def text2html(self, text):
sl = []
sl.append(" <PRE>")
text = typesx.replace(text, "&", "&")
sl.append(typesx.replace(text, "<", "<"))
sl.append(" </PRE>")
return typesx.join(sl, "\n")
def list2packed(lst):
str_list = []
add_item = str_list.append
for item in lst:
type_str, str_value, end_type = to_string_and_type(item)
add_item('%s%s%s' % (type_str, str_value, end_type))
return typesx.join(str_list, "")
def obj2xml(self, obj, indent):
"""this encodes mappings"""
str_list = []
add_line = str_list.append
for name, value in list(obj.items()):
if value is not None:
if name == "parent":
str_type = "string"
if type(value) == StringType:
str_value = self.to_string(value)
else:
str_value = self.to_string(value.id)
else:
str_type = get_atlas_type(value)
add_nl = 0
if str_type == "map":
str_value = self.obj2xml(value, indent + "\t")
if str_value: add_nl = 1
elif str_type == "list":
str_value = self.list2xml(value, indent + "\t")
if typesx.find(str_value, "\t") >= 0: add_nl = 1
else:
#int/float/string
str_value = self.to_string(value)
if add_nl: str_value = "\n%s\n%s" % (str_value, indent)
add_line(
self.encode_attribute(indent, name, str_type, str_value))
return typesx.join(str_list, "\n")
def classize(id, data=0):
if id is None:
return "BaseObject"
if type(id) != typesx.StringType: id = id.id
cid = typesx.join(list(map(capitalize_only, typesx.split(id, '_'))), "")
if data: return cid + "Data"
return cid
def map2packed(obj):
"""this encodes mappings"""
str_list = []
add_item = str_list.append
for name, value in list(obj.items()):
type_str, str_value, end_type = to_string_and_type(value)
add_item('%s%s=%s%s' % (type_str, name, str_value, end_type))
return typesx.join(str_list, "")
def __str__(self):
s = []
points = self.get_points()
for i in range(len(points) - 1):
p1 = points[i]
p2 = points[i + 1]
s.append("L %i %f %f %f %f\n" %
(self.color, p1[0], p1[1], p2[0], p2[1]))
return typesx.join(s, "")
def dxf2atlas(infile, outfile, outfile_media=None):
if outfile_media == None:
outfile_media = typesx.join(typesx.split(outfile, ".", 2), "_media.")
if outfile == outfile_media:
raise_(ValueError, "outfile==outfile_media: %s" % outfile_media)
print(infile, "->", outfile, outfile_media)
dxf = ReadDxf(infile)
dxf.read()
dxf.write(outfile, outfile_media)
def list2xml(self, lst, indent):
str_list = []
add_item = str_list.append
complex_in_list = 0
for item in lst:
str_type = get_atlas_type(item)
if str_type == "map":
complex_in_list = 1
add_item("<map>\n%s\n%s</map>" % \
(self.obj2xml(item, indent+"\t"), indent))
elif str_type == "list":
complex_in_list = 1
add_item("<list>%s</list>" % \
self.list2xml(item, indent+"\t"))
else:
#int/float/string
add_item("<%s>%s</%s>" %
(str_type, self.to_string(item), str_type))
if complex_in_list:
str_list = list(map(lambda s, i=indent: i + s, str_list))
return typesx.join(str_list, "\n")
else:
return typesx.join(str_list, "")
def output_obj(self, obj):
lines = []
add_line = lines.append
add_line(' <a name="%s"><h2>%s</h2></a>' % (obj.id, obj.id))
add_line(' Attribute list:')
add_line(' <ul>')
for (name, value) in obj.items(all=1):
s = ' <li><b><a href="type.html#%s">%s</a> ' % (name, name)
attribute_def_obj = obj.attribute_definition(name)
if attribute_def_obj != obj:
s = s + '(inherited from %s) ' % attribute_def_obj.id
if has_parent(name, "html", self.objects):
value = '<br>\n' + value + '<br>\n'
elif name == "example":
value_list = ["<br>"]
for example_obj in value:
if get_atlas_type(example_obj) == "string":
value_list.append(example_obj)
else:
bach = str(example_obj)
value_list.append("<pre>")
value_list.append(self.text2html(bach))
value_list.append("</pre>")
value_list.append("<br>")
value = typesx.join(value_list, "\n")
elif get_atlas_type(value) == "map":
value = repr(value)
s=s+'(encoding:<a href="type.html#%s">%s</a>):</b> Value: <font color="green">%s</font> ' % \
(get_atlas_type(value), get_atlas_type(value), value)
s = s + self.objects[name].description
add_line(s)
add_line(' </ul>')
add_line('')
self.out(typesx.join(lines, "\n"))
self.out(" Bach version:<br>\n")
bach = str(obj)
self.out(self.text2html(bach))
def __call__(self, object):
if self.stream_flag:
if isinstance(object, atlas.Messages):
slst = []
for obj in object:
slst.append(self(obj))
return typesx.join(slst, "")
str = self.encode1stream(object)
if self.stream_begin_sent:
str = self.middle_string + str
else:
self.stream_begin_sent = 1
str = self.begin_string + str
return str
else:
return self.encode1(object)
def ns_close(self, ns_list):
for i in range(0, len(ns_list)):
self.write("} ")
self.write("// namespace " + typesx.join(ns_list, "::"))
self.write("\n")
def footer(self, list):
guard = typesx.join(list(map(typesx.upper, list)), "_")
self.write("\n#endif // " + guard + "\n")
def encode1stream(self, object):
return typesx.join(to_string_and_type(object), "") + "\n"
def __str__(self):
s = []
for ent in self:
ent.color = self.color
s.append(str(ent))
return typesx.join(s, "")
def iwill(self, codecs):
return typesx.join(["IWILL %s\n" % c for c in codecs],
"") + '\n' # Fixes negotiation /Demitar
def ican(self, codecs):
return typesx.join(["ICAN %s\n" % c for c in codecs],
"") + '\n' # Fixes negotiation /Demitar
def header(self, list, copyright=copyright):
self.write(copyright)
self.write("\n")
guard = typesx.join(list(map(typesx.upper, list)), "_")
self.write("#ifndef " + guard + "\n")
self.write("#define " + guard + "\n\n")
