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  • Can you upgrade OEM Office with an OEM Upgrade

    - by LuckyLindy
    We have a bunch of computers at work that have OEM Office 2000. We have all the material, CDs, etc., and amazingly the computers still work well (they were top of the line when purchased in 2002). However, we'd like to upgrade to Office 2003, our corporate standard. We've found OEM Office 2003 upgrade software online for ~$60 apiece, which would save us thousands over installing retail upgrades or volume licenses. But can we do this? I haven't been able to get a clear answer from Microsoft or anyone else if OEM Upgrades can be applied by non-System Builders to OEM Office.

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  • How do most small businesses acquire Office licenses?

    - by LuckyLindy
    A company I sometimes consult for is relatively small (40 employees), and they have a royal mess of Office licenses. OEM, Retail, Upgrades, O2K/XP/2K3/2K7, etc. They basically buy whatever retail license they can find cheapest online, and have someone track it all in a spreadsheet for compliance purposes. They also use a Microsoft Action pack license for getting another 10 copies of Office/Vista for free. While it all seems to follow Microsoft's licensing rules, it also seems horribly inefficient. I've talked to them about Microsoft's Open license, but they don't see any advantage to it. What do other relatively small businesses do? Are Open licenses popular, or do most of them just buy retail like my client?

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  • Advantage of creating a generic repository vs. specific repository for each object?

    - by LuckyLindy
    We are developing an ASP.NET MVC application, and are now building the repository/service classes. I'm wondering if there are any major advantages to creating a generic IRepository interface that all repositories implement, vs. each Repository having its own unique interface and set of methods. For example: a generic IRepository interface might look like (taken from this answer): public interface IRepository : IDisposable { T[] GetAll<T>(); T[] GetAll<T>(Expression<Func<T, bool>> filter); T GetSingle<T>(Expression<Func<T, bool>> filter); T GetSingle<T>(Expression<Func<T, bool>> filter, List<Expression<Func<T, object>>> subSelectors); void Delete<T>(T entity); void Add<T>(T entity); int SaveChanges(); DbTransaction BeginTransaction(); } Each Repository would implement this interface (e.g. CustomerRepository:IRepository, ProductRepository:IRepository, etc). The alternate that we've followed in prior projects would be: public interface IInvoiceRepository : IDisposable { EntityCollection<InvoiceEntity> GetAllInvoices(int accountId); EntityCollection<InvoiceEntity> GetAllInvoices(DateTime theDate); InvoiceEntity GetSingleInvoice(int id, bool doFetchRelated); InvoiceEntity GetSingleInvoice(DateTime invoiceDate, int accountId); //unique InvoiceEntity CreateInvoice(); InvoiceLineEntity CreateInvoiceLine(); void SaveChanges(InvoiceEntity); //handles inserts or updates void DeleteInvoice(InvoiceEntity); void DeleteInvoiceLine(InvoiceLineEntity); } In the second case, the expressions (LINQ or otherwise) would be entirely contained in the Repository implementation, whoever is implementing the service just needs to know which repository function to call. I guess I don't see the advantage of writing all the expression syntax in the service class and passing to the repository. Wouldn't this mean easy-to-messup LINQ code is being duplicated in many cases? For example, in our old invoicing system, we call InvoiceRepository.GetSingleInvoice(DateTime invoiceDate, int accountId) from a few different services (Customer, Invoice, Account, etc). That seems much cleaner than writing the following in multiple places: rep.GetSingle(x => x.AccountId = someId && x.InvoiceDate = someDate.Date); The only disadvantage I see to using the specific approach is that we could end up with many permutations of Get* functions, but this still seems preferable to pushing the expression logic up into the Service classes. What am I missing?

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