tst4810.stable.out

一个内存数据库的源代码这是服务器端还有客户端

    t12 := batcalc.oid(t11);	# 10 CMDconvertvoid_int_oid (t12:bat[:void,:oid])<-(t11:bat[:void,:int])
    t13 := algebra.join(t12,t10);	# 11 ALGjoin (t13:bat[:void,:int])<-(t12:bat[:void,:oid])(t10:bat[:void,:int])
    t14:bat[:void,:int]  := bbp.bind("A_bat");	# 12 CMDbbpbind (t14:bat[:void,:int])<-(_18:str)
    t19 := batcalc.*(500,t3);	# 13 CMDcstMULbat_int_int_int (t19:bat[:void,:int])<-(_7:int)(t3:bat[:void,:int])
    t20 := batcalc.+(t6,t19);	# 14 CMDbatADD_int_int_int (t20:bat[:void,:int])<-(t6:bat[:void,:int])(t19:bat[:void,:int])
    t21 := batcalc.oid(t20);	# 15 CMDconvertvoid_int_oid (t21:bat[:void,:oid])<-(t20:bat[:void,:int])
    t22 := algebra.join(t21,t14);	# 16 ALGjoin (t22:bat[:void,:int])<-(t21:bat[:void,:oid])(t14:bat[:void,:int])
    t23 := array.grid(1:int,500,500,0);	# 17 ARRAYgrid_int (t23:bat[:void,:int])<-(_6:int)(_7:int)(_7:int)(_2:int)
    t24 := batcalc.oid(t23);	# 18 CMDconvertvoid_int_oid (t24:bat[:void,:oid])<-(t23:bat[:void,:int])
    t25 := algebra.join(t24,t22);	# 19 ALGjoin (t25:bat[:void,:int])<-(t24:bat[:void,:oid])(t22:bat[:void,:int])
    t26 := batcalc.*(t13,t25);	# 20 CMDbatMUL_int_int_int (t26:bat[:void,:int])<-(t13:bat[:void,:int])(t25:bat[:void,:int])
    a_i1 := t26;	# 21  (a_i1:bat[:void,:int])<-(t26:bat[:void,:int])
barrier (go,i1):= mal.newRange(1:int);	# 22 RNGnewRange_int (go:bit)(i1:int)<-(_6:int) jump 36
    t31 := batcalc.init(t3,i1);	# 23 CMDbatintinit (t31:bat[:void,:int])<-(t3:bat[:void,:int])(i1:int)
    t32 := batcalc.*(500,t31);	# 24 CMDcstMULbat_int_int_int (t32:bat[:void,:int])<-(_7:int)(t31:bat[:void,:int])
    t33 := batcalc.+(t3,t32);	# 25 CMDbatADD_int_int_int (t33:bat[:void,:int])<-(t3:bat[:void,:int])(t32:bat[:void,:int])
    t34 := batcalc.oid(t33);	# 26 CMDconvertvoid_int_oid (t34:bat[:void,:oid])<-(t33:bat[:void,:int])
    t35 := algebra.join(t34,t2);	# 27 ALGjoin (t35:bat[:void,:int])<-(t34:bat[:void,:oid])(t2:bat[:void,:int])
    t38 := algebra.join(t12,t35);	# 28 ALGjoin (t38:bat[:void,:int])<-(t12:bat[:void,:oid])(t35:bat[:void,:int])
    t45 := batcalc.+(t31,t19);	# 29 CMDbatADD_int_int_int (t45:bat[:void,:int])<-(t31:bat[:void,:int])(t19:bat[:void,:int])
    t46 := batcalc.oid(t45);	# 30 CMDconvertvoid_int_oid (t46:bat[:void,:oid])<-(t45:bat[:void,:int])
    t47 := algebra.join(t46,t14);	# 31 ALGjoin (t47:bat[:void,:int])<-(t46:bat[:void,:oid])(t14:bat[:void,:int])
    t50 := algebra.join(t24,t47);	# 32 ALGjoin (t50:bat[:void,:int])<-(t24:bat[:void,:oid])(t47:bat[:void,:int])
    t51 := batcalc.*(t38,t50);	# 33 CMDbatMUL_int_int_int (t51:bat[:void,:int])<-(t38:bat[:void,:int])(t50:bat[:void,:int])
    a_i1 := batcalc.+(a_i1,a_i1,t51);	# 34  unknown (a_i1:bat[:void,:int])<-(a_i1:bat[:void,:int])(a_i1:bat[:void,:int])(t51:bat[:void,:int])
    redo (go,i1):= mal.nextElement(1:int,3:int);	# 35 RNGnextElement_int (go:bit)(i1:int)<-(_48:int)(_52:int) jump 23
exit (go,i1);	# 36  (go:bit)(i1:int)
    t52 := a_i1;	# 37  (t52:bat[:void,:int])<-(a_i1:bat[:void,:int])
    top := t52;	# 38  (top:bat[:void,:int])<-(t52:bat[:void,:int])
    bat.setName(top,"SIM_bat");	# 39 BKCsetName (_55:void)<-(top:bat[:void,:int])(_56:str)
    bat.persists(top,true);	# 40  unknown (_57:any)<-(top:bat[:void,:int])(_58:bit)
    transaction.commit();	# 41 TRNglobal_commit (_59:void)
end f3;	# 42  
!ERROR: MALresolve:user.f3[34]:type mismatch bat[:void,:int] := void
!ERROR: 'batcalc.+' undefined in user.f3[34]
!ERROR: 'bat.persists' undefined in user.f3[40]
Optimizer strengthReduction failed
function user.f3():void;	# 0  (f3:void)
    i1 := 0;	# 1  (i1:int)<-(_2:int)
    t2:bat[:void,:int]  := bbp.bind("B_bat");	# 2 CMDbbpbind (t2:bat[:void,:int])<-(_4:str)
    t3 := array.grid(1:int,500,1:int,0);	# 3 ARRAYgrid_int (t3:bat[:void,:int])<-(_6:int)(_7:int)(_6:int)(_2:int)
    t6 := batcalc.init(t3,i1);	# 4 CMDbatintinit (t6:bat[:void,:int])<-(t3:bat[:void,:int])(i1:int)
    t7 := batcalc.*(500,t6);	# 5 CMDcstMULbat_int_int_int (t7:bat[:void,:int])<-(_7:int)(t6:bat[:void,:int])
    t8 := batcalc.+(t3,t7);	# 6 CMDbatADD_int_int_int (t8:bat[:void,:int])<-(t3:bat[:void,:int])(t7:bat[:void,:int])
    t9 := batcalc.oid(t8);	# 7 CMDconvertvoid_int_oid (t9:bat[:void,:oid])<-(t8:bat[:void,:int])
    t10 := algebra.join(t9,t2);	# 8 ALGjoin (t10:bat[:void,:int])<-(t9:bat[:void,:oid])(t2:bat[:void,:int])
    t11 := array.grid(500,500,1:int,0);	# 9 ARRAYgrid_int (t11:bat[:void,:int])<-(_7:int)(_7:int)(_6:int)(_2:int)
    t12 := batcalc.oid(t11);	# 10 CMDconvertvoid_int_oid (t12:bat[:void,:oid])<-(t11:bat[:void,:int])
    t13 := algebra.join(t12,t10);	# 11 ALGjoin (t13:bat[:void,:int])<-(t12:bat[:void,:oid])(t10:bat[:void,:int])
    t14:bat[:void,:int]  := bbp.bind("A_bat");	# 12 CMDbbpbind (t14:bat[:void,:int])<-(_18:str)
    t19 := batcalc.*(500,t3);	# 13 CMDcstMULbat_int_int_int (t19:bat[:void,:int])<-(_7:int)(t3:bat[:void,:int])
    t20 := batcalc.+(t6,t19);	# 14 CMDbatADD_int_int_int (t20:bat[:void,:int])<-(t6:bat[:void,:int])(t19:bat[:void,:int])
    t21 := batcalc.oid(t20);	# 15 CMDconvertvoid_int_oid (t21:bat[:void,:oid])<-(t20:bat[:void,:int])
    t22 := algebra.join(t21,t14);	# 16 ALGjoin (t22:bat[:void,:int])<-(t21:bat[:void,:oid])(t14:bat[:void,:int])
    t23 := array.grid(1:int,500,500,0);	# 17 ARRAYgrid_int (t23:bat[:void,:int])<-(_6:int)(_7:int)(_7:int)(_2:int)
    t24 := batcalc.oid(t23);	# 18 CMDconvertvoid_int_oid (t24:bat[:void,:oid])<-(t23:bat[:void,:int])
    t25 := algebra.join(t24,t22);	# 19 ALGjoin (t25:bat[:void,:int])<-(t24:bat[:void,:oid])(t22:bat[:void,:int])
    t26 := batcalc.*(t13,t25);	# 20 CMDbatMUL_int_int_int (t26:bat[:void,:int])<-(t13:bat[:void,:int])(t25:bat[:void,:int])
    a_i1 := t26;	# 21  (a_i1:bat[:void,:int])<-(t26:bat[:void,:int])
barrier (go,i1):= mal.newRange(1:int);	# 22 RNGnewRange_int (go:bit)(i1:int)<-(_6:int) jump 36
    t31 := batcalc.init(t3,i1);	# 23 CMDbatintinit (t31:bat[:void,:int])<-(t3:bat[:void,:int])(i1:int)
    t32 := batcalc.*(500,t31);	# 24 CMDcstMULbat_int_int_int (t32:bat[:void,:int])<-(_7:int)(t31:bat[:void,:int])
    t33 := batcalc.+(t3,t32);	# 25 CMDbatADD_int_int_int (t33:bat[:void,:int])<-(t3:bat[:void,:int])(t32:bat[:void,:int])
    t34 := batcalc.oid(t33);	# 26 CMDconvertvoid_int_oid (t34:bat[:void,:oid])<-(t33:bat[:void,:int])
    t35 := algebra.join(t34,t2);	# 27 ALGjoin (t35:bat[:void,:int])<-(t34:bat[:void,:oid])(t2:bat[:void,:int])
    t38 := algebra.join(t12,t35);	# 28 ALGjoin (t38:bat[:void,:int])<-(t12:bat[:void,:oid])(t35:bat[:void,:int])
    t45 := batcalc.+(t31,t19);	# 29 CMDbatADD_int_int_int (t45:bat[:void,:int])<-(t31:bat[:void,:int])(t19:bat[:void,:int])
    t46 := batcalc.oid(t45);	# 30 CMDconvertvoid_int_oid (t46:bat[:void,:oid])<-(t45:bat[:void,:int])
    t47 := algebra.join(t46,t14);	# 31 ALGjoin (t47:bat[:void,:int])<-(t46:bat[:void,:oid])(t14:bat[:void,:int])
    t50 := algebra.join(t24,t47);	# 32 ALGjoin (t50:bat[:void,:int])<-(t24:bat[:void,:oid])(t47:bat[:void,:int])
    t51 := batcalc.*(t38,t50);	# 33 CMDbatMUL_int_int_int (t51:bat[:void,:int])<-(t38:bat[:void,:int])(t50:bat[:void,:int])
    a_i1 := batcalc.+(a_i1,a_i1,t51);	# 34  unknown (a_i1:bat[:void,:int])<-(a_i1:bat[:void,:int])(a_i1:bat[:void,:int])(t51:bat[:void,:int])
    redo (go,i1):= mal.nextElement(1:int,3:int);	# 35 RNGnextElement_int (go:bit)(i1:int)<-(_48:int)(_52:int) jump 23
exit (go,i1);	# 36  (go:bit)(i1:int)
    t52 := a_i1;	# 37  (t52:bat[:void,:int])<-(a_i1:bat[:void,:int])
    top := t52;	# 38  (top:bat[:void,:int])<-(t52:bat[:void,:int])
    bat.setName(top,"SIM_bat");	# 39 BKCsetName (_55:void)<-(top:bat[:void,:int])(_56:str)
    bat.persists(top,true);	# 40  unknown (_57:any)<-(top:bat[:void,:int])(_58:bit)
    transaction.commit();	# 41 TRNglobal_commit (_59:void)
end f3;	# 42  
!ERROR: MALresolve:user.f3[34]:type mismatch bat[:void,:int] := void
!ERROR: 'batcalc.+' undefined in user.f3[34]
!ERROR: 'bat.persists' undefined in user.f3[40]
Optimizer strengthReduction optimizer failed
function user.f3():void;	# 0  (f3:void)
    i1 := 0;	# 1  (i1:int)<-(_2:int)
    t2:bat[:void,:int]  := bbp.bind("B_bat");	# 2 CMDbbpbind (t2:bat[:void,:int])<-(_4:str)
    t3 := array.grid(1:int,500,1:int,0);	# 3 ARRAYgrid_int (t3:bat[:void,:int])<-(_6:int)(_7:int)(_6:int)(_2:int)
    t6 := batcalc.init(t3,i1);	# 4 CMDbatintinit (t6:bat[:void,:int])<-(t3:bat[:void,:int])(i1:int)
    t7 := batcalc.*(500,t6);	# 5 CMDcstMULbat_int_int_int (t7:bat[:void,:int])<-(_7:int)(t6:bat[:void,:int])
    t8 := batcalc.+(t3,t7);	# 6 CMDbatADD_int_int_int (t8:bat[:void,:int])<-(t3:bat[:void,:int])(t7:bat[:void,:int])
    t9 := batcalc.oid(t8);	# 7 CMDconvertvoid_int_oid (t9:bat[:void,:oid])<-(t8:bat[:void,:int])
    t10 := algebra.join(t9,t2);	# 8 ALGjoin (t10:bat[:void,:int])<-(t9:bat[:void,:oid])(t2:bat[:void,:int])
    t11 := array.grid(500,500,1:int,0);	# 9 ARRAYgrid_int (t11:bat[:void,:int])<-(_7:int)(_7:int)(_6:int)(_2:int)
    t12 := batcalc.oid(t11);	# 10 CMDconvertvoid_int_oid (t12:bat[:void,:oid])<-(t11:bat[:void,:int])
    t13 := algebra.join(t12,t10);	# 11 ALGjoin (t13:bat[:void,:int])<-(t12:bat[:void,:oid])(t10:bat[:void,:int])
    t14:bat[:void,:int]  := bbp.bind("A_bat");	# 12 CMDbbpbind (t14:bat[:void,:int])<-(_18:str)
    t19 := batcalc.*(500,t3);	# 13 CMDcstMULbat_int_int_int (t19:bat[:void,:int])<-(_7:int)(t3:bat[:void,:int])
    t20 := batcalc.+(t6,t19);	# 14 CMDbatADD_int_int_int (t20:bat[:void,:int])<-(t6:bat[:void,:int])(t19:bat[:void,:int])
    t21 := batcalc.oid(t20);	# 15 CMDconvertvoid_int_oid (t21:bat[:void,:oid])<-(t20:bat[:void,:int])
    t22 := algebra.join(t21,t14);	# 16 ALGjoin (t22:bat[:void,:int])<-(t21:bat[:void,:oid])(t14:bat[:void,:int])
    t23 := array.grid(1:int,500,500,0);	# 17 ARRAYgrid_int (t23:bat[:void,:int])<-(_6:int)(_7:int)(_7:int)(_2:int)
    t24 := batcalc.oid(t23);	# 18 CMDconvertvoid_int_oid (t24:bat[:void,:oid])<-(t23:bat[:void,:int])
    t25 := algebra.join(t24,t22);	# 19 ALGjoin (t25:bat[:void,:int])<-(t24:bat[:void,:oid])(t22:bat[:void,:int])
    t26 := batcalc.*(t13,t25);	# 20 CMDbatMUL_int_int_int (t26:bat[:void,:int])<-(t13:bat[:void,:int])(t25:bat[:void,:int])
    a_i1 := t26;	# 21  (a_i1:bat[:void,:int])<-(t26:bat[:void,:int])
barrier (go,i1):= mal.newRange(1:int);	# 22 RNGnewRange_int (go:bit)(i1:int)<-(_6:int) jump 36
    t31 := batcalc.init(t3,i1);	# 23 CMDbatintinit (t31:bat[:void,:int])<-(t3:bat[:void,:int])(i1:int)
    t32 := batcalc.*(500,t31);	# 24 CMDcstMULbat_int_int_int (t32:bat[:void,:int])<-(_7:int)(t31:bat[:void,:int])
    t33 := batcalc.+(t3,t32);	# 25 CMDbatADD_int_int_int (t33:bat[:void,:int])<-(t3:bat[:void,:int])(t32:bat[:void,:int])
    t34 := batcalc.oid(t33);	# 26 CMDconvertvoid_int_oid (t34:bat[:void,:oid])<-(t33:bat[:void,:int])
    t35 := algebra.join(t34,t2);	# 27 ALGjoin (t35:bat[:void,:int])<-(t34:bat[:void,:oid])(t2:bat[:void,:int])
    t38 := algebra.join(t12,t35);	# 28 ALGjoin (t38:bat[:void,:int])<-(t12:bat[:void,:oid])(t35:bat[:void,:int])
    t45 := batcalc.+(t31,t19);	# 29 CMDbatADD_int_int_int (t45:bat[:void,:int])<-(t31:bat[:void,:int])(t19:bat[:void,:int])
    t46 := batcalc.oid(t45);	# 30 CMDconvertvoid_int_oid (t46:bat[:void,:oid])<-(t45:bat[:void,:int])
    t47 := algebra.join(t46,t14);	# 31 ALGjoin (t47:bat[:void,:int])<-(t46:bat[:void,:oid])(t14:bat[:void,:int])
    t50 := algebra.join(t24,t47);	# 32 ALGjoin (t50:bat[:void,:int])<-(t24:bat[:void,:oid])(t47:bat[:void,:int])
    t51 := batcalc.*(t38,t50);	# 33 CMDbatMUL_int_int_int (t51:bat[:void,:int])<-(t38:bat[:void,:int])(t50:bat[:void,:int])
    a_i1 := batcalc.+(a_i1,a_i1,t51);	# 34  unknown (a_i1:bat[:void,:int])<-(a_i1:bat[:void,:int])(a_i1:bat[:void,:int])(t51:bat[:void,:int])
    redo (go,i1):= mal.nextElement(1:int,3:int);	# 35 RNGnextElement_int (go:bit)(i1:int)<-(_48:int)(_52:int) jump 23
exit (go,i1);	# 36  (go:bit)(i1:int)
    t52 := a_i1;	# 37  (t52:bat[:void,:int])<-(a_i1:bat[:void,:int])
    top := t52;	# 38  (top:bat[:void,:int])<-(t52:bat[:void,:int])
    bat.setName(top,"SIM_bat");	# 39 BKCsetName (_55:void)<-(top:bat[:void,:int])(_56:str)
    bat.persists(top,true);	# 40  unknown (_57:any)<-(top:bat[:void,:int])(_58:bit)
    transaction.commit();	# 41 TRNglobal_commit (_59:void)
end f3;	# 42  
!ERROR: MALresolve:user.f3[57]:type mismatch bat[:void,:int] := void
!ERROR: 'batcalc.+' undefined in user.f3[57]
!ERROR: 'bat.persists' undefined in user.f3[64]
Optimizer garbageCollector failed
function user.f3():void;	# 0  (f3:void)
    i1 := 0;	# 1  (i1:int)<-(_2:int)
    t2:bat[:void,:int]  := bbp.bind("B_bat");	# 2 CMDbbpbind (t2:bat[:void,:int])<-(_4:str)
    t3 := array.grid(1:int,500,1:int,0);	# 3 ARRAYgrid_int (t3:bat[:void,:int])<-(_6:int)(_7:int)(_6:int)(_2:int)
    t6 := batcalc.init(t3,i1);	# 4 CMDbatintinit (t6:bat[:void,:int])<-(t3:bat[:void,:int])(i1:int)
    t7 := batcalc.*(500,t6);	# 5 CMDcstMULbat_int_int_int (t7:bat[:void,:int])<-(_7:int)(t6:bat[:void,:int])
    t8 := batcalc.+(t3,t7);	# 6 CMDbatADD_int_int_int (t8:bat[:void,:int])<-(t3:bat[:void,:int])(t7:bat[:void,:int])
    bat.setGarbage(t7);	# 7 CMDbbpgarbage (_60:void)<-(t7:bat[:void,:int])
    t9 := batcalc.oid(t8);	# 8 CMDconvertvoid_int_oid (t9:bat[:void,:oid])<-(t8:bat[:void,:int])
    bat.setGarbage(t8);	# 9 CMDbbpgarbage (_61:void)<-(t8:bat[:void,:int])
    t10 := algebra.join(t9,t2);	# 10 ALGjoin (t10:bat[:void,:int])<-(t9:bat[:void,:oid])(t2:bat[:void,:int])
    bat.setGarbage(t9);	# 11 CMDbbpgarbage (_62:void)<-(t9:bat[:void,:oid])
    t11 := array.grid(500,500,1:int,0);	# 12 ARRAYgrid_int (t11:bat[:void,:int])<-(_7:int)(_7:int)(_6:int)(_2:int)
    t12 := batcalc.oid(t11);	# 13 CMDconvertvoid_int_oid (t12:bat[:void,:oid])<-(t11:bat[:void,:int])
    bat.setGarbage(t11);	# 14 CMDbbpgarbage (_63:void)<-(t11:bat[:void,:int])
    t13 := algebra.join(t12,t10);	# 15 ALGjoin (t13:bat[:void,:int])<-(t12:bat[:void,:oid])(t10:bat[:void,:int])
    bat.setGarbage(t10);	# 16 CMDbbpgarbage (_64:void)<-(t10:bat[:void,:int])
    t14:bat[:void,:int]  := bbp.bind("A_bat");	# 17 CMDbbpbind (t14:bat[:void,:int])<-(_18:str)
    t19 := batcalc.*(500,t3);	# 18 CMDcstMULbat_int_int_int (t19:bat[:void,:int])<-(_7:int)(t3:bat[:void,:int])
    t20 := batcalc.+(t6,t19);	# 19 CMDbatADD_int_int_int (t20:bat[:void,:int])<-(t6:bat[:void,:int])(t19:bat[:void,:int])
    bat.setGarbage(t6);	# 20 CMDbbpgarbage (_65:void)<-(t6:bat[:void,:int])
    t21 := batcalc.oid(t20);	# 21 CMDconvertvoid_int_oid (t21:bat[:void,:oid])<-(t20:bat[:void,:int])
    bat.setGarbage(t20);	# 22 CMDbbpgarbage (_66:void)<-(t20:bat[:void,:int])
    t22 := algebra.join(t21,t14);	# 23 ALGjoin (t22:bat[:void,:int])<-(t21:bat[:void,:oid])(t14:bat[:void,:int])
    bat.setGarbage(t21);	# 24 CMDbbpgarbage (_67:void)<-(t21:bat[:void,:oid])
    t23 := array.grid(1:int,500,500,0);	# 25 ARRAYgrid_int (t23:bat[:void,:int])<-(_6:int)(_7:int)(_7:int)(_2:int)
    t24 := batcalc.oid(t23);	# 26 CMDconvertvoid_int_oid (t24:bat[:void,:oid])<-(t23:bat[:void,:int])
    bat.setGarbage(t23);	# 27 CMDbbpgarbage (_68:void)<-(t23:bat[:void,:int])
    t25 := algebra.join(t24,t22);	# 28 ALGjoin (t25:bat[:void,:int])<-(t24:bat[:void,:oid])(t22:bat[:void,:int])
    bat.setGarbage(t22);	# 29 CMDbbpgarbage (_69:void)<-(t22:bat[:void,:int])
    t26 := batcalc.*(t13,t25);	# 30 CMDbatMUL_int_int_int (t26:bat[:void,:int])<-(t13:bat[:void,:int])(t25:bat[:void,:int])
    bat.setGarbage(t13);	# 31 CMDbbpgarbage (_70:void)<-(t13:bat[:void,:int])
    bat.setGarbage(t25);	# 32 CMDbbpgarbage (_71:void)<-(t25:bat[:void,:int])
    a_i1 := t26;	# 33  (a_i1:bat[:void,:int])<-(t26:bat[:void,:int])
    bat.setGarbage(t26);	# 34 CMDbbpgarbage (_72:void)<-(t26:bat[:void,:int])
barrier (go,i1):= mal.newRange(1:int);	# 35 RNGnewRange_int (go:bit)(i1:int)<-(_6:int) jump 60
    t31 := batcalc.init(t3,i1);	# 36 CMDbatintinit (t31:bat[:void,:int])<-(t3:bat[:void,:int])(i1:int)
    t32 := batcalc.*(500,t31);	# 37 CMDcstMULbat_int_int_int (t32:bat[:void,:int])<-(_7:int)(t31:bat[:void,:int])
    t33 := batcalc.+(t3,t32);	# 38 CMDbatADD_int_int_int (t33:bat[:void,:int])<-(t3:bat[:void,:int])(t32:bat[:void,:int])
    bat.setGarbage(t32);	# 39 CMDbbpgarbage (_73:void)<-(t32:bat[:void,:int])
    t34 := batcalc.oid(t33);	# 40 CMDconvertvoid_int_oid (t34:bat[:void,:oid])<-(t33:bat[:void,:int])
    bat.setGarbage(t33);	# 41 CMDbbpgarbage (_74:void)<-(t33:bat[:void,:int])
    t35 := algebra.join(t34,t2);	# 42 ALGjoin (t35:bat[:void,:int])<-(t34:bat[:void,:oid])(t2:bat[:void,:int])