tst1505.stable.out

一个内存数据库的源代码这是服务器端还有客户端

stdout of test 'tst1505` in directory 'src/mal` itself:


# 07:59:08 >  
# 07:59:08 >  Mtimeout -timeout 60 Mserver "--config=/ufs/mk/monet5/Linux/etc/MonetDB5.conf" --debug=10 --set "monet_mod_path=/ufs/mk/monet5/Linux/lib/MonetDB5:/ufs/mk/opensource/MonetDB/Linux/lib/MonetDB" --set "gdk_dbfarm=/ufs/mk/monet5/Linux/var/MonetDB5/dbfarm" --set "sql_logdir=/ufs/mk/monet5/Linux/var/MonetDB5/log" --set mapi_port=42158 --set sql_port=55708 --set monet_prompt= --trace "--config=/ufs/mk/monet5/src/mal/Tests/All.conf" --dbname=mTests_src_mal  tst1505.mal </dev/null
# 07:59:08 >  

# Monet Database Server V4.99.19
# Copyright (c) 1993-2004, CWI. All rights reserved.
# Compiled for i686-redhat-linux-gnu/32bit; dynamically linked.
# config:/ufs/mk/monet5/Linux/etc/MonetDB5.conf
# dbfarm:/ufs/mk/monet5/Linux/var/MonetDB5/dbfarm
# dbname:mTests_src_mal
# Visit http://monetdb.cwi.nl/ for further information.
#	y := new(:oid,:dbl);
#	le_a := dbl(1.0);
#	me_a := insert(y,1@0,le_a);
#	ne_a := dbl(2.0);
#	oe_a := insert(y,2@0,ne_a);
#	pe_a := dbl(2.0);
#	qe_a := insert(y,3@0,pe_a);
#	re_a := dbl(2.0);
#	se_a := insert(y,4@0,re_a);
#	te_a := dbl(2.0);
#	ue_a := insert(y,5@0,te_a);
#	ve_a := dbl(3.0);
#	we_a := insert(y,6@0,ve_a);
#	xe_a := dbl(1.0);
#	ye_a := insert(y,7@0,xe_a);
#	af_a := dbl(1.0);
#	bf_a := insert(y,8@0,af_a);
#
#z:= <(y,2.0:dbl);
#print(z);
#c:= count(z);
#print("count");print(c);
#
#	x:= new(:oid,:bit);
#	insert(x,1@0,true);
#	insert(x,2@0,false);
#	insert(x,3@0,true);
#	insert(x,4@0,false);
#	print(x);
#	A:= new(:oid,:bit);
#	insert(A,1@0,true);
#	insert(A,2@0,true);
#	insert(A,3@0,false);
#	insert(A,4@0,false);
#	print(A);
#	xn:= not(x); print(x,xn);
#	xandx:= and(x,A); print(x,xandx);
#	xorx:= or(x,A); print(x,xorx);
#print("ifthen group");
#	xif0:= ifthen(x,x);print(x,xif0);
#	xif1:= ifthen(x,false);print(x,xif1);
#	xif2:= ifthenelse(x,x,xn);print(x,x,xn,xif2);
#	xif3:= ifthenelse(x,x,true);print(x,x,xif3);
#	xif4:= ifthenelse(x,1,2);print(x,xif4);
#print("accumulators");
#	x2:= not(x,x); print(x,x2);
#	x3:= and(x,A); print(x,A,x3);
#	x4:= or(x,A); print(x,A,x4);
#
function user.main():void;	# 0  (main:void)
    y := bat.new(:oid,:dbl);	# 1 CMDBATnew (y:bat[:oid,:dbl])<-(_2:oid)(_3:dbl)
    le_a := calc.dbl(1);	# 2 CALCflt2dbl (le_a:dbl)<-(_5:flt)
    bat.append(y,le_a);	# 3 BKCappend_val_wrap (_6:void)<-(y:bat[:oid,:dbl])(le_a:dbl)
    ne_a := calc.dbl(2);	# 4 CALCflt2dbl (ne_a:dbl)<-(_8:flt)
    bat.append(y,ne_a);	# 5 BKCappend_val_wrap (_9:void)<-(y:bat[:oid,:dbl])(ne_a:dbl)
    pe_a := calc.dbl(2);	# 6 CALCflt2dbl (pe_a:dbl)<-(_8:flt)
    bat.append(y,pe_a);	# 7 BKCappend_val_wrap (_11:void)<-(y:bat[:oid,:dbl])(pe_a:dbl)
    re_a := calc.dbl(2);	# 8 CALCflt2dbl (re_a:dbl)<-(_8:flt)
    bat.append(y,re_a);	# 9 BKCappend_val_wrap (_13:void)<-(y:bat[:oid,:dbl])(re_a:dbl)
    te_a := calc.dbl(2);	# 10 CALCflt2dbl (te_a:dbl)<-(_8:flt)
    bat.append(y,te_a);	# 11 BKCappend_val_wrap (_15:void)<-(y:bat[:oid,:dbl])(te_a:dbl)
    ve_a := calc.dbl(3);	# 12 CALCflt2dbl (ve_a:dbl)<-(_17:flt)
    bat.append(y,ve_a);	# 13 BKCappend_val_wrap (_18:void)<-(y:bat[:oid,:dbl])(ve_a:dbl)
    xe_a := calc.dbl(1);	# 14 CALCflt2dbl (xe_a:dbl)<-(_5:flt)
    bat.append(y,xe_a);	# 15 BKCappend_val_wrap (_20:void)<-(y:bat[:oid,:dbl])(xe_a:dbl)
    af_a := calc.dbl(1);	# 16 CALCflt2dbl (af_a:dbl)<-(_5:flt)
    bat.append(y,af_a);	# 17 BKCappend_val_wrap (_22:void)<-(y:bat[:oid,:dbl])(af_a:dbl)
    io.print(y);	# 18 IOprint_val (_23:void)<-(y:bat[:oid,:dbl])
    z := batcalc.<(y,2:dbl);	# 19 CMD_LT_dbl_cst (z:bat[:oid,:bit])<-(y:bat[:oid,:dbl])(_25:dbl)
    io.print(z);	# 20 IOprint_val (_26:void)<-(z:bat[:oid,:bit])
    c := aggr.count(z);	# 21 ALGcount_bat (c:int)<-(z:bat[:oid,:bit])
    io.print("count");	# 22 IOprint_val (_28:void)<-(_29:str)
    io.print(c);	# 23 IOprint_val (_30:void)<-(c:int)
    x := bat.new(:oid,:bit);	# 24 CMDBATnew (x:bat[:oid,:bit])<-(_2:oid)(_32:bit)
    bat.append(x,true);	# 25 BKCappend_val_wrap (_33:void)<-(x:bat[:oid,:bit])(_34:bit)
    bat.append(x,false);	# 26 BKCappend_val_wrap (_35:void)<-(x:bat[:oid,:bit])(_36:bit)
    bat.append(x,true);	# 27 BKCappend_val_wrap (_37:void)<-(x:bat[:oid,:bit])(_34:bit)
    bat.append(x,false);	# 28 BKCappend_val_wrap (_38:void)<-(x:bat[:oid,:bit])(_36:bit)
    io.print(x);	# 29 IOprint_val (_39:void)<-(x:bat[:oid,:bit])
    A := bat.new(:oid,:bit);	# 30 CMDBATnew (A:bat[:oid,:bit])<-(_2:oid)(_32:bit)
    bat.append(A,true);	# 31 BKCappend_val_wrap (_41:void)<-(A:bat[:oid,:bit])(_34:bit)
    bat.append(A,true);	# 32 BKCappend_val_wrap (_42:void)<-(A:bat[:oid,:bit])(_34:bit)
    bat.append(A,false);	# 33 BKCappend_val_wrap (_43:void)<-(A:bat[:oid,:bit])(_36:bit)
    bat.append(A,false);	# 34 BKCappend_val_wrap (_44:void)<-(A:bat[:oid,:bit])(_36:bit)
    io.print(A);	# 35 IOprint_val (_45:void)<-(A:bat[:oid,:bit])
    xn := batcalc.not(x);	# 36 CMDbitbatNOT (xn:bat[:oid,:bit])<-(x:bat[:oid,:bit])
    io.print(x,xn);	# 37 IOtable (_47:void)<-(x:bat[:oid,:bit])(xn:bat[:oid,:bit])
    xandx := batcalc.and(x,A);	# 38 CMD_AND_bit (xandx:bat[:oid,:bit])<-(x:bat[:oid,:bit])(A:bat[:oid,:bit])
    io.print(x,xandx);	# 39 IOtable (_49:void)<-(x:bat[:oid,:bit])(xandx:bat[:oid,:bit])
    xorx := batcalc.or(x,A);	# 40 CMD_OR_bit (xorx:bat[:oid,:bit])<-(x:bat[:oid,:bit])(A:bat[:oid,:bit])
    io.print(x,xorx);	# 41 IOtable (_51:void)<-(x:bat[:oid,:bit])(xorx:bat[:oid,:bit])
    io.print("ifthen group");	# 42 IOprint_val (_52:void)<-(_53:str)
    xif0 := batcalc.ifthen(x,x);	# 43 CMDifThen_bit (xif0:bat[:oid,:bit])<-(x:bat[:oid,:bit])(x:bat[:oid,:bit])
    io.print(x,xif0);	# 44 IOtable (_55:void)<-(x:bat[:oid,:bit])(xif0:bat[:oid,:bit])
    xif1 := batcalc.ifthen(x,false);	# 45 CMDifThenCst_bit (xif1:bat[:oid,:bit])<-(x:bat[:oid,:bit])(_36:bit)
    io.print(x,xif1);	# 46 IOtable (_57:void)<-(x:bat[:oid,:bit])(xif1:bat[:oid,:bit])
    xif2 := batcalc.ifthenelse(x,x,xn);	# 47 CMDifThenElse_bit (xif2:bat[:oid,:bit])<-(x:bat[:oid,:bit])(x:bat[:oid,:bit])(xn:bat[:oid,:bit])
    io.print(x,x,xn,xif2);	# 48 IOtable (_59:void)<-(x:bat[:oid,:bit])(x:bat[:oid,:bit])(xn:bat[:oid,:bit])(xif2:bat[:oid,:bit])
    xif3 := batcalc.ifthenelse(x,x,true);	# 49 CMDifThenElseCst2_bit (xif3:bat[:oid,:bit])<-(x:bat[:oid,:bit])(x:bat[:oid,:bit])(_34:bit)
    io.print(x,x,xif3);	# 50 IOtable (_61:void)<-(x:bat[:oid,:bit])(x:bat[:oid,:bit])(xif3:bat[:oid,:bit])
    xif4 := batcalc.ifthenelse(x,1,2);	# 51 CMDifThenElseCst_int (xif4:bat[:oid,:int])<-(x:bat[:oid,:bit])(_63:int)(_64:int)
    io.print(x,xif4);	# 52 IOtable (_65:void)<-(x:bat[:oid,:bit])(xif4:bat[:oid,:int])
    io.print("accumulators");	# 53 IOprint_val (_66:void)<-(_67:str)
    x2 := batcalc.not(x,x);	# 54 CMDbitbataccumNOT (x2:bat[:oid,:bit])<-(x:bat[:oid,:bit])(x:bat[:oid,:bit])
    io.print(x,x2);	# 55 IOtable (_69:void)<-(x:bat[:oid,:bit])(x2:bat[:oid,:bit])
    x3 := batcalc.and(x,A);	# 56 CMD_AND_bit (x3:bat[:oid,:bit])<-(x:bat[:oid,:bit])(A:bat[:oid,:bit])
    io.print(x,A,x3);	# 57 IOtable (_71:void)<-(x:bat[:oid,:bit])(A:bat[:oid,:bit])(x3:bat[:oid,:bit])
    x4 := batcalc.or(x,A);	# 58 CMD_OR_bit (x4:bat[:oid,:bit])<-(x:bat[:oid,:bit])(A:bat[:oid,:bit])
    io.print(x,A,x4);	# 59 IOtable (_73:void)<-(x:bat[:oid,:bit])(A:bat[:oid,:bit])(x4:bat[:oid,:bit])
end main;	# 60  
#-----------------#
# h	t	  # name
# oid	dbl	  # type
#-----------------#
[ 0@0,	  1	  ]
[ 1@0,	  2	  ]
[ 2@0,	  2	  ]
[ 3@0,	  2	  ]
[ 4@0,	  2	  ]
[ 5@0,	  3	  ]
[ 6@0,	  1	  ]
[ 7@0,	  1	  ]
#-----------------#
# h	tmp_5	  # name
# oid	bit	  # type
#-----------------#
[ 0@0,	  true	  ]
[ 1@0,	  false	  ]
[ 2@0,	  false	  ]
[ 3@0,	  false	  ]
[ 4@0,	  false	  ]
[ 5@0,	  false	  ]
[ 6@0,	  true	  ]
[ 7@0,	  true	  ]
[ "count" ]
[ 8 ]
#-----------------#
# h	tmp_6	  # name
# oid	bit	  # type
#-----------------#
[ 0@0,	  true	  ]
[ 1@0,	  false	  ]
[ 2@0,	  true	  ]
[ 3@0,	  false	  ]
#-----------------#
# h	tmp_7	  # name
# oid	bit	  # type
#-----------------#
[ 0@0,	  true	  ]
[ 1@0,	  true	  ]
[ 2@0,	  false	  ]
[ 3@0,	  false	  ]
#-------------------------#
# h	tmp_6	tmp_8	  # name
# oid	bit	bit	  # type
#-------------------------#
[ 0@0,	  true,	  false	  ]
[ 1@0,	  false,  true	  ]
[ 2@0,	  true,	  false	  ]
[ 3@0,	  false,  true	  ]
#-------------------------#
# h	tmp_6	tmp_9	  # name
# oid	bit	bit	  # type
#-------------------------#
[ 0@0,	  true,	  true	  ]
[ 1@0,	  false,  false	  ]
[ 2@0,	  true,	  false	  ]
[ 3@0,	  false,  false	  ]
#-------------------------#
# h	tmp_6	tmp_10	  # name
# oid	bit	bit	  # type
#-------------------------#
[ 0@0,	  true,	  true	  ]
[ 1@0,	  false,  true	  ]
[ 2@0,	  true,	  true	  ]
[ 3@0,	  false,  false	  ]
[ "ifthen group" ]
#-------------------------#
# h	tmp_6	tmp_11	  # name
# oid	bit	bit	  # type
#-------------------------#
[ 0@0,	  true,	  true	  ]
[ 2@0,	  true,	  true	  ]
#-------------------------#
# h	tmp_6	tmp_12	  # name
# oid	bit	bit	  # type
#-------------------------#
[ 0@0,	  true,	  false	  ]
[ 2@0,	  true,	  false	  ]
#-----------------------------------------#
# h	tmp_6	tmp_6	tmp_8	tmp_13	  # name
# oid	bit	bit	bit	bit	  # type
#-----------------------------------------#
[ 0@0,	  true,	  true,	  false,  true	  ]
[ 1@0,	  false,  false,  true,	  true	  ]
[ 2@0,	  true,	  true,	  false,  true	  ]
[ 3@0,	  false,  false,  true,	  true	  ]
#---------------------------------#
# h	tmp_6	tmp_6	tmp_14	  # name
# oid	bit	bit	bit	  # type
#---------------------------------#
[ 0@0,	  true,	  true,	  true	  ]
[ 1@0,	  false,  false,  true	  ]
[ 2@0,	  true,	  true,	  true	  ]
[ 3@0,	  false,  false,  true	  ]
#-------------------------#
# h	t	t	  # name
# void	bit	int	  # type
#-------------------------#
[ 0@0,	  true,	  1	  ]
[ 1@0,	  false,  2	  ]
[ 2@0,	  true,	  1	  ]
[ 3@0,	  false,  2	  ]
[ "accumulators" ]
#-------------------------#
# h	tmp_6	tmp_6	  # name
# oid	bit	bit	  # type
#-------------------------#
[ 0@0,	  false,  false	  ]
[ 1@0,	  true,	  true	  ]
[ 2@0,	  false,  false	  ]
[ 3@0,	  true,	  true	  ]
#---------------------------------#
# h	tmp_6	tmp_7	tmp_16	  # name
# oid	bit	bit	bit	  # type
#---------------------------------#
[ 0@0,	  false,  true,	  false	  ]
[ 1@0,	  true,	  true,	  true	  ]
[ 2@0,	  false,  false,  false	  ]
[ 3@0,	  true,	  false,  false	  ]
#---------------------------------#
# h	tmp_6	tmp_7	tmp_17	  # name
# oid	bit	bit	bit	  # type
#---------------------------------#
[ 0@0,	  false,  true,	  true	  ]
[ 1@0,	  true,	  true,	  true	  ]
[ 2@0,	  false,  false,  false	  ]
[ 3@0,	  true,	  false,  true	  ]

# 07:59:08 >  
# 07:59:08 >  Done.
# 07:59:08 >