private void CacheSchedules()
{
TransitScheduleCacher.CacheSchedules(ref m_caching_complete, m_workspace_path,
ref m_total_row_count, SetTotalRowCount, ref m_one_percent,
ref m_caching_message, ref m_current_table_name, DisplayTableName,
UpdateTimeUI, ref m_calExceptions, ref m_calendars, ref m_trips, ref m_eids, ref m_linefeatures);
if (m_caching_complete)
{
this.DialogResult = System.Windows.Forms.DialogResult.OK;
}
else
{
//btnCancel.Text = "&Close";
DisplayError();
m_total_seconds_remaining = 0;
}
}
private void CacheSchedules()
{
// Only cache if we haven't done so already, unless we specifically want it to cache every time.
if (m_CacheOnEverySolve || !m_caches.ContainsKey(m_workspace_path_name))
{
// Instantiate new cache object, which we will fill
Cache m_cache = new Cache();
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, "CacheSchedules because we don't already have a cache object for this network, or m_CacheOnEverySolve == true");
}
try
{
// For Server and 64bit GP, we don't want to display a dialog.
// Check for 64bit and act accordingly.
// Eventually, when desktop is 64bit, this will need to be updated.
// you can check the IntPtr size to find out if you are 32 or 64bit
// 8 = 64bit, 4 = 32bit;
int bits = IntPtr.Size * 8;
if (bits != 64)
{
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, "32bit. Opening cache progress form");
}
frmProgress = new ProgressForm(m_workspace_path_name);
frmProgress.ShowDialog();
if (frmProgress.CachingComplete)
{
m_cache.m_trips = frmProgress.Trips;
m_cache.m_eids = frmProgress.eids;
m_cache.m_calendars = frmProgress.Calendars;
m_cache.m_calExceptions = frmProgress.Cal_Exceptions;
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, "Cache complete. m_trips: " + m_cache.m_trips.Count + " m_calendars: " + m_cache.m_calendars.Count + " m_calExceptions: " + m_cache.m_calExceptions.Count + " m_eids: " + m_cache.m_eids.Count);
}
}
else
{
string error_message = "Unable to cache transit schedules." + Environment.NewLine + "Details: " + frmProgress.CachingMessage;
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, error_message);
}
throw new Exception(error_message);
}
}
else
{
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, "64bit. Opening cache progress form");
}
bool caching_completed = false;
string caching_message = "";
int total_row_count = 0;
int one_percent = 1;
string current_table_name = "";
TransitScheduleCacher.CacheSchedules(ref caching_completed, m_workspace_path_name,
ref total_row_count, null, ref one_percent, ref caching_message,
ref current_table_name, null, null,
ref m_cache.m_calExceptions, ref m_cache.m_calendars, ref m_cache.m_trips, ref m_cache.m_eids, ref m_cache.m_linefeatures);
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, "Cache complete. m_trips: " + m_cache.m_trips.Count + " m_calendars: " + m_cache.m_calendars.Count + " m_calExceptions: " + m_cache.m_calExceptions.Count + " m_eids: " + m_cache.m_eids.Count);
}
if (!caching_completed)
{
string error_message = "Unable to cache transit schedules." + Environment.NewLine + "Details: " + caching_message;
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, error_message);
}
throw new Exception(error_message);
}
}
// Add the current cache to a dictionary of caches we can choose from at solve time.
if (m_caches.ContainsKey(m_workspace_path_name))
{
m_caches[m_workspace_path_name] = m_cache;
}
else
{
m_caches.Add(m_workspace_path_name, m_cache);
}
}
catch (Exception e)
{
string error_message = "Transit schedule caching failure for " + DisplayName + ". Error message: " + e.Message;
if (m_VerboseLogging)
{
WriteToOutputFile(m_LogFile, error_message);
}
throw new Exception(error_message, e);
}
}
}