def updateSources(self, force=False):
"""does source generation"""
fname = self.abs_path_source
regenerate = False
if force or not os.path.exists(fname) or self._lastSrcTime is None:
regenerate = True
elif os.path.getmtime(fname) < self._lastSrcTime:
regenerate = True
if not regenerate:
return
f = open(fname, 'w')
pf = writer.for_file(f)
#master include file
prj = self.project
pf.writeln("// {user.before.include.begin}")
pf.writeln(self.user_code_s1)
pf.writeln("// {user.before.include.end}")
pf.writenl()
if prj._useMaster:
pf.writeln('#include "{0}"'.format(prj._masterInclude))
else:
pf.writeln('#include "{0}.h"'.format(self._name))
pf.writenl()
# some facility
pf.writeln("#include <assert.h>")
pf.writenl()
self.WriteCode(pf)
pf.writenl()
f.close()
def updateSources(self, force=False):
"""does source generation"""
sources_dir = self.project.sources_dir
fname = os.path.realpath(os.path.join(sources_dir, self._source))
if force or not os.path.exists(fname) or self._lastSrcTime is None:
regenerate = True
elif os.path.getmtime(fname) < self._lastSrcTime:
regenerate = True
project = self.project
if regenerate:
with open(fname, 'w') as f:
pf = writer.for_file(f)
pf.writeln("// {user.before.include.begin}")
pf.writenl()
pf.writeln("// {user.before.include.end}")
pf.writenl()
if project._useMaster:
pf.writeln('#include "{0}"'.format(project._masterInclude))
pf.writenl()
pf.writeln("// {user.before.code.begin}")
pf.writenl()
pf.writeln("// {user.before.code.end}")
pf.writenl()
self.WriteCode(pf)
pf.writenl()
pf.writeln("// {user.after.code.begin}")
pf.writenl()
pf.writeln("// {user.after.code.end}")
pf.writenl()
def updateHeaders(self, force=False):
"""Realiza la generacion de fuentes"""
headers_dir = self.project.headers_dir
pass
# we need to do a lot of work here. The name may be from existent header
# and then, the class is resposible for holding the generation
fname = os.path.realpath(os.path.join(headers_dir, self._header))
regenerate = False
if force or not os.path.exists(fname) or self._lastHdrTime is None:
regenerate = True
elif os.path.getmtime(fname) < self._lastHdrTime:
regenerate = True
if not regenerate:
return
f = open(fname, 'w')
pf = writer.for_file(f)
inlines = []
#create safeguard
safeguard = self._header.upper() + "_H_INCLUDED"
pf.writeln("#if !defined({0})".format(safeguard))
pf.writeln("#define {0}".format(safeguard))
#we are using master include? if not, include inheritances
pf.writenl()
#ok, now we place comments, if any
if len(self._note) > 0:
pf.writeln("/**")
txt = self._note
txt.replace('\r', '')
lines = txt.split("\n")
for line in lines:
line.replace('*/', '* /')
pf.writeln("* {0}".format(line))
pf.writeln("**/")
#write variables (not static)
#write methods
pf.writenl()
#end safeguard
pf.writeln("#endif //{0}".format(safeguard))
#write inlines
pf.writenl()
if len(inlines) > 0:
pf.writeln("#if defined(INCLUDE_INLINES)")
pf.writeln("#if !defined(INCLUDE_INLINES_{name})".format(name=self._header.upper()))
pf.writeln("#define INCLUDE_INLINES_{name}".format(name=self._header.upper()))
pf.writenl()
#write inlines here
pf.writeln("#endif //(INCLUDE_INLINES_{name})".format(name=self._header.upper()))
pf.writeln("#endif //INCLUDE_INLINES")
pf.writenl()
self._lastHdrTime = os.path.getmtime(fname)
pf.writenl()
f.close()
def updateHeaders(self, force=False):
"""Realiza la generacion de fuentes"""
fname = self.abs_path_header
regenerate = False
if force or not os.path.exists(fname) or self._lastHdrTime is None:
regenerate = True
elif os.path.getmtime(fname) < self._lastHdrTime:
regenerate = True
if not regenerate:
return
f = open(fname, 'w')
pf = writer.for_file(f)
#create safeguard
safeguard = self._name.upper() + "_H_INCLUDED"
pf.writeln("#if !defined({0})".format(safeguard))
pf.writeln("#define {0}".format(safeguard))
pf.writenl()
#we are using master include? if not, include inheritances
p = self.project
if not p._useMaster and self.outer_class == self:
#iterate over inheritances
if len(self._child[model.cc.Inheritance]):
pf.writeln("//base includes")
for o in self[model.cc.Inheritance]:
pf.writeln("#include \"{0}.h\"".format(o._name))
pf.writenl()
#we need to forward references for relations
if len(self.child[model.cc.RelationFrom]):
pf.writeln("//forward references of parent classes")
for p in self[model.cc.RelationFrom]:
pf.writeln(p._FROM.reference)
if len(self.child[model.cc.RelationTo]):
pf.writeln("//forward references of child classes")
for p in self[model.cc.RelationFrom]:
pf.writeln(p._TO.reference)
pf.writenl()
self.WriteDeclaration(pf)
#end safeguard
pf.writeln("#endif //{0}".format(safeguard))
#write inlines
pf.writenl()
if len(self._inlines) > 0:
pf.writeln("#if defined(INCLUDE_INLINES)")
pf.writeln("#if !defined(INCLUDE_INLINES_{name})".format(name=self._name.upper()))
pf.writeln("#define INCLUDE_INLINES_{name}".format(name=self._name.upper()))
pf.writenl()
for o in self._inlines:
o.WriteCode(pf)
pf.writenl()
pf.writeln("#endif //(INCLUDE_INLINES_{name})".format(name=self._name.upper()))
pf.writeln("#endif //INCLUDE_INLINES")
pf.writenl()
del self._inlines
self._lastHdrTime = os.path.getmtime(fname)
pf.writenl()
f.close()
def WriteMakefile(self, logger=None):
"""Write the makefile"""
#open the file
makefile = os.path.join(self._dir, 'Makefile')
makefile = os.path.realpath(makefile)
f = open(makefile, 'w')
pf = writer.for_file(f)
# write a very quick makefile
# a ) definitions
pf.writeln('# definitions')
pf.writenl()
pf.writeln('CC = g++')
pf.writeln('AR = ar')
pf.writeln('CFLAGS = -ggdb -fexceptions -Wall -std=c++0x -fPIC')
pf.writeln('INCLUDE = -I{self._includeDir}'.format(self=self))
pf.writeln('SRC = {self._srcDir}'.format(self=self))
pf.writenl()
# make targets all/clean
# all : first, the prerequisites
if self._type == "static library":
product = self.name
elif self._type == "dynamic library":
product = '{name}.so'.format(name=self.name)
elif self._type == "static library":
product = 'lib{name}.a'.format(name=self.name)
elif self._type == "executable":
product = '{name}'.format(name=self.name)
pf.writeln('all : {product}'.format(product=product))
#master target
pf.writenl()
self.SortClasses()
prerequisites = ' '.join(['{name}.o'.format(name=x.name) for x in self.sorted_classes if not x.is_external])
pf.writeln('{product}: {prerequisites}'.format(product=product, prerequisites=prerequisites))
if self._type == 'static library':
pf.writeln('\t$(AR) -r -s ./{product} {prerequisites}'.format(
product=product, prerequisites=prerequisites))
elif self._type == 'dynamic library':
pf.writeln('\t$(CC) -shared {prerequisites} -o {product}'.format(
product=product, prerequisites=prerequisites))
elif self._type == 'executable':
pf.writeln('\t$(CC) {prerequisites} -o {product}'.format(
product=product, prerequisites=prerequisites))
pf.writenl()
# target files
for cls in self.sorted_classes:
if cls.is_external:
continue
pf.writeln('{name}.o: {src}/{name}.cpp {inc}/{name}.h'.format(name=cls.name,
inc=self._includeDir, src=self._srcDir))
pf.writeln('\t$(CC) $(CFLAGS) $(INCLUDE) -c {src}/{name}.cpp -o {name}.o'.format(src=self._srcDir,
name=cls.name))
pf.writenl()
# clean
pf.writeln('clean:')
pf.writeln('\trm *.o {product}'.format(product=product))
pf.writenl()
f.close()
def ExportPythonCodeFiles(self, force=False, logger=None):
"""does source generation"""
#The mission of this method is to generate the required code
#for the python
fname = self.abs_path
logger and logger.AppendReportLine('exporting module {0}'.format(self._name), wx.ICON_INFORMATION)
try:
f = open(fname, 'w')
fw = writer.for_file(f, 'python')
#first thing: generate module comment
fw.writeln("# -*- coding: utf-8 -*-")
fw.writecomment(self._note)
fw.writenl()
#we have some problem here with the order the code is generated
#for solving that, we use nested folders
for folder in self[model.Folder]:
self.ExportPythonFolderCodeFiles(fw, folder, force, logger)
#declare the orderer collections of things
#that would be exported
#fw.writeln("#imports")
for obj in self[ImportsFolder]:
obj.ExportPythonCode(fw)
for obj in self[Import]:
obj.ExportPythonCode(fw)
from Class import Class
for obj in self[Class]:
obj.ExportPythonCode(fw)
from Function import Function
for obj in self[Function]:
obj.ExportPythonCode(fw)
from Data import Data
for obj in self[Data]:
obj.ExportPythonCode(fw)
#At last, write raw code
fw.writenl(1)
fw.writeln("#raw code")
fw.writeblock(self._content)
f.close()
except Exception as inst:
traceback.print_exc(file=sys.stdout)
print type(inst) # the exception instance
print inst.args # arguments stored in .args
print inst
if logger:
logger.AppendReportLine('failed opening {0}'.format(fname), wx.NOT_FOUND)
return False
def updateSources(self, force=False):
"""does source generation"""
sources_dir = self.project.sources_dir
pass
# we need to do a lot of work here. The name may be from existent source
# and then, the class is resposible for holding the generation
fname = os.path.realpath(os.path.join(sources_dir, self._source))
regenerate = False
if force or not os.path.exists(fname) or self._lastSrcTime is None:
regenerate = True
elif os.path.getmtime(fname) < self._lastSrcTime:
regenerate = True
if not regenerate:
return
f = open(fname, 'w')
pf = writer.for_file(f)
#master include file
prj = self.project
pf.writeln("// {user.before.include.begin}")
pf.writenl()
pf.writeln("// {user.before.include.end}")
pf.writenl()
if prj._useMaster:
pf.writeln('#include "{0}"'.format(prj._masterInclude))
else:
pf.writeln('#include "{0}.h"'.format(self._header))
pf.writenl()
pf.writeln("// {user.before.code.begin}")
pf.writenl()
pf.writeln("// {user.before.code.end}")
pf.writenl()
#self.WriteCode(pf)
pf.writenl()
pf.writeln("// {user.after.code.begin}")
pf.writenl()
pf.writeln("// {user.after.code.end}")
pf.writenl()
f.close()
def ExportPythonCodeFiles(self, force=False, logger=None):
"""does source generation"""
# Any package is just a directory. And an init file
package_dir = self.dir
logger and logger.AppendReportLine("exporting package {0}".format(self._name), wx.ICON_INFORMATION)
if not os.path.exists(package_dir):
os.makedirs(package_dir)
if not os.path.exists(package_dir):
e = "Failed creating package directory " + package_dir
if logger is not None:
logger.AppendReportLine(e, wx.ICON_ERROR)
else:
wx.MessageBox(e, "Error", wx.OK | wx.CENTER | wx.ICON_ERROR, context.frame)
return False
# write the init file
init_file = self.abs_path
try:
f = open(init_file, "w")
fw = writer.for_file(f, "python")
# first thing: generate module comment
fw.writeln("# -*- coding: utf-8 -*-")
fw.writecomment(self._note)
fw.writenl()
# declare the orderer collections of things
# that would be exported
from Import import Import
from Data import Data
from Function import Function
from Class import Class
# write explicit imports
fw.writeln("#imports")
for obj in self[Import]:
obj.ExportPythonCode(fw)
# now, for all the exported classes not inside nested package
package_element = lambda x: x.inner_package == self
for obj in self(Class, filter=package_element, cut=True):
if not obj._export:
continue
fw.writeln("from {obj.file_container} import {obj.context_name}".format(obj=obj))
top = lambda x: not x.inner_module and not x.parent.inner_class
fw.writenl(2)
fw.writeln("#data")
for obj in self(Data):
obj.ExportPythonCode(fw)
fw.writenl(2)
fw.writeln("#functions")
for obj in self(Function):
obj.ExportPythonCode(fw)
fw.writenl(2)
fw.writeln("#classes")
for obj in self(Class, filter=top, cut=True):
obj.ExportPythonCode(fw)
f.close()
except Exception as inst:
traceback.print_exc(file=sys.stdout)
print type(inst) # the exception instance
print inst.args # arguments stored in .args
print inst
if logger:
logger.AppendReportLine("failed opening {0}".format(init_file), wx.NOT_FOUND)
return False
# do the same as for projects
for obj in self.packages:
if obj.parent.inner_package != self:
continue
obj.ExportPythonCodeFiles(force, logger)
for obj in self.modules:
if obj.parent.inner_package != self:
continue
obj.ExportPythonCodeFiles(force, logger)
def WriteMasterHeader(self, force=False, logger=None):
"""Write the master include file"""
#open the file
fname = os.path.join(self.headers_dir, self._masterInclude)
regenerate = False
if force or not os.path.exists(fname) or self._lastHdrTime is None:
regenerate = True
elif os.path.getmtime(fname) < self._lastHdrTime:
regenerate = True
if not regenerate:
return True
f = open(fname, 'w')
pf = writer.for_file(f)
#write a timestamp and version information
self.WriteTimestamp(pf)
safe_name = self._name.upper().replace('.', '_')
#write include safeward
pf.writeln('#if !defined({name}_H_INCLUDED)'.format(name=safe_name))
pf.writeln('#define {name}_H_INCLUDED'.format(name=safe_name))
pf.writenl()
#write the custom definitions
if len(self._contexts) > 0:
for item in self._contexts:
if item._enable and len(item._define):
pf.writeln('/**')
pf.writeln('context {name}:'.format(name=item._name))
pf.writeln('{note}'.format(note=item.note))
pf.writeln('**/')
pf.writenl()
pf.writeln('{0}'.format(item._define))
pf.writenl()
#write custom types
for t in self(model.cc.Type, filter=lambda x: type(x.parent) is model.cc.TypesFolder):
if t._readOnly:
continue
if len(t._definition.strip()) == 0: # skip empty declarations
continue
pf.writeln('//type definition for {0}'.format(t._name))
pf.writeln('{0}'.format(t._definition))
pf.writenl()
#write forward references
self.WriteForwards(pf)
#write prolog user definitions
#self.WriteUserProlog()
#write clases includes without inlines
for cls in self.sorted_classes:
if cls.is_external:
continue
pf.writeln('#include "{name}.h"'.format(name=cls._name))
pf.writenl()
pf.writeln('#define INCLUDE_INLINES')
#write class includes again for inlines
for cls in self.sorted_classes:
if cls.is_external:
continue
pf.writeln('#include "{name}.h"'.format(name=cls._name))
#write modules includes
pf.writenl()
for module in self.modules:
if module.inner_library:
continue
pf.writeln('#include "{name}.h"'.format(name=module._header))
#write end safeguard
pf.writenl()
pf.writeln('#endif //{name}_H_INCLUDED'.format(name=safe_name))
pf.writenl()
f.close()
self._lastHdrTime = os.path.getmtime(fname)
return True