public SaveAsOutput Execute(SaveAsInput input)
{
var output = new SaveAsOutput();
if (this.dbFileAccessService.Exists(input.SrcPath))
{
this.dbFileAccessService.CopyDbFile(input.SrcPath, input.SavePath);
}
else
{
this.dbFileAccessService.CopyDbFile(input.MasterFilePath, input.SavePath);
}
this.dbMigrationService.Upgrade();
this.projectSettingsAccessService.Update(
input.StartDate,
input.EndDate,
input.Processes,
input.Functions,
input.Holidays,
input.RestDays);
this.memberAccessService.Update(
input.Members);
this.taskAccessService.Update(
input.Tasks);
this.processDependencyAccessService.Update(
input.ProcessDependencies);
this.functionDependencyAccessService.Update(
input.FunctionDependencies);
this.pertAccessService.Update(
input.Edges);
output.ProjectPath = input.SavePath;
return(output);
}
/// <summary>
/// output all the changes made with the editor to a new datadict file
/// </summary>
private void SaveAs_Execute()
{
//make sure all the elements that may hold old data before starting the file output process
SaveAsOutput.Clear();
SaveAsAttributeDescription.Clear();
SaveAsFinalData.Clear();
//store the header of the currently open file for later use
SaveAsOutput = OpenFileBytes.Skip(0).Take(16 + (DDObjects.Count * 8)).ToList();
//for every datadict object in the current file
for (int i = 0; i < DDObjects.Count; i++)
{
ObservableCollection <DataDict_Attribute> SaveAsAttributes = new ObservableCollection <DataDict_Attribute>(DDObjects[i].DataDictObjects);
//define the attributes associated to the current data dict object
int SaveAsNumAttributes = DDObjects[i].NumOfAttributes;
// loop through all atrributes, save to the output attribute description list and final data list
for (int a = 0; a < SaveAsNumAttributes; a++)
{
//add the attributes description the the attribute description array
SaveAsAttributeDescription.AddRange(DDObjects[i].DataDictObjects[a].Description.ToList <byte>());
//Set the new offset based on the current length of the final data block and write it to the attribute description array
byte[] cbytes = BitConverter.GetBytes(SaveAsFinalData.Count);
SaveAsAttributeDescription.AddRange(cbytes.Skip(0).Take(3).ToList());
//write the attribute type to the attribute description array
SaveAsAttributeDescription.Add(DDObjects[i].DataDictObjects[a].Type);
//based on the attribute type write the appropriate value bytes to the attribute description array
if (DDObjects[i].DataDictObjects[a].Type == 13)
{
SaveAsFinalData.AddRange(ReturnZeroPaddedString(DDObjects[i].DataDictObjects[a].Value));
}
else
{
SaveAsFinalData.AddRange(DDObjects[i].DataDictObjects[a].Value);
}
}
}
//add the attribute description array to the final output array
SaveAsOutput.AddRange(SaveAsAttributeDescription);
//add the final data array to the final output array
SaveAsOutput.AddRange(SaveAsFinalData);
//update bytes 12-16 to represent the new length of data
byte[] newdatalength = BitConverter.GetBytes(SaveAsFinalData.Count);
//update the output bytes 4-8 with the new datablock length
UpdateDatablockLength(newdatalength);
//prepare to write the changes to a file by creating a new savefiledialog
SaveFileDialog saveFileDialog1 = new SaveFileDialog();
//Set the window options to default to .datadict file format
saveFileDialog1.Filter = "DeathSpank Data Files (*.datadict)| *.datadict";
//set the save as window title
saveFileDialog1.Title = "Save a DeathSpank Data File";
//display the save as dialog option
saveFileDialog1.ShowDialog();
if (saveFileDialog1.FileName != "")
{
//Create a new filestream from the open file dialog options
using (FileStream fs = (System.IO.FileStream)saveFileDialog1.OpenFile())
{
//create a binary writer to write to the filestream
BinaryWriter bw = new BinaryWriter(fs);
//Write data to the new file
bw.Write(SaveAsOutput.ToArray());
//flush and close the binarywriter
bw.Flush();
bw.Close();
}
}
}