def getRecordAttributeAtColumn(self, rowIndex=None, columnIndex=None,
recName=None, columnName=None):
"""Get the attribute of the record at the specified column index.
This determines what will be displayed in the cell"""
value = None
if columnName != None and recName != None:
if not self.data[recName].has_key(columnName):
return ''
cell = self.data[recName][columnName]
else:
cell = self.getCellRecord(rowIndex, columnIndex)
columnName = self.getColumnName(columnIndex)
if cell == None:
cell=''
# Set the value based on the data record field
coltype = self.columntypes[columnName]
if Formula.isFormula(cell) == True:
value = self.doFormula(cell)
return value
if not type(cell) is DictType:
if coltype == 'text' or coltype == 'Text':
value = cell
elif coltype == 'number':
value = str(cell)
else:
value = 'other'
if value==None:
value=''
return value
def getRecordAttributeAtColumn(self,
rowIndex=None,
columnIndex=None,
recName=None,
columnName=None):
"""Get the attribute of the record at the specified column index.
This determines what will be displayed in the cell"""
value = None
if columnName != None and recName != None:
if not self.data[recName].has_key(columnName):
return ''
cell = self.data[recName][columnName]
else:
cell = self.getCellRecord(rowIndex, columnIndex)
columnName = self.getColumnName(columnIndex)
if cell == None:
cell = ''
# Set the value based on the data record field
coltype = self.columntypes[columnName]
if Formula.isFormula(cell) == True:
value = self.doFormula(cell)
return value
if not type(cell) is DictType:
if coltype == 'text' or coltype == 'Text':
value = cell
elif coltype == 'number':
value = str(cell)
else:
value = 'other'
if value == None:
value = ''
return value
def copyFormula(self, cellval, row, col, offset=1, dim='y'):
"""Copy a formula down or across, using the provided offset"""
import re
frmla = Formula.getFormula(cellval)
#print 'formula', frmla
newcells=[]
cells, ops = Formula.readExpression(frmla)
for c in cells:
print c
if type(c) is not ListType:
nc = c
else:
recname = c[0]
colname = c[1]
nc = list(self.getRecAtRow(recname, colname, offset, dim=dim))
newcells.append(nc)
newformula = Formula.doExpression(newcells, ops, getvalues=False)
return newformula
def copyFormula(self, cellval, row, col, offset=1, dim='y'):
"""Copy a formula down or across, using the provided offset"""
import re
frmla = Formula.getFormula(cellval)
#print 'formula', frmla
newcells = []
cells, ops = Formula.readExpression(frmla)
for c in cells:
print c
if type(c) is not ListType:
nc = c
else:
recname = c[0]
colname = c[1]
nc = list(self.getRecAtRow(recname, colname, offset, dim=dim))
newcells.append(nc)
newformula = Formula.doExpression(newcells, ops, getvalues=False)
return newformula
def getRecordAttributeAtColumn(self,
rowIndex=None,
columnIndex=None,
recName=None,
columnName=None):
"""Get the attribute of the record at the specified column index.
This determines what will be displayed in the cell"""
value = None # Holds the value we are going to return
if columnName != None and recName != None:
if not self.data[recName].has_key(columnName):
return ''
cell = self.data[recName][columnName]
else:
cell = self.getCellRecord(rowIndex, columnIndex)
columnName = self.getColumnName(columnIndex)
if cell == None:
return ''
# Set the value based on the data record field
coltype = self.columntypes[columnName]
if Formula.isFormula(
cell) == True: #change this to e.g. cell.isFormula() ?
value = self.doFormula(cell)
return value
#if not type(cell) is DictType:
if coltype == 'text' or coltype == 'Text':
value = cell
elif coltype == 'number':
value = str(cell)
elif coltype == 'File':
value = cell['text']
elif coltype == 'Table':
value = str(len(cell.keys())) + ' sheets'
elif coltype == 'Ekin':
value = self.ekin_show_length(cell)
else:
value = ''
if value == None:
value = ''
return value
def getRecordAttributeAtColumn(self,
rowIndex=None,
columnIndex=None,
recName=None,
columnName=None):
"""Get the attribute of the record at the specified column index.
This determines what will be displayed in the cell"""
value = None
if columnName is not None and recName is not None:
if columnName not in self.data[recName]:
return ''
cell = self.data[recName][columnName]
else:
cell = self.getCellRecord(rowIndex, columnIndex)
columnName = self.getColumnName(columnIndex)
if cell is None:
cell = ''
# Set the value based on the data record field
try:
coltype = self.columntypes[columnName]
except KeyError:
coltype = 'text'
if Formula.isFormula(cell):
value = self.doFormula(cell)
return value
# if not type(cell) == dict:
if not isinstance(cell, dict):
if coltype == 'text' or coltype == 'Text':
value = cell
elif coltype == 'number':
value = str(cell)
else:
value = 'other'
if value is None:
value = ''
return value
def handle_double_click(self, event):
"""Do double click stuff. Selected row/cols will already have
been set with single click binding"""
row = self.get_row_clicked(event)
col = self.get_col_clicked(event)
absrow = self.get_AbsoluteRow(row)
if col == None:
return
model = self.getModel()
cellvalue = model.getCellRecord(absrow, col)
coltype = model.getColumnType(col)
colname = model.getColumnName(col)
protein = model.getRecName(absrow)
def do_peatcommand(fieldtype):
functions = self.peatactions[fieldtype]
kys = functions.keys()
default = kys[0]
func = getattr(self.parentapp, functions[default])
if fieldtype == 'Ekintype':
ekinmode = self.ekin_actions[coltype]
func(protein=protein, field_name=colname, mode=ekinmode)
else:
func(protein=protein, field_name=colname)
return
if Formula.isFormula(cellvalue):
self.formula_Dialog(row, col, cellvalue)
elif coltype in self.model.ekintypes:
do_peatcommand('Ekintype')
elif coltype.lower() == 'text':
self.draw_cellentry(row, col)
elif self.peatactions.has_key(coltype):
do_peatcommand(coltype)
else:
raise Exception('Unknown field')
return
def doFormula(self, cellformula):
"""Evaluate the formula for a cell and return the result"""
value = Formula.doFormula(cellformula, self.data)
return value
def doFormula(self, cellformula):
"""Evaluate the formula for a cell and return the result"""
value = Formula.doFormula(cellformula, self.data)