def _write_series(self, subchart):
for i, series in enumerate(self.chart):
ser = SubElement(subchart, '{%s}ser' % CHART_NS)
SubElement(ser, '{%s}idx' % CHART_NS, {'val':safe_string(i)})
SubElement(ser, '{%s}order' % CHART_NS, {'val':safe_string(i)})
if series.title:
tx = SubElement(ser, '{%s}tx' % CHART_NS)
SubElement(tx, '{%s}v' % CHART_NS).text = series.title
if isinstance(self, LineChart):
marker = SubElement(ser, "{%s}marker" % CHART_NS)
SubElement(marker, "{%s}symbol" % CHART_NS, val=safe_string(series.marker))
if series.color:
sppr = SubElement(ser, '{%s}spPr' % CHART_NS)
self._write_series_color(sppr, series)
if series.error_bar:
self._write_error_bar(ser, series)
if series.labels:
self._write_series_labels(ser, series)
if series.xvalues:
self._write_series_xvalues(ser, series)
val = SubElement(ser, self.series_type)
self._write_serial(val, series.reference)
def __iter__(self):
for attr in self.__attrs__:
value = getattr(self, attr)
if value and attr != "outline":
yield attr, safe_string(value)
elif attr == "outline" and not value:
yield attr, safe_string(value)
def _write_series(self, subchart):
for i, serie in enumerate(self.chart):
ser = SubElement(subchart, '{%s}ser' % CHART_NS)
SubElement(ser, '{%s}idx' % CHART_NS, {'val':safe_string(i)})
SubElement(ser, '{%s}order' % CHART_NS, {'val':safe_string(i)})
if serie.title:
tx = SubElement(ser, '{%s}tx' % CHART_NS)
SubElement(tx, '{%s}v' % CHART_NS).text = serie.title
if serie.color:
sppr = SubElement(ser, '{%s}spPr' % CHART_NS)
self._write_series_color(sppr, serie)
if serie.error_bar:
self._write_error_bar(ser, serie)
if serie.labels:
self._write_series_labels(ser, serie)
if serie.xvalues:
self._write_series_xvalues(ser, serie)
val = SubElement(ser, self.series_type)
self._write_serial(val, serie.reference)
def _write_series(self, subchart):
"""write series"""
for i, serie in enumerate(self.chart):
ser = SubElement(subchart, '{%s}ser' % CHART_NS)
SubElement(ser, '{%s}idx' % CHART_NS, {'val': safe_string(i)})
SubElement(ser, '{%s}order' % CHART_NS, {'val': safe_string(i)})
if serie.title:
t_x = SubElement(ser, '{%s}t_x' % CHART_NS)
SubElement(t_x, '{%s}v' % CHART_NS).text = serie.title
if serie.color:
sppr = SubElement(ser, '{%s}spPr' % CHART_NS)
_write_series_color_node(sppr, serie)
d_pt = SubElement(ser, '{%s}dPt' % CHART_NS)
SubElement(d_pt, '{%s}idx' % CHART_NS, {'val': '1'})
SubElement(d_pt, '{%s}Bubble3D' % CHART_NS, {'val': '1'})
sppr = SubElement(d_pt, '{%s}spPr' % CHART_NS)
fillc = SubElement(sppr, '{%s}solidFill' % DRAWING_NS)
SubElement(fillc, '{%s}srgbClr' % DRAWING_NS,
{'val': 'FFFF00'})
if serie.error_bar:
_write_error_bar(ser, serie)
if serie.labels:
_write_series_labels(ser, serie)
if serie.xvalues:
_write_series_xvalues(ser, serie)
val = SubElement(ser, self.series_type)
_write_serial(val, serie.reference)
def _write_series(self, subchart):
"""write series"""
for i, serie in enumerate(self.chart):
ser = SubElement(subchart, '{%s}ser' % CHART_NS)
SubElement(ser, '{%s}idx' % CHART_NS, {'val': safe_string(i)})
SubElement(ser, '{%s}order' % CHART_NS, {'val': safe_string(i)})
if serie.title:
t_x = SubElement(ser, '{%s}t_x' % CHART_NS)
SubElement(t_x, '{%s}v' % CHART_NS).text = serie.title
if serie.color:
sppr = SubElement(ser, '{%s}spPr' % CHART_NS)
_write_series_color_node(sppr, serie)
d_pt = SubElement(ser, '{%s}dPt' % CHART_NS)
SubElement(d_pt, '{%s}idx' % CHART_NS, {'val': '1'})
SubElement(d_pt, '{%s}Bubble3D' % CHART_NS, {'val': '1'})
sppr = SubElement(d_pt, '{%s}spPr' % CHART_NS)
fillc = SubElement(sppr, '{%s}solidFill' % DRAWING_NS)
SubElement(fillc, '{%s}srgbClr' % DRAWING_NS, {'val': 'FFFF00'})
if serie.error_bar:
_write_error_bar(ser, serie)
if serie.labels:
_write_series_labels(ser, serie)
if serie.xvalues:
_write_series_xvalues(ser, serie)
val = SubElement(ser, self.series_type)
_write_serial(val, serie.reference)
def __iter__(self):
for attr in self.__attrs__:
value = getattr(self, attr)
if value and attr != "outline":
yield attr, safe_string(value)
elif attr == "outline" and not value:
yield attr, safe_string(value)
def _write_axis(self, plot_area, axis, label):
if self.chart.auto_axis:
self.chart.compute_axes()
ax = SubElement(plot_area, label)
SubElement(ax, "{%s}axId" % CHART_NS, {"val": safe_string(axis.id)})
scaling = SubElement(ax, "{%s}scaling" % CHART_NS)
SubElement(scaling, "{%s}orientation" % CHART_NS, {"val": axis.orientation})
if axis.delete_axis:
SubElement(scaling, "{%s}" % CHART_NS, {"val": "1"})
if axis.type == "valAx":
SubElement(scaling, "{%s}max" % CHART_NS, {"val": str(float(axis.max))})
SubElement(scaling, "{%s}min" % CHART_NS, {"val": str(float(axis.min))})
SubElement(ax, "{%s}axPos" % CHART_NS, {"val": axis.position})
if axis.type == "valAx":
SubElement(ax, "{%s}majorGridlines" % CHART_NS)
SubElement(ax, "{%s}numFmt" % CHART_NS, {"formatCode": "General", "sourceLinked": "1"})
self._write_axis_title(axis, ax)
SubElement(ax, "{%s}tickLblPos" % CHART_NS, {"val": axis.tick_label_position})
SubElement(ax, "{%s}crossAx" % CHART_NS, {"val": str(axis.cross)})
SubElement(ax, "{%s}crosses" % CHART_NS, {"val": axis.crosses})
if axis.auto:
SubElement(ax, "{%s}auto" % CHART_NS, {"val": "1"})
if axis.label_align:
SubElement(ax, "{%s}lblAlgn" % CHART_NS, {"val": axis.label_align})
if axis.label_offset:
SubElement(ax, "{%s}lblOffset" % CHART_NS, {"val": str(axis.label_offset)})
if axis.type == "valAx":
SubElement(ax, "{%s}crossBetween" % CHART_NS, {"val": axis.cross_between})
SubElement(ax, "{%s}majorUnit" % CHART_NS, {"val": safe_string(axis.unit)})
def _write_series(self, subchart):
"""write series"""
for i, serie in enumerate(self.chart):
ser = SubElement(subchart, '{%s}ser' % CHART_NS)
SubElement(ser, '{%s}idx' % CHART_NS, {'val': safe_string(i)})
SubElement(ser, '{%s}order' % CHART_NS, {'val': safe_string(i)})
if serie.title:
t_x = SubElement(ser, '{%s}tx' % CHART_NS)
SubElement(t_x, '{%s}v' % CHART_NS).text = serie.title
if serie.color:
sppr = SubElement(ser, '{%s}spPr' % CHART_NS)
_write_series_color_node(sppr, serie)
d_pt = SubElement(ser, '{%s}dPt' % CHART_NS)
SubElement(d_pt, '{%s}idx' % CHART_NS, {'val': '1'})
sppr = SubElement(d_pt, '{%s}spPr' % CHART_NS)
fillc = SubElement(sppr, '{%s}solidFill' % DRAWING_NS)
SubElement(fillc, '{%s}srgbClr' % DRAWING_NS,
{'val': 'FF0000'})
d_pt = SubElement(ser, '{%s}dPt' % CHART_NS)
SubElement(d_pt, '{%s}idx' % CHART_NS, {'val': '2'})
sppr = SubElement(d_pt, '{%s}spPr' % CHART_NS)
fillc = SubElement(sppr, '{%s}solidFill' % DRAWING_NS)
SubElement(fillc, '{%s}srgbClr' % DRAWING_NS,
{'val': '777777'})
d_lbls = SubElement(ser, '{%s}dLbls' % CHART_NS)
SubElement(d_lbls, '{%s}dLblPos' % DRAWING_NS,
{'val': 'outEnd'})
SubElement(d_lbls, '{%s}showLegendKey' % DRAWING_NS,
{'val': '1'})
SubElement(d_lbls, '{%s}showVal' % DRAWING_NS, {'val': '0'})
SubElement(d_lbls, '{%s}showCatName' % DRAWING_NS,
{'val': '0'})
SubElement(d_lbls, '{%s}showSerName' % DRAWING_NS,
{'val': '0'})
SubElement(d_lbls, '{%s}showPercent' % DRAWING_NS,
{'val': '1'})
SubElement(d_lbls, '{%s}showBubbleSize' % DRAWING_NS,
{'val': '0'})
SubElement(d_lbls, '{%s}showLeaderLines' % DRAWING_NS,
{'val': '0'})
if serie.error_bar:
_write_error_bar(ser, serie)
if serie.labels:
_write_series_labels(ser, serie)
if serie.xvalues:
_write_series_xvalues(ser, serie)
val = SubElement(ser, self.series_type)
_write_serial(val, serie.reference)
def _write_series(self, subchart):
"""write series"""
for i, serie in enumerate(self.chart):
ser = SubElement(subchart, '{%s}ser' % CHART_NS)
SubElement(ser, '{%s}idx' % CHART_NS, {'val': safe_string(i)})
SubElement(ser, '{%s}order' % CHART_NS, {'val': safe_string(i)})
if serie.title:
t_x = SubElement(ser, '{%s}tx' % CHART_NS)
SubElement(t_x, '{%s}v' % CHART_NS).text = serie.title
if serie.color:
sppr = SubElement(ser, '{%s}spPr' % CHART_NS)
_write_series_color_node(sppr, serie)
d_pt = SubElement(ser, '{%s}dPt' % CHART_NS)
SubElement(d_pt, '{%s}idx' % CHART_NS, {'val': '1'})
sppr = SubElement(d_pt, '{%s}spPr' % CHART_NS)
fillc = SubElement(sppr, '{%s}solidFill' % DRAWING_NS)
SubElement(fillc, '{%s}srgbClr' % DRAWING_NS, {'val': 'FF0000'})
d_pt = SubElement(ser, '{%s}dPt' % CHART_NS)
SubElement(d_pt, '{%s}idx' % CHART_NS, {'val': '2'})
sppr = SubElement(d_pt, '{%s}spPr' % CHART_NS)
fillc = SubElement(sppr, '{%s}solidFill' % DRAWING_NS)
SubElement(fillc, '{%s}srgbClr' % DRAWING_NS, {'val': '777777'})
d_lbls = SubElement(ser, '{%s}dLbls' % CHART_NS)
SubElement(d_lbls, '{%s}dLblPos' % DRAWING_NS,
{'val': 'outEnd'})
SubElement(d_lbls, '{%s}showLegendKey' %
DRAWING_NS, {'val': '1'})
SubElement(d_lbls, '{%s}showVal' % DRAWING_NS, {'val': '0'})
SubElement(d_lbls, '{%s}showCatName' % DRAWING_NS, {'val': '0'})
SubElement(d_lbls, '{%s}showSerName' % DRAWING_NS, {'val': '0'})
SubElement(d_lbls, '{%s}showPercent' % DRAWING_NS, {'val': '1'})
SubElement(d_lbls, '{%s}showBubbleSize' %
DRAWING_NS, {'val': '0'})
SubElement(d_lbls, '{%s}showLeaderLines' %
DRAWING_NS, {'val': '0'})
if serie.error_bar:
_write_error_bar(ser, serie)
if serie.labels:
_write_series_labels(ser, serie)
if serie.xvalues:
_write_series_xvalues(ser, serie)
val = SubElement(ser, self.series_type)
_write_serial(val, serie.reference)
def __iter__(self):
for attr in ('type', 'allowBlank', 'operator', 'sqref',
'showInputMessage', 'showErrorMessage', 'errorTitle',
'error', 'errorStyle', 'promptTitle', 'prompt'):
value = getattr(self, attr)
if value is not None:
yield attr, safe_string(value)
def __iter__(self):
for key in self.__fields__:
value = getattr(self, key, None)
if key in ('style', 's'):
value = self.style_id
if value:
yield key, safe_string(value)
def write_cell(worksheet, cell):
string_table = worksheet.parent.shared_strings
coordinate = cell.coordinate
attributes = {'r': coordinate}
if cell.has_style:
attributes['s'] = '%d' % cell._style
if cell.data_type != 'f':
attributes['t'] = cell.data_type
value = cell.internal_value
el = Element("c", attributes)
if value in ('', None):
return el
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(coordinate, {})
if shared_formula is not None:
if (shared_formula.get('t') == 'shared'
and 'ref' not in shared_formula):
value = None
formula = SubElement(el, 'f', shared_formula)
if value is not None:
formula.text= value[1:]
value = None
if cell.data_type == 's':
value = string_table.add(value)
cell_content = SubElement(el, 'v')
if value is not None:
cell_content.text = safe_string(value)
return el
def __iter__(self):
for key in self.__fields__:
value = getattr(self, key, None)
if key in ('style', 's'):
value = self.style_id
if value:
yield key, safe_string(value)
def _write_axis(self, plot_area, axis, label):
if self.chart.auto_axis:
self.chart.compute_axes()
ax = SubElement(plot_area, label)
SubElement(ax, '{%s}axId' % CHART_NS, {'val':safe_string(axis.id)})
scaling = SubElement(ax, '{%s}scaling' % CHART_NS)
SubElement(scaling, '{%s}orientation' % CHART_NS, {'val':axis.orientation})
if axis.delete_axis:
SubElement(scaling, '{%s}' % CHART_NS, {'val':'1'})
if axis.type == "valAx":
SubElement(scaling, '{%s}max' % CHART_NS, {'val':str(float(axis.max))})
SubElement(scaling, '{%s}min' % CHART_NS, {'val':str(float(axis.min))})
SubElement(ax, '{%s}axPos' % CHART_NS, {'val':axis.position})
if axis.type == "valAx":
SubElement(ax, '{%s}majorGridlines' % CHART_NS)
SubElement(ax, '{%s}numFmt' % CHART_NS, {'formatCode':"General", 'sourceLinked':'1'})
self._write_axis_title(axis, ax)
SubElement(ax, '{%s}tickLblPos' % CHART_NS, {'val':axis.tick_label_position})
SubElement(ax, '{%s}crossAx' % CHART_NS, {'val':str(axis.cross)})
SubElement(ax, '{%s}crosses' % CHART_NS, {'val':axis.crosses})
if axis.auto:
SubElement(ax, '{%s}auto' % CHART_NS, {'val':'1'})
if axis.label_align:
SubElement(ax, '{%s}lblAlgn' % CHART_NS, {'val':axis.label_align})
if axis.label_offset:
SubElement(ax, '{%s}lblOffset' % CHART_NS, {'val':str(axis.label_offset)})
if axis.type == "valAx":
SubElement(ax, '{%s}crossBetween' % CHART_NS, {'val':axis.cross_between})
SubElement(ax, '{%s}majorUnit' % CHART_NS, {'val':str(float(axis.unit))})
def _explicit_none(tagname, value, namespace=None):
"""
Override serialisation because explicit none required
"""
if namespace is not None:
tagname = "{%s}%s" % (namespace, tagname)
return Element(tagname, val=safe_string(value))
def write_cell(xf, worksheet, cell):
string_table = worksheet.parent.shared_strings
coordinate = cell.coordinate
attributes = {'r': coordinate}
if cell.has_style:
attributes['s'] = '%d' % cell._style
if cell.data_type != 'f':
attributes['t'] = cell.data_type
value = cell.internal_value
if value in ('', None):
with xf.element("c", attributes):
return
with xf.element('c', attributes):
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(coordinate, {})
if shared_formula is not None:
if (shared_formula.get('t') == 'shared'
and 'ref' not in shared_formula):
value = None
with xf.element('f', shared_formula):
if value is not None:
xf.write(value[1:])
value = None
if cell.data_type == 's':
value = string_table.add(value)
with xf.element("v"):
if value is not None:
xf.write(safe_string(value))
def write_cell(xf, worksheet, cell, styled=False):
coordinate = cell.coordinate
attributes = {'r': coordinate}
if styled:
attributes['s'] = '%d' % cell.style_id
if cell.data_type != 'f':
attributes['t'] = cell.data_type
value = cell._value
if value == '' or value is None:
with xf.element("c", attributes):
return
with xf.element('c', attributes):
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(coordinate, {})
with xf.element('f', shared_formula):
if value is not None:
xf.write(value[1:])
value = None
if cell.data_type == 's':
value = worksheet.parent.shared_strings.add(value)
with xf.element("v"):
if value is not None:
xf.write(safe_string(value))
def __iter__(self):
for attr in (
"orientation",
"paperSize",
"scale",
"fitToHeight",
"fitToWidth",
"firstPageNumber",
"useFirstPageNumber",
"paperHeight",
"paperWidth",
"pageOrder",
"usePrinterDefaults",
"blackAndWhite",
"draft",
"cellComments",
"errors",
"horizontalDpi",
"verticalDpi",
"copies",
"id",
):
value = getattr(self, attr)
if value is not None:
yield attr, safe_string(value)
def to_tree(self, tagname=None):
if tagname is None:
tagname = self.tagname
attrs = dict(self)
el = Element(tagname, attrs)
for n in self.__nested__:
value = getattr(self, n)
if isinstance(value, tuple):
if hasattr(el, 'extend'):
el.extend(self._serialise_nested(value))
else: # py26 nolxml
for _ in self._serialise_nested(value):
el.append(_)
elif value:
SubElement(el, n, val=safe_string(value))
for child in self.__elements__:
obj = getattr(self, child)
if isinstance(obj, tuple):
for v in obj:
if hasattr(v, 'to_tree'):
el.append(v.to_tree(tagname=child))
else:
SubElement(el, child).text = v
elif obj is not None:
el.append(obj.to_tree(tagname=child))
return el
def write_cell(xf, worksheet, cell, styled=False):
coordinate = cell.coordinate
attributes = {'r': coordinate}
if styled:
attributes['s'] = '%d' % cell.style_id
if cell.data_type != 'f':
attributes['t'] = cell.data_type
value = cell._value
if value == '' or value is None:
with xf.element("c", attributes):
return
with xf.element('c', attributes):
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(coordinate, {})
with xf.element('f', shared_formula):
if value is not None:
xf.write(value[1:])
value = None
if cell.data_type == 's':
value = worksheet.parent.shared_strings.add(value)
with xf.element("v"):
if value is not None:
xf.write(safe_string(value))
def __iter__(self):
for attr in self.__attrs__:
value = getattr(self, attr)
if attr.startswith("_"):
attr = attr[1:]
if attr != "attr_text" and value is not None:
yield attr, safe_string(value)
def lxml_write_cell(xf, worksheet, cell, styled=False):
value, attributes = _set_attributes(cell, styled)
if value == '' or value is None:
with xf.element("c", attributes):
return
with xf.element('c', attributes):
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(cell.coordinate, {})
with xf.element('f', shared_formula):
if value is not None:
xf.write(value[1:])
value = None
if cell.data_type == 's':
with xf.element("is"):
attrs = {}
if value != value.strip():
attrs["{%s}space" % XML_NS] = "preserve"
el = Element("t", attrs) # lxml can't handle xml-ns
el.text = value
xf.write(el)
#with xf.element("t", attrs):
#xf.write(value)
else:
with xf.element("v"):
if value is not None:
xf.write(safe_string(value))
def write_cell(doc, worksheet, cell, string_table):
coordinate = cell.coordinate
attributes = {'r': coordinate}
cell_style = worksheet._styles.get(coordinate)
if cell_style is not None:
attributes['s'] = '%d' % cell_style
if cell.data_type != cell.TYPE_FORMULA:
attributes['t'] = cell.data_type
value = cell.internal_value
if value in ('', None):
tag(doc, 'c', attributes)
else:
start_tag(doc, 'c', attributes)
if cell.data_type == cell.TYPE_STRING:
tag(doc, 'v', body='%s' % string_table.index(value))
elif cell.data_type == cell.TYPE_FORMULA:
shared_formula = worksheet.formula_attributes.get(coordinate)
if shared_formula is not None:
attr = shared_formula
if 't' in attr and attr['t'] == 'shared' and 'ref' not in attr:
# Don't write body for shared formula
tag(doc, 'f', attr=attr)
else:
tag(doc, 'f', attr=attr, body=value[1:])
else:
tag(doc, 'f', body=value[1:])
tag(doc, 'v')
elif cell.data_type in (cell.TYPE_NUMERIC, cell.TYPE_BOOL):
tag(doc, 'v', body=safe_string(value))
else:
tag(doc, 'v', body=value)
end_tag(doc, 'c')
def _write_serial(self, node, reference, literal=False):
is_ref = hasattr(reference, "pos1")
data_type = reference.data_type
number_format = getattr(reference, "number_format")
mapping = {"n": {"ref": "numRef", "cache": "numCache"}, "s": {"ref": "strRef", "cache": "strCache"}}
# data = None
if is_ref:
ref = SubElement(node, "{%s}%s" % (CHART_NS, mapping[data_type]["ref"]))
SubElement(ref, "{%s}f" % CHART_NS).text = str(reference)
data = SubElement(ref, "{%s}%s" % (CHART_NS, mapping[data_type]["cache"]))
values = reference.values
else:
data = SubElement(node, "{%s}numLit" % CHART_NS)
values = (1,)
if data_type == "n":
SubElement(data, "{%s}formatCode" % CHART_NS).text = number_format or "General"
# if data is not None:
SubElement(data, "{%s}ptCount" % CHART_NS, {"val": str(len(values))})
for j, val in enumerate(values):
if val is not None:
val = safe_string(val)
else:
val = ""
point = SubElement(data, "{%s}pt" % CHART_NS, idx="%d" % j)
SubElement(point, "{%s}v" % CHART_NS).text = val
def vba_code(self):
for attr in ("codeName", "enableFormatConditionsCalculation",
"filterMode", "published", "syncHorizontal", "syncRef",
"syncVertical", "transitionEvaluation", "transitionEntry"):
value = getattr(self.sheet_properties, attr)
if value is not None:
yield attr, safe_string(value)
def write_cell(doc, worksheet, cell):
string_table = worksheet.parent.shared_strings
coordinate = cell.coordinate
attributes = {'r': coordinate}
if cell.has_style:
attributes['s'] = '%d' % cell._style
if cell.data_type != cell.TYPE_FORMULA:
attributes['t'] = cell.data_type
value = cell.internal_value
if value in ('', None):
tag(doc, 'c', attributes)
else:
start_tag(doc, 'c', attributes)
if cell.data_type == cell.TYPE_STRING:
idx = string_table.add(value)
tag(doc, 'v', body='%s' % idx)
elif cell.data_type == cell.TYPE_FORMULA:
shared_formula = worksheet.formula_attributes.get(coordinate)
if shared_formula is not None:
attr = shared_formula
if 't' in attr and attr['t'] == 'shared' and 'ref' not in attr:
# Don't write body for shared formula
tag(doc, 'f', attr=attr)
else:
tag(doc, 'f', attr=attr, body=value[1:])
else:
tag(doc, 'f', body=value[1:])
tag(doc, 'v')
elif cell.data_type in (cell.TYPE_NUMERIC, cell.TYPE_BOOL):
tag(doc, 'v', body=safe_string(value))
else:
tag(doc, 'v', body=value)
end_tag(doc, 'c')
def write_cell(worksheet, cell, styled=None):
coordinate = cell.coordinate
attributes = {'r': coordinate}
if styled:
attributes['s'] = '%d' % cell.style_id
if cell.data_type != 'f':
attributes['t'] = cell.data_type
value = cell._value
el = Element("c", attributes)
if value is None or value == "":
return el
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(coordinate, {})
if (shared_formula.get('t') == 'shared'
and 'ref' not in shared_formula):
value = None
formula = SubElement(el, 'f', shared_formula)
if value is not None:
formula.text = value[1:]
value = None
if cell.data_type == 's':
value = worksheet.parent.shared_strings.add(value)
cell_content = SubElement(el, 'v')
if value is not None:
cell_content.text = safe_string(value)
return el
def __iter__(self):
for attr in ('type', 'allowBlank', 'operator', 'sqref',
'showInputMessage', 'showErrorMessage', 'errorTitle', 'error',
'promptTitle', 'prompt'):
value = getattr(self, attr)
if value is not None:
yield attr, safe_string(value)
def _marker_symbol(tagname, value, namespace=None):
"""
Override serialisation because explicit none required
"""
if namespace is not None:
tagname = "{%s}%s" % (namespace, tagname)
return Element(tagname, val=safe_string(value))
def etree_write_cell(xf, worksheet, cell, styled=None):
value, attributes = _set_attributes(cell, styled)
el = Element("c", attributes)
if value is None or value == "":
xf.write(el)
return
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(cell.coordinate, {})
formula = SubElement(el, 'f', shared_formula)
if value is not None:
formula.text = value[1:]
value = None
if cell.data_type == 's':
inline_string = SubElement(el, 'is')
text = SubElement(inline_string, 't')
text.text = value
whitespace(text)
else:
cell_content = SubElement(el, 'v')
if value is not None:
cell_content.text = safe_string(value)
xf.write(el)
def to_tree(self, tagname=None, value=None, namespace=None):
namespace = getattr(self, "namespace", namespace)
if value is not None:
if namespace is not None:
tagname = "{%s}%s" % (namespace, tagname)
value = safe_string(value)
return Element(tagname, {self.attribute: value})
def write_cell(worksheet, cell):
string_table = worksheet.parent.shared_strings
coordinate = cell.coordinate
attributes = {'r': coordinate}
if cell.has_style:
attributes['s'] = '%d' % cell._style
if cell.data_type != 'f':
attributes['t'] = cell.data_type
value = cell.internal_value
el = Element("c", attributes)
if value in ('', None):
return el
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(coordinate, {})
if shared_formula is not None:
if (shared_formula.get('t') == 'shared'
and 'ref' not in shared_formula):
value = None
formula = SubElement(el, 'f', shared_formula)
if value is not None:
formula.text= value[1:]
value = None
if cell.data_type == 's':
value = string_table.add(value)
cell_content = SubElement(el, 'v')
if value is not None:
cell_content.text = safe_string(value)
return el
def write_cell(xf, worksheet, cell, string_table):
coordinate = cell.coordinate
attributes = {'r': coordinate}
cell_style = worksheet._styles.get(coordinate)
if cell_style is not None:
attributes['s'] = '%d' % cell_style
if cell.data_type != 'f':
attributes['t'] = cell.data_type
value = cell.internal_value
if value in ('', None):
with xf.element("c", attributes):
return
with xf.element('c', attributes):
if cell.data_type == 'f':
shared_formula = worksheet.formula_attributes.get(coordinate, {})
if shared_formula is not None:
if (shared_formula.get('t') == 'shared'
and 'ref' not in shared_formula):
value = None
with xf.element('f', shared_formula):
if value is not None:
xf.write(value[1:])
value = None
if cell.data_type == 's':
value = string_table.index(value)
with xf.element("v") as v:
if value is not None:
xf.write(safe_string(value))
def __iter__(self):
for attr in self.__attrs__:
value = getattr(self, attr)
if attr.startswith("_"):
attr = attr[1:]
if attr != "attr_text" and value is not None:
yield attr, safe_string(value)
def vba_code(self):
for attr in ("codeName", "enableFormatConditionsCalculation",
"filterMode", "published", "syncHorizontal", "syncRef",
"syncVertical", "transitionEvaluation", "transitionEntry"):
value = getattr(self.sheet_properties, attr)
if value is not None:
yield attr, safe_string(value)
def to_tree(self, tagname=None, value=None, namespace=None):
namespace = getattr(self, "namespace", namespace)
if value is not None:
if namespace is not None:
tagname = "{%s}%s" % (namespace, tagname)
value = safe_string(value)
return Element(tagname, {self.attribute:value})
def _write_print_settings(self):
settings = SubElement(self.root, '{%s}printSettings' % CHART_NS)
SubElement(settings, '{%s}headerFooter' % CHART_NS)
margins = dict([(k, safe_string(v)) for (k, v) in iteritems(self.chart.print_margins)])
SubElement(settings, '{%s}pageMargins' % CHART_NS, margins)
SubElement(settings, '{%s}pageSetup' % CHART_NS)
def _write_serial(self, node, reference, literal=False):
is_ref = hasattr(reference, 'pos1')
data_type = reference.data_type
number_format = getattr(reference, 'number_format')
mapping = {'n':{'ref':'numRef', 'cache':'numCache'},
's':{'ref':'strRef', 'cache':'strCache'}}
if is_ref:
ref = SubElement(node, '{%s}%s' %(CHART_NS, mapping[data_type]['ref']))
SubElement(ref, '{%s}f' % CHART_NS).text = str(reference)
data = SubElement(ref, '{%s}%s' %(CHART_NS, mapping[data_type]['cache']))
values = reference.values
else:
data = SubElement(node, '{%s}numLit' % CHART_NS)
values = (1,)
if data_type == 'n':
SubElement(data, '{%s}formatCode' % CHART_NS).text = number_format or 'General'
SubElement(data, '{%s}ptCount' % CHART_NS, {'val':str(len(values))})
for j, val in enumerate(values):
point = SubElement(data, '{%s}pt' % CHART_NS, {'idx':str(j)})
val = safe_string(val)
SubElement(point, '{%s}v' % CHART_NS).text = val
def __iter__(self):
"""
Dictionary interface for easier serialising.
All values converted to strings
"""
for key in self.__fields__:
value = getattr(self, key)
yield key, safe_string(value)
def __iter__(self):
for key in self.__fields__[1:]:
if key == 'style':
value = getattr(self, '_style')
else:
value = getattr(self, key)
if value:
yield key, safe_string(value)
def to_tree(self, tagname=None, value=None, namespace=None):
namespace = getattr(self, "namespace", namespace)
if value is not None:
if namespace is not None:
tagname = "{%s}%s" % (namespace, tagname)
el = Element(tagname)
el.text = safe_string(value)
return el
def __iter__(self):
for attr in self.__attrs__:
value = getattr(self, attr)
if attr == 'showGridLines' and value:
continue
if value is not None:
yield attr, safe_string(value)
def __iter__(self):
"""
Unset outline defaults to True, others default to False
"""
for key in ('diagonalUp', 'diagonalDown', 'outline'):
value = getattr(self, key)
if (key == "outline" and not value or key != "outline" and value):
yield key, safe_string(value)
def to_tree(self, tagname=None, value=None, namespace=None):
namespace = getattr(self, "namespace", namespace)
if value is not None:
if namespace is not None:
tagname = "{%s}%s" % (namespace, tagname)
el = Element(tagname)
el.text = safe_string(value)
return el
def __iter__(self):
for attr in self.__attrs__:
value = getattr(self, attr)
if attr == 'showGridLines' and value:
continue
if value is not None:
yield attr, safe_string(value)
def __iter__(self):
for key in self.__fields__:
if key == "style":
value = self.style_id
else:
value = getattr(self, key)
if value:
yield key, safe_string(value)
def __iter__(self):
for key in self.__fields__[1:]:
if key == 'style':
value = getattr(self, '_style')
else:
value = getattr(self, key)
if value:
yield key, safe_string(value)
def __iter__(self):
for key in self.__attrs__:
if key == "attr_text":
continue
v = getattr(self, key)
if v is not None:
if v in RESERVED:
v = "_xlnm." + v
yield key, safe_string(v)
def __iter__(self):
for key in ('sheet', 'objects', 'scenarios', 'formatCells',
'formatRows', 'formatColumns', 'insertColumns', 'insertRows',
'insertHyperlinks', 'deleteColumns', 'deleteRows',
'selectLockedCells', 'selectUnlockedCells', 'sort', 'autoFilter',
'pivotTables', 'password', 'algorithmName', 'saltValue', 'spinCount'):
value = getattr(self, key)
if value is not None:
yield key, safe_string(value)
def __iter__(self):
for key in self.__attrs__:
if key == "attr_text":
continue
v = getattr(self, key)
if v is not None:
if v in RESERVED:
v = "_xlnm." + v
yield key, safe_string(v)
def to_tree(self, tagname=None):
parent = Element("fill")
el = Element(self.tagname, patternType=safe_string(self.patternType))
for c in self.__elements__:
value = getattr(self, c)
if value != Color():
el.append(value.to_tree(c))
parent.append(el)
return parent
def __iter__(self):
for key in ('sheet', 'objects', 'scenarios', 'formatCells',
'formatRows', 'formatColumns', 'insertColumns', 'insertRows',
'insertHyperlinks', 'deleteColumns', 'deleteRows',
'selectLockedCells', 'selectUnlockedCells', 'sort', 'autoFilter',
'pivotTables', 'password', 'algorithmName', 'saltValue', 'spinCount'):
value = getattr(self, key)
if value is not None:
yield key, safe_string(value)
