def mainLoop(self):
"""TODO"""
self.copies = []
self.lastPage = False
self.defineStandardStyles()
self.defineCustomStyles()
self.doc_height = self.copyHeight(
) #- self.page_header_height - self.page_footer_height
self.grid_height = self.doc_height - self.calcDocHeaderHeight(
) - self.calcDocFooterHeight()
self.grid_body_height = float(self.grid_height or 0) - float(
self.grid_header_height or 0) - float(self.grid_footer_height or 0)
for copy in range(self.copies_per_page):
self.copies.append(
dict(grid_body_used=self.grid_height, currPage=-1))
lines = self.getData(self.rows_path)
if not lines and hasattr(self, 'empty_row'):
lines = Bag()
lines.setItem('empty', Bag(self.empty_row), **self.empty_row)
if lines:
if isinstance(lines, Bag):
nodes = lines.getNodes()
elif hasattr(lines, 'next'):
nodes = list(lines)
else:
nodes = lines
lastNode = nodes[-1]
if hasattr(self, 'thermo_wrapper') and self.thermo_kwargs:
nodes = self.thermo_wrapper(nodes, **self.thermo_kwargs)
for rowDataNode in nodes:
self.isLastRow = rowDataNode is lastNode
self.currRowDataNode = rowDataNode
for copy in range(self.copies_per_page):
self.onNewRow()
self.copy = copy
rowheight = self.calcRowHeight()
availableSpace = self.grid_height - self.copyValue('grid_body_used') -\
self.calcGridHeaderHeight() - self.calcGridFooterHeight()
if rowheight > availableSpace:
self._newPage()
if not self.rowData:
continue
row = self.copyValue('body_grid').row(height=rowheight)
self.copies[self.copy]['grid_body_used'] = self.copyValue(
'grid_body_used') + rowheight
self.currColumn = 0
self.currRow = row
self.prepareRow(row)
for copy in range(self.copies_per_page):
self.copy = copy
self._closePage(True)
def mainLoop(self):
"""TODO"""
self.copies = []
self.lastPage = False
self.defineStandardStyles()
self.defineCustomStyles()
self.doc_height = self.copyHeight() #- self.page_header_height - self.page_footer_height
self.grid_height = self.doc_height - self.calcDocHeaderHeight() - self.calcDocFooterHeight()
self.grid_body_height = float(self.grid_height or 0) - float(self.grid_header_height or 0) - float(self.grid_footer_height or 0)
for copy in range(self.copies_per_page):
self.copies.append(dict(grid_body_used=self.grid_height, currPage=-1))
lines = self.getData(self.rows_path)
if not lines and hasattr(self,'empty_row'):
lines = Bag()
lines.setItem('empty',Bag(self.empty_row),**self.empty_row)
if lines:
if isinstance(lines, Bag):
nodes = lines.getNodes()
elif hasattr(lines, 'next'):
nodes = list(lines)
else:
nodes = lines
lastNode = nodes[-1]
if hasattr(self, 'thermo_wrapper') and self.thermo_kwargs:
nodes = self.thermo_wrapper(nodes, **self.thermo_kwargs)
for rowDataNode in nodes:
self.isLastRow = rowDataNode is lastNode
self.currRowDataNode = rowDataNode
for copy in range(self.copies_per_page):
self.onNewRow()
self.copy = copy
rowheight = self.calcRowHeight()
availableSpace = self.grid_height - self.copyValue('grid_body_used') -\
self.calcGridHeaderHeight() - self.calcGridFooterHeight()
if rowheight > availableSpace:
self._newPage()
if not self.rowData:
continue
row = self.copyValue('body_grid').row(height=rowheight)
self.copies[self.copy]['grid_body_used'] = self.copyValue('grid_body_used') + rowheight
self.currColumn = 0
self.currRow = row
self.prepareRow(row)
for copy in range(self.copies_per_page):
self.copy = copy
self._closePage(True)
