def main():
"""
Builds the dictionaries and the overcomplete word embeddings
Usage:
python preprocessing.py -input <original_embs_file> -output <overcomp_file> -factor <factor_overcomplete>
-bin <binary_file>
<original_embs_file>: the original word embeddings is used to learn denoising
<overcomp_file>: the file name of overcomplete word embeddings
<factor_overcomplete>: a factor of overcomplete embeddings length (=factor * length of original word embeddings)
<binary_file>: 1 for binary; 0 for text
"""
parser = argparse.ArgumentParser()
parser.add_argument('-input', type=str)
parser.add_argument('-output', type=str)
parser.add_argument('-factor', type=int, default=10)
parser.add_argument('-bin', type=int, default=1)
args = parser.parse_args()
vocab, vecs = read_file(args.input, binary=args.bin)
dict_comp = learn_dict(vecs.T, factor=1)
dict_overcomp = learn_dict(vecs.T, factor=args.factor)
dim_over = args.factor * len(vecs[0])
vecs_overcomp = overcomplete_embs(vecs.T, dim_over)
np.save(args.input + '.dict_comp', dict_comp)
np.save(args.input + '.dict_overcomp', dict_overcomp)
save_file(args.output, vocab, vecs_overcomp.T, binary=args.bin)
print 'Preprocessing done!'
def finalize():
"""\
Code generator finalization function.
"""
# write the code for every toplevel object
for obj in xrc_objects.itervalues():
obj.write(output_file, 1)
output_file.write('</resource>\n')
#output_file.close()
# store the contents to file
common.save_file(output_file_name, output_file.getvalue(), 'codegen')
def finalize():
"""\
Code generator finalization function.
"""
# write the code for every toplevel object
for obj in xrc_objects.itervalues():
obj.write(output_file, 1)
output_file.write('</resource>\n')
#output_file.close()
# store the contents to file
common.save_file(output_file_name, output_file.getvalue(), 'codegen')
def _gen_logic(logic_lib_dir, t, fields):
className = '%sLogic' % (formatTableName(t))
li = []
li.append('<?php')
li.append('class %s {' % (className))
li.append('}')
li.append('?>')
lfile = '%s%s.inc.gen' % (logic_lib_dir, className)
save_file(lfile, li)
def _save_app(self, filename):
try:
from cStringIO import StringIO
buffer = StringIO()
common.app_tree.write(buffer)
common.save_file(filename,
buffer.getvalue(), 'wxg')
except (IOError, OSError), msg:
common.app_tree.app.saved = False
fn = filename
wx.MessageBox(_("Error saving app:\n%s") % msg, _("Error"),
wx.OK|wx.CENTRE|wx.ICON_ERROR)
def _gen_controller(control_dir, t, fields):
className = '%sController' % (formatTableName(t))
li = []
li.append('<?php')
li.append('class %s {' % (className))
li.append('}')
li.append('?>')
lfile = '%s%s.inc.gen' % (control_dir, className)
save_file(lfile, li)
def _save_app(self, filename):
try:
from cStringIO import StringIO
buffer = StringIO()
common.app_tree.write(buffer)
common.save_file(filename, buffer.getvalue(), 'wxg')
except (IOError, OSError), msg:
common.app_tree.app.saved = False
fn = filename
wx.MessageBox(
_("Error saving app:\n%s") % msg, _("Error"),
wx.OK | wx.CENTRE | wx.ICON_ERROR)
def get_sentences(dir):
parent_dir = os.path.abspath(os.path.dirname(
os.getcwd())) #C:\Users\jee_s\Desktop\助研\中文语料处理
orgDir = os.path.join(parent_dir, "摘要文件")
toDir = os.path.join(parent_dir, dir)
common.mkdir(toDir)
all_dirs, all_files, all_names = common.getdir(orgDir)
for i in all_files[1:]: #所有摘要文件
print(i)
filename = os.path.basename(i)
# print(os.path.splitext(i))
sents = splitSentence(i)
common.save_file(sents, os.path.join(toDir, filename))
def gen_parts(parts_dir):
# header,footer,sidebar
tables = load_tables()
for t in tables:
className = '%sPage' % (formatTableName(t))
fields = load_fields(t)
li = []
li.append('<?php')
li.append('?>')
lfile = '%s%s.inc.gen' % (parts_dir, className)
save_file(lfile, li)
def _gen_model(dir, t, fields):
className = formatTableName(t)
li = []
li.append('<?php')
li.append('class %s {' % (className))
for f in fields:
li.append('var $%s;' % (f.Field))
# li.append('var %s;' % (','.join('$%s' % (f.Field) for f in fields) ) ) #$id, $first_name, $last_name, $email
li.append('}')
li.append('?>')
lfile = '%s%s.inc.gen' % (dir, className)
save_file(lfile, li)
def finalize():
"""\
Writer ``finalization'' function: flushes buffers, closes open files, ...
"""
if previous_source is not None:
# insert all the new custom classes inside the old file
tag = "#<%swxGlade insert new_classes>" % nonce
if previous_source.new_classes:
code = "".join(previous_source.new_classes)
else:
code = ""
previous_source.content = previous_source.content.replace(tag, code)
tag = "#<%swxGlade extra_modules>\n" % nonce
code = "".join(_current_extra_modules.keys())
previous_source.content = previous_source.content.replace(tag, code)
# now remove all the remaining <123415wxGlade ...> tags from the
# source: this may happen if we're not generating multiple files,
# and one of the container class names is changed
import re
tags = re.findall("(#<%swxGlade replace ([a-zA-Z_]\w*) +\w+>)" % nonce, previous_source.content)
for tag in tags:
indent = previous_source.spaces.get(tag[1], "\t")
comment = "%s# content of this block not found: " "did you rename this class?\n" % indent
previous_source.content = previous_source.content.replace(tag[0], comment)
tags = re.findall("#<%swxGlade event_handlers \w+>" % nonce, previous_source.content)
for tag in tags:
previous_source.content = previous_source.content.replace(tag, "")
# write the new file contents to disk
common.save_file(previous_source.name, previous_source.content, "codegen")
elif not multiple_files:
global output_file
em = "".join(_current_extra_modules.keys())
content = output_file.getvalue().replace("#<%swxGlade extra_modules>\n" % nonce, em)
output_file.close()
try:
common.save_file(output_file_name, content, "codegen")
# make the file executable
if _app_added:
os.chmod(output_file_name, 0755)
except IOError, e:
raise XmlParsingError(str(e))
except OSError:
pass # this isn't necessary a bad error
def main():
"""
Noise filtering from word embeddings
Usage:
python filter_noise_embs.py -input <original_embs_file> -output <denoising_embs_file> -bin <binary_file>
-over <over_complete_embs_file> -iter <iteration> -bsize <batch_size>
<original_embs_file>: the original word embeddings is used to learn denoising
<denoising_embs_file>: the output name file of word denoising embeddings
<over_complete_embs_file>: the overcomple word embeddings is used to learn overcomplete word denoising embeddings
<binary_file>: 1 for binary; 0 for text
"""
parser = argparse.ArgumentParser()
parser.add_argument('-input', type=str)
parser.add_argument('-output', type=str)
parser.add_argument('-over',
action='store',
default=False,
dest='file_over')
parser.add_argument('-iter', type=int)
parser.add_argument('-bsize', type=int)
parser.add_argument('-bin', type=int, default=1)
args = parser.parse_args()
vocab, vecs_in = read_file(args.input, binary=args.bin)
if args.file_over is False:
vecs_dict = np.load(args.input + '.dict_comp.npy')
Q, S = initialize_parameters(vecs_dict)
model = DeEmbs(vecs_in=vecs_in,
batch_size=args.bsize,
epochs=args.iter,
Q=Q,
S=S)
else:
vecs_dict = np.load(args.input + '.dict_overcomp.npy')
Q, S = initialize_parameters(vecs_dict)
vc, vecs_over = read_file(args.file_over, binary=args.bin)
assert vocab == vc
model = DeEmbs(vecs_in=vecs_in,
vecs_over=vecs_over,
batch_size=args.bsize,
epochs=args.iter,
Q=Q,
S=S)
vecs_out = model.fit()
save_file(args.output, vocab, vecs_out, binary=args.bin)
def _save_app(self, filename):
try:
obuffer = compat.StringIO()
common.app_tree.write(obuffer)
common.save_file(filename, obuffer.getvalue(), 'wxg')
except EnvironmentError as inst:
common.app_tree.app.saved = False
bugdialog.ShowEnvironmentError(_('Saving this project failed'),
inst)
except Exception as inst:
common.app_tree.app.saved = False
fn = os.path.basename(filename).encode('ascii', 'replace')
bugdialog.Show(_('Save File "%s"') % fn, inst)
else:
common.app_tree.app.saved = True
common.remove_autosaved()
if config.preferences.autosave and self.autosave_timer is not None:
self.autosave_timer.Start()
self.user_message(_("Saved %s") % os.path.basename(filename))
def gen_config(dir):
li = []
li.append('<?php')
li.append('class Config {')
li.append(
"static $dbRinfo = ['dsn'=>'mysql:host=%s;dbname=%s;port=3306;charset=utf8', "
% (host, db))
li.append("'username' => '%s','password' => '%s' ];" % (user, pw))
li.append(
"static $dbWinfo = ['dsn'=>'mysql:host=%s;dbname=%s;port=3306;charset=utf8', "
% (host, db))
li.append("'username' => '%s','password' => '%s' ];" % (user, pw))
li.append('}')
li.append('?>')
lfile = '%sconfig.inc.gen' % (dir)
save_file(lfile, li)
def gen_basic(dir):
li = []
li.append('<?php')
li.append('require_once(ROOT_DIR."/private/dao/BaseDAO.inc");')
li.append(
'require_once(ROOT_DIR."/private/controller/BaseController.inc");')
tables = load_tables()
for t in tables:
className = formatTableName(t)
li.append('require_once(ROOT_DIR."/private/model/%s.inc");' %
(className))
li.append('require_once(ROOT_DIR."/private/dao/%s.inc");' %
('%sDAO' % (className)))
li.append('require_once(ROOT_DIR."/private/logic/%s.inc");' %
('%sLogic' % (className)))
li.append('')
li.append('?>')
lfile = '%sbase.inc.gen' % (dir)
save_file(lfile, li)
def to_internal_csv(source_folder, dest_folder):
data = read_internal(source_folder)
csv_string = 'filename,width,height,class,xmin,ymin,xmax,ymax'
for img_data in data:
img = common.get_image_data('/'.join(
[source_folder, 'images', img_data['filename']]))
for markup in img_data['markups']:
markup_string = ','.join([
'images/' + img['filename'],
str(img['width']),
str(img['height']), markup["label"],
str(markup['x']),
str(markup['y']),
str(markup['x1']),
str(markup['y1'])
])
csv_string += '\n' + markup_string
common.save_file(csv_string, dest_folder + '/markup.csv')
common.copy_folder(source_folder + '/images', dest_folder + '/images')
import jieba.posseg as pseg
import common
import os
def pos_tag(file):
data,stens=[],[]
f=open(file,'r')
lines=f.readlines()
for line in lines:
# if len(line)>1:
line = line.strip('\n') #去除末尾换行符
stens=[]
for word,pos in pseg.cut(line):
stens.append(word+'_'+pos)
# stens=[word+'_'+pos for word,pos in pseg.cut(line)]
data.append(' '.join(stens))
f.close()
return data
parent_dir = os.path.abspath(os.path.dirname(os.getcwd()))#C:\Users\jee_s\Desktop\助研\中文语料处理
src_dir = os.path.join(parent_dir,"分句语料库")
dst_dir = os.path.join(parent_dir,"附码语料库")
common.mkdir(dst_dir)
_,files,_ = common.getdir(src_dir)
for file in files:
print(file)
filename = os.path.basename(file)
data = pos_tag(file)
common.save_file(data,os.path.join(dst_dir,filename))
def _gen_dao(dir, t, fields):
className = '%sDAO' % (formatTableName(t))
li = []
li.append('<?php')
li.append('class %s extends BaseDAO {' % (className))
li.append(
'function save(&$vo) { if ($vo->pk_id == 0) { $this->insert($vo); } else { $this->update($vo); } }'
)
li.append('function get($pk_id) {')
li.append('$sql = "select %s from %s where pk_id=:pk_id";' %
(','.join([f.Field for f in fields]), t))
li.append('$p = $this->dbR->prepare($sql);')
li.append('$p->execute(array(":pk_id"=>$pk_id));')
li.append('$vo = new %s();' % (formatTableName(t)))
li.append('$this->getFromResult($vo,$p) ; ')
li.append('return $vo;')
li.append('}')
li.append('function delete(&$vo) {')
li.append('$sql = "update %s set status=1 where pk_id=:pk_id ";' % (t))
li.append('$p = $this->dbR->prepare($sql);')
li.append('$p->execute(array(":pk_id"=>$vo->pk_id));')
li.append('$p->rowCount(); ')
li.append('}')
li.append('#-- private functions')
li.append('function getFromResult(&$vo, $result) {')
li.append('if(($r = $result->fetch(PDO::FETCH_ASSOC)) !== false){') #len?
for f in fields:
li.append('$vo->%s = $r["%s"];' % (f.Field, f.Field))
li.append('}}')
li.append('function update(&$vo) {')
# fields1 = ','.join(['%s=:%s'%(f.Field,f.Field) for f in fields if f.Field not in ['pk_id','create_date']])
# fields1 = fields1.replace(':create_date','now()').replace(':last_update','now()')
# fields2 = ','.join([' ' %(f.Field,f.Field) for f in fields if f.Field not in ['pk_id','create_date','last_update']])
li.append('$fields = array();')
li.append('$arr = array(":pk_id"=>$vo->pk_id);')
for f in fields:
if f.Field not in ['pk_id', 'create_date', 'last_update']:
li.append(
'if(!is_null($vo->%s)){$arr[":%s"] = $vo->%s;$fields[]="%s=:%s"; }'
% (f.Field, f.Field, f.Field, f.Field, f.Field))
if 'last_update' in [f.Field for f in fields]:
li.append('$fields[]="last_update=now()";')
li.append(
'$sql = "update %s set ". join(",",$fields) ." where pk_id=:pk_id";' %
(t))
li.append('$p = $this->dbW->prepare($sql);')
li.append('$p->execute($arr);')
li.append('$p->rowCount(); ')
li.append('}')
li.append('function insert(&$vo) {')
fields3 = ','.join([f.Field for f in fields if f.Field != 'pk_id'])
fields4 = ','.join(
[':%s' % (f.Field) for f in fields if f.Field != 'pk_id'])
fields4 = fields4.replace(':create_date', 'now()').replace(
':last_update', 'now()').replace(':status', '0')
fields5 = ','.join([
'":%s"=>$vo->%s' % (f.Field, f.Field) for f in fields
if f.Field not in ['pk_id', 'create_date', 'last_update', 'status']
])
li.append('$sql = "insert into %s (%s) values(%s)";' %
(t, fields3, fields4))
li.append('$p = $this->dbW->prepare($sql);')
li.append('$p->execute(array(%s));' % fields5)
li.append('$vo->pk_id = $this->dbW->lastinsertid(); ')
li.append('}')
li.append('}')
li.append('?>')
lfile = '%s%s.inc.gen' % (dir, className)
save_file(lfile, li)
def add_class(code_obj):
"""\
Generates the code for a custom class.
"""
global _current_extra_modules
if not multiple_files:
# in this case, previous_source is the SourceFileContent instance
# that keeps info about the single file to generate
prev_src = previous_source
else:
# let's see if the file to generate exists, and in this case
# create a SourceFileContent instance
filename = os.path.join(out_dir, code_obj.klass + ".pm") # MODULE!!
if not os.path.exists(filename):
prev_src = None
else:
prev_src = SourceFileContent(filename)
_current_extra_modules = {}
if classes.has_key(code_obj.klass) and classes[code_obj.klass].done:
return # the code has already been generated
try:
builder = obj_builders[code_obj.base]
except KeyError:
print code_obj
raise # this is an error, let the exception be raised
if prev_src is not None and prev_src.classes.has_key(code_obj.klass):
is_new = False
else:
# this class wasn't in the previous version of the source (if any)
is_new = True
mods = getattr(builder, "extra_modules", [])
if mods:
for m in mods:
_current_extra_modules[m] = 1
buffer = []
write = buffer.append
if not classes.has_key(code_obj.klass):
# if the class body was empty, create an empty ClassLines
classes[code_obj.klass] = ClassLines()
new_signature = getattr(builder, "new_signature", [])
if _use_gettext and not is_new:
classes[code_obj.klass].dependencies["use Wx::Locale gettext => '_T';\n"] = 1
if is_new:
write("package %s;\n\n" % code_obj.klass)
write("use Wx qw[:everything];\nuse base qw(%s);\nuse strict;\n\n" % code_obj.base.replace("wx", "Wx::", 1))
if _use_gettext:
if multiple_files:
classes[code_obj.klass].dependencies["use Wx::Locale gettext => '_T';\n"] = 1
else:
write("use Wx::Locale gettext => '_T';\n")
if multiple_files:
# write the module dependecies for this class (package)
write("# begin wxGlade: ::dependencies\n")
for module in classes[code_obj.klass].dependencies:
write(module)
write("# end wxGlade\n")
write("\n")
write("sub new {\n")
write("\tmy( $self, %s ) = @_;\n" % ", ".join(new_signature))
if new_signature:
for k in new_signature:
if new_defaults.has_key(k):
write(new_defaults[k])
else:
new_signature = ["@_[1 .. $#_]"] # shift(@_)->SUPER::new(@_);
print code_obj.klass + " did not declare new_defaults "
# constructor (new) begin tag
write("# begin wxGlade: %s::new\n\n" % code_obj.klass)
prop = code_obj.properties
style = prop.get("style", None)
if style:
write("\t$style = %s \n\t\tunless defined $style;\n\n" % style)
# constructor (new)
write("\t$self = $self->SUPER::new( %s );\n" % ", ".join(new_signature))
init_lines = classes[code_obj.klass].init
parents_init = classes[code_obj.klass].parents_init
parents_init.reverse()
for l in parents_init:
write("\t" + l)
for l in init_lines:
write("\t" + l)
# now check if there are extra lines to add to the init method
if hasattr(builder, "get_init_code"):
for l in builder.get_init_code(code_obj):
write("\t" + l)
write("\n\t$self->__set_properties();\n")
write("\t$self->__do_layout();\n\n")
event_handlers = classes[code_obj.klass].event_handlers
if hasattr(builder, "get_events"):
for id, event, handler in builder.get_events(code_obj):
event_handlers.append((id, event, handler))
for win_id, event, handler in event_handlers:
if win_id.startswith("#"):
win_id = "$self->{" + win_id[8:] + "}->GetId"
write("\tWx::Event::%s($self, %s, \\&%s);\n" % (event, win_id, handler))
if event_handlers:
write("\n")
write("# end wxGlade\n")
if is_new:
write("\treturn $self;\n\n")
write("}\n\n")
if prev_src is not None and not is_new:
# replace the lines inside the ::new wxGlade block with the new ones
tag = "#<%swxGlade replace %s %s>" % (nonce, code_obj.klass, "new")
if prev_src.content.find(tag) < 0:
# no __init__ tag found, issue a warning and do nothing
print >> sys.stderr, "WARNING: wxGlade ::new block not found," " constructor code NOT generated"
else:
prev_src.content = prev_src.content.replace(tag, "".join(buffer))
buffer = []
write = buffer.append
# __set_properties
obj_p = getattr(builder, "get_properties_code", generate_common_properties)(code_obj)
obj_p.extend(classes[code_obj.klass].props)
write_body = len(obj_p)
if is_new:
write("\nsub __set_properties {\n\tmy $self = shift;\n\n")
write("# begin wxGlade: %s::__set_properties\n\n" % code_obj.klass)
if not write_body:
write("\treturn;\n")
else:
for l in obj_p:
write("\t" + l)
write("\n# end wxGlade\n")
if is_new:
write("}\n")
if prev_src is not None and not is_new:
# replace the lines inside the __set_properties wxGlade block
# with the new ones
tag = "#<%swxGlade replace %s %s>" % (nonce, code_obj.klass, "__set_properties")
if prev_src.content.find(tag) < 0:
# no __set_properties tag found, issue a warning and do nothing
print >> sys.stderr, "WARNING: wxGlade __set_properties block " "not found, __set_properties code NOT generated"
else:
prev_src.content = prev_src.content.replace(tag, "".join(buffer))
buffer = []
write = buffer.append
# __do_layout
if is_new:
write("\nsub __do_layout {\n\tmy $self = shift;\n\n")
layout_lines = classes[code_obj.klass].layout
sizers_init_lines = classes[code_obj.klass].sizers_init
# check if there are extra layout lines to add
if hasattr(builder, "get_layout_code"):
extra_layout_lines = builder.get_layout_code(code_obj)
else:
extra_layout_lines = []
write("# begin wxGlade: %s::__do_layout\n\n" % code_obj.klass)
if layout_lines or sizers_init_lines or extra_layout_lines:
sizers_init_lines.reverse()
for l in sizers_init_lines:
write("\t" + l)
for l in layout_lines:
write("\t" + l)
for l in extra_layout_lines:
write("\t" + l)
else:
write("\treturn;\n")
write("\n# end wxGlade\n")
if is_new:
write("}\n")
if prev_src is not None and not is_new:
# replace the lines inside the __do_layout wxGlade block
# with the new ones
tag = "#<%swxGlade replace %s %s>" % (nonce, code_obj.klass, "__do_layout")
if prev_src.content.find(tag) < 0:
# no __do_layout tag found, issue a warning and do nothing
print >> sys.stderr, "WARNING: wxGlade __do_layout block " "not found, __do_layout code NOT generated"
else:
prev_src.content = prev_src.content.replace(tag, "".join(buffer))
if prev_src is not None and not is_new:
already_there = prev_src.event_handlers.get(code_obj.klass, {})
buf = []
for name, event, handler in event_handlers:
if handler not in already_there:
buf.append(
"\nsub %s {\n"
"\tmy ($self, $event) = @_;\n"
"# wxGlade: %s::%s <event_handler>\n\n"
'\twarn "Event handler (%s) not implemented";\n'
"\t$event->Skip;\n\n# end wxGlade\n}\n\n" % (handler, code_obj.klass, handler, handler)
)
already_there[handler] = 1
tag = "#<%swxGlade event_handlers %s>" % (nonce, code_obj.klass)
if prev_src.content.find(tag) < 0:
# no event_handlers tag found, issue a warning and do nothing
print >> sys.stderr, "WARNING: wxGlade event_handlers block " "not found, event_handlers code NOT generated"
else:
prev_src.content = prev_src.content.replace(tag, "".join(buf))
del buf
else:
already_there = {}
for name, event, handler in event_handlers:
if handler not in already_there:
write(
"\nsub %s {\n"
"\tmy ($self, $event) = @_;\n"
"# wxGlade: %s::%s <event_handler>\n\n"
'\twarn "Event handler (%s) not implemented";\n'
"\t$event->Skip;\n\n# end wxGlade\n}\n\n" % (handler, code_obj.klass, handler, handler)
)
already_there[handler] = 1
# the code has been generated
classes[code_obj.klass].done = True
write("\n# end of class %s\n\n1;\n\n" % code_obj.klass)
if not multiple_files and prev_src is not None:
# if this is a new class, add its code to the new_classes list of the
# SourceFileContent instance
if is_new:
prev_src.new_classes.append("".join(buffer))
return
if multiple_files:
# return # not implemented yet -- crazyinsomniac
if prev_src is not None:
tag = "#<%swxGlade insert new_classes>" % nonce
prev_src.content = prev_src.content.replace(tag, "")
# insert the extra modules
tag = "#<%swxGlade extra_modules>\n" % nonce
code = "".join(_current_extra_modules.keys())
prev_src.content = prev_src.content.replace(tag, code)
# insert the module dependencies of this class
extra_modules = classes[code_obj.klass].dependencies.keys()
deps = ["# begin wxGlade: ::dependencies\n"] + extra_modules + ["# end wxGlade\n"]
tag = "#<%swxGlade replace %s dependencies>" % (nonce, code_obj.klass)
prev_src.content = prev_src.content.replace(tag, "".join(deps))
try:
# store the new file contents to disk
common.save_file(filename, prev_src.content, "codegen")
except:
raise IOError("pl_codegen.add_class: %s, %s, %s" % (out_dir, prev_src.name, code_obj.klass))
return
# create the new source file
filename = code_obj.klass.replace("::", os.sep) + ".pm" # MODULE!!
filename = os.path.join(out_dir, filename)
out = cStringIO.StringIO()
write = out.write
# write the common lines
for line in header_lines:
write(line)
# write the class body
for line in buffer:
write(line)
try:
dirname = os.path.dirname(filename) # create Foo in Foo::Bar,
# Foo/Bar.pm
if not os.path.exists(dirname):
os.makedirs(dirname)
# store the contents to filename
common.save_file(filename, out.getvalue(), "codegen")
except:
import traceback
traceback.print_exc()
out.close()
else: # not multiple_files
# write the class body onto the single source file
for dep in classes[code_obj.klass].dependencies:
_current_extra_modules[dep] = 1
write = output_file.write
for line in buffer:
write(line)
def add_app(app_attrs, top_win_class):
"""\
Generates the code for a wxApp instance.
If the file to write into already exists, this function does nothing.
"""
global _app_added
_app_added = True
name = app_attrs.get("name")
if not name:
name = "app"
if not multiple_files:
prev_src = previous_source
else:
filename = os.path.join(out_dir, name + ".pl")
if not os.path.exists(filename):
prev_src = None
elif _overwrite:
prev_src = None
else:
# prev_src doesn't need to be a SourceFileContent instance in this
# case, as we do nothing if it is not None
prev_src = 1
if prev_src is not None:
return # do nothing if the file existed
klass = app_attrs.get("class")
top_win = app_attrs.get("top_window")
if not top_win:
return # do nothing if there is no top window
lines = []
append = lines.append
if klass:
append("package %s;\n" % klass)
append("\nuse base qw(Wx::App);\nuse strict;\n\n")
if multiple_files:
# import the top window module
append("use %s;\n\n" % top_win_class)
append("sub OnInit {\n\tmy( $self ) = shift;\n\n")
else:
append("1;\n\npackage main;\n")
if multiple_files:
# import the top window module
append("\nuse %s;\n\n" % top_win_class)
append("\nunless(caller){\n")
if _use_gettext:
append('\tmy $local = Wx::Locale->new("English", "en", "en");' + " # replace with ??\n")
append('\t$local->AddCatalog("%s");' % name + " # replace with the appropriate catalog name\n\n")
# and now, basically fake wxPySimpleApp
append("\tlocal *Wx::App::OnInit = sub{1};\n")
append("\tmy $%s = Wx::App->new();\n" % name)
append("\tWx::InitAllImageHandlers();\n\n") # we add this to avoid troubles
append("\tmy $%s = %s->new();\n\n" % (top_win, top_win_class))
if klass:
append("\t$self->SetTopWindow($%s);\n" % top_win)
append("\t$%s->Show(1);\n\n" % top_win)
append("\treturn 1;\n}\n")
append("# end of class %s\n\n" % klass)
append("package main;\n\nunless(caller){\n")
if _use_gettext:
append('\tmy $local = Wx::Locale->new("English", "en", "en");' + " # replace with ??\n")
append('\t$local->AddCatalog("%s");' % name + " # replace with the appropriate catalog name\n\n")
append("\tmy $%s = %s->new();\n" % (name, klass))
else:
append("\t$%s->SetTopWindow($%s);\n" % (name, top_win))
append("\t$%s->Show(1);\n" % top_win)
append("\t$%s->MainLoop();\n}\n" % name)
if multiple_files: # not read yet
filename = os.path.join(out_dir, name + ".pl")
out = cStringIO.StringIO()
write = out.write
write("#!/usr/bin/perl -w -- \n")
# write the common lines
for line in header_lines:
write(line)
# write the wxApp code
for line in lines:
write(line)
try:
common.save_file(filename, out.getvalue(), "codegen")
except:
import traceback
traceback.print_wexc()
# make the file executable
try:
os.chmod(filename, 0755)
except OSError:
pass # this is not a bad error
out.close()
else:
write = output_file.write
for line in lines:
write(line)
homedir = os.path.join(cdir, '..')
sys.path.append(homedir)
import main
import weixin
from common import save_file, make_qrcode
# 初始化数据库
script_file = 'script.sql'
script = "\
create database if not exists {0};\
create user '{1}'@'{2}' identified by '{3}';\
grant all on {0}.* to '{1}'@'{2}';".format(main.app.config['DB_SCHEMA'],
main.app.config['DB_USER'],
main.app.config['DB_HOST'],
main.app.config['DB_PASS'])
save_file(script_file, script)
print("entry mysql root user password:"******"sed -i '/AUTH2_SHORT_URL/c\AUTH2_SHORT_URL = \"{}\"\' {}/{}".format(
url['short_url'], homedir, '/conf/config.py'))
label_dict = {
'0': 'A',
'1': 'B',
'2': 'C',
'3': 'D',
'4': 'E',
}
if __name__ == '__main__':
results_file = os.path.join(root_dirs, 'results', 'weight_rel.csv')
gold_file = os.path.join(root_dirs, 'csqa_data', 'conceptnet',
'weight_rel', 'test_data.json')
results = read_to_array(results_file)
golds = load_json(gold_file)
print(results[:2])
print(golds[:2])
assert len(results) == len(golds)
length = len(results)
print(results[0])
print(golds[0])
tests = []
for i in range(length):
assert int(results[i][0]) == golds[i]['initial_id']
tests.append([golds[i]['id'], label_dict[results[i][-1]]])
print(tests[0])
print(len(tests))
save_file(tests, os.path.join(root_dirs, 'test_results',
'predictions.csv'))
input_divide_screen = "input_divide_screen"
for folder in dirs:
#folder_name = folder
print(folder)
files = os.listdir(path + "/" + folder)
for im in files:
img = path + "/" + folder + "/" + im
img = cv2.imread(img)
height, width, channels = img.shape
print(height, width, channels)
title = img[0:500, 0:width]
save_file(cropped, title)
rate = height // 5
menu = img[height - rate:height, 0:width]
save_file(cropped, menu)
if folder == input_line:
line3 = img[(3 * height) // 7:(4 * height) // 7, 0:width]
save_file(cropped, line3)
line4 = img[(4 * height) // 7:(5 * height) // 7, 0:width]
save_file(cropped, line4)
line5 = img[(5 * height) // 7:(6 * height) // 7, 0:width]