ms-access-2010

The following query is generating an exception. How can I simplify it? UPDATE Word SET CorrectnessCount=@CorrectnessCount WHERE GroupNo=@GroupNo AND (Name=@Adduce OR Name=@Assuage OR Name=@Athwart OR Name=@Auscultation OR Name=@Bedizen OR Name=@Behoove OR Name=@Benignant OR Name=@Betrothal OR Name=@Brazier OR Name=@Bungle OR Name=@Callow OR Name=@Caparison OR Name=@Carillon OR Name=@Caryatid OR Name=@Catechism OR Name=@Caustic OR Name=@Cavalier OR Name=@Chagrin OR Name=@Chasm OR Name=@Clamber OR Name=@Clarion OR Name=@Clavicle OR Name=@Coadjutor OR Name=@Coax OR Name=@Cockade OR Name=@Coddle

In Access 2010, how do you open a database (created in Access 2003) which requires an .mdw file to be used? In Access 2003 you had to reference the .mdw file first. I can't find out how you would do that in Access 2010. Can someone tell me how to open the .mdb file in Access 2010? To open an Access database that has user-level security enabled and does not use the system default Workgroup ( .mdw ) file you need to launch Access with command-line arguments that specify the database to be opened and the Workgroup ( .mdw ) file to be used. This is usually done with a Windows shortcut whose Target

I need to validate an email field in a table in Access 2010. I tried: Is Null OR ((Like "*?@?*.?*") AND (Not Like "*[ ,;]*")) but this did not work. It appears that your database is in ANSI 92 mode, and when you pasted in the rule... Is Null OR ((Like "*?@?*.?*") AND (Not Like "*[ ,;]*")) ...Access automatically changed Like to ALike , producing... Is Null Or ((ALike "*?@?*.?*") And (Not ALike "*[ ,;]*")) The problem is that ALike uses the ANSI wildcard characters, so you need to change the rule to Is Null Or ((ALike "%_@_%._%") And (Not ALike "%[ ,;]%")) 来源： https://stackoverflow.com

I shall link my database down below. I have a query called 'TestMonday1' and what this does is return the student with the fewest 'NoOfFrees' and insert the result of the query into the lesson table. Running the query should help explain what i mean. The problem im having is my SQL code has 'SELECT TOP 1' yet if the query returns two students who have the same number of frees it returns both these records. Wit this being a timetable planner, it should only ever return one result, i shall also put the code below, Many thanks Code: INSERT INTO Lesson ( StudentID, LessonStart, LessonEnd,

I would like to write a routine which will allow me to take dated events (records) in a table which span accross a set time frame and in the cases where no event took place for a specific day, an event will be created duplicating the most recent prior record where an event DID take place. For example: If on September 4 Field 1 = X, Field 2 = Y and Field 3 = Z and then nothing took place until September 8 where Field 1 = Y, Field 2 = Z and Field 3 = X, the routine would create records in the table to account for the 3 days where nothing took place and ultimately return a table looking like:

What is the connection string for connecting MS Access 2010 (.accdb) database in VB.net. connectionstrings.com is a wonderful thing : Standard security Provider=Microsoft.ACE.OLEDB.12.0;Data Source=C:\myFolder\myAccess2007file.accdb;Persist Security Info=False; With database password This is the connection string to use when you have an Access 2007 database protected with a password using the "Set Database Password" function in Access. Provider=Microsoft.ACE.OLEDB.12.0;Data Source=C:\myFolder\myAccess2007file.accdb;Jet OLEDB:Database Password=MyDbPassword; Some reports of problems with

I see someone posted something very similar to what I am looking to do in Access 2010. Grouping of top 80% categories I saw the response but am confused as to the nomenclature used and the titles assigned. I have 5 vendors that supply product. I only care about the top 80% as a pareto distribution and the remainder can be grouped as "Other" 4 vendors as Field [vendors]: A1, A2, A3, A4 4 values as Field [Lbs]: 4000, 5000, 200, 800 Query returns: A1, A2, Other Thanks for any help anyone can provide. When performing calculations like this we need to be mindful of what happens when there is a tie,