def dump(self, path=''):
data = '''#ifndef %s
#define %s
%s
#endif // %s
''' % (self.guard, self.guard, self.content, self.guard)
filename = os.path.join(path, self.name + '.hpp')
f = GenFile.gfopen(filename, 'w')
f.write(data)
def make(name):
f = GenFile.gfopen(os.path.join(headersDir, "SVGAnimated%s.hpp"%name),'w')
f.write('''// generated by makeAnimated.py
#ifndef __svg_Animated%s__
#define __svg_Animated%s__
#include <w3c/svg/Animated.hpp>
'''%(name,name))
f.write('''#include <w3c/svg/SVG%s.hpp>
namespace svg {
typedef Animated<SVG%s> SVGAnimated%s;
}
#endif // __svg_Animated%s__
'''%(name,name,name, name))
def dump(self, path=""):
data = """#ifndef %s
#define %s
%s
#endif // %s
""" % (
self.guard,
self.guard,
self.content,
self.guard,
)
filename = os.path.join(path, self.name + ".hpp")
f = GenFile.gfopen(filename, "w")
f.write(data)
def toto(name, cpptype):
f=GenFile.gfopen(config.genDir+"/SVG%s.hpp"%name, 'w')
content = '''// generated by makeBasicTypes.py
#ifndef __svg_SVG%s__
#define __svg_SVG%s__
namespace svg {
'''%(name,name)
content = content + '\ttypedef %s SVG%s;'%(cpptype, name)
content = content + '''
}
#endif // __svg_SVG%s__
'''%(name)
f.write(content)
def make(name):
f = GenFile.gfopen(os.path.join(headersDir, "SVGAnimated%s.hpp" % name),
'w')
f.write('''// generated by makeAnimated.py
#ifndef __svg_Animated%s__
#define __svg_Animated%s__
#include <w3c/svg/Animated.hpp>
''' % (name, name))
f.write('''#include <w3c/svg/SVG%s.hpp>
namespace svg {
typedef Animated<SVG%s> SVGAnimated%s;
}
#endif // __svg_Animated%s__
''' % (name, name, name, name))
def toto(name, cpptype):
f = GenFile.gfopen(config.genDir + "/SVG%s.hpp" % name, 'w')
content = '''// generated by makeBasicTypes.py
#ifndef __svg_SVG%s__
#define __svg_SVG%s__
namespace svg {
''' % (name, name)
content = content + '\ttypedef %s SVG%s;' % (cpptype, name)
content = content + '''
}
#endif // __svg_SVG%s__
''' % (name)
f.write(content)
def make(name, as_pointer=0):
f = GenFile.gfopen(os.path.join(headersDir, "SVG%sList.hpp" % name), 'w')
f.write('''// generated by makeList.py
#ifndef __svg_%sList__
#define __svg_%sList__
#include <w3c/svg/SVGList.hpp>
''' % (name, name))
typename = name
if as_pointer != 0:
typename = typename + '*'
f.write('''#include <w3c/svg/SVG%s.hpp>
namespace svg {
typedef SVGList<SVG%s> SVG%sList;
}
#endif // __svg_%sList__
''' % (name, typename, name, name))
def make(name, as_pointer=0):
f = GenFile.gfopen(os.path.join(headersDir, "SVG%sList.hpp"%name),'w')
f.write('''// generated by makeList.py
#ifndef __svg_%sList__
#define __svg_%sList__
#include <w3c/svg/SVGList.hpp>
'''%(name,name))
typename = name
if as_pointer!=0:
typename=typename+'*'
f.write('''#include <w3c/svg/SVG%s.hpp>
namespace svg {
typedef SVGList<SVG%s> SVG%sList;
}
#endif // __svg_%sList__
'''%(name, typename,name, name))
element_cpp_name = make_cpp_string_name(element_dtd_name)
includes = includes + '#include <w3c/svg/SVG%sElement.hpp>\n'%(classname)
output = output + '''
if (nodeName==svg::%s_element_string) {
svg::SVG%sElement *elem = new svg::SVG%sElement;
elem->parse(node, owner, viewport);
return elem;
} else
'''%(element_cpp_name, classname, classname)
strdef_output = strdef_output + 'STRDEF(%s,"%s")\n'%(classname, element_dtd_name)
output = output +'''
{
std::cerr << "element " << nodeName.c_str() << " (type " << node.getNodeType() << ") unknown" << std::endl;
return 0;
}
}
'''
#f = open(config.genDir+"/getNextSVGElement.cpp", 'w')
#f.write('// generated by genSvgElement.py\n\n' + includes +'\n'+output)
f= GenFile.gfopen(config.genDir+"/strings_def.hpp", 'w')
f.write('// generated by genSvgElement.py\n\n' + strdef_output)
header = cppHeader.Header("svg", prefix='svg')
header.add_content('// generated by genSvgElement.py\n\n' + includes)
header.dump(path=config.genDir)
import re, string
import config
import GenFile
colorstxt = open(config.svgl_home+'/share/colors.txt','r').read()
color_re = re.compile("(\w+)\s+rgb\s*\(\s*(\d+)\s*,\s*(\d+)\s*,\s*(\d+)\s*\)")
output='// generated by makeColors.py\n'
beg=0
pos=0
while 1:
m = color_re.search(colorstxt, beg)
if m==None:
break;
beg = m.end()
colorname = m.group(1)
red=int(m.group(2))
green=int(m.group(3))
blue=int(m.group(4))
output = output +'COLORDEF(%s,%s,%s,%s)\n'%(colorname, red,green,blue)
#f = open(config.genDir+"/colors_def.hpp",'w')
f = GenFile.gfopen(config.genDir+"/colors_def.hpp")
f.write(output)
# elif isinstance(entity_type, parse_attr.attr_named_entity_ref):
# entity_name = cppName.make_cppname(entity_type.entity_name)
# includes = includes + '#include <svg/%s.hpp>\n'%(entity_name)
# fields = fields + '\t\t\t%s %s;\n'%(entity_name, cppName.make_cppname(entity_type.name))
# elif isinstance(entity_type, parse_attr.attr_named_enum):
# entity_name = cppName.make_cppname(entity_type.name)
includestr = "#include <w3c/svg/strings.hpp>\n"
for i in includes:
includestr = includestr + "#include <w3c/svg/%s.hpp>\n" % i
# f = open(config.genDir+"/makeEnumType.cpp", "w")
f = GenFile.gfopen(config.genDir + "/makeEnumType.cpp")
f.write(
"""
// generated by genAttributeParser.py
#include <w3c/svg/makeEnumType.hpp>
#include <iostream>
namespace svgl {
using namespace svg;
"""
+ output_cpp_read
+ """
"""
+ output_cpp_print
+ """
'''%(classname)
#%(element_string)
header.add_content('// generated by genFromIdl.py\n' + fwd_decl_str + '\n'+includestr+fwd_element_str+'\n' + output)
header.dump(path=config.genDir)
#header = cppHeader.Header("svg")
#content='// generated by genFromIdl.py\n'
#for h in all_headers:
# content=content+'#include <svg/%s.hpp>\n'%(h)
#header.add_content(content)
#header.dump(path=config.genDir)
if len(destructors):
includestr=''
f = GenFile.gfopen(config.genDir+'/destructors.cpp', 'w')
output_cpp=''
for i in destructors:
output_cpp = output_cpp + ' %s::~%s() {}\n'%(i.name, i.name)
includestr = includestr + '#include<w3c/svg/%s.hpp>\n'%(i.name)
f.write('// generated by genFromIdl.py\n' + includestr+'''
namespace svg {
'''+output_cpp + '''
}
''')
#includestr='''#include <svg/getNextSVGElement.hpp>
##include <dom/DOM.hpp>
#'''
import re, string
import config
import GenFile
colorstxt = open(config.svgl_home + '/share/colors.txt', 'r').read()
color_re = re.compile("(\w+)\s+rgb\s*\(\s*(\d+)\s*,\s*(\d+)\s*,\s*(\d+)\s*\)")
output = '// generated by makeColors.py\n'
beg = 0
pos = 0
while 1:
m = color_re.search(colorstxt, beg)
if m == None:
break
beg = m.end()
colorname = m.group(1)
red = int(m.group(2))
green = int(m.group(3))
blue = int(m.group(4))
output = output + 'COLORDEF(%s,%s,%s,%s)\n' % (colorname, red, green, blue)
#f = open(config.genDir+"/colors_def.hpp",'w')
f = GenFile.gfopen(config.genDir + "/colors_def.hpp")
f.write(output)
# includes = includes +'#include <svg/%s.hpp>\n'%(entity_name)
#elif isinstance(entity_type, parse_attr.attr_named_entity_ref):
# entity_name = cppName.make_cppname(entity_type.entity_name)
# includes = includes + '#include <svg/%s.hpp>\n'%(entity_name)
# fields = fields + '\t\t\t%s %s;\n'%(entity_name, cppName.make_cppname(entity_type.name))
#elif isinstance(entity_type, parse_attr.attr_named_enum):
# entity_name = cppName.make_cppname(entity_type.name)
includestr = '#include <w3c/svg/strings.hpp>\n'
for i in includes:
includestr = includestr + '#include <w3c/svg/%s.hpp>\n' % i
#f = open(config.genDir+"/makeEnumType.cpp", "w")
f = GenFile.gfopen(config.genDir + "/makeEnumType.cpp")
f.write('''
// generated by genAttributeParser.py
#include <w3c/svg/makeEnumType.hpp>
#include <iostream>
namespace svgl {
using namespace svg;
''' + output_cpp_read + '''
''' + output_cpp_print + '''
}
''')
#f = open(config.genDir+"/makeEnumType.hpp", "w")
f = GenFile.gfopen(config.genDir + "/makeEnumType.hpp")
includes = includes + '#include <w3c/svg/SVG%sElement.hpp>\n' % (classname)
output = output + '''
if (nodeName==svg::%s_element_string) {
svg::SVG%sElement *elem = new svg::SVG%sElement;
elem->parse(node, owner, viewport);
return elem;
} else
''' % (element_cpp_name, classname, classname)
strdef_output = strdef_output + 'STRDEF(%s,"%s")\n' % (classname,
element_dtd_name)
output = output + '''
{
std::cerr << "element " << nodeName.c_str() << " (type " << node.getNodeType() << ") unknown" << std::endl;
return 0;
}
}
'''
#f = open(config.genDir+"/getNextSVGElement.cpp", 'w')
#f.write('// generated by genSvgElement.py\n\n' + includes +'\n'+output)
f = GenFile.gfopen(config.genDir + "/strings_def.hpp", 'w')
f.write('// generated by genSvgElement.py\n\n' + strdef_output)
header = cppHeader.Header("svg", prefix='svg')
header.add_content('// generated by genSvgElement.py\n\n' + includes)
header.dump(path=config.genDir)
if len(print_output_cpps):
for key,out in print_output_cpps.items():
print_output_cpp=print_output_cpp+out
includestr=''
for i in includes:
includestr = includestr+'#include <w3c/svg/%s.hpp>\n'%i
parse_includestr='''//#include <w3c/svg/makeEnumType.hpp>
#include <svgl/parseHelper.hpp>
//#include <w3c/dom/DOM.hpp>
#include <w3c/svg/String.hpp>
'''
f = GenFile.gfopen(config.genDir+"/ElementParseAttributesMethods.cpp", 'w')
f.write('// generated by makeParseAttribute.py\n\n' + parse_includestr + includestr + '''
namespace svg {
'''+
output_cpp
+'''
}
''')
parse_includestr='''#include <w3c/svg/makeEnumType.hpp>
#include <svgl/parseHelper.hpp>
//#include <dom/DOM.hpp>
#include <w3c/svg/String.hpp>
#include <svgl/AnimateAdapter.hpp>
#include <svgl/AnimateAdapterDouble.hpp>