT div('-inf'::numeric, '0');
	^
<sql-statement>
SELECT div('nan'::numeric, '0');
</sql-statement>
<sql-statement>
SELECT div('0'::numeric, '0');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT div('0'::numeric, '0');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	SELECT div('0'::numeric, '0');
	^
<sql-statement>
WITH v(x) AS
  (VALUES('0'::numeric),('1'),('-1'),('4.2'),('-7.777'),('inf'),('-inf'),('nan'))
SELECT x, -x as minusx, abs(x), floor(x), ceil(x), sign(x), numeric_inc(x) as inc
FROM v;
</sql-statement>
<sql-statement>
WITH v(x) AS
  (VALUES('0'::numeric),('1'),('-1'),('4.2'),('-7.777'),('inf'),('-inf'),('nan'))
SELECT x, round(x), round(x,1) as round1, trunc(x), trunc(x,1) as trunc1
FROM v;
</sql-statement>
<sql-statement>
-- the large values fall into the numeric abbreviation code's maximal classes
WITH v(x) AS
  (VALUES('0'::numeric),('1'),('-1'),('4.2'),('-7.777'),('1e340'),('-1e340'),
         ('inf'),('-inf'),('nan'),
         ('inf'),('-inf'),('nan'))
SELECT substring(x::text, 1, 32)
FROM v ORDER BY x;
</sql-statement>
<sql-statement>
WITH v(x) AS
  (VALUES('0'::numeric),('1'),('4.2'),('inf'),('nan'))
SELECT x, sqrt(x)
FROM v;
</sql-statement>
<sql-statement>
SELECT sqrt('-1'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT sqrt('-1'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take square root of a negative number

        	SELECT sqrt('-1'::numeric);
	^
<sql-statement>
SELECT sqrt('-inf'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT sqrt('-inf'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take square root of a negative number

        	SELECT sqrt('-inf'::numeric);
	^
<sql-statement>
WITH v(x) AS
  (VALUES('1'::numeric),('4.2'),('inf'),('nan'))
SELECT x,
  log(x),
  log10(x),
  ln(x)
FROM v;
</sql-statement>
<sql-statement>
SELECT ln('0'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT ln('0'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	SELECT ln('0'::numeric);
	^
<sql-statement>
SELECT ln('-1'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT ln('-1'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	SELECT ln('-1'::numeric);
	^
<sql-statement>
SELECT ln('-inf'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT ln('-inf'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	SELECT ln('-inf'::numeric);
	^
<sql-statement>
WITH v(x) AS
  (VALUES('2'::numeric),('4.2'),('inf'),('nan'))
SELECT x1, x2,
  log(x1, x2)
FROM v AS v1(x1), v AS v2(x2);
</sql-statement>
<sql-statement>
SELECT log('0'::numeric, '10');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT log('0'::numeric, '10');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	SELECT log('0'::numeric, '10');
	^
<sql-statement>
SELECT log('10'::numeric, '0');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT log('10'::numeric, '0');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	SELECT log('10'::numeric, '0');
	^
<sql-statement>
SELECT log('-inf'::numeric, '10');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT log('-inf'::numeric, '10');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	SELECT log('-inf'::numeric, '10');
	^
<sql-statement>
SELECT log('10'::numeric, '-inf');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT log('10'::numeric, '-inf');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	SELECT log('10'::numeric, '-inf');
	^
<sql-statement>
SELECT log('inf'::numeric, '0');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT log('inf'::numeric, '0');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	SELECT log('inf'::numeric, '0');
	^
<sql-statement>
SELECT log('inf'::numeric, '-inf');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT log('inf'::numeric, '-inf');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	SELECT log('inf'::numeric, '-inf');
	^
<sql-statement>
SELECT log('-inf'::numeric, 'inf');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT log('-inf'::numeric, 'inf');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	SELECT log('-inf'::numeric, 'inf');
	^
<sql-statement>
WITH v(x) AS
  (VALUES('0'::numeric),('1'),('2'),('4.2'),('inf'),('nan'))
SELECT x1, x2,
  power(x1, x2)
FROM v AS v1(x1), v AS v2(x2) WHERE x1 != 0 OR x2 >= 0;
</sql-statement>
<sql-statement>
SELECT power('0'::numeric, '-1');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT power('0'::numeric, '-1');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  zero raised to a negative power is undefined

        	SELECT power('0'::numeric, '-1');
	^
<sql-statement>
SELECT power('0'::numeric, '-inf');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT power('0'::numeric, '-inf');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  zero raised to a negative power is undefined

        	SELECT power('0'::numeric, '-inf');
	^
<sql-statement>
SELECT power('-1'::numeric, 'inf');
</sql-statement>
<sql-statement>
SELECT power('-2'::numeric, '3');
</sql-statement>
<sql-statement>
SELECT power('-2'::numeric, '3.3');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT power('-2'::numeric, '3.3');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  a negative number raised to a non-integer power yields a complex result

        	SELECT power('-2'::numeric, '3.3');
	^
<sql-statement>
SELECT power('-2'::numeric, '-1');
</sql-statement>
<sql-statement>
SELECT power('-2'::numeric, '-1.5');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT power('-2'::numeric, '-1.5');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  a negative number raised to a non-integer power yields a complex result

        	SELECT power('-2'::numeric, '-1.5');
	^
<sql-statement>
SELECT power('-2'::numeric, 'inf');
</sql-statement>
<sql-statement>
SELECT power('-2'::numeric, '-inf');
</sql-statement>
<sql-statement>
SELECT power('inf'::numeric, '-2');
</sql-statement>
<sql-statement>
SELECT power('inf'::numeric, '-inf');
</sql-statement>
<sql-statement>
SELECT power('-inf'::numeric, '2');
</sql-statement>
<sql-statement>
SELECT power('-inf'::numeric, '3');
</sql-statement>
<sql-statement>
SELECT power('-inf'::numeric, '4.5');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT power('-inf'::numeric, '4.5');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  a negative number raised to a non-integer power yields a complex result

        	SELECT power('-inf'::numeric, '4.5');
	^
<sql-statement>
SELECT power('-inf'::numeric, '-2');
</sql-statement>
<sql-statement>
SELECT power('-inf'::numeric, '-3');
</sql-statement>
<sql-statement>
SELECT power('-inf'::numeric, '0');
</sql-statement>
<sql-statement>
SELECT power('-inf'::numeric, 'inf');
</sql-statement>
<sql-statement>
SELECT power('-inf'::numeric, '-inf');
</sql-statement>
<sql-statement>
-- ******************************
-- * miscellaneous checks for things that have been broken in the past...
-- ******************************
-- numeric AVG used to fail on some platforms
SELECT AVG(val) FROM num_data;
</sql-statement>
<sql-statement>
SELECT MAX(val) FROM num_data;
</sql-statement>
<sql-statement>
SELECT MIN(val) FROM num_data;
</sql-statement>
<sql-statement>
SELECT STDDEV(val) FROM num_data;
</sql-statement>
<sql-statement>
SELECT VARIANCE(val) FROM num_data;
</sql-statement>
<sql-statement>
-- Check for appropriate rounding and overflow
CREATE TABLE fract_only (id int, val numeric(4,4));
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (1, '0.0');
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (2, '0.1');
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (3, '1.0');	-- should fail
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (4, '-0.9999');
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (5, '0.99994');
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (6, '0.99995');  -- should fail
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (7, '0.00001');
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (8, '0.00017');
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (9, 'NaN');
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (10, 'Inf');	-- should fail
</sql-statement>
<sql-statement>
INSERT INTO fract_only VALUES (11, '-Inf');	-- should fail
</sql-statement>
<sql-statement>
SELECT * FROM fract_only;
</sql-statement>
<sql-statement>
DROP TABLE fract_only;
</sql-statement>
<sql-statement>
-- Check conversion to integers
SELECT (-9223372036854775808.5)::int8; -- should fail
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	-- Check conversion to integers
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  bigint out of range

        	-- Check conversion to integers
	^
<sql-statement>
SELECT (-9223372036854775808.4)::int8; -- ok
</sql-statement>
<sql-statement>
SELECT 9223372036854775807.4::int8; -- ok
</sql-statement>
<sql-statement>
SELECT 9223372036854775807.5::int8; -- should fail
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 9223372036854775807.5::int8; -- should fail
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  bigint out of range

        	SELECT 9223372036854775807.5::int8; -- should fail
	^
<sql-statement>
SELECT (-2147483648.5)::int4; -- should fail
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT (-2147483648.5)::int4; -- should fail
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  integer out of range

        	SELECT (-2147483648.5)::int4; -- should fail
	^
<sql-statement>
SELECT (-2147483648.4)::int4; -- ok
</sql-statement>
<sql-statement>
SELECT 2147483647.4::int4; -- ok
</sql-statement>
<sql-statement>
SELECT 2147483647.5::int4; -- should fail
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 2147483647.5::int4; -- should fail
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  integer out of range

        	SELECT 2147483647.5::int4; -- should fail
	^
<sql-statement>
SELECT (-32768.5)::int2; -- should fail
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT (-32768.5)::int2; -- should fail
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  smallint out of range

        	SELECT (-32768.5)::int2; -- should fail
	^
<sql-statement>
SELECT (-32768.4)::int2; -- ok
</sql-statement>
<sql-statement>
SELECT 32767.4::int2; -- ok
</sql-statement>
<sql-statement>
SELECT 32767.5::int2; -- should fail
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 32767.5::int2; -- should fail
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  smallint out of range

        	SELECT 32767.5::int2; -- should fail
	^
<sql-statement>
-- Check inf/nan conversion behavior
SELECT 'NaN'::float8::numeric;
</sql-statement>
<sql-statement>
SELECT 'Infinity'::float8::numeric;
</sql-statement>
<sql-statement>
SELECT '-Infinity'::float8::numeric;
</sql-statement>
<sql-statement>
SELECT 'NaN'::numeric::float8;
</sql-statement>
<sql-statement>
SELECT 'Infinity'::numeric::float8;
</sql-statement>
<sql-statement>
SELECT '-Infinity'::numeric::float8;
</sql-statement>
<sql-statement>
SELECT 'NaN'::float4::numeric;
</sql-statement>
<sql-statement>
SELECT 'Infinity'::float4::numeric;
</sql-statement>
<sql-statement>
SELECT '-Infinity'::float4::numeric;
</sql-statement>
<sql-statement>
SELECT 'NaN'::numeric::float4;
</sql-statement>
<sql-statement>
SELECT 'Infinity'::numeric::float4;
</sql-statement>
<sql-statement>
SELECT '-Infinity'::numeric::float4;
</sql-statement>
<sql-statement>
SELECT '42'::int2::numeric;
</sql-statement>
<sql-statement>
SELECT 'NaN'::numeric::int2;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'NaN'::numeric::int2;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert NaN to smallint

        	SELECT 'NaN'::numeric::int2;
	^
<sql-statement>
SELECT 'Infinity'::numeric::int2;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'Infinity'::numeric::int2;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert infinity to smallint

        	SELECT 'Infinity'::numeric::int2;
	^
<sql-statement>
SELECT '-Infinity'::numeric::int2;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT '-Infinity'::numeric::int2;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert infinity to smallint

        	SELECT '-Infinity'::numeric::int2;
	^
<sql-statement>
SELECT 'NaN'::numeric::int4;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'NaN'::numeric::int4;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert NaN to integer

        	SELECT 'NaN'::numeric::int4;
	^
<sql-statement>
SELECT 'Infinity'::numeric::int4;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'Infinity'::numeric::int4;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert infinity to integer

        	SELECT 'Infinity'::numeric::int4;
	^
<sql-statement>
SELECT '-Infinity'::numeric::int4;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT '-Infinity'::numeric::int4;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert infinity to integer

        	SELECT '-Infinity'::numeric::int4;
	^
<sql-statement>
SELECT 'NaN'::numeric::int8;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'NaN'::numeric::int8;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert NaN to bigint

        	SELECT 'NaN'::numeric::int8;
	^
<sql-statement>
SELECT 'Infinity'::numeric::int8;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT 'Infinity'::numeric::int8;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert infinity to bigint

        	SELECT 'Infinity'::numeric::int8;
	^
<sql-statement>
SELECT '-Infinity'::numeric::int8;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT '-Infinity'::numeric::int8;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert infinity to bigint

        	SELECT '-Infinity'::numeric::int8;
	^
<sql-statement>
-- Simple check that ceil(), floor(), and round() work correctly
CREATE TABLE ceil_floor_round (a numeric);
</sql-statement>
<sql-statement>
INSERT INTO ceil_floor_round VALUES ('-5.5');
</sql-statement>
<sql-statement>
INSERT INTO ceil_floor_round VALUES ('-5.499999');
</sql-statement>
<sql-statement>
INSERT INTO ceil_floor_round VALUES ('9.5');
</sql-statement>
<sql-statement>
INSERT INTO ceil_floor_round VALUES ('9.4999999');
</sql-statement>
<sql-statement>
INSERT INTO ceil_floor_round VALUES ('0.0');
</sql-statement>
<sql-statement>
INSERT INTO ceil_floor_round VALUES ('0.0000001');
</sql-statement>
<sql-statement>
INSERT INTO ceil_floor_round VALUES ('-0.000001');
</sql-statement>
<sql-statement>
SELECT a, ceil(a), ceiling(a), floor(a), round(a) FROM ceil_floor_round;
</sql-statement>
<sql-statement>
DROP TABLE ceil_floor_round;
</sql-statement>
<sql-statement>
-- Check rounding, it should round ties away from zero.
SELECT i as pow,
	round((-2.5 * 10 ^ i)::numeric, -i),
	round((-1.5 * 10 ^ i)::numeric, -i),
	round((-0.5 * 10 ^ i)::numeric, -i),
	round((0.5 * 10 ^ i)::numeric, -i),
	round((1.5 * 10 ^ i)::numeric, -i),
	round((2.5 * 10 ^ i)::numeric, -i)
FROM generate_series(-5,5) AS t(i);
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	-- Check rounding, it should round ties away from zero.
	^
        -stdin-:<main>:1:1: Error: Duplicated member: round
        	-- Check rounding, it should round ties away from zero.
	^
<sql-statement>
-- Testing for width_bucket(). For convenience, we test both the
-- numeric and float8 versions of the function in this file.
-- errors
SELECT width_bucket(5.0, 3.0, 4.0, 0);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	-- Testing for width_bucket(). For convenience, we test both the
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  count must be greater than zero

        	-- Testing for width_bucket(). For convenience, we test both the
	^
<sql-statement>
SELECT width_bucket(5.0, 3.0, 4.0, -5);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(5.0, 3.0, 4.0, -5);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  count must be greater than zero

        	SELECT width_bucket(5.0, 3.0, 4.0, -5);
	^
<sql-statement>
SELECT width_bucket(3.5, 3.0, 3.0, 888);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(3.5, 3.0, 3.0, 888);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower bound cannot equal upper bound

        	SELECT width_bucket(3.5, 3.0, 3.0, 888);
	^
<sql-statement>
SELECT width_bucket(5.0::float8, 3.0::float8, 4.0::float8, 0);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(5.0::float8, 3.0::float8, 4.0::float8, 0);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  count must be greater than zero

        	SELECT width_bucket(5.0::float8, 3.0::float8, 4.0::float8, 0);
	^
<sql-statement>
SELECT width_bucket(5.0::float8, 3.0::float8, 4.0::float8, -5);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(5.0::float8, 3.0::float8, 4.0::float8, -5);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  count must be greater than zero

        	SELECT width_bucket(5.0::float8, 3.0::float8, 4.0::float8, -5);
	^
<sql-statement>
SELECT width_bucket(3.5::float8, 3.0::float8, 3.0::float8, 888);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(3.5::float8, 3.0::float8, 3.0::float8, 888);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower bound cannot equal upper bound

        	SELECT width_bucket(3.5::float8, 3.0::float8, 3.0::float8, 888);
	^
<sql-statement>
SELECT width_bucket('NaN', 3.0, 4.0, 888);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket('NaN', 3.0, 4.0, 888);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  operand, lower bound, and upper bound cannot be NaN

        	SELECT width_bucket('NaN', 3.0, 4.0, 888);
	^
<sql-statement>
SELECT width_bucket(0::float8, 'NaN', 4.0::float8, 888);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(0::float8, 'NaN', 4.0::float8, 888);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  operand, lower bound, and upper bound cannot be NaN

        	SELECT width_bucket(0::float8, 'NaN', 4.0::float8, 888);
	^
<sql-statement>
SELECT width_bucket(2.0, 3.0, '-inf', 888);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(2.0, 3.0, '-inf', 888);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower and upper bounds must be finite

        	SELECT width_bucket(2.0, 3.0, '-inf', 888);
	^
<sql-statement>
SELECT width_bucket(0::float8, '-inf', 4.0::float8, 888);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(0::float8, '-inf', 4.0::float8, 888);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower and upper bounds must be finite

        	SELECT width_bucket(0::float8, '-inf', 4.0::float8, 888);
	^
<sql-statement>
-- normal operation
CREATE TABLE width_bucket_test (operand_num numeric, operand_f8 float8);
</sql-statement>
<sql-statement>
COPY width_bucket_test (operand_num) FROM stdin;
-5.2
-0.0000000001
0.000000000001
1
1.99999999999999
2
2.00000000000001
3
4
4.5
5
5.5
6
7
8
9
9.99999999999999
10
10.0000000000001
\.
</sql-statement>
Metacommand \. is not supported
<sql-statement>
UPDATE width_bucket_test SET operand_f8 = operand_num::float8;
</sql-statement>
-stdin-:<main>: Fatal: Pre type annotation

    -stdin-:<main>: Fatal: tools/enum_parser/enum_serialization_runtime/enum_runtime.cpp:70: Key 'pg_update' not found in enum NYql::EYtSettingType. Valid options are: 'initial', 'infer_scheme', 'force_infer_schema', 'do_not_fail_on_invalid_schema', 'direct_read', 'view', 'mode', 'scheme', 'weak_concat', 'anonymous', 'with_qb', 'inline', 'sample', 'joinLabel', 'ignore_non_existing', 'warn_non_existing', 'xlock', 'unordered', 'nonUnique', 'userschema', 'usercolumns', 'statcolumns', 'syscolumns', 'ignoretypev3', 'memUsage', 'itemsCount', 'rowFactor', 'ordered', 'keyFilter', 'keyFilter2', 'take', 'skip', 'limit', 'sortLimitBy', 'sortBy', 'reduceBy', 'reduceFilterBy', 'forceTransform', 'weakFields', 'sharded', 'combineChunks', 'jobCount', 'joinReduce', 'firstAsPrimary', 'flow', 'keepSorted', 'keySwitch', 'uniqueBy', 'opHash', 'mapOutputType', 'reduceInputType', 'noDq', 'split', 'compression_codec', 'erasure_codec', 'expiration', 'replication_factor', 'user_attrs', 'media', 'primary_medium', 'keep_meta', 'monotonic_keys', 'mutationid'. 
    
<sql-statement>
SELECT
    operand_num,
    width_bucket(operand_num, 0, 10, 5) AS wb_1,
    width_bucket(operand_f8, 0, 10, 5) AS wb_1f,
    width_bucket(operand_num, 10, 0, 5) AS wb_2,
    width_bucket(operand_f8, 10, 0, 5) AS wb_2f,
    width_bucket(operand_num, 2, 8, 4) AS wb_3,
    width_bucket(operand_f8, 2, 8, 4) AS wb_3f,
    width_bucket(operand_num, 5.0, 5.5, 20) AS wb_4,
    width_bucket(operand_f8, 5.0, 5.5, 20) AS wb_4f,
    width_bucket(operand_num, -25, 25, 10) AS wb_5,
    width_bucket(operand_f8, -25, 25, 10) AS wb_5f
    FROM width_bucket_test;
</sql-statement>
<sql-statement>
-- Check positive and negative infinity: we require
-- finite bucket bounds, but allow an infinite operand
SELECT width_bucket(0.0::numeric, 'Infinity'::numeric, 5, 10); -- error
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	-- Check positive and negative infinity: we require
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower and upper bounds must be finite

        	-- Check positive and negative infinity: we require
	^
<sql-statement>
SELECT width_bucket(0.0::numeric, 5, '-Infinity'::numeric, 20); -- error
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(0.0::numeric, 5, '-Infinity'::numeric, 20); -- error
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower and upper bounds must be finite

        	SELECT width_bucket(0.0::numeric, 5, '-Infinity'::numeric, 20); -- error
	^
<sql-statement>
SELECT width_bucket('Infinity'::numeric, 1, 10, 10),
       width_bucket('-Infinity'::numeric, 1, 10, 10);
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	SELECT width_bucket('Infinity'::numeric, 1, 10, 10),
	^
        -stdin-:<main>:1:1: Error: Duplicated member: width_bucket
        	SELECT width_bucket('Infinity'::numeric, 1, 10, 10),
	^
<sql-statement>
SELECT width_bucket(0.0::float8, 'Infinity'::float8, 5, 10); -- error
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(0.0::float8, 'Infinity'::float8, 5, 10); -- error
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower and upper bounds must be finite

        	SELECT width_bucket(0.0::float8, 'Infinity'::float8, 5, 10); -- error
	^
<sql-statement>
SELECT width_bucket(0.0::float8, 5, '-Infinity'::float8, 20); -- error
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT width_bucket(0.0::float8, 5, '-Infinity'::float8, 20); -- error
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  lower and upper bounds must be finite

        	SELECT width_bucket(0.0::float8, 5, '-Infinity'::float8, 20); -- error
	^
<sql-statement>
SELECT width_bucket('Infinity'::float8, 1, 10, 10),
       width_bucket('-Infinity'::float8, 1, 10, 10);
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	SELECT width_bucket('Infinity'::float8, 1, 10, 10),
	^
        -stdin-:<main>:1:1: Error: Duplicated member: width_bucket
        	SELECT width_bucket('Infinity'::float8, 1, 10, 10),
	^
<sql-statement>
DROP TABLE width_bucket_test;
</sql-statement>
<sql-statement>
-- Simple test for roundoff error when results should be exact
SELECT x, width_bucket(x::float8, 10, 100, 9) as flt,
       width_bucket(x::numeric, 10, 100, 9) as num
FROM generate_series(0, 110, 10) x;
</sql-statement>
<sql-statement>
SELECT x, width_bucket(x::float8, 100, 10, 9) as flt,
       width_bucket(x::numeric, 100, 10, 9) as num
FROM generate_series(0, 110, 10) x;
</sql-statement>
<sql-statement>
--
-- TO_CHAR()
--
SELECT to_char(val, '9G999G999G999G999G999')
	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, '9G999G999G999G999G999D999G999G999G999G999')
	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, '9999999999999999.999999999999999PR')
	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, '9999999999999999.999999999999999S')
	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'MI9999999999999999.999999999999999')     FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FMS9999999999999999.999999999999999')    FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM9999999999999999.999999999999999THPR') FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'SG9999999999999999.999999999999999th')   FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, '0999999999999999.999999999999999')       FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'S0999999999999999.999999999999999')      FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM0999999999999999.999999999999999')     FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM9999999999999999.099999999999999') 	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM9999999999990999.990999999999999') 	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM0999999999999999.999909999999999') 	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM9999999990999999.099999999999999') 	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'L9999999999999999.099999999999999')	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM9999999999999999.99999999999999')	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'S 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 . 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9') FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FMS 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 . 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9') FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, E'99999 "text" 9999 "9999" 999 "\\"text between quote marks\\"" 9999') FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, '999999SG9999999999')			FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, 'FM9999999999999999.999999999999999')	FROM num_data;
</sql-statement>
<sql-statement>
SELECT to_char(val, '9.999EEEE')				FROM num_data;
</sql-statement>
<sql-statement>
WITH v(val) AS
  (VALUES('0'::numeric),('-4.2'),('4.2e9'),('1.2e-5'),('inf'),('-inf'),('nan'))
SELECT val,
  to_char(val, '9.999EEEE') as numeric,
  to_char(val::float8, '9.999EEEE') as float8,
  to_char(val::float4, '9.999EEEE') as float4
FROM v;
</sql-statement>
<sql-statement>
WITH v(exp) AS
  (VALUES(-16379),(-16378),(-1234),(-789),(-45),(-5),(-4),(-3),(-2),(-1),(0),
         (1),(2),(3),(4),(5),(38),(275),(2345),(45678),(131070),(131071))
SELECT exp,
  to_char(('1.2345e'||exp)::numeric, '9.999EEEE') as numeric
FROM v;
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem, At function: PgResultItem
    	WITH v(exp) AS
	^
        -stdin-:<main>:5:3: Error: At function: PgCall
        	  to_char(('1.2345e'||exp)::numeric, '9.999EEEE') as numeric
	  ^
            -stdin-:<main>:5:29: Error: At function: PgCast
            	  to_char(('1.2345e'||exp)::numeric, '9.999EEEE') as numeric
	                            ^
                -stdin-:<main>:5:21: Error: At function: PgOp
                	  to_char(('1.2345e'||exp)::numeric, '9.999EEEE') as numeric
	                    ^
                    -stdin-:<main>:5:21: Error: Unable to find an overload for operator || with given argument type(s): (unknown,int4)
                    	  to_char(('1.2345e'||exp)::numeric, '9.999EEEE') as numeric
	                    ^
<sql-statement>
WITH v(val) AS
  (VALUES('0'::numeric),('-4.2'),('4.2e9'),('1.2e-5'),('inf'),('-inf'),('nan'))
SELECT val,
  to_char(val, 'MI9999999999.99') as numeric,
  to_char(val::float8, 'MI9999999999.99') as float8,
  to_char(val::float4, 'MI9999999999.99') as float4
FROM v;
</sql-statement>
<sql-statement>
WITH v(val) AS
  (VALUES('0'::numeric),('-4.2'),('4.2e9'),('1.2e-5'),('inf'),('-inf'),('nan'))
SELECT val,
  to_char(val, 'MI99.99') as numeric,
  to_char(val::float8, 'MI99.99') as float8,
  to_char(val::float4, 'MI99.99') as float4
FROM v;
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'FM999.9');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'FM999.');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'FM999');
</sql-statement>
<sql-statement>
-- Check parsing of literal text in a format string
SELECT to_char('100'::numeric, 'foo999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f\oo999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f\\oo999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f\"oo999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f\\"oo999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f"ool"999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f"\ool"999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f"\\ool"999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f"ool\"999');
</sql-statement>
<sql-statement>
SELECT to_char('100'::numeric, 'f"ool\\"999');
</sql-statement>
<sql-statement>
-- TO_NUMBER()
--
SET lc_numeric = 'C';
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: VariableSetStmt, not supported name: lc_numeric
    	-- TO_NUMBER()
	^
<sql-statement>
SELECT to_number('-34,338,492', '99G999G999');
</sql-statement>
<sql-statement>
SELECT to_number('-34,338,492.654,878', '99G999G999D999G999');
</sql-statement>
<sql-statement>
SELECT to_number('<564646.654564>', '999999.999999PR');
</sql-statement>
<sql-statement>
SELECT to_number('0.00001-', '9.999999S');
</sql-statement>
<sql-statement>
SELECT to_number('5.01-', 'FM9.999999S');
</sql-statement>
<sql-statement>
SELECT to_number('5.01-', 'FM9.999999MI');
</sql-statement>
<sql-statement>
SELECT to_number('5 4 4 4 4 8 . 7 8', '9 9 9 9 9 9 . 9 9');
</sql-statement>
<sql-statement>
SELECT to_number('.01', 'FM9.99');
</sql-statement>
<sql-statement>
SELECT to_number('.0', '99999999.99999999');
</sql-statement>
<sql-statement>
SELECT to_number('0', '99.99');
</sql-statement>
<sql-statement>
SELECT to_number('.-01', 'S99.99');
</sql-statement>
<sql-statement>
SELECT to_number('.01-', '99.99S');
</sql-statement>
<sql-statement>
SELECT to_number(' . 0 1-', ' 9 9 . 9 9 S');
</sql-statement>
<sql-statement>
SELECT to_number('34,50','999,99');
</sql-statement>
<sql-statement>
SELECT to_number('123,000','999G');
</sql-statement>
<sql-statement>
SELECT to_number('123456','999G999');
</sql-statement>
<sql-statement>
SELECT to_number('$1234.56','L9,999.99');
</sql-statement>
<sql-statement>
SELECT to_number('$1234.56','L99,999.99');
</sql-statement>
<sql-statement>
SELECT to_number('$1,234.56','L99,999.99');
</sql-statement>
<sql-statement>
SELECT to_number('1234.56','L99,999.99');
</sql-statement>
<sql-statement>
SELECT to_number('1,234.56','L99,999.99');
</sql-statement>
<sql-statement>
SELECT to_number('42nd', '99th');
</sql-statement>
<sql-statement>
RESET lc_numeric;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:1: Error: VariableSetStmt, not supported kind: 4
    	RESET lc_numeric;
	^
<sql-statement>
--
-- Input syntax
--
CREATE TABLE num_input_test (n1 numeric);
</sql-statement>
<sql-statement>
-- good inputs
INSERT INTO num_input_test(n1) VALUES (' 123');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('   3245874    ');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('  -93853');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('555.50');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('-555.50');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('NaN ');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('        nan');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES (' inf ');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES (' +inf ');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES (' -inf ');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES (' Infinity ');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES (' +inFinity ');
</sql-statement>
<sql-statement>
INSERT INTO num_input_test(n1) VALUES (' -INFINITY ');
</sql-statement>
<sql-statement>
-- bad inputs
INSERT INTO num_input_test(n1) VALUES ('     ');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	-- bad inputs
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: "     "

        	-- bad inputs
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('   1234   %');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES ('   1234   %');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: "   1234   %"

        	INSERT INTO num_input_test(n1) VALUES ('   1234   %');
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('xyz');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES ('xyz');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: "xyz"

        	INSERT INTO num_input_test(n1) VALUES ('xyz');
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('- 1234');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES ('- 1234');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: "- 1234"

        	INSERT INTO num_input_test(n1) VALUES ('- 1234');
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('5 . 0');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES ('5 . 0');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: "5 . 0"

        	INSERT INTO num_input_test(n1) VALUES ('5 . 0');
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('5. 0   ');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES ('5. 0   ');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: "5. 0   "

        	INSERT INTO num_input_test(n1) VALUES ('5. 0   ');
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES ('');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: ""

        	INSERT INTO num_input_test(n1) VALUES ('');
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES (' N aN ');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES (' N aN ');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: " N aN "

        	INSERT INTO num_input_test(n1) VALUES (' N aN ');
	^
<sql-statement>
INSERT INTO num_input_test(n1) VALUES ('+ infinity');
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: YtFill!
    	INSERT INTO num_input_test(n1) VALUES ('+ infinity');
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  invalid input syntax for type numeric: "+ infinity"

        	INSERT INTO num_input_test(n1) VALUES ('+ infinity');
	^
<sql-statement>
SELECT * FROM num_input_test;
</sql-statement>
<sql-statement>
--
-- Test some corner cases for multiplication
--
select 4790999999999999999999999999999999999999999999999999999999999999999999999999999999999999 * 9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999;
</sql-statement>
<sql-statement>
select 4789999999999999999999999999999999999999999999999999999999999999999999999999999999999999 * 9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999;
</sql-statement>
<sql-statement>
select 4770999999999999999999999999999999999999999999999999999999999999999999999999999999999999 * 9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999;
</sql-statement>
<sql-statement>
select 4769999999999999999999999999999999999999999999999999999999999999999999999999999999999999 * 9999999999999999999999999999999999999999999999999999999999999999999999999999999999999999;
</sql-statement>
<sql-statement>
select trim_scale((0.1 - 2e-16383) * (0.1 - 3e-16383));
</sql-statement>
<sql-statement>
--
-- Test some corner cases for division
--
select 999999999999999999999::numeric/1000000000000000000000;
</sql-statement>
<sql-statement>
select div(999999999999999999999::numeric,1000000000000000000000);
</sql-statement>
<sql-statement>
select mod(999999999999999999999::numeric,1000000000000000000000);
</sql-statement>
<sql-statement>
select div(-9999999999999999999999::numeric,1000000000000000000000);
</sql-statement>
<sql-statement>
select mod(-9999999999999999999999::numeric,1000000000000000000000);
</sql-statement>
<sql-statement>
select div(-9999999999999999999999::numeric,1000000000000000000000)*1000000000000000000000 + mod(-9999999999999999999999::numeric,1000000000000000000000);
</sql-statement>
<sql-statement>
select mod (70.0,70) ;
</sql-statement>
<sql-statement>
select div (70.0,70) ;
</sql-statement>
<sql-statement>
select 70.0 / 70 ;
</sql-statement>
<sql-statement>
select 12345678901234567890 % 123;
</sql-statement>
<sql-statement>
select 12345678901234567890 / 123;
</sql-statement>
<sql-statement>
select div(12345678901234567890, 123);
</sql-statement>
<sql-statement>
select div(12345678901234567890, 123) * 123 + 12345678901234567890 % 123;
</sql-statement>
<sql-statement>
--
-- Test some corner cases for square root
--
select sqrt(1.000000000000003::numeric);
</sql-statement>
<sql-statement>
select sqrt(1.000000000000004::numeric);
</sql-statement>
<sql-statement>
select sqrt(96627521408608.56340355805::numeric);
</sql-statement>
<sql-statement>
select sqrt(96627521408608.56340355806::numeric);
</sql-statement>
<sql-statement>
select sqrt(515549506212297735.073688290367::numeric);
</sql-statement>
<sql-statement>
select sqrt(515549506212297735.073688290368::numeric);
</sql-statement>
<sql-statement>
select sqrt(8015491789940783531003294973900306::numeric);
</sql-statement>
<sql-statement>
select sqrt(8015491789940783531003294973900307::numeric);
</sql-statement>
<sql-statement>
--
-- Test code path for raising to integer powers
--
select 10.0 ^ -2147483648 as rounds_to_zero;
</sql-statement>
<sql-statement>
select 10.0 ^ -2147483647 as rounds_to_zero;
</sql-statement>
<sql-statement>
select 10.0 ^ 2147483647 as overflows;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select 10.0 ^ 2147483647 as overflows;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  value overflows numeric format

        	select 10.0 ^ 2147483647 as overflows;
	^
<sql-statement>
select 117743296169.0 ^ 1000000000 as overflows;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select 117743296169.0 ^ 1000000000 as overflows;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  value overflows numeric format

        	select 117743296169.0 ^ 1000000000 as overflows;
	^
<sql-statement>
-- cases that used to return inaccurate results
select 3.789 ^ 21;
</sql-statement>
<sql-statement>
select 3.789 ^ 35;
</sql-statement>
<sql-statement>
select 1.2 ^ 345;
</sql-statement>
<sql-statement>
select 0.12 ^ (-20);
</sql-statement>
<sql-statement>
select 1.000000000123 ^ (-2147483648);
</sql-statement>
<sql-statement>
select coalesce(nullif(0.9999999999 ^ 23300000000000, 0), 0) as rounds_to_zero;
</sql-statement>
<sql-statement>
select round(((1 - 1.500012345678e-1000) ^ 1.45e1003) * 1e1000);
</sql-statement>
<sql-statement>
-- cases that used to error out
select 0.12 ^ (-25);
</sql-statement>
<sql-statement>
select 0.5678 ^ (-85);
</sql-statement>
<sql-statement>
select coalesce(nullif(0.9999999999 ^ 70000000000000, 0), 0) as underflows;
</sql-statement>
<sql-statement>
-- negative base to integer powers
select (-1.0) ^ 2147483646;
</sql-statement>
<sql-statement>
select (-1.0) ^ 2147483647;
</sql-statement>
<sql-statement>
select (-1.0) ^ 2147483648;
</sql-statement>
<sql-statement>
select (-1.0) ^ 1000000000000000;
</sql-statement>
<sql-statement>
select (-1.0) ^ 1000000000000001;
</sql-statement>
<sql-statement>
--
-- Tests for raising to non-integer powers
--
-- special cases
select 0.0 ^ 0.0;
</sql-statement>
<sql-statement>
select (-12.34) ^ 0.0;
</sql-statement>
<sql-statement>
select 12.34 ^ 0.0;
</sql-statement>
<sql-statement>
select 0.0 ^ 12.34;
</sql-statement>
<sql-statement>
-- NaNs
select 'NaN'::numeric ^ 'NaN'::numeric;
</sql-statement>
<sql-statement>
select 'NaN'::numeric ^ 0;
</sql-statement>
<sql-statement>
select 'NaN'::numeric ^ 1;
</sql-statement>
<sql-statement>
select 0 ^ 'NaN'::numeric;
</sql-statement>
<sql-statement>
select 1 ^ 'NaN'::numeric;
</sql-statement>
<sql-statement>
-- invalid inputs
select 0.0 ^ (-12.34);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	-- invalid inputs
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  zero raised to a negative power is undefined

        	-- invalid inputs
	^
<sql-statement>
select (-12.34) ^ 1.2;
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select (-12.34) ^ 1.2;
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  a negative number raised to a non-integer power yields a complex result

        	select (-12.34) ^ 1.2;
	^
<sql-statement>
-- cases that used to generate inaccurate results
select 32.1 ^ 9.8;
</sql-statement>
<sql-statement>
select 32.1 ^ (-9.8);
</sql-statement>
<sql-statement>
select 12.3 ^ 45.6;
</sql-statement>
<sql-statement>
select 12.3 ^ (-45.6);
</sql-statement>
<sql-statement>
-- big test
select 1.234 ^ 5678;
</sql-statement>
<sql-statement>
--
-- Tests for EXP()
--
-- special cases
select exp(0.0);
</sql-statement>
<sql-statement>
select exp(1.0);
</sql-statement>
<sql-statement>
select exp(1.0::numeric(71,70));
</sql-statement>
<sql-statement>
select exp('nan'::numeric);
</sql-statement>
<sql-statement>
select exp('inf'::numeric);
</sql-statement>
<sql-statement>
select exp('-inf'::numeric);
</sql-statement>
<sql-statement>
select coalesce(nullif(exp(-5000::numeric), 0), 0) as rounds_to_zero;
</sql-statement>
<sql-statement>
select coalesce(nullif(exp(-10000::numeric), 0), 0) as underflows;
</sql-statement>
<sql-statement>
-- cases that used to generate inaccurate results
select exp(32.999);
</sql-statement>
<sql-statement>
select exp(-32.999);
</sql-statement>
<sql-statement>
select exp(123.456);
</sql-statement>
<sql-statement>
select exp(-123.456);
</sql-statement>
<sql-statement>
-- big test
select exp(1234.5678);
</sql-statement>
<sql-statement>
--
-- Tests for generate_series
--
select * from generate_series(0.0::numeric, 4.0::numeric);
</sql-statement>
<sql-statement>
select * from generate_series(0.1::numeric, 4.0::numeric, 1.3::numeric);
</sql-statement>
<sql-statement>
select * from generate_series(4.0::numeric, -1.5::numeric, -2.2::numeric);
</sql-statement>
<sql-statement>
-- Trigger errors
select * from generate_series(-100::numeric, 100::numeric, 0::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	-- Trigger errors
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  step size cannot equal zero

        	-- Trigger errors
	^
<sql-statement>
select * from generate_series(-100::numeric, 100::numeric, 'nan'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select * from generate_series(-100::numeric, 100::numeric, 'nan'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  step size cannot be NaN

        	select * from generate_series(-100::numeric, 100::numeric, 'nan'::numeric);
	^
<sql-statement>
select * from generate_series('nan'::numeric, 100::numeric, 10::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select * from generate_series('nan'::numeric, 100::numeric, 10::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  start value cannot be NaN

        	select * from generate_series('nan'::numeric, 100::numeric, 10::numeric);
	^
<sql-statement>
select * from generate_series(0::numeric, 'nan'::numeric, 10::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select * from generate_series(0::numeric, 'nan'::numeric, 10::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  stop value cannot be NaN

        	select * from generate_series(0::numeric, 'nan'::numeric, 10::numeric);
	^
<sql-statement>
select * from generate_series('inf'::numeric, 'inf'::numeric, 10::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select * from generate_series('inf'::numeric, 'inf'::numeric, 10::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  start value cannot be infinity

        	select * from generate_series('inf'::numeric, 'inf'::numeric, 10::numeric);
	^
<sql-statement>
select * from generate_series(0::numeric, 'inf'::numeric, 10::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select * from generate_series(0::numeric, 'inf'::numeric, 10::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  stop value cannot be infinity

        	select * from generate_series(0::numeric, 'inf'::numeric, 10::numeric);
	^
<sql-statement>
select * from generate_series(0::numeric, '42'::numeric, '-inf'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select * from generate_series(0::numeric, '42'::numeric, '-inf'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  step size cannot be infinity

        	select * from generate_series(0::numeric, '42'::numeric, '-inf'::numeric);
	^
<sql-statement>
-- Checks maximum, output is truncated
select (i / (10::numeric ^ 131071))::numeric(1,0)
	from generate_series(6 * (10::numeric ^ 131071),
			     9 * (10::numeric ^ 131071),
			     10::numeric ^ 131071) as a(i);
</sql-statement>
<sql-statement>
-- Check usage with variables
select * from generate_series(1::numeric, 3::numeric) i, generate_series(i,3) j;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:2:74: Error: Columns are not allowed in: RANGE FUNCTION
    	select * from generate_series(1::numeric, 3::numeric) i, generate_series(i,3) j;
	                                                                         ^
<sql-statement>
select * from generate_series(1::numeric, 3::numeric) i, generate_series(1,i) j;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:76: Error: Columns are not allowed in: RANGE FUNCTION
    	select * from generate_series(1::numeric, 3::numeric) i, generate_series(1,i) j;
	                                                                           ^
<sql-statement>
select * from generate_series(1::numeric, 3::numeric) i, generate_series(1,5,i) j;
</sql-statement>
-stdin-:<main>: Error: Parse Sql

    -stdin-:<main>:1:78: Error: Columns are not allowed in: RANGE FUNCTION
    	select * from generate_series(1::numeric, 3::numeric) i, generate_series(1,5,i) j;
	                                                                             ^
<sql-statement>
--
-- Tests for LN()
--
-- Invalid inputs
select ln(-12.34);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	--
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	--
	^
<sql-statement>
select ln(0.0);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select ln(0.0);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	select ln(0.0);
	^
<sql-statement>
-- Some random tests
select ln(1.2345678e-28);
</sql-statement>
<sql-statement>
select ln(0.0456789);
</sql-statement>
<sql-statement>
select ln(0.349873948359354029493948309745709580730482050975);
</sql-statement>
<sql-statement>
select ln(0.99949452);
</sql-statement>
<sql-statement>
select ln(1.00049687395);
</sql-statement>
<sql-statement>
select ln(1234.567890123456789);
</sql-statement>
<sql-statement>
select ln(5.80397490724e5);
</sql-statement>
<sql-statement>
select ln(9.342536355e34);
</sql-statement>
<sql-statement>
--
-- Tests for LOG() (base 10)
--
-- invalid inputs
select log(-12.34);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	--
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	--
	^
<sql-statement>
select log(0.0);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select log(0.0);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	select log(0.0);
	^
<sql-statement>
-- some random tests
select log(1.234567e-89);
</sql-statement>
<sql-statement>
select log(3.4634998359873254962349856073435545);
</sql-statement>
<sql-statement>
select log(9.999999999999999999);
</sql-statement>
<sql-statement>
select log(10.00000000000000000);
</sql-statement>
<sql-statement>
select log(10.00000000000000001);
</sql-statement>
<sql-statement>
select log(590489.45235237);
</sql-statement>
<sql-statement>
--
-- Tests for LOG() (arbitrary base)
--
-- invalid inputs
select log(-12.34, 56.78);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	--
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	--
	^
<sql-statement>
select log(-12.34, -56.78);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select log(-12.34, -56.78);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	select log(-12.34, -56.78);
	^
<sql-statement>
select log(12.34, -56.78);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select log(12.34, -56.78);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of a negative number

        	select log(12.34, -56.78);
	^
<sql-statement>
select log(0.0, 12.34);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select log(0.0, 12.34);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	select log(0.0, 12.34);
	^
<sql-statement>
select log(12.34, 0.0);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select log(12.34, 0.0);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot take logarithm of zero

        	select log(12.34, 0.0);
	^
<sql-statement>
select log(1.0, 12.34);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	select log(1.0, 12.34);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  division by zero

        	select log(1.0, 12.34);
	^
<sql-statement>
-- some random tests
select log(1.23e-89, 6.4689e45);
</sql-statement>
<sql-statement>
select log(0.99923, 4.58934e34);
</sql-statement>
<sql-statement>
select log(1.000016, 8.452010e18);
</sql-statement>
<sql-statement>
select log(3.1954752e47, 9.4792021e-73);
</sql-statement>
<sql-statement>
--
-- Tests for scale()
--
select scale(numeric 'NaN');
</sql-statement>
<sql-statement>
select scale(numeric 'inf');
</sql-statement>
<sql-statement>
select scale(NULL::numeric);
</sql-statement>
<sql-statement>
select scale(1.12);
</sql-statement>
<sql-statement>
select scale(0);
</sql-statement>
<sql-statement>
select scale(0.00);
</sql-statement>
<sql-statement>
select scale(1.12345);
</sql-statement>
<sql-statement>
select scale(110123.12475871856128);
</sql-statement>
<sql-statement>
select scale(-1123.12471856128);
</sql-statement>
<sql-statement>
select scale(-13.000000000000000);
</sql-statement>
<sql-statement>
--
-- Tests for min_scale()
--
select min_scale(numeric 'NaN') is NULL; -- should be true
</sql-statement>
<sql-statement>
select min_scale(numeric 'inf') is NULL; -- should be true
</sql-statement>
<sql-statement>
select min_scale(0);                     -- no digits
</sql-statement>
<sql-statement>
select min_scale(0.00);                  -- no digits again
</sql-statement>
<sql-statement>
select min_scale(1.0);                   -- no scale
</sql-statement>
<sql-statement>
select min_scale(1.1);                   -- scale 1
</sql-statement>
<sql-statement>
select min_scale(1.12);                  -- scale 2
</sql-statement>
<sql-statement>
select min_scale(1.123);                 -- scale 3
</sql-statement>
<sql-statement>
select min_scale(1.1234);                -- scale 4, filled digit
</sql-statement>
<sql-statement>
select min_scale(1.12345);               -- scale 5, 2 NDIGITS
</sql-statement>
<sql-statement>
select min_scale(1.1000);                -- 1 pos in NDIGITS
</sql-statement>
<sql-statement>
select min_scale(1e100);                 -- very big number
</sql-statement>
<sql-statement>
--
-- Tests for trim_scale()
--
select trim_scale(numeric 'NaN');
</sql-statement>
<sql-statement>
select trim_scale(numeric 'inf');
</sql-statement>
<sql-statement>
select trim_scale(1.120);
</sql-statement>
<sql-statement>
select trim_scale(0);
</sql-statement>
<sql-statement>
select trim_scale(0.00);
</sql-statement>
<sql-statement>
select trim_scale(1.1234500);
</sql-statement>
<sql-statement>
select trim_scale(110123.12475871856128000);
</sql-statement>
<sql-statement>
select trim_scale(-1123.124718561280000000);
</sql-statement>
<sql-statement>
select trim_scale(-13.00000000000000000000);
</sql-statement>
<sql-statement>
select trim_scale(1e100);
</sql-statement>
<sql-statement>
--
-- Tests for SUM()
--
-- cases that need carry propagation
SELECT SUM(9999::numeric) FROM generate_series(1, 100000);
</sql-statement>
<sql-statement>
SELECT SUM((-9999)::numeric) FROM generate_series(1, 100000);
</sql-statement>
<sql-statement>
--
-- Tests for GCD()
--
SELECT a, b, gcd(a, b), gcd(a, -b), gcd(-b, a), gcd(-b, -a)
FROM (VALUES (0::numeric, 0::numeric),
             (0::numeric, numeric 'NaN'),
             (0::numeric, 46375::numeric),
             (433125::numeric, 46375::numeric),
             (43312.5::numeric, 4637.5::numeric),
             (4331.250::numeric, 463.75000::numeric),
             ('inf', '0'),
             ('inf', '42'),
             ('inf', 'inf')
     ) AS v(a, b);
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	--
	^
        -stdin-:<main>:1:1: Error: Duplicated member: gcd
        	--
	^
<sql-statement>
--
-- Tests for LCM()
--
SELECT a,b, lcm(a, b), lcm(a, -b), lcm(-b, a), lcm(-b, -a)
FROM (VALUES (0::numeric, 0::numeric),
             (0::numeric, numeric 'NaN'),
             (0::numeric, 13272::numeric),
             (13272::numeric, 13272::numeric),
             (423282::numeric, 13272::numeric),
             (42328.2::numeric, 1327.2::numeric),
             (4232.820::numeric, 132.72000::numeric),
             ('inf', '0'),
             ('inf', '42'),
             ('inf', 'inf')
     ) AS v(a, b);
</sql-statement>
-stdin-:<main>: Error: Type annotation

    -stdin-:<main>:1:1: Error: At function: RemovePrefixMembers, At function: PgSelect, At function: PgSetItem
    	--
	^
        -stdin-:<main>:1:1: Error: Duplicated member: lcm
        	--
	^
<sql-statement>
SELECT lcm(9999 * (10::numeric)^131068 + (10::numeric^131068 - 1), 2); -- overflow
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT lcm(9999 * (10::numeric)^131068 + (10::numeric^131068 - 1), 2); -- overflow
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  value overflows numeric format

        	SELECT lcm(9999 * (10::numeric)^131068 + (10::numeric^131068 - 1), 2); -- overflow
	^
<sql-statement>
--
-- Tests for factorial
--
SELECT factorial(4);
</sql-statement>
<sql-statement>
SELECT factorial(15);
</sql-statement>
<sql-statement>
SELECT factorial(100000);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT factorial(100000);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  value overflows numeric format

        	SELECT factorial(100000);
	^
<sql-statement>
SELECT factorial(0);
</sql-statement>
<sql-statement>
SELECT factorial(-4);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT factorial(-4);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  factorial of a negative number is undefined

        	SELECT factorial(-4);
	^
<sql-statement>
--
-- Tests for pg_lsn()
--
SELECT pg_lsn(23783416::numeric);
</sql-statement>
<sql-statement>
SELECT pg_lsn(0::numeric);
</sql-statement>
<sql-statement>
SELECT pg_lsn(18446744073709551615::numeric);
</sql-statement>
<sql-statement>
SELECT pg_lsn(-1::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT pg_lsn(-1::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  pg_lsn out of range

        	SELECT pg_lsn(-1::numeric);
	^
<sql-statement>
SELECT pg_lsn(18446744073709551616::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT pg_lsn(18446744073709551616::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  pg_lsn out of range

        	SELECT pg_lsn(18446744073709551616::numeric);
	^
<sql-statement>
SELECT pg_lsn('NaN'::numeric);
</sql-statement>
-stdin-:<main>: Fatal: Execution

    -stdin-:<main>:1:1: Fatal: Execution of node: Result
    	SELECT pg_lsn('NaN'::numeric);
	^
        -stdin-:<main>:1:1: Fatal: ERROR:  cannot convert NaN to pg_lsn

        	SELECT pg_lsn('NaN'::numeric);
	^