def add_ObjectN(N, metainf_manifest_xml_obj):
"""Add Object manifest:file-entry object to manifest.xml in META-INF of ods file"""
NS = metainf_manifest_xml_obj.NS
M = metainf_manifest_xml_obj.getroot() # just to reduce line lengths
# put subdirectory object into manifest
obj_name = 'Object %i' % N
attribD = {
NS('manifest:full-path'): obj_name + '/',
NS('manifest:media-type'): "application/vnd.oasis.opendocument.chart"
}
mfe = ET.Element(NS('manifest:file-entry'), attrib=attribD)
M.insert(N, mfe) # place in order
# put xml files into subdirectory
attribD = {
NS('manifest:full-path'): obj_name + '/content.xml',
NS('manifest:media-type'): "text/xml"
}
mfe = ET.Element(NS('manifest:file-entry'), attrib=attribD)
M.insert(N * 3, mfe) # place in order
attribD = {
NS('manifest:full-path'): obj_name + '/styles.xml',
NS('manifest:media-type'): "text/xml"
}
mfe = ET.Element(NS('manifest:file-entry'), attrib=attribD)
M.insert(N * 3, mfe) # place in order
def new_elem(self, name, attribOD=None):
"""
Create a new Element object.
name format can be 'table:table' OR '{urn:oasis:names:tc:opendocument:xmlns:table:1.0}table'
(i.e. can be path format OR tab format)
attribOD is an OrderedDict in order to preserve attribute order.
"""
tag = self.NS(name)
#print( 'tag =',tag )
if attribOD:
OD = self.NS_attrib(attribOD)
my_new_elem = ET.Element(tag, attrib=OD)
else:
my_new_elem = ET.Element(tag)
sL = my_new_elem.tag.split('}')
if len(sL) == 2:
name = sL[1]
uri = sL[0][1:]
self.qnameOD[my_new_elem.tag] = '%s:%s' % (self.nsOD[uri], name)
for qname, v in list(my_new_elem.attrib.items()):
sL = qname.split('}')
if len(sL) == 2:
name = sL[1]
uri = sL[0][1:]
self.qnameOD[qname] = '%s:%s' % (self.nsOD[uri], name)
return my_new_elem
def __init__(self,
plot_sheetname,
num_chart,
parent_obj,
excel_colors=True):
"""Inits SpreadSheet with filename and blank content.
NS: cleans up the namespace callouts of the xml Element
Attributes::
plot_sheetname: name of data sheet
"""
self.i_color = 0 # index into color chart for next curve
self.i_prim_color = 0 # index into colorL
self.i_sec_color = 0 # index into color2L
self.i_symbol_type = 0 # index into SYMBOL_TYPE_LIST
if excel_colors:
self.color_list = EXCEL_COLOR_LIST
else:
self.color_list = BIG_COLOR_HEXSTR_LIST
NS = parent_obj.NS
# Start building new xml Element to be new Sheet in spreadsheet
attribD = {NS('table:name'): plot_sheetname}
newsheet = ET.Element(NS('table:table'), attrib=attribD)
table_shapes = ET.Element(NS('table:shapes'))
#print( 'table_shapes.text =',table_shapes.text )
def NS_attrib(attD):
D = {}
for key, val in list(attD.items()):
D[NS(key)] = val
return D
attribD = NS_attrib({
'draw:z-index': "1",
'draw:id': "id0",
'draw:style-name': "a0",
'draw:name': "Chart 1",
'svg:x': "0in",
'svg:y': "0in",
'svg:width': "9.47551in",
'svg:height': "6.88048in",
'style:rel-width': "scale",
'style:rel-height': "scale"
})
draw_frame = ET.Element(NS('draw:frame'), attrib=attribD)
attribD = NS_attrib({
'xlink:href': "Object %i/" % num_chart,
'xlink:type': "simple",
'xlink:show': "embed",
'xlink:actuate': "onLoad"
})
draw_obj = ET.Element(NS('draw:object'), attrib=attribD)
svg_title = ET.Element(NS('svg:title'))
svg_desc = ET.Element(NS('svg:desc'))
draw_frame.append(draw_obj)
draw_frame.append(svg_title)
draw_frame.append(svg_desc)
table_shapes.append(draw_frame)
tab_col = ET.Element(
NS('table:table-column'),
attrib={NS('table:number-columns-repeated'): "16384"})
tab_row = ET.Element(
NS('table:table-row'),
attrib={NS('table:number-rows-repeated'): "1048576"})
tab_cell = ET.Element(
NS('table:table-cell'),
attrib={NS('table:number-columns-repeated'): "16384"})
tab_row.append(tab_cell)
newsheet.append(table_shapes)
newsheet.append(tab_col)
newsheet.append(tab_row)
# make sure any added Element objects are in nsOD, rev_nsOD and qnameOD of parent_obj
def add_tag(tag):
sL = tag.split('}')
uri = sL[0][1:]
name = sL[1]
parent_obj.qnameOD[tag] = parent_obj.nsOD[uri] + ':' + name
def add_tags(obj):
if hasattr(obj, 'tag'):
add_tag(obj.tag)
if hasattr(obj, 'attrib'):
for q, v in list(obj.attrib.items()):
add_tag(q)
for parent in newsheet.iter():
add_tags(parent)
for child in parent.getchildren():
add_tags(child)
self.xmlSheetObj = newsheet
self.plot_sheetname = ''
self.data_sheetname = ''
self.title = ''
self.xlabel = ''
self.ylabel = ''
self.y2label = ''
self.ycolL = None
self.ycol2L = None
self.logx = False
self.logy = False
self.log2y = False
self.xcolL = []
self.ycolDataSheetNameL = []
self.xcol2L = []
self.ycol2_DataSheetNameL = []
self.showMarkerL = None
self.showMarker2L = None
self.markerTypeL = None
self.markerType2L = None
self.showLineL = None
self.showLine2L = None
self.lineThkL = None
self.lineThk2L = None
self.lineStyleL = None
self.lineStyle2L = None
self.set_of_line_styles = set()
self.markerHtWdL = None
self.markerHtWd2L = None
self.showUnits = True
self.colorL = None
self.color2L = None
self.labelL = None
self.label2L = None
def __init__(self, data_sheetname, list_of_rows, parent_obj):
"""Inits SpreadSheet with filename and blank content.
NS: cleans up the namespace callouts of the xml Element
Attributes::
data_sheetname: name of data sheet
nrows: number of rows including label and units rows
ncols: max number of cols
labelL: list of labels
unitsL: list of units
"""
NS = parent_obj.NS
self.data_sheetname = data_sheetname
self.list_of_rows = list_of_rows
# calc number of rows and columns in data
self.nrows = len(list_of_rows)
self.ncols = 0
for row in list_of_rows:
self.ncols = max(self.ncols, len(row))
# make sure that row1 and row2 contain labels and units
self.labelL = []
self.unitsL = []
for n in range(self.ncols):
try:
s = str(list_of_rows[0][n]).strip()
except:
s = 'Column %i' % (n + 1, )
self.labelL.append(s)
try:
s = str(list_of_rows[1][n]).strip()
except:
s = ''
self.unitsL.append(s)
# Start building new xml Element to be new Sheet in spreadsheet
#print( nsmap )
attribD = {
NS('table:name'): data_sheetname,
NS('table:style-name'): "ta1"
}
newsheet = ET.Element(NS('table:table'), attrib=attribD)
colD = {
NS('table:style-name'): "co1",
NS('table:number-columns-repeated'): "16384",
NS('table:default-cell-style-name'): "ce1"
}
col_elm = ET.Element(NS('table:table-column'), attrib=colD)
newsheet.append(col_elm)
str_cellD = {
NS('office:value-type'): "string",
NS('table:style-name'): "ce1"
}
float_cellD = {
NS('office:value-type'): "float",
NS('table:style-name'): "ce1"
}
row_rep = 1048576 # max number of rows
for row in list_of_rows:
row_obj = ET.Element(NS('table:table-row'),
attrib={NS('table:style-name'): "ro1"})
col_rep = 16384 # max number of columns
for value in row:
try:
fval = float(value)
float_cellD[NS('office:value')] = str(fval)
D = float_cellD
text_p = "%g" % fval
except:
D = str_cellD
text_p = "%s" % value
cell_obj = ET.Element(NS('table:table-cell'), attrib=D)
text_obj = ET.Element(NS('text:p'))
text_obj.text = text_p
cell_obj.append(text_obj)
row_obj.append(cell_obj)
col_rep -= 1 # decrement max available columns remaining
last_cell_obj = ET.Element(
NS('table:table-cell'),
attrib={NS('table:number-columns-repeated'): "%i" % col_rep})
row_obj.append(last_cell_obj)
newsheet.append(row_obj)
row_rep -= 1 # decrement max remaining number of rows
last_row_obj = ET.Element(NS('table:table-row'),
attrib={
NS('table:style-name'):
"ro1",
NS('table:number-rows-repeated'):
"%i" % row_rep
})
last_row_obj.append(
ET.Element(NS('table:table-cell'),
attrib={NS('table:number-columns-repeated'): "16384"}))
newsheet.append(last_row_obj)
# make sure any added Element objects are in nsOD, rev_nsOD and qnameOD of parent_obj
# make sure any added Element objects are in nsOD, rev_nsOD and qnameOD of parent_obj
def add_tag(tag):
sL = tag.split('}')
uri = sL[0][1:]
name = sL[1]
parent_obj.qnameOD[tag] = parent_obj.nsOD[uri] + ':' + name
def add_tags(obj):
if hasattr(obj, 'tag'):
add_tag(obj.tag)
if hasattr(obj, 'attrib'):
for q, v in list(obj.attrib.items()):
add_tag(q)
for parent in newsheet.iter():
add_tags(parent)
for child in parent.getchildren():
add_tags(child)
self.xmlSheetObj = newsheet
