private static void QueryKey(RegistryKey key) { SoftwareEntry e = new SoftwareEntry(); try { e.DisplayName = key.GetValue("DisplayName").ToString(); } catch (Exception) { return; } try { e.InstallDate = key.GetValue("InstallDate").ToString(); } catch (Exception) { e.InstallDate = "N/A"; } try { e.DisplayVersion = key.GetValue("DisplayVersion").ToString(); } catch (Exception) { e.DisplayVersion = "N/A"; } try { if (!SoftwareList.ContainsKey(e.DisplayName)) { // If the software entry doesn't already exist, add it. SoftwareList.Add(e.DisplayName, e); } else { // If the software entry exists, merge the data with the // existing entry. SoftwareEntry e2 = (SoftwareEntry)SoftwareList[e.DisplayName]; if (e2.InstallDate == "N/A") { e2.InstallDate = e.InstallDate; } if (e2.DisplayVersion == "N/A") { e2.DisplayVersion = e.DisplayVersion; } } } catch (Exception) { } }
public void UpdateReasoning(SoftwareEntry entity) { var original = context.SoftwareEntries.FirstOrDefault(x => x.Id == entity.Id); original.Reasoning = entity.Reasoning; context.Entry(original).State = System.Data.Entity.EntityState.Modified; Save(); PushEventLog( $"Updated reasoning on entry | ID: {entity.Id}", EventLogEntryType.Information, 222); }
public IHttpActionResult Reasoning(int id, [FromBody] SoftwareEntry softwareEntry) { if (ModelState.IsValid) { SoftwareEntryRepo.UpdateReasoning(softwareEntry); return(Content(HttpStatusCode.OK, SoftwareEntryRepo.Find(softwareEntry.Id))); } else { return(BadRequest()); } }
public IHttpActionResult Update(int id, [FromBody] SoftwareEntry softwareEntry) { if (ModelState.IsValid) { SoftwareEntryRepo.InsertOrUpdate(softwareEntry); return(Content(HttpStatusCode.OK, softwareEntry)); } else { return(BadRequest()); } }
public IHttpActionResult Create([FromBody] SoftwareEntry softwareEntry) { if (ModelState.IsValid) { var userName = User.Identity.Name; softwareEntry.TimeStamp = DateTime.Now; softwareEntry.CreatedBy = userName; SoftwareEntryRepo.InsertOrUpdate(softwareEntry); return(Content(HttpStatusCode.Created, softwareEntry)); } else { return(BadRequest()); } }
public void InsertOrUpdate(SoftwareEntry entity) { if (entity.Id == default(int)) { // New entity context.SoftwareEntries.Add(entity); Save(); PushEventLog( $"Added new entry{StringUtils.Repeat(_NEWLINE_, 2) + EventLogger.FormatEntry(entity)}", EventLogEntryType.Information, 220); } else { // Existing entity context.Entry(entity).State = System.Data.Entity.EntityState.Modified; Save(); PushEventLog( $"Updated entry | ID: {entity.Id}", EventLogEntryType.Information, 221); } }
public void Seed() { if (this._context.LogEntries.Count() <= 0) { for (int i = 0; i < logEntries.Length; i++) { var entryInfo = SplitValue(logEntries[i]); var entry = new LogEntry { UserName = entryInfo[0], ComputerName = entryInfo[1], Ip = entryInfo[2], ProgramDescription = entryInfo[3], RapportDescription = entryInfo[4], TimeStamp = DateTime.Today, Note = null, EditedBy = null }; this._context.LogEntries.Add(entry); } } if (this._context.Approvals.Count() <= 0) { for (int i = 0; i < approvals.Length; i++) { var entryInfo = SplitValue(approvals[i]); var entry = new Approval { UserName = entryInfo[0], Reasoning = entryInfo[1], TimeStamp = DateTime.Now, Approver = entryInfo[2] }; this._context.Approvals.Add(entry); this._context.SaveChanges(); var groupEntry = new AssignedUserGroup { ApprovalID = entry.ID, Group = entryInfo[3] }; this._context.AssignedUserGroups.Add(groupEntry); this._context.SaveChanges(); } } if (this._context.SoftwareEntries.Count() <= 0) { for (int i = 0; i < softwareEntries.Length; i++) { var entryInfo = SplitValue(softwareEntries[i]); var entry = new SoftwareEntry { Name = entryInfo[0], Vendor = entryInfo[1], Reasoning = entryInfo[2], TimeStamp = DateTime.Now, CreatedBy = entryInfo[3], State = entryInfo[4] }; this._context.SoftwareEntries.Add(entry); this._context.SaveChanges(); } } }
private static void DisplaySoftwareList() { if (WriteToFile) { file.WriteLine("Computer Name: " + ComputerName); if (OutputPath.Length > 0) { file.WriteLine("Output Path: " + OutputPath); } if (x64) { file.WriteLine("Architecture: 64-bit"); } else { file.WriteLine("Architecture: 32-bit"); } file.WriteLine("----------------------------------------------------"); file.WriteLine(); file.WriteLine("{0,-20}Program Name", "Install Date"); file.WriteLine(); for (int i = 0; i < SoftwareList.Count; i++) { SoftwareEntry e = (SoftwareEntry)SoftwareList.GetByIndex(i); file.WriteLine("{0,-20}{1} -- {2}", e.InstallDate, e.DisplayName, e.DisplayVersion); } } else { Console.WriteLine("Computer Name: " + ComputerName); if (OutputPath.Length > 0) { Console.WriteLine("Output Path: " + OutputPath); } if (x64) { Console.WriteLine("Architecture: 64-bit"); } else { Console.WriteLine("Architecture: 32-bit"); } Console.WriteLine("----------------------------------------------------"); Console.WriteLine(); Console.WriteLine("{0,-20}Program Name", "Install Date"); Console.WriteLine(); for (int i = 0; i < SoftwareList.Count; i++) { SoftwareEntry e = (SoftwareEntry)SoftwareList.GetByIndex(i); Console.WriteLine("{0,-20}{1} -- {2}", e.InstallDate, e.DisplayName, e.DisplayVersion); } } }
private static void QueryKey(RegistryKey key) { SoftwareEntry e = new SoftwareEntry(); try { e.DisplayName = key.GetValue("DisplayName").ToString(); } catch (Exception) { return; } try { e.InstallDate = key.GetValue("InstallDate").ToString(); } catch (Exception) { e.InstallDate = "N/A"; } try { e.DisplayVersion = key.GetValue("DisplayVersion").ToString(); } catch (Exception) { e.DisplayVersion = "N/A"; } try { if (!SoftwareList.ContainsKey(e.DisplayName)) { // If the software entry doesn't already exist, add it. SoftwareList.Add(e.DisplayName, e); } else { // If the software entry exists, merge the data with the // existing entry. SoftwareEntry e2 = (SoftwareEntry)SoftwareList[e.DisplayName]; if (e2.InstallDate == "N/A") e2.InstallDate = e.InstallDate; if (e2.DisplayVersion == "N/A") e2.DisplayVersion = e.DisplayVersion; } } catch (Exception) { } }