asc 29320lpe

follows: Class Con_convert ' ******global message Private I,j,value0,value1,value2 Private Sub Class_Initialize End Sub Private Sub Class_Terminate End Sub ' ============================================================================== ' Check Type, return Ture/false ' ============================================================================== Public Function isstr (ByVal Value) Isstr=true End Function ' Hu Jintao Check string if is Integer Public Function Isinteger (ByV

::: ''::::: :::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::: function getbytes (flnm, offset, bytes) dim objfso dim objftemp dim objtextstream dim lngsize on error resume next set objfso = Createobject (" script ing. fileSystemObject ") ''first, we get the filesize set objftemp = objfso. getFile (flnm) lngsize = objftemp. size set objftemp = nothing fsoforreading = 1 set objtextstream = objfso. opentextfile (flnm, fsoforreading) If Offset> 0 then strbuff = objtext

= objTextStream. Read (offset-1)End ifIf bytes =-1 then'' Get All!GetBytes = objTextStream. Read (lngSize) ''ReadAllElseGetBytes = objTextStream. Read (bytes)End ifObjTextStream. CloseSet objTextStream = nothingSet objFSO = nothingEnd function'':::::::::::::::::::::::::::::::::::::: :::::::::::::::::::::::::::::''::::::'': Functions to convert two bytes to a numeric value (long ):::'': (Both little-endian and big-endian ):::''::::::'':::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::

=-1 Then ' Get all! GetBytes = Objtextstream.read (lngsize) ' ReadAll Else GetBytes = Objtextstream.read (bytes) End If Objtextstream.close Set objTextStream = Nothing Set objFSO = Nothing End Function ''::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: ''::: ::: '::: Functions to convert two bytes to a numeric value (long):: '::: (both Little-endian and Big-endian)::: ''::: ::: ''::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: function Lngconvert (strtemp)

, that is, the field that appears in the GROUP BY clause.3. A federated query between the child table of the dependency and the parent table, which is the primary key or foreign key field.4. Set a field with a unique full constraint. 2. Create and view indexes:index operations include creating indexes, viewing indexes, and deleting indexes. To create an index is to index a field or multiple fields in a table, in MySQL, you can usually create indexes in three ways, create indexes when creating t

the 11 directories. The ASP file is encrypted and the encoded output file is placed in the F:\LABXW-JM directory (2) Examples of operation For example, to encrypt the lacl.asp file in the current directory and generate the encrypted file ulacl.asp, enter the command in DOS: Screnc lacl.asp ulacl.asp All in the current directory. The ASP file is encrypted and the encoded output file is placed in the F:\LABXW, then the command is used: Screnc *.asp F:\labxw 2, the use of components to encrypt ASP

all! GetBytes = Objtextstream.read (lngsize) ' ReadAll Else GetBytes = objtextstream.read (bytes) End If Objtextstream.close Set objtextstream = Nothing Set objFSO = Nothing End Function ':::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::'::: :::':: Functions to convert two bytes to a numeric value (long)::'::: (both Little-endian and Big-endian):::'::: :::':::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::function Lngconvert (strtemp)Lngconvert = CLn

: idx_1 (state,time)The deadlock log appears as follows: (1) TRANSACTION: TRANSACTION 0 677833455, ACTIVE 0 sec, Process no 11393, OS thread ID 278546 starting index read MySQL tables in use 1, locked 1 Lock WAIT 3 lock struct (s), Heap size 320 MySQL thread ID, query ID 162348740 dcnet03 dcnet searching rows for update Update tab_test set state =1064, time = Now() The Where state=1061 and Time date_sub(now (), INTERVAL-minute) (SQL st

required, that is, a unique field that cannot be repeated. The primary key type can be any. Multiple fields can be sorted. Multiple fields can be sorted in their own way. The basic SQL code for reading the second page of data, with 10 data records per page For example, descending order: Select * From table_test where table_id in (Select top 10 table_id from (Select top 10 table_id, table_orderid from table_test order by table_orderid DESC, table_id DESC) T order by table_orderid

(offset-1)End ifIf bytes =-1 then' Get All!GetBytes = objTextStream. Read (lngSize) 'readallElseGetBytes = objTextStream. Read (bytes)End ifObjTextStream. CloseSet objTextStream = nothingSet objFSO = nothingEnd function '::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::::::::'::::::': Functions to convert two bytes to a numeric value (long ):::': (Both little-endian and big-endian ):::'::::::'::::::::::::::::::::::::::::::::::::::: ::::::::::::::::::::::::::::Function lngConvert (s

) TRANSACTION:TRANSACTION 5120, ACTIVE 17 sec starting index readmysql tables in use 1, locked 1LOCK WAIT 3 lock struct(s), heap size 1136, 2 row lock(s)MySQL thread id 10, OS thread handle 123145556967424, query id 2764 localhost root updatingupdate user set name='haha' where id=4*** (1) WAITING FOR THIS LOCK TO BE GRANTED:RECORD LOCKS space id 94 page no 3 n bits 80 index PRIMARY of table `test`.`user` trx id 5120 lock_mode X locks rec but not gap waitingRecord lock, heap no 5 PHYSICAL RECORD:

about the index columns on a single table. gx_adm @ CABO3> @ idx_infoEnter value for owner: GX_ADMEnter value for table_name: CLIENT_TRADE_TBLTABLE_NAME INDEX_NAME CL_NAM CL_POS STATUS IDX_TYP DSCD certificate -------------------- -------- ----------------- ---- CLIENT_TRADE_TBL certificate ACC_NUM 1 valid normal asc limit CANCEL_DATE 1 VALI D normal asc limit CONTRACT_NUM 1 valid normal

=-1 Then ' Get all! GetBytes = Objtextstream.read (lngsize) ' ReadAll Else GetBytes = Objtextstream.read (bytes) End If Objtextstream.close Set objTextStream = Nothing Set objFSO = Nothing End Function '::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: '::: ::: ':: Functions to convert two bytes to a numeric value (long):: '::: (both Little-endian and Big-endian)::: '::: ::: '::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: function Lngconvert (strtemp) Lng

'::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: '::: ::: '::: The following is the ability to convert two bytes into a unified value:: '::: (small endian and large endian)::: '::: ::: '::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: function Lngconvert (strtemp) Lngconvert = CLng (ASC (Left (strtemp, 1)) + ((ASC (Right (strtemp, 1) * 256)) End Function function Lng

=-1 Then ' Get all! GetBytes = Objtextstream.read (lngsize) ' ReadAll Else GetBytes = Objtextstream.read (bytes) End If Objtextstream.close Set objTextStream = Nothing Set objFSO = Nothing End Function '::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: '::: ::: ':: Functions to convert two bytes to a numeric value (long):: '::: (both Little-endian and Big-endian)::: '::: ::: '::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::::: function Lngconvert (strtemp) Lng

"Length"ASC| DESC ") ) When you create an index, you can specify the length of the index, because different storage engines define the maximum number of indexes and the maximum index length for the table. The storage engine supported by MySQL supports at least 16 indexes per table with a total index length of at least 256 bytes. Examples are as follows: CREATE TABLE t_dept ( INT, varchar() ,varchar (+), INDEX index_deptno (deptno) ); To create a nor

("@ PageSize", SqlDbType. Int, 4 ), New SqlParameter ("@ CurrentPage", SqlDbType. Int, 4 ), New SqlParameter ("@ SelectFields", SqlDbType. NVarChar, 700 ), New SqlParameter ("@ IdField", SqlDbType. NVarChar, 50 ), New SqlParameter ("@ OrderField", SqlDbType. NVarChar, 200 ), New SqlParameter ("@ OrderType", SqlDbType. NVarChar, 2 ), New SqlParameter ("@ TableName", SqlDbType. NVarChar, 300 ), New SqlParameter ("@ strWhere", SqlDbType. NVarChar, 300 ), }; Parameters [0]. Direction = ParameterDir

BCD and ASCII conversion and BCD to int function, re-write, it feels good. You can change the return value as needed. /*********************** Stdfunc. h ***********************/ # Ifndef _ std_func_h _# DEFINE _ std_func_h _ /*ParametersBCD: converted BCD resultASC: the ASC string to be convertedLen: length to be convertedFMT: converted format, that is, if the length is an odd number, add the value before or after zero.Return ValueLength of BCD bytes

Function urlencode (S as string) as stringIf Len (S) = 0 Then exit function Dim TMP as stringDim C as stringDim I as integer For I = 1 to Len (s)C = mid (S, I, 1)If (ASC (c)> = 65 and ASC (c) Or (ASC (c)> = 97 and ASC (c) Or (ASC (c)> = 48 and

A sort of SQL Reverse By Status field If the Status=1 time field is a positive order, if the status=0 time field is reversed Here are the results that need to come out ID Status Time 5 1 50 6 1 51 1 0 99 10 0 1 Reply to discussion (solution) SELECT * FROM (SELECT * from table where status = 1 order by time) aunion Allselect * FROM (SELECT * from table where status = O or Der by time Desc) b SELECT * FROM table order by Status Desc,if (Status=1, ' time