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from xml.sax import make_parser, ErrorHandler, SAXNotRecognizedException |
from xml.sax import make_parser, ErrorHandler, SAXNotRecognizedException |
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from Thuban import _ |
from Thuban import _ |
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from Thuban.common import * |
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from Thuban.Model.table import FIELDTYPE_INT, FIELDTYPE_DOUBLE, \ |
from Thuban.Model.table import FIELDTYPE_INT, FIELDTYPE_DOUBLE, \ |
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FIELDTYPE_STRING |
FIELDTYPE_STRING |
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from Thuban.Model.layer import Layer |
from Thuban.Model.layer import Layer |
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from Thuban.Model.color import Color |
from Thuban.Model.color import Color |
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from Thuban.Model.proj import Projection |
from Thuban.Model.proj import Projection |
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from Thuban.Model.range import Range |
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from Thuban.Model.classification import Classification, \ |
from Thuban.Model.classification import Classification, \ |
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ClassGroupDefault, ClassGroupSingleton, ClassGroupRange, ClassGroupMap, \ |
ClassGroupDefault, ClassGroupSingleton, ClassGroupRange, ClassGroupMap, \ |
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ClassGroupProperties |
ClassGroupProperties |
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if method_name is not None and method_name[1] is not None: |
if method_name is not None and method_name[1] is not None: |
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getattr(self, method_name[1])(name, qname) |
getattr(self, method_name[1])(name, qname) |
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def encode(self, str): |
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"""Assume that str is in Unicode and encode it into Latin1. |
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If str is None, return None |
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""" |
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if str is not None: |
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return str.encode("latin1") |
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else: |
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return None |
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class SessionLoader(XMLReader): |
class SessionLoader(XMLReader): |
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def __init__(self): |
def __init__(self): |
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'label' : ("start_label", None)}) |
'label' : ("start_label", None)}) |
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def start_session(self, name, qname, attrs): |
def start_session(self, name, qname, attrs): |
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self.theSession = Session(attrs.get((None, 'title'), None)) |
self.theSession = Session(self.encode(attrs.get((None, 'title'), None))) |
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def end_session(self, name, qname): |
def end_session(self, name, qname): |
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pass |
pass |
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def start_map(self, name, qname, attrs): |
def start_map(self, name, qname, attrs): |
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"""Start a map.""" |
"""Start a map.""" |
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self.aMap = Map(attrs.get((None, 'title'), None)) |
self.aMap = Map(attrs.get((None, 'title'), None)) |
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self.__projReceiver = self.aMap |
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def end_map(self, name, qname): |
def end_map(self, name, qname): |
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self.theSession.AddMap(self.aMap) |
self.theSession.AddMap(self.aMap) |
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self.__projReceiver = None |
self.aMap = None |
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def start_projection(self, name, qname, attrs): |
def start_projection(self, name, qname, attrs): |
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self.ProjectionName = attrs.get((None, 'name'), None) |
self.ProjectionName = self.encode(attrs.get((None, 'name'), None)) |
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self.ProjectionParams = [ ] |
self.ProjectionParams = [ ] |
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def end_projection(self, name, qname): |
def end_projection(self, name, qname): |
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self.__projReceiver.SetProjection( |
if self.aLayer is not None: |
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obj = self.aLayer |
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elif self.aMap is not None: |
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obj = self.aMap |
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else: |
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assert False, "projection tag out of context" |
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pass |
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obj.SetProjection( |
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Projection(self.ProjectionParams, self.ProjectionName)) |
Projection(self.ProjectionParams, self.ProjectionName)) |
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def start_parameter(self, name, qname, attrs): |
def start_parameter(self, name, qname, attrs): |
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attrs which may be a dictionary as well as the normal SAX attrs |
attrs which may be a dictionary as well as the normal SAX attrs |
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object and bind it to self.aLayer. |
object and bind it to self.aLayer. |
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""" |
""" |
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title = attrs.get((None, 'title'), "") |
title = self.encode(attrs.get((None, 'title'), "")) |
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filename = attrs.get((None, 'filename'), "") |
filename = attrs.get((None, 'filename'), "") |
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filename = os.path.join(self.GetDirectory(), filename) |
filename = os.path.join(self.GetDirectory(), filename) |
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visible = attrs.get((None, 'visible'), "true") |
visible = attrs.get((None, 'visible'), "true") |
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lineWidth = stroke_width, |
lineWidth = stroke_width, |
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visible = visible != "false") |
visible = visible != "false") |
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self.__projReceiver = self.aLayer |
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def end_layer(self, name, qname): |
def end_layer(self, name, qname): |
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self.aMap.AddLayer(self.aLayer) |
self.aMap.AddLayer(self.aLayer) |
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self.__projReceiver = None |
self.aLayer = None |
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def start_classification(self, name, qname, attrs): |
def start_classification(self, name, qname, attrs): |
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field = attrs.get((None, 'field'), None) |
field = attrs.get((None, 'field'), None) |
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self.aLayer.GetClassification().SetField(field) |
self.aLayer.GetClassification().SetField(field) |
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def end_classification(self, name, qname): |
def end_classification(self, name, qname): |
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pass |
pass |
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def start_clnull(self, name, qname, attrs): |
def start_clnull(self, name, qname, attrs): |
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self.cl_group = ClassGroupDefault() |
self.cl_group = ClassGroupDefault() |
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self.cl_group.SetLabel(attrs.get((None, 'label'), "")) |
self.cl_group.SetLabel(self.encode(attrs.get((None, 'label'), ""))) |
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self.cl_prop = ClassGroupProperties() |
self.cl_prop = ClassGroupProperties() |
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def end_clnull(self, name, qname): |
def end_clnull(self, name, qname): |
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def start_clpoint(self, name, qname, attrs): |
def start_clpoint(self, name, qname, attrs): |
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attrib_value = attrs.get((None, 'value'), "0") |
attrib_value = attrs.get((None, 'value'), "0") |
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#try: |
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#value = Str2Num(attrib_value) |
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#except: |
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#value = attrib_value |
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value = self.conv(attrib_value) |
value = self.conv(attrib_value) |
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self.cl_group = ClassGroupSingleton(value) |
self.cl_group = ClassGroupSingleton(value) |
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self.cl_group.SetLabel(attrs.get((None, 'label'), "")) |
self.cl_group.SetLabel(self.encode(attrs.get((None, 'label'), ""))) |
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self.cl_prop = ClassGroupProperties() |
self.cl_prop = ClassGroupProperties() |
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def start_clrange(self, name, qname, attrs): |
def start_clrange(self, name, qname, attrs): |
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range = attrs.get((None, 'range'), None) |
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# for backward compatibility (min/max are not saved) |
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min = attrs.get((None, 'min'), None) |
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max = attrs.get((None, 'max'), None) |
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try: |
try: |
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min = self.conv(attrs.get((None, 'min'), "0")) |
if range is not None: |
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max = self.conv(attrs.get((None, 'max'), "0")) |
self.cl_group = ClassGroupRange(Range(range)) |
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#min = Str2Num(attrs.get((None, 'min'), "0")) |
elif min is not None and max is not None: |
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#max = Str2Num(attrs.get((None, 'max'), "0")) |
self.cl_group = ClassGroupRange(self.conv(min), self.conv(max)) |
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else: |
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self.cl_group = ClassGroupRange(Range(None)) |
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except ValueError: |
except ValueError: |
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raise ValueError(_("Classification range is not a number!")) |
raise ValueError(_("Classification range is not a number!")) |
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self.cl_group = ClassGroupRange(min, max) |
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self.cl_group.SetLabel(attrs.get((None, 'label'), "")) |
self.cl_group.SetLabel(attrs.get((None, 'label'), "")) |
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self.cl_prop = ClassGroupProperties() |
self.cl_prop = ClassGroupProperties() |
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def start_label(self, name, qname, attrs): |
def start_label(self, name, qname, attrs): |
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x = float(attrs[(None, 'x')]) |
x = float(attrs[(None, 'x')]) |
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y = float(attrs[(None, 'y')]) |
y = float(attrs[(None, 'y')]) |
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text = attrs[(None, 'text')] |
text = self.encode(attrs[(None, 'text')]) |
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halign = attrs[(None, 'halign')] |
halign = attrs[(None, 'halign')] |
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valign = attrs[(None, 'valign')] |
valign = attrs[(None, 'valign')] |
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self.aLayer.AddLabel(x, y, text, halign = halign, valign = valign) |
self.aLayer.AddLabel(x, y, text, halign = halign, valign = valign) |