def install():
fetch("http://ftp.gnome.org/pub/gnome/sources/json-glib/0.16/json-glib-%(json-glib)s.tar.xz")
extract("json-glib-%(json-glib)s.tar.xz")
configure(
"json-glib-%(json-glib)s", ["--prefix=%s" % env.prefix, "--disable-gcov", "--disable-introspection", "CC=clang"]
)
make("json-glib-%(json-glib)s")
make("json-glib-%(json-glib)s", "install")
def _run(self, fmt):
"""
Run make, sending increments, and eventually change status to done.
"""
make_settings = ['-C', self.directory,
'dir_chmod=777',
'-j', str(Config.processes),
"python=%s" % Config.python_interpreter]
if fmt == 'vrt' or fmt == 'cwb':
make_settings = [fmt] + make_settings
self.out_file = os.path.join(self.annotations_dir, 'text.vrt')
else:
make_settings = ['export'] + make_settings
self.out_file = os.path.join(self.export_dir, 'text.xml')
# Do a dry run to get the number of invocations that will be made
stdout, _ = make(make_settings + ['--dry-run']).communicate("")
steps = stdout.count(Config.python_interpreter)
# Start make for real. First set up some environment variables
os.environ['SB_MODELS'] = Config.sb_models
# No remote installations allowed
os.environ['remote_cwb_datadir']="null"
os.environ['remote_cwb_registry']="null"
os.environ['remote_host']="null"
# Now, make!
self.make_process = make(make_settings)
self.change_status(Status.Running)
# Process the output from make
self.change_step(new_cmd="", new_step=0, new_steps=steps + 1)
step = 0
for line in iter(self.make_process.stdout.readline, ''):
self.make_out.append(line)
if Config.python_interpreter in line:
step += 1;
argstring = line.split(Config.python_interpreter)[1]
arguments = argstring.lstrip().split()
command = " ".join(arguments[1:3]) if "--" in arguments[3] else arguments[1]
self.change_step(new_step=step, new_cmd=command)
self.change_step(new_cmd="", new_step=step+1)
# Send warnings
try:
with open(self.warnings_log_file, "r") as f:
self.warnings = f.read().rstrip()
except IOError:
self.warnings = None
# The corpus should now be in self.out_file
# Its contents is not stored because of memory reasons
# assert os.path.isfile(self.out_file)
self.change_status(Status.Done)
def install():
fetch_git('https://github.com/rafaelmartins/bluster.git', 'bluster')
autogen('bluster')
configure('bluster', ['--prefix=%s' % env.prefix,
'PKG_CONFIG_PATH=%s/lib/pkgconfig' % env.prefix,
'PATH=%s/bin:$PATH' % env.prefix,
'LDFLAGS="-Wl,--rpath -Wl,%s/lib -L%s/lib"' % (env.prefix,
env.prefix),
'CFLAGS="-I%s/include"' % env.prefix,
'CC=clang'])
make('bluster')
make('bluster', 'install')
def install():
fetch('http://www.pell.portland.or.us/~orc/Code/discount/discount-%(discount)s.tar.bz2')
extract('discount-%(discount)s.tar.bz2')
configure('discount-%(discount)s', ['--prefix=%s' % env.prefix,
'--libdir=%s/lib' % env.prefix,
'--mandir=%s/man' % env.prefix,
'--shared',
'--enable-all-features'],
'configure.sh')
run('sed -i .bkp -e "/ldconfig/d" %s/%s/librarian.sh' %
(env.build, 'discount-%(discount)s' % env.versions))
make('discount-%(discount)s')
make('discount-%(discount)s', 'install')
def install():
fetch("http://www.fastcgi.com/dist/fcgi-%(fcgi)s.tar.gz")
extract("fcgi-%(fcgi)s.tar.gz")
configure("fcgi-%(fcgi)s", ["--prefix=%s" % env.prefix])
make("fcgi-%(fcgi)s")
make("fcgi-%(fcgi)s", "install")
#! /usr/bin/env python
# -*- coding: utf-8 -*-
from utils import make
while True:
s=make(raw_input(">>>").decode("utf-8"))
if s.sentiments > 0.6:
print "可能是褒义"
else:
print "可能是贬义"
import utils utils.make() utils.test() utils.print_all()
def install():
fetch('http://piumarta.com/software/peg/peg-%(peg)s.tar.gz')
extract('peg-%(peg)s.tar.gz')
make('peg-%(peg)s', 'CC=clang')
make('peg-%(peg)s', 'PREFIX=%s install' % env.prefix)
def _run(self, fmt):
"""
Run make, sending increments, and eventually change status to done.
"""
def send_warnings():
try:
with open(self.warnings_log_file, "r") as f:
self.warnings = self.fix_warnings(f.read().rstrip())
except IOError:
self.warnings = None
make_settings = ['-C', self.directory,
'dir_chmod=777',
'-j', str(Config.processes),
"python=%s" % Config.python_interpreter]
# First set up some environment variables
os.environ['SPARV_MODELS'] = Config.sparv_models
os.environ['SPARV_MAKEFILES'] = Config.sparv_makefiles
# For initial parsing
make_init = ['@TEXT'] + make_settings
# For file upload
if self.files:
make_settings = ['export'] + make_settings
self.out_files = []
self.textfiles = []
for filename, _text in self.files:
self.out_files.append(os.path.join(self.export_dir, filename + '.xml'))
self.textfiles.append(os.path.join(self.annotations_dir, filename + '.@TEXT'))
# Try to parse files first
stdout, stderr = make(make_init).communicate("")
self.change_status(Status.Parsing)
# Send warnings
for out_file in self.textfiles:
if not os.path.exists(out_file):
send_warnings()
self.change_status(Status.ParseError)
log.error(ERROR_MSG["parsing_error"])
return
else:
# Try to parse file first
self.textfile = os.path.join(self.annotations_dir, self.filename + '.@TEXT')
stdout, stderr = make(make_init).communicate("")
self.change_status(Status.Parsing)
if stderr:
send_warnings()
self.change_status(Status.Error)
self.stderr = stderr.rstrip().decode("UTF-8")
log.error(ERROR_MSG["make_error"])
return
# Send warnings
if not os.path.exists(self.textfile):
send_warnings()
self.change_status(Status.ParseError)
log.error(ERROR_MSG["parsing_error"])
return
if fmt == 'vrt' or fmt == 'cwb':
make_settings = [fmt] + make_settings
self.out_file = os.path.join(self.annotations_dir, self.filename + '.vrt')
else:
make_settings = ['export'] + make_settings
self.out_file = os.path.join(self.export_dir, self.filename + '.xml')
# Do a dry run to get the number of invocations that will be made
stdout, stderr = make(make_settings + ['--dry-run']).communicate("")
self.stderr = stderr.decode(UTF8)
assert(self.stderr == "")
steps = stdout.decode(UTF8).count(Config.python_interpreter)
# No remote installations allowed
os.environ['remote_cwb_datadir'] = "null"
os.environ['remote_cwb_registry'] = "null"
os.environ['remote_host'] = "null"
# Now, make!
self.make_process = make(make_settings)
self.change_status(Status.Running)
# Process the output from make
self.change_step(new_cmd="", new_step=0, new_steps=steps + 1)
step = 0
for line in iter(self.make_process.stdout.readline, b''):
line = line.decode(UTF8)
self.make_out.append(line)
if Config.python_interpreter in line:
step += 1
argstring = line.split(Config.python_interpreter)[1]
arguments = argstring.lstrip().split()
command = " ".join(arguments[1:3]) if "--" in arguments[3] else arguments[1]
self.change_step(new_step=step, new_cmd=command)
self.change_step(new_cmd="", new_step=step + 1)
send_warnings()
# The corpus should now be in self.out_file
# Its contents are not stored because of memory reasons
# assert os.path.isfile(self.out_file)
self.make_process.stdout.close()
self.make_process.stderr.close()
self.make_process.wait()
self.change_status(Status.Done)
