def to_xml(filename, data):
target = open(filename, 'w+')
target.write(utility.get_xml_header() + utility.get_newline())
target.write("<Goods>" + utility.get_newline())
for good_record in data:
target.write( utility.tabs(1) + utility.create_starting_xml_tag("Good") + utility.get_newline() )
write_record(target, good_record, 2)
target.write( utility.tabs(1) + utility.create_closing_xml_tag("Good") + utility.get_newline() )
target.write("</Goods>" + utility.get_newline())
target.close()
return
def to_xml(filename, data):
target = open(filename, 'w+')
target.write(utility.get_xml_header() + utility.get_newline())
target.write("<Countries>" + utility.get_newline())
for country_record in data:
target.write( utility.tabs(1) + utility.create_starting_xml_tag("Country") + utility.get_newline())
write_record(target, country_record, 2)
target.write( utility.tabs(1) + utility.create_closing_xml_tag("Country") + utility.get_newline() )
target.write("</Countries>" + utility.get_newline())
target.close()
return
def to_xml(filename, mlist):
target = open(filename, 'w+')
target.write(utility.get_xml_header() + utility.get_newline())
target.write("<Country_Master_Data>" + utility.get_newline())
for country_record in mlist:
target.write(utility.tabs(1) + "<Country>" + utility.get_newline())
write_front(target, country_record, 2)
write_rest(target, country_record, 2)
target.write(utility.tabs(1) + "</Country>" + utility.get_newline())
target.write("</Country_Master_Data>" + utility.get_newline())
target.close()
return
def to_xml(filename, mlist):
target = open(filename, 'w+')
target.write(utility.get_xml_header()+""+utility.get_newline())
target.write("<Country_Statistics>"+utility.get_newline())
for country_record in mlist:
target.write(utility.tabs(1)+"<Country>"+utility.get_newline())
write_record(target, country_record)
write_data(target, country_record, 2)
target.write(utility.tabs(1)+"</Country>"+utility.get_newline())
target.write("</Country_Statistics>"+utility.get_newline())
target.close()
return
def to_xml(filename, mlist):
target = open(filename, 'w+')
target.write(utility.get_xml_header() + "" + utility.get_newline())
target.write("<Country_Statistics>" + utility.get_newline())
for country_record in mlist:
target.write(utility.tabs(1) + "<Country>" + utility.get_newline())
write_record(target, country_record)
write_data(target, country_record, 2)
target.write(utility.tabs(1) + "</Country>" + utility.get_newline())
target.write("</Country_Statistics>" + utility.get_newline())
target.close()
return
def to_xml(filename, data):
target = open(filename, 'w+')
target.write(utility.get_xml_header() + utility.get_newline())
target.write("<Countries>" + utility.get_newline())
for country_record in data:
target.write(
utility.tabs(1) + utility.create_starting_xml_tag("Country") +
utility.get_newline())
write_record(target, country_record, 2)
target.write(
utility.tabs(1) + utility.create_closing_xml_tag("Country") +
utility.get_newline())
target.write("</Countries>" + utility.get_newline())
target.close()
return
def to_xml(filename, data):
target = open(filename, 'w+')
target.write(utility.get_xml_header() + utility.get_newline())
target.write("<Goods>" + utility.get_newline())
for good_record in data:
target.write(
utility.tabs(1) + utility.create_starting_xml_tag("Good") +
utility.get_newline())
write_record(target, good_record, 2)
target.write(
utility.tabs(1) + utility.create_closing_xml_tag("Good") +
utility.get_newline())
target.write("</Goods>" + utility.get_newline())
target.close()
return
def write_record(target, md):
target.write(utility.tabs(2) + "<Country_Name>")
target.write(special_chars.xml_safe(md['Country_Name'], sp_chars))
target.write("</Country_Name>" + utility.get_newline())
target.write(utility.tabs(2) + "<Country_ISO2>")
target.write(str(md['Country_ISO2']))
target.write("</Country_ISO2>" + utility.get_newline())
target.write(utility.tabs(2) + "<Country_ISO3>")
target.write(str(md['Country_ISO3']))
target.write("</Country_ISO3>" + utility.get_newline())
target.write(utility.tabs(2) + "<Country_Region>")
target.write(special_chars.xml_safe(str(md['Country_Region']), sp_chars))
target.write("</Country_Region>" + utility.get_newline())
return
def write_record(target, md):
target.write(utility.tabs(2)+"<Country_Name>")
target.write(special_chars.xml_safe(md['Country_Name'],sp_chars))
target.write("</Country_Name>"+utility.get_newline())
target.write(utility.tabs(2)+"<Country_ISO2>")
target.write(str(md['Country_ISO2']))
target.write("</Country_ISO2>"+utility.get_newline())
target.write(utility.tabs(2)+"<Country_ISO3>")
target.write(str(md['Country_ISO3']))
target.write("</Country_ISO3>"+utility.get_newline())
target.write(utility.tabs(2)+"<Country_Region>")
target.write(special_chars.xml_safe(str(md['Country_Region']),sp_chars))
target.write("</Country_Region>"+utility.get_newline())
return
def write_rest(target, country_record, count):
mkeys = country_record.keys()
for n in range(5, len(mkeys)):
currentkey = mkeys[n]
opentext = utility.tabs(count) + "<" + currentkey + ">"
valuetext = special_chars.xml_safe(str(country_record[currentkey]),
sp_chars)
closetext = "</" + currentkey + ">" + utility.get_newline()
target.write(opentext + valuetext + closetext)
return
def write_front(target, country_record, count):
target.write(
utility.tabs(count) + "<Country_Name>" +
special_chars.xml_safe(country_record["Country_Name"], sp_chars) +
"</Country_Name>" + utility.get_newline())
target.write(
utility.tabs(count) + "<Country_ISO2>" +
country_record["Country_ISO2"] + "</Country_ISO2>" +
utility.get_newline())
target.write(
utility.tabs(count) + "<Country_ISO3>" +
country_record["Country_ISO3"] + "</Country_ISO3>" +
utility.get_newline())
target.write(
utility.tabs(count) + "<Country_Region>" +
special_chars.xml_safe(country_record["Country_Region"], sp_chars) +
"</Country_Region>" + utility.get_newline())
target.write(
utility.tabs(count) + "<Assessment>" + country_record["Assessment"] +
"</Assessment>" + utility.get_newline())
return
def write_record(target, cr, count):
ckeys = cr.keys()
for n in range(0, len(cr)):
kv = cr[ckeys[n]]
if (type(kv) == list):
target.write(
utility.tabs(count) +
utility.create_starting_xml_tag(ckeys[n]) +
utility.get_newline())
count += 1
for l in kv:
this_key_group = (ckeys[n])[:(len(ckeys[n]) - 1)]
if len(kv) > 0:
this_key_group = this_key_group.replace("ie", "y")
#print this_key_group
target.write(
utility.tabs(count) +
utility.create_starting_xml_tag(this_key_group) +
utility.get_newline())
write_record(target, l, count + 1)
if len(kv) > 0:
target.write(
utility.tabs(count) +
utility.create_closing_xml_tag(this_key_group) +
utility.get_newline())
target.write(
utility.tabs(count - 1) +
utility.create_closing_xml_tag(ckeys[n]) +
utility.get_newline())
else:
keyname = utility.to_str(ckeys[n])
start = utility.create_starting_xml_tag(keyname)
val = special_chars.xml_safe(utility.to_str(cr[keyname]), sp_chars)
end = utility.create_closing_xml_tag(keyname)
target.write(
utility.tabs(count) + start + val + end +
utility.get_newline())
return
def write_record(target, cr, count):
ckeys = cr.keys()
for n in range(0, len(cr)):
kv = cr[ckeys[n]]
if (type(kv) == list):
target.write( utility.tabs(count) + utility.create_starting_xml_tag(ckeys[n]) + utility.get_newline() )
count += 1
for l in kv:
this_key_group = (ckeys[n])[:(len(ckeys[n])-1)]
if len(kv) > 0:
this_key_group = this_key_group.replace("ie", "y")
#print this_key_group
target.write( utility.tabs(count) + utility.create_starting_xml_tag(this_key_group) + utility.get_newline())
write_record(target, l, count+1)
if len(kv) > 0:
target.write( utility.tabs(count) + utility.create_closing_xml_tag(this_key_group) + utility.get_newline())
target.write( utility.tabs(count-1) + utility.create_closing_xml_tag(ckeys[n]) + utility.get_newline() )
else:
keyname = utility.to_str(ckeys[n])
start = utility.create_starting_xml_tag(keyname)
val = special_chars.xml_safe(utility.to_str(cr[keyname]), sp_chars)
end = utility.create_closing_xml_tag(keyname)
target.write( utility.tabs(count) + start + val + end + utility.get_newline() )
return
def write_record(target, cr, count):
ckeys = cr.keys()
for n in range(0, len(cr)):
kv = cr[ckeys[n]]
if (type(kv) == list):
target.write(
utility.tabs(count) +
utility.create_starting_xml_tag(ckeys[n]) +
utility.get_newline())
if (ckeys[n] != "Goods") and (ckeys[n] != "Suggested_Actions"):
for l in kv:
write_record(target, l, count + 1)
if (ckeys[n] == "Goods"):
for good in cr[ckeys[n]]:
target.write(
utility.tabs(count + 1) + "<Good>" +
utility.get_newline())
target.write(
utility.tabs(count + 2) +
utility.create_starting_xml_tag("Good_Name"))
target.write(good["Good_Name"])
target.write(
utility.create_closing_xml_tag("Good_Name") +
utility.get_newline())
target.write(
utility.tabs(count + 2) +
utility.create_starting_xml_tag("Child_Labor"))
target.write(good["Child_Labor"])
target.write(
utility.create_closing_xml_tag("Child_Labor") +
utility.get_newline())
target.write(
utility.tabs(count + 2) +
utility.create_starting_xml_tag("Forced_Labor"))
target.write(good["Forced_Labor"])
target.write(
utility.create_closing_xml_tag("Forced_Labor") +
utility.get_newline())
target.write(
utility.tabs(count + 2) +
utility.create_starting_xml_tag("Forced_Child_Labor"))
target.write(good["Forced_Child_Labor"])
target.write(
utility.create_closing_xml_tag("Forced_Child_Labor") +
utility.get_newline())
target.write(
utility.tabs(count + 1) + "</Good>" +
utility.get_newline())
if (ckeys[n] == "Suggested_Actions"):
sga = cr[ckeys[n]]
for action in sga:
stripped = unicode(utility.unicode_to_str(action['Area']),
'ascii', 'ignore')
xmltag = sanitize(utility.unicode_to_str(stripped))
target.write(
utility.tabs(count + 1) +
utility.create_starting_xml_tag(xmltag) +
utility.get_newline())
for act in action['Actions']:
target.write(
utility.tabs(count + 2) +
utility.create_starting_xml_tag("Action") +
utility.get_newline())
aname = special_chars.xml_safe(
utility.unicode_to_str(act['Name']), sp_chars)
ayears = special_chars.xml_safe(
utility.unicode_to_str(act['Years']), sp_chars)
target.write(
utility.tabs(count + 3) +
utility.create_starting_xml_tag("Name") + aname +
utility.create_closing_xml_tag("Name") +
utility.get_newline())
target.write(
utility.tabs(count + 3) +
utility.create_starting_xml_tag("Years") + ayears +
utility.create_closing_xml_tag("Years") +
utility.get_newline())
target.write(
utility.tabs(count + 2) +
utility.create_closing_xml_tag("Action") +
utility.get_newline())
target.write(
utility.tabs(count + 1) +
utility.create_closing_xml_tag(xmltag) +
utility.get_newline())
target.write(
utility.tabs(count) +
utility.create_closing_xml_tag(ckeys[n]) +
utility.get_newline())
else:
keyname = utility.to_str(ckeys[n])
start = utility.create_starting_xml_tag(keyname)
val = special_chars.xml_safe(utility.to_str(cr[keyname]), sp_chars)
end = utility.create_closing_xml_tag(keyname)
target.write(
utility.tabs(count) + start + val + end +
utility.get_newline())
return
def write_record(target, cr, count):
ckeys = cr.keys()
for n in range(0, len(cr)):
kv = cr[ckeys[n]]
if (type(kv) == list):
target.write( utility.tabs(count) + utility.create_starting_xml_tag(ckeys[n]) + utility.get_newline() )
if (ckeys[n] != "Goods") and (ckeys[n] != "Suggested_Actions"):
for l in kv:
write_record(target, l, count+1)
if (ckeys[n] == "Goods"):
for good in cr[ckeys[n]]:
target.write( utility.tabs(count+1) + "<Good>" + utility.get_newline() )
target.write( utility.tabs(count+2) + utility.create_starting_xml_tag("Good_Name"))
target.write( good["Good_Name"])
target.write( utility.create_closing_xml_tag("Good_Name") + utility.get_newline() )
target.write( utility.tabs(count+2) + utility.create_starting_xml_tag("Child_Labor") )
target.write( good["Child_Labor"] )
target.write( utility.create_closing_xml_tag("Child_Labor") + utility.get_newline() )
target.write( utility.tabs(count+2) + utility.create_starting_xml_tag("Forced_Labor") )
target.write( good["Forced_Labor"] )
target.write( utility.create_closing_xml_tag("Forced_Labor") + utility.get_newline() )
target.write( utility.tabs(count+2) + utility.create_starting_xml_tag("Forced_Child_Labor") )
target.write( good["Forced_Child_Labor"] )
target.write( utility.create_closing_xml_tag("Forced_Child_Labor") + utility.get_newline() )
target.write( utility.tabs(count+1) + "</Good>" + utility.get_newline() )
if (ckeys[n] == "Suggested_Actions"):
sga = cr[ckeys[n]]
for action in sga:
stripped = unicode(utility.unicode_to_str(action['Area']), 'ascii', 'ignore')
xmltag = sanitize(utility.unicode_to_str(stripped))
target.write( utility.tabs(count+1) + utility.create_starting_xml_tag(xmltag) + utility.get_newline() )
for act in action['Actions']:
target.write(utility.tabs(count+2) + utility.create_starting_xml_tag("Action") + utility.get_newline() )
aname = special_chars.xml_safe(utility.unicode_to_str(act['Name']), sp_chars)
ayears = special_chars.xml_safe(utility.unicode_to_str(act['Years']), sp_chars)
target.write(utility.tabs(count+3) + utility.create_starting_xml_tag("Name")
+ aname + utility.create_closing_xml_tag("Name")
+ utility.get_newline() )
target.write(utility.tabs(count+3) + utility.create_starting_xml_tag("Years")
+ ayears + utility.create_closing_xml_tag("Years")
+ utility.get_newline() )
target.write(utility.tabs(count+2) + utility.create_closing_xml_tag("Action") + utility.get_newline() )
target.write( utility.tabs(count+1) + utility.create_closing_xml_tag(xmltag) + utility.get_newline() )
target.write( utility.tabs(count) + utility.create_closing_xml_tag(ckeys[n]) + utility.get_newline() )
else:
keyname = utility.to_str(ckeys[n])
start = utility.create_starting_xml_tag(keyname)
val = special_chars.xml_safe(utility.to_str(cr[keyname]), sp_chars)
end = utility.create_closing_xml_tag(keyname)
target.write( utility.tabs(count) + start + val + end + utility.get_newline() )
return
def write_data(target, md, count):
target.write(utility.tabs(count)+"<Childrens_Work_Statistics>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Age_Range>")
target.write(md[CWS+'_Age_Range'])
target.write("</Age_Range>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Total_Percentage_of_Working_Children>")
target.write(str(md[CWS+'_Total_Percentage_of_Working_Children']))
target.write("</Total_Percentage_of_Working_Children>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Total_Working_Population>")
target.write(str(md[CWS+'_Total_Working_Population']))
target.write("</Total_Working_Population>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Agriculture>")
target.write(str(md[CWS+'_Agriculture']))
target.write("</Agriculture>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Services>")
target.write(str(md[CWS+'_Services']))
target.write("</Services>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Industry>")
target.write(str(md[CWS+'_Industry']))
target.write("</Industry>"+utility.get_newline())
target.write(utility.tabs(count)+"</Childrens_Work_Statistics>"+utility.get_newline())
target.write(utility.tabs(count)+"<Education_Statistics_Attendance_Statistics>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Year>")
target.write(md[ESAS+'_Year'])
target.write("</Year>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Age_Range>")
target.write(md[ESAS+'_Age_Range'])
target.write("</Age_Range>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Percentage>")
target.write(md[ESAS+'_Percentage'])
target.write("</Percentage>"+utility.get_newline())
target.write(utility.tabs(count)+"</Education_Statistics_Attendance_Statistics>"+utility.get_newline())
target.write(utility.tabs(count)+"<Children_Work_And_Studying>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Year>")
target.write(md[CWAS+'_Year'])
target.write("</Year>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Age_Range>")
target.write(md[CWAS+'_Age_Range'])
target.write("</Age_Range>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Total>")
target.write(md[CWAS+'_Total'])
target.write("</Total>"+utility.get_newline())
target.write(utility.tabs(count)+"</Children_Work_And_Studying>"+utility.get_newline())
target.write(utility.tabs(count)+"<Unesco_Primary_Completion_Rate>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Year>")
target.write(md[UPCR+'_Year'])
target.write("</Year>"+utility.get_newline())
target.write(utility.tabs(count+1)+"<Rate>")
target.write(md[UPCR+'_Rate'])
target.write("</Rate>"+utility.get_newline())
target.write(utility.tabs(count)+"</Unesco_Primary_Completion_Rate>"+utility.get_newline())
return
def write_data(target, md, count):
target.write(
utility.tabs(count) + "<Childrens_Work_Statistics>" +
utility.get_newline())
target.write(utility.tabs(count + 1) + "<Age_Range>")
target.write(md[CWS + '_Age_Range'])
target.write("</Age_Range>" + utility.get_newline())
target.write(
utility.tabs(count + 1) + "<Total_Percentage_of_Working_Children>")
target.write(str(md[CWS + '_Total_Percentage_of_Working_Children']))
target.write("</Total_Percentage_of_Working_Children>" +
utility.get_newline())
target.write(utility.tabs(count + 1) + "<Total_Working_Population>")
target.write(str(md[CWS + '_Total_Working_Population']))
target.write("</Total_Working_Population>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Agriculture>")
target.write(str(md[CWS + '_Agriculture']))
target.write("</Agriculture>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Services>")
target.write(str(md[CWS + '_Services']))
target.write("</Services>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Industry>")
target.write(str(md[CWS + '_Industry']))
target.write("</Industry>" + utility.get_newline())
target.write(
utility.tabs(count) + "</Childrens_Work_Statistics>" +
utility.get_newline())
target.write(
utility.tabs(count) + "<Education_Statistics_Attendance_Statistics>" +
utility.get_newline())
target.write(utility.tabs(count + 1) + "<Year>")
target.write(md[ESAS + '_Year'])
target.write("</Year>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Age_Range>")
target.write(md[ESAS + '_Age_Range'])
target.write("</Age_Range>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Percentage>")
target.write(md[ESAS + '_Percentage'])
target.write("</Percentage>" + utility.get_newline())
target.write(
utility.tabs(count) + "</Education_Statistics_Attendance_Statistics>" +
utility.get_newline())
target.write(
utility.tabs(count) + "<Children_Work_And_Studying>" +
utility.get_newline())
target.write(utility.tabs(count + 1) + "<Year>")
target.write(md[CWAS + '_Year'])
target.write("</Year>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Age_Range>")
target.write(md[CWAS + '_Age_Range'])
target.write("</Age_Range>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Total>")
target.write(md[CWAS + '_Total'])
target.write("</Total>" + utility.get_newline())
target.write(
utility.tabs(count) + "</Children_Work_And_Studying>" +
utility.get_newline())
target.write(
utility.tabs(count) + "<Unesco_Primary_Completion_Rate>" +
utility.get_newline())
target.write(utility.tabs(count + 1) + "<Year>")
target.write(md[UPCR + '_Year'])
target.write("</Year>" + utility.get_newline())
target.write(utility.tabs(count + 1) + "<Rate>")
target.write(md[UPCR + '_Rate'])
target.write("</Rate>" + utility.get_newline())
target.write(
utility.tabs(count) + "</Unesco_Primary_Completion_Rate>" +
utility.get_newline())
return
