/// <summary>
/// Load the grid using the parameters specified
/// </summary>
/// <param name="dateTimeStart"></param>
/// <param name="dateTimeEnd"></param>
/// <param name="minAppointmentLength"></param>
public void LoadPlanning(DateTime dateTimeStart, DateTime dateTimeEnd, int minAppointmentLength)
{
m_DateTimeStart = dateTimeStart;
m_DateTimeEnd = dateTimeEnd;
m_MinAppointmentLength = minAppointmentLength;
if (dateTimeStart >= dateTimeEnd)
{
throw new ApplicationException("Invalid Planning Range");
}
if (dateTimeStart.TimeOfDay >= dateTimeEnd.TimeOfDay)
{
throw new ApplicationException("Invalid Plannnin Range");
}
if (dateTimeStart.TimeOfDay.Minutes != 0 ||
dateTimeEnd.TimeOfDay.Minutes != 0)
{
throw new ApplicationException("Invalid Start or End hours must be with 0 minutes");
}
if (minAppointmentLength <= 0 || minAppointmentLength > 60)
{
throw new ApplicationException("Invalid Minimum Appointment Length");
}
if (60 % minAppointmentLength != 0)
{
throw new ApplicationException("Invalid Minimum Appointment Length must be multiple of 60");
}
TimeSpan dayInterval = dateTimeEnd - dateTimeStart;
TimeSpan timeInterval = dateTimeEnd.TimeOfDay - dateTimeStart.TimeOfDay;
int partsForHour = 60 / minAppointmentLength;
if (dayInterval.TotalDays > 30)
{
throw new ApplicationException("Range too big");
}
if (timeInterval.TotalMinutes < minAppointmentLength)
{
throw new ApplicationException("Invalid Minimum Appointment Length for current Planning Range");
}
//Redim Grid
grid.Redim((int)((timeInterval.TotalHours + 1) * partsForHour + c_RowsHeader),
(int)(dayInterval.TotalDays + 1 + c_ColumnsHeader));
//Load Header
grid[0, 0] = new Header00(null);
grid[0, 0].RowSpan = 2;
grid[0, 0].ColumnSpan = 2;
//create day caption
DateTime captionDate = dateTimeStart;
for (int c = c_ColumnsHeader; c < grid.ColumnsCount; c++)
{
grid[0, c] = new HeaderDay1(captionDate.ToShortDateString());
grid[1, c] = new HeaderDay2(captionDate.ToString("dddd"));
captionDate = captionDate.AddDays(1);
}
//create hour caption
int hours = dateTimeStart.Hour;
for (int r = c_RowsHeader; r < grid.RowsCount; r += partsForHour)
{
grid[r, 0] = new HeaderHour1(hours);
grid[r, 0].RowSpan = partsForHour;
int minutes = 0;
for (int rs = r; rs < (r + partsForHour); rs++)
{
grid[rs, 1] = new HeaderHour2(minutes);
minutes += minAppointmentLength;
}
hours++;
}
grid.FixedColumns = c_ColumnsHeader;
grid.FixedRows = c_RowsHeader;
//Fix the width of the first 2 columns
grid.Columns[0].Width = 40;
grid.Columns[0].AutoSizeMode = SourceGrid.AutoSizeMode.None;
grid.Columns[1].Width = 40;
grid.Columns[1].AutoSizeMode = SourceGrid.AutoSizeMode.None;
grid.AutoStretchColumnsToFitWidth = true;
grid.AutoStretchRowsToFitHeight = true;
grid.AutoSizeCells();
//Create Appointment Cells
//Days
for (int c = c_ColumnsHeader; c < grid.ColumnsCount; c++)
{
DateTime currentTime = dateTimeStart.AddDays(c - c_ColumnsHeader);
int indexAppointment = -1;
Cells.Cell appointmentCell = null;
//Hours
for (int r = c_RowsHeader; r < grid.RowsCount; r += partsForHour)
{
//Minutes
for (int rs = r; rs < (r + partsForHour); rs++)
{
bool l_bFound = false;
//Appointments
for (int i = 0; i < m_Appointments.Count; i++)
{
if (m_Appointments[i].ContainsDateTime(currentTime))
{
l_bFound = true;
if (indexAppointment != i)
{
appointmentCell = new CellAppointment(m_Appointments[i]);
appointmentCell.View = m_Appointments[i].View;
if (m_Appointments[i].Controller != null)
{
appointmentCell.AddController(m_Appointments[i].Controller);
}
grid[rs, c] = appointmentCell;
indexAppointment = i;
}
else
{
grid[rs, c] = null;
appointmentCell.RowSpan++;
}
break;
}
}
if (l_bFound)
{
}
else
{
grid[rs, c] = new CellEmpty(currentTime, currentTime.AddMinutes(minAppointmentLength));
indexAppointment = -1;
appointmentCell = null;
}
currentTime = currentTime.AddMinutes(minAppointmentLength);
}
}
}
}
public void LoadPlanning(DateTime p_DateTimeStart, DateTime p_DateTimeEnd, int p_MinimumAppointmentLength)
{
m_DateTimeStart = p_DateTimeStart;
m_DateTimeEnd = p_DateTimeEnd;
m_MinimumAppointmentLength = p_MinimumAppointmentLength;
if (p_DateTimeStart >= p_DateTimeEnd)
{
throw new ApplicationException("Invalid Planning Range");
}
if (p_DateTimeStart.TimeOfDay >= p_DateTimeEnd.TimeOfDay)
{
throw new ApplicationException("Invalid Plannnin Range");
}
if (p_DateTimeStart.TimeOfDay.Minutes != 0 ||
p_DateTimeEnd.TimeOfDay.Minutes != 0)
{
throw new ApplicationException("Invalid Start or End hours must be with 0 minutes");
}
if (p_MinimumAppointmentLength <= 0 || p_MinimumAppointmentLength > 60)
{
throw new ApplicationException("Invalid Minimum Appointment Length");
}
if (60 % p_MinimumAppointmentLength != 0)
{
throw new ApplicationException("Invalid Minimum Appointment Length must be multiple of 60");
}
TimeSpan l_TotalInterval = p_DateTimeEnd - p_DateTimeStart;
TimeSpan l_DayInterval = p_DateTimeEnd.TimeOfDay - p_DateTimeStart.TimeOfDay;
int l_PartPerHour = 60 / p_MinimumAppointmentLength;
if (l_TotalInterval.TotalDays > 30)
{
throw new ApplicationException("Range too big");
}
if (l_DayInterval.TotalMinutes < p_MinimumAppointmentLength)
{
throw new ApplicationException("Invalid Minimum Appointment Length for current Planning Range");
}
//Redim Grid
grid.Redim((int)((l_DayInterval.TotalHours + 1) * l_PartPerHour + c_RowsHeader),
(int)(l_TotalInterval.TotalDays + 1 + c_ColumnsHeader));
//Load Header
grid[0, 0] = new Header00(null);
grid[0, 0].RowSpan = 2;
grid[0, 0].ColumnSpan = 2;
//create day caption
DateTime l_Start = p_DateTimeStart;
for (int c = c_ColumnsHeader; c < grid.ColumnsCount; c++)
{
grid[0, c] = new HeaderDay1(l_Start.ToShortDateString());
grid[1, c] = new HeaderDay2(l_Start.ToString("dddd"));
l_Start = l_Start.AddDays(1);
}
//create hour caption
int l_Hours = p_DateTimeStart.Hour;
for (int r = c_RowsHeader; r < grid.RowsCount; r += l_PartPerHour)
{
grid[r, 0] = new HeaderHour1(l_Hours);
grid[r, 0].RowSpan = l_PartPerHour;
int l_Minutes = 0;
for (int rs = r; rs < (r + l_PartPerHour); rs++)
{
grid[rs, 1] = new HeaderHour2(l_Minutes);
l_Minutes += p_MinimumAppointmentLength;
}
l_Hours++;
}
grid.FixedColumns = c_ColumnsHeader;
grid.FixedRows = c_RowsHeader;
grid.AutoStretchColumnsToFitWidth = true;
grid.AutoStretchRowsToFitHeight = true;
grid.AutoSizeCells();
//Create Appointment Cells
//Days
for (int c = c_ColumnsHeader; c < grid.ColumnsCount; c++)
{
DateTime l_CurrentTime = p_DateTimeStart.AddDays(c - c_ColumnsHeader);
int l_IndexAppointment = -1;
Cells.Cell l_AppointmentCell = null;
//Hours
for (int r = c_RowsHeader; r < grid.RowsCount; r += l_PartPerHour)
{
//Minutes
for (int rs = r; rs < (r + l_PartPerHour); rs++)
{
bool l_bFound = false;
//Appointments
for (int i = 0; i < m_Appointments.Count; i++)
{
if (m_Appointments[i].ContainsDateTime(l_CurrentTime))
{
l_bFound = true;
if (l_IndexAppointment != i)
{
l_AppointmentCell = new CellAppointment(m_Appointments[i].Title);
l_AppointmentCell.View = m_Appointments[i].View;
if (m_Appointments[i].Controller != null)
{
l_AppointmentCell.AddController(m_Appointments[i].Controller);
}
grid[rs, c] = l_AppointmentCell;
l_IndexAppointment = i;
}
else
{
grid[rs, c] = null;
l_AppointmentCell.RowSpan++;
}
break;
}
}
if (l_bFound)
{
}
else
{
grid[rs, c] = new CellEmpty(null);
l_IndexAppointment = -1;
l_AppointmentCell = null;
}
l_CurrentTime = l_CurrentTime.AddMinutes(p_MinimumAppointmentLength);
}
}
}
}
