In the past, it was relatively easy, once I found the appropriate registry entry, to create the setting on one computer, then simply export the.
Now, instead of just programming and managing infrastructure, I am spending more and more time explaining to people why they get these messages and how to get past them. This pretty much makes me look like an idiot to the end user, so I am just trying to find creative ways to avoid spending all this extra time explaining the issue and tinkering with group policies for domain-based clients.
Besides that, I have to charge my client for all this setup time, and then they want to know what took so long. Do you know how to set a Trusted Location for the entire machine? I will do some more searching on that topic; however, this will involve not just Access, but Excel as well. I have many users that just want to do their work; they do not need to be bothered with having to deal with security warnings, and I do not need to be bothered explaining the process over and over as new users connect to the computers.
The increasing complexities of managing all of this continues to creep beyond the scope of the small-system application developer, and it just becomes a little frustrating at times. I am with the originator why make this so complicated. This can be done using the Office customization tool when modifying an Office installation package to be distributed to desktops.
Again by large companies with IT staff available for custom packaging of Office If this can be modified during packaging it must be some registry key that I have yet to find. If there is anyone that can help with this I am sure it would be appreciated by many.
When you created this key in your local machine hive, what was the exact path of the key you were trying to set? If you are using a 64 bit OS and the 32 bit version of Access, you will need to use the key within the WowNode. For example:. So if you have a working key within the current user hive, you can export it and modify this. This problem does not seem to go away. The suggested registry setting change did not resolve the issue on our test machines.
XP SP3 and Windows 7. The Access created databases are web deployed to many end users. Thank you Nathan. When I did, I couldn't figure out why it wasn't working. It was exactly as you said. I'd be interested to know the complexities of file versioning for the varied platform, varied product support you are implementing there Do you ever have issues where users in Office 11 open files from say Office 14 and any embedded VBA modules cease to function or reference libraries refuse to play nice?
Brian D. When you use local accounts for remote access in Active Directory environments, you may experience any of several different problems. The most significant problem occurs if an administrative local account has the same user name and password on multiple devices. An attacker who has administrative rights on one device in that group can use the accounts password hash from the local Security Accounts Manager SAM database to gain administrative rights over other devices in the group that use "pass the hash" techniques.
Our latest security guidance responds to these problems by taking advantage of new Windows features to block remote logons by local accounts. Windows 8. The first SID is added to the users access token at the time of logon if the user account that's being authenticated is a local account. The second SID is also added to the token if the local account is a member of the built-in Administrators group. These SIDs can grant access or deny access to all local accounts or all administrative local accounts.
To achieve the same effect before these new SIDs were defined, you had to explicitly name each local account that you wanted to restrict. In the initial release of the Windows 8. This blocks all remote access for all local accounts. We have again discovered that failover clustering relies on a nonadministrative local account CLIUSR for cluster node management, and that blocking its network logon access causes cluster services to fail. Because the CLIUSR account isn't a member of the Administrators group, replacing S with S in the "Deny access to this computer from the network" setting enables cluster services to work correctly.
It does this while still providing protection against "pass the hash" kinds of attacks by denying network logon to administrative local accounts. Although we could keep the guidance unchanged and add a "special case" footnote for failover cluster scenarios, we instead opted to simplify deployments and change the Windows Server R2 Member Server baseline, as stated in the following table. This change applies only to the Member Server baseline. The restriction on remote desktop logon isn't being changed.
Organizations can still decide to deny network access to Local account for nonclustered servers. The restrictions on local accounts are intended for Active Directory domain-joined systems. Non-joined, workgroup Windows devices cannot authenticate domain accounts. Therefore, if you apply restrictions against the remote use of local accounts on these devices, you will be able to log on only at the console.
In the Windows Server and earlier versions of the Cluster Service, a domain user account was used to start the service. Basically, any kind of authentication that was done between nodes used this user account as a common identity. Several support issues were encountered because domain administrators were setting Group Policy policies that stripped permissions from domain user accounts. However, newer Microsoft Office connectivity components are not included with the operating system.
One of the cool things about ACE is first, its name. But more importantly, ACE is completely free, and it even includes a bit version. A common mistake I see, even with seasoned developers, is to drop to JET for. I have made this mistake myself past. To use the module, you need to import the module into your current Windows PowerShell session. This is accomplished by running the following command. Import-module ace.
To see Help including examples of usage, run the following command. We can see that the three worksheets that make up the spreadsheet are returned. Next, let us return the data. To return all data from every worksheet, run the following command.
This DataSet is made up of a collection of DataTables. To see how many DataTables, run the following command. Tables Select TableName. To see only the first DataTable, specify the collection index or the name of the DataTable, for example:. If you want to return only the first and second worksheets, we can specify either the Table or the Query parameter as shown here.
To restrict the rows that are returned from a worksheet, use the Query parameter as shown here. Just as I did with the Excel file, we will get a list of tables.
Employee Privileges. Inventory Transaction Types.
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