public static GridViewModel BuildPagedGridView(int pageIndex, int pageSize, List <AuditLogEntry> entries, FolderIdentifier folderIdentifier, Func <IItemQueryResponse, object> sortSelector = null)
{
// first we need to convert recipeients into IItemQueryResponse objects
var queryResponseEntries = new List <ManagerAuditLogEntryModel>();
foreach (var entry in entries)
{
queryResponseEntries.Add(new ManagerAuditLogEntryModel()
{
Name = String.Format($"{entry.Message} {entry.Created}"),
Key = String.Empty,
Message = entry.Message,
UserName = entry.UserName,
EntryType = AuditLogEntry.GetTitleForEntryType(entry.EntryType),
// Probably do some parsing for this date format
Created = entry.Created,
AllowedOperations = GetAllowedOperationsForAuditLogEntry(entry, folderIdentifier).ToArray(),
});
}
var grid = new GridViewModel
{
Rows = new List <IItemQueryResponse>(),
Title = GridViewModel.GRID_TITLES_EDISOVERY_AUDIT_LOG,
PageIndex = pageIndex,
PageSize = pageSize,
GridColumns = new List <GridColumnSpecification>()
{
new GridColumnSpecification()
{
IsSortable = true, KeyName = "message", Label = "Entry"
},
new GridColumnSpecification()
{
IsSortable = true, KeyName = "userName", Label = "User Name"
},
new GridColumnSpecification()
{
IsSortable = true, KeyName = "entryType", Label = "Entry Type"
},
new GridColumnSpecification()
{
IsSortable = true, KeyName = "created", Label = "Created"
},
},
};
grid.TotalRows = entries.Count();
grid.RowsInPage = Math.Min(grid.TotalRows, grid.PageSize);
grid.PageCount = (grid.TotalRows / grid.PageSize)
+ (
(grid.TotalRows % grid.PageSize == 0)
? 0
: 1
);
grid.IsLastPage = (grid.PageIndex == grid.PageCount - 1);
// Here we're calculating paging, and sending that back on the grid view.
grid.Rows = queryResponseEntries
.OrderByDescending(f => (sortSelector == null)
? f.Created
: sortSelector(f)
)
.Skip(grid.PageSize * grid.PageIndex)
.Take(grid.PageSize);
grid.AllowedOperations = new List <AllowedOperation>()
{
};
return(grid);
}
private static List <AllowedOperation> GetAllowedOperationsForAuditLogEntry(AuditLogEntry entry, FolderIdentifier folderIdentifier)
{
return(new List <AllowedOperation>()
{
});
}
/// <summary>
/// In nearly all cases except very specific ones, the connection override should remain null.
/// </summary>
/// <param name="auditLogEntry"></param>
/// <param name="identifier"></param>
/// <param name="connectionOverride"></param>
/// <returns></returns>
public async Task <AuditLogEntry> AddEntry(AuditLogEntry auditLogEntry, FolderIdentifier identifier, APIConnection connectionOverride = null)
{
// In some cases we need to be able to pass a special connection in, such is the case for
// an eDiscovery logged in user. This connection needs to come in, because we want to use their credentials, and piggy back off their account.
// The connection in that case as it's passed in through DI won't have a logged in user, and calls to things like 'open folder' will fail.
if (connectionOverride != null)
{
this.connection = connectionOverride;
}
var currentUserModel = await connection.User.GetAsync(connection.UserIdentifier);
// This will save us having to set this everywhere it's created.
if (!auditLogEntry.Created.HasValue)
{
auditLogEntry.Created = DateTime.UtcNow;
}
if (String.IsNullOrEmpty(auditLogEntry.UserKey))
{
auditLogEntry.UserKey = currentUserModel.Identifier.UserKey;
}
if (String.IsNullOrEmpty(auditLogEntry.UserName))
{
auditLogEntry.UserName = currentUserModel.EmailAddress;
}
// Check to see if there's already an audit log started. This will give me an empty list, if one
// doesn't exist, so I'm garunteed this won't result in null.
var auditLogMetadataEntries = await this.GetAllEntries(identifier);
var lastEntry = new AuditLogEntry();
if (auditLogMetadataEntries.Count > 0)
{
lastEntry = auditLogMetadataEntries[auditLogMetadataEntries.Count - 1];
}
// we're only going to add an audit log entry if there's something different in this entry
// and the last entry. The created date will always be different, so we're checking these properties individualy.
if (lastEntry.Message != auditLogEntry.Message ||
lastEntry.EntryType != auditLogEntry.EntryType ||
lastEntry.UserKey != auditLogEntry.UserKey ||
lastEntry.UserName != auditLogEntry.UserName ||
lastEntry.ModuleType != auditLogEntry.ModuleType
)
{
auditLogMetadataEntries.Add(auditLogEntry);
await connection.ConcurrencyRetryBlock(async() =>
{
var folder = await connection.Folder.GetAsync(identifier);
folder.Write(AUDIT_LOG_LOCATION, auditLogMetadataEntries);
await connection.Folder.PutAsync(folder);
});
return(auditLogEntry);
}
return(null);
}