def fixClock(clockName,vtrDir,vprVersion):
#for earlier versions a generic clockfix was done in the vpr scripts.
if vprVersion != 8 :
return
#get the cwd. Note that we should be in the build dir
cwd = local.cwd
#the blif file we want to fix the latches
blif_file = cwd / 'abc_out.blif'
#fixed clock file
fixed_blif = cwd / 'clock_fixed.blif'
fixed_blif_temp = cwd / 'clock_fixed_temp.blif'
#if we don't have a clock to fix just copy the abc file
if clockName is None:
from plumbum.cmd import cp
cp(str(blif_file), str(fixed_blif))
return
#get the modelname of the blif file. need for the fix
modelName = BlifParser.extractModelName(str(blif_file))
#run the fix. the first run add the re attribut. the second remove some empty added models
fixCommand = "latch_^_re_^_" + modelName + "^" + clockName + "_^_0"
fixLatchesPath = vtrDir / "vtr_flow/scripts/blackbox_latches.pl"
fixLatches = local[fixLatchesPath]
print fixLatches("--input",str(blif_file),"--output", str(fixed_blif_temp),"--restore",fixCommand)
print fixLatches("--input",str(fixed_blif_temp),"--output",str(fixed_blif), "--vanilla")
def main(self):
self.package = self.package.rstrip("/")
package_path = plumbum.local.path(self.package)
name = package_path.name
mock_path = plumbum.local.path(package_path / "mock_%s" % name)
delete(mock_path // "*.go")
buildscript = """
load("@com_github_jmhodges_bazel_gomock//:gomock.bzl", "gomock")
gomock(
name = "go_default_mock",
out = "mock.go",
interfaces = %s,
library = "//%s:go_default_library",
package = "mock_%s",
)
""" % (self.interfaces.split(","), self.package, name)
pathlib.Path(mock_path).mkdir(parents=True, exist_ok=True)
pathlib.Path(mock_path / "BUILD.bazel").write_text(buildscript)
mock_rule = "//%s:go_default_mock" % os.path.join(
self.package, "mock_%s" % name)
bazel = plumbum.local['bazel']
bazel("build", mock_rule)
bf, wf = rule_to_file(mock_rule)
cmd.cp(bf, wf)
cmd.chmod("0644", wf)
cmd.make("gazelle")
def configure(self):
with local.cwd(self.builddir):
with open("etc/portage/make.conf", 'w') as makeconf:
lines = '''
PATH="/llvm/bin:/pprof/bin:${PATH}"
LD_LIBRARY_PATH="/llvm/lib:/pprof/lib:${LD_LIBRARY_PATH}"
CFLAGS="-O2 -pipe"
CXXFLAGS="${CFLAGS}"
FEATURES="-sandbox -usersandbox -usersync -xattr"
CC="/llvm/bin/clang"
CXX="/llvm/bin/clang++"
PORTAGE_USERNAME = "******"
PORTAGE_GRPNAME = "root"
PORTAGE_INST_GID = 0
PORTAGE_INST_UID = 0
CHOST="x86_64-pc-linux-gnu"
USE="bindist mmx sse sse2"
PORTDIR="/usr/portage"
DISTDIR="${PORTDIR}/distfiles"
PKGDIR="${PORTDIR}/packages"
'''
makeconf.write(lines)
mkdir("-p", "etc/portage/metadata")
with open("etc/portage/metadata/layout.conf", 'w') as layoutconf:
lines = '''masters = gentoo'''
layoutconf.write(lines)
cp("/etc/resolv.conf", "etc/resolv.conf")
def prepare(self):
super(Povray, self).prepare()
cp("-ar", path.join(self.testdir, "cfg"), self.builddir)
cp("-ar", path.join(self.testdir, "etc"), self.builddir)
cp("-ar", path.join(self.testdir, "scenes"), self.builddir)
cp("-ar", path.join(self.testdir, "share"), self.builddir)
cp("-ar", path.join(self.testdir, "test"), self.builddir)
def load_source(url_or_path: str) -> plumbum.Path:
parsed_url = urlparse(url_or_path)
with track_new_files(local.cwd) as new_files:
# Load data
if parsed_url.scheme.startswith("git+"):
original_scheme = parsed_url.scheme[len("git+"):]
repo_url = urlunparse((
original_scheme,
parsed_url.netloc,
parsed_url.path,
parsed_url.params,
parsed_url.query,
"",
))
args = ["clone", repo_url, "--depth=1"]
if parsed_url.fragment:
args.append(f"--branch={parsed_url.fragment}")
cmd.git(*args)
elif parsed_url.scheme in HTTP_SCHEMES:
(cmd.wget["-qO-", url_or_path] | cmd.tar["xvz"])()
else:
url_path = local.cwd / url_or_path
if url_path.is_dir():
cmd.cp("-r", url_path, local.cwd)
else:
cmd.tar("-xvf", url_or_path)
project_path, = new_files
return project_path
def backup_vscode(self):
for file_name in vs_code_files:
target_path = os.path.join(vs_code_config_path, file_name)
if os.path.exists(target_path):
cp("-r", target_path, vs_code_backup_path)
print(colors.green | ('cp %s' % target_path))
else:
print(colors.red | ('file not found: %s' % target_path))
print("vscode config backup completed")
def download(self):
from pprof.utils.downloader import Wget
from plumbum.cmd import patch, cp
lp_patch = path.join(self.sourcedir, "linpack.patch")
with local.cwd(self.builddir):
Wget(self.src_uri, "linpackc.new")
cp("-a", "linpackc.new", "linpack.c")
(patch["-p0"] < lp_patch)()
def Copy(From, To):
"""
Small copy wrapper.
Args:
From (str): Path to the SOURCE.
To (str): Path to the TARGET.
"""
from plumbum.cmd import cp
cp("-ar", "--reflink=auto", From, To)
def update_files(self):
rules = mock_rules()
bazel = plumbum.local['bazel']
print("building mock files...")
bazel("build", rules)
for rule in rules:
print(rule)
bf, wf = rule_to_file(rule)
cmd.cp(bf, wf)
cmd.chmod("0644", wf)
def download(self):
from pprof.utils.downloader import Wget
from plumbum.cmd import tar, cp
p7z_dir = path.join(self.builddir, self.src_dir)
with local.cwd(self.builddir):
Wget(self.src_uri, self.src_file)
tar('xfj', path.join(self.builddir, self.src_file))
cp(
path.join(p7z_dir, "makefile.linux_clang_amd64_asm"),
path.join(p7z_dir, "makefile.machine"))
def download(self):
from pprof.settings import config
with local.cwd(self.builddir):
Wget(self.src_uri, self.src_file)
cp(config["sourcedir"] + "/bin/uchroot", "uchroot")
run(fakeroot["tar", "xfj", self.src_file])
rm(self.src_file)
with local.cwd(self.builddir + "/usr"):
Wget(self.src_uri_portage, self.src_file_portage)
run(tar["xfj", self.src_file_portage])
rm(self.src_file_portage)
def recover_vscode(self):
for file_name in vs_code_files:
target_path = os.path.join(vs_code_config_path, file_name)
backup_file_path = os.path.join(vs_code_backup_path, file_name)
if os.path.exists(backup_file_path):
if os.path.isdir(target_path):
cp("-rf", backup_file_path, vs_code_config_path)
else:
cp("-f", backup_file_path, target_path)
print(colors.green | ('cp %s covers %s' %
(backup_file_path, target_path)))
else:
print(colors.red | ('file not found: %s' % backup_file_path))
print("vscode config recover completed")
def unified_auto_man_to_evals(inf, ingoldf, keyin, goldkeyin, dirout,
rm_blacklist):
"""
Converts a unified corpus and manually annotated data into a full full
train/dev/test split for use by finn-wsd-eval.
"""
ps = {}
for seg in ["train", "devtest", "dev", "test"]:
segoutdir = pjoin(dirout, seg)
os.makedirs(segoutdir, exist_ok=True)
ps[seg] = get_partition_paths(segoutdir, "corpus")
python(
filter_py,
"split",
"--sentences",
"1000",
inf,
ps["devtest"]["unified"],
ps["train"]["unified"],
keyin,
ps["devtest"]["unikey"],
ps["train"]["unikey"],
)
python(
filter_py,
"unified-test-dev-split",
ps["devtest"]["unified"],
ingoldf,
ps["devtest"]["unikey"],
goldkeyin,
ps["dev"]["unified"],
ps["dev"]["unikey"],
)
cp(ingoldf, ps["test"]["unified"])
cp(goldkeyin, ps["test"]["unikey"])
if rm_blacklist:
exclude = ["olla", "ei"]
else:
exclude = []
for seg in ["train", "dev", "test"]:
segoutdir = pjoin(dirout, seg)
unified_to_single_eval.callback(
"corpus",
pjoin(segoutdir, "corpus.xml"),
pjoin(segoutdir, "corpus.key"),
segoutdir,
exclude,
)
def do_it(fn):
with tarfile.open(fn) as tar:
try:
tar.getmember('coverage/report_html/report_single.html')
print "ok"
except KeyError:
tar.extract('coverage/codecover.xml', path='.')
print "Got it from ", fn
print cmd()
cp(fn, 'mytar.tar.gz')
local['gunzip']('mytar.tar.gz')
with tarfile.open('mytar.tar', 'a') as tar:
tar.add('report_single.html', arcname='coverage/report_html/report_single.html')
local['gzip']('mytar.tar')
cp('mytar.tar.gz', fn)
def configure(self):
with local.cwd(self.builddir):
self.write_bashrc("etc/portage/bashrc")
self.write_makeconfig("etc/portage/make.conf")
self.write_wgetrc("etc/wgetrc")
mkdir("-p", "etc/portage/metadata")
self.write_layout("etc/portage/metadata/layout.conf")
cp("/etc/resolv.conf", "etc/resolv.conf")
config_file = CFG["config_file"].value()
if path.exists(str(config_file)):
cp(config_file, path.basename(config_file))
wrap_cc_in_uchroot(self.cflags, self.ldflags,
self.compiler_extension, "/llvm/bin")
wrap_cxx_in_uchroot(self.cflags, self.ldflags,
self.compiler_extension, "/llvm/bin")
def make(commit=DEFAULT_HASH):
softdir = getSoftDir()
blddir = softdir / "ANTs-build"
with local.cwd(softdir):
repo = downloadGithubRepo('ANTsX/ANTs', commit)
sha, date = getCommitInfo(repo)
out = get_path(sha)
# if output binary directory already exists, then return
if checkExists(out):
return
logging.info("Build code:")
blddir.mkdir()
with local.cwd(blddir):
cmake(repo)
import plumbum.cmd
plumbum.cmd.make['-j', psutil.cpu_count(logical=False)] & FG
# copy ANTs scripts
cp('-a', (softdir / 'ANTs' / 'Scripts').list(),
blddir / 'ANTS-build' / 'Examples')
# move binary directory
(blddir / 'ANTS-build' / 'Examples').move(out)
# write PATH and ANTSPATH
with open(out / 'env.sh', 'w') as f:
f.write("export PATH={}:$PATH\n".format(out))
f.write("export ANTSPATH={}\n".format(out))
# generate symbolink links
symlink = get_path(date)
print("Make symlink: {} -> {}".format(symlink, get_path(sha)))
symlink.unlink()
get_path(sha).symlink(symlink)
logging.info("Made '{}'".format(out))
def install_regolith():
add_apt_repository("ppa:regolith-linux/release")
install_with_apt(
"regolith-desktop-standard",
"regolith-look-dracula",
"i3xrocks-battery",
"i3xrocks-cpu-usage",
"i3xrocks-media-player",
"i3xrocks-memory",
"i3xrocks-temp",
"i3xrocks-time",
"i3xrocks-volume",
"i3xrocks-weather",
"i3xrocks-wifi",
)
install_with_pip("i3ipc")
# Copy blocks to local install
for block_path in local.path("/etc/regolith/i3xrocks/conf.d").iterdir():
cmd.cp(block_path, local.path("~/.config/regolith/i3xrocks/conf.d"))
def unified_to_single_eval(seg, inf, keyin, dirout):
"""
Converts a unified corpus into all the data the data needed for a single
test/train segment by finn-wsd-eval.
"""
pdict = get_partition_paths(dirout, seg)
for src, dest in [(inf, pdict["unified"]), (keyin, pdict["unikey"])]:
if samefile(src, dest):
continue
cp(src, dest)
unified_to_sup.callback(
pdict["unified"],
pdict["unikey"],
pdict["sup"],
pdict["sup3key"],
pdict["supkey"],
)
python(munge_py, "finnpos-senseval", pdict["sup"], pdict["suptag"])
python(munge_py, "omorfi-segment-senseval", pdict["sup"], pdict["supseg"])
def checkOverlayEquivalence(zumaDir,yosysDir,vtrDir,vprVersion):
abcPath = getVTRToolpath('abc',vtrDir,vprVersion)
yosysPath = yosysDir / "yosys"
from plumbum.cmd import cp
#copy the verification files
cp("abc_out_v.blif", str(zumaDir / "verilog/verification/VerificationTestsuite"))
cp("verificationOverlay.v", str(zumaDir / "verilog/verification/VerificationTestsuite"))
cp("top_module.v", str(zumaDir / "verilog/verification/VerificationTestsuite"))
#back up the curent cwd
oldcwd = str(local.cwd)
#change dir in the testsuite
local.cwd.chdir(zumaDir / "verilog/verification/VerificationTestsuite")
#run yosys
yosys = local[yosysPath]
print yosys("-s","specification.ys")
print yosys("-s","removeports.ys")
print yosys("-s","removeports_abc.ys")
#run the equivalence check
result = runAbcEquivalenceCheck(abcPath,"abc_out_v_opt.blif","test_opt.blif")
#return to the old dir
local.cwd.chdir(oldcwd)
return result
def unified_auto_man_to_evals(inf, ingoldf, keyin, goldkeyin, dirout):
ps = {}
for seg in ["train", "devtest", "dev", "test"]:
segoutdir = pjoin(dirout, seg)
os.makedirs(segoutdir, exist_ok=True)
ps[seg] = get_partition_paths(segoutdir, "corpus")
python(
filter_py,
"split",
"--sentences",
"1000",
inf,
ps["devtest"]["unified"],
ps["train"]["unified"],
keyin,
ps["devtest"]["unikey"],
ps["train"]["unikey"],
)
python(
filter_py,
"unified-test-dev-split",
ps["devtest"]["unified"],
ingoldf,
ps["devtest"]["unikey"],
goldkeyin,
ps["dev"]["unified"],
ps["dev"]["unikey"],
)
cp(ingoldf, ps["test"]["unified"])
cp(goldkeyin, ps["test"]["unikey"])
for seg in ["train", "dev", "test"]:
segoutdir = pjoin(dirout, seg)
unified_to_single_eval.callback(
"corpus",
pjoin(segoutdir, "corpus.xml"),
pjoin(segoutdir, "corpus.key"),
segoutdir,
)
def unified_to_single_eval(seg, inf, keyin, dirout, exclude):
"""
Converts a unified corpus into all the data the data needed for a single
test/train segment by finn-wsd-eval.
This creates a simple train/test split. For a full train/dev/test split
including manually annotated data use unified-auto-man-to-evals.
"""
pdict = get_partition_paths(dirout, seg)
for src, dest in [(inf, pdict["unified"]), (keyin, pdict["unikey"])]:
if samefile(src, dest):
continue
cp(src, dest)
unified_to_sup.callback(
pdict["unified"],
pdict["unikey"],
pdict["sup"],
pdict["sup3key"],
pdict["supkey"],
exclude,
)
python(munge_py, "finnpos-senseval", pdict["sup"], pdict["suptag"])
python(munge_py, "omorfi-segment-senseval", pdict["sup"], pdict["supseg"])
def main(self):
tmpdir = local.path(tempfile.mkdtemp(prefix='topogen.'))
try:
scion_pki = local.path(self.scion_pki_bin)
topogen = local[self.topogen_bin]
local.env.path.insert(0, scion_pki.parent)
# bazel only creates a symlink to the crypto_lib,
# we copy it to tmp so that it works with docker.
cp('-L', local.path('./scripts/cryptoplayground/crypto_lib.sh'), tmpdir)
topogen_args = ['-o', tmpdir / 'gen', '-c', self.topo]
if self.params != '':
topogen_args += self.params.split()
with local.env(CRYPTOLIB=tmpdir / 'crypto_lib.sh'):
print('Running topogen with following arguments: ' + ' '.join(topogen_args))
print(topogen(*topogen_args))
# Remove the explicit scion root dir, so that tests can adapt this to wherever they
# unpack the tar.
sed('-i', 's@%s@$SCIONROOT@g' % local.path('.'), tmpdir / 'gen' / 'scion-dc.yml')
sed('-i', 's@%s@$SCIONROOT@g' % tmpdir, tmpdir / 'gen' / 'scion-dc.yml')
for support_dir in ['logs', 'gen-cache', 'gen-data', 'traces']:
os.mkdir(tmpdir / support_dir)
tar('-C', tmpdir, '-cf', self.outfile, '.')
finally:
shutil.rmtree(tmpdir, ignore_errors=True)
def setup(self):
install('nginx')
substitute(
'# gzip_types text/plain text/css application/json application/javascript text/xml application/xml application/xml+rss text/javascript;',
'gzip_types text/plain text/css application/json application/javascript text/xml application/xml application/xml+rss text/javascript;',
'/etc/nginx/nginx.conf'
)
substitute(
'# gzip_types text/plain text/css application/json application/x-javascript text/xml application/xml application/xml+rss text/javascript;',
'gzip_types text/plain text/css application/json application/x-javascript text/xml application/xml application/xml+rss text/javascript;',
'/etc/nginx/nginx.conf'
)
if os.path.isfile('/var/www/html/index.nginx-debian.html'):
cp('/var/www/html/index.nginx-debian.html', '/var/www/html/index.html')
# For SLL on ELB's http://stackoverflow.com/questions/24603620/redirecting-ec2-elb-from-http-to-https
write(
'''
server {
listen 81;
return 301 https://$host$request_uri;
}
''',
'/etc/nginx/conf.d/000-listen-81.conf'
)
source_path = os.path.dirname(os.path.abspath(script_path_inspect))
# The absolute path to the current working directory, where this script
# is being launched.
current_path = local.cwd
# Take in the first argument or option which is the project directory.
project_dir = sys.argv[1]
# Define absolute path to project directory.
project_path = current_path + "/" + project_dir
with colors.orchid:
print "========== Setting up your project directory =========="
mkdir(project_dir)
with colors.orchid:
print "========== Installing .gitignore =========="
cp(source_path + "/.gitignore", project_path)
with colors.orchid:
print "========== Installing Procfile and Runtime for Heroku =========="
cp(source_path + "/Procfile", project_path)
cp(source_path + "/runtime.txt", project_path)
with colors.orchid:
print "========== Installing Vagrant environment =========="
cp(source_path + "/Vagrantfile", project_path)
# Install provisioning script.
cp(source_path + "/provision.sh", project_path)
# Installing requirements.txt
cp(source_path + "/requirements.txt", project_path)
cp(source_path + "/.bashrc", project_path)
cp(source_path + "/zeus.sh", project_path)
def appimage(project, logger):
from plumbum import cmd, local
arch = project.get_property("appimage_arch")
# TODO make the 32 or 64 be valid input options (easier)
assert arch in ('i686', 'x86-64', 'armv6l')
name_lower = name.lower()
p_output = project.expand_path("$dir_target")
appimgdir = join(p_output, "appimage", name + version, 'in',
name + '.AppDir')
try:
os.makedirs(appimgdir, exist_ok=False)
except FileExistsError:
print()
print('Appimage dir already exists for version {}, overwrite (y/N)'.
format(version))
force = project.get_property('appimage_force')
if force in (True, "1", "True", "true"):
logger.warn("appimage: overwriting as appimage_force is True")
# Delete the entire "in" folder
shutil.rmtree(os.path.dirname(appimgdir))
os.makedirs(appimgdir, exist_ok=False)
# Prompt to overwrite or not
else:
ans = input()
if ans in ('y', 'Y'):
# Delete the entire "in" folder
shutil.rmtree(os.path.dirname(appimgdir))
os.makedirs(appimgdir, exist_ok=False)
elif ans in ('n', 'N', ''):
logger.info('appimage: nothing done')
raise Exception
else:
logger.warning('appimage: Expected either y or n, recieved: ' +
ans)
raise Exception
os.chdir(appimgdir)
shutil.rmtree('usr', ignore_errors=True)
logger.info('appimage: creating virtualenv in AppDir')
cmd.virtualenv('usr')
logger.info('appimage: Installing python libraries')
pip = local['usr/bin/pip']
for dep in project.dependencies:
logger.info('appimage: installing dep: ' + str(dep))
# TODO look how pybuilder installs deps...
pip['install', dep]()
logger.info('appimage: Copy our pybuilder bundled app into the appdir')
src = project.expand_path('$dir_dist')
shutil.copytree(src, join(appimgdir, name_lower))
# TODO can we reorganize our projecet so that this isn't necessary?
# Installs our own projet using pip -install -e
# TODO make a flag for this option, also a flag to use a virtualenv from a path
src_setup = join(
project.basedir,
os.path.dirname(project.get_property("dir_source_main_python")),
'setup.py')
dst_setup = join(appimgdir, 'setup.py')
shutil.copy(src_setup, dst_setup)
pip['install', '-e', appimgdir]()
# TODO auto insert bangline for correct python version
logger.info('appimage: create symlink to script files')
script_dir = join(name_lower, 'scripts')
for script in os.listdir(script_dir):
file = join(script_dir, script)
pointing_to = join(os.pardir, os.pardir, file)
if os.path.isfile(file):
os.symlink(pointing_to, 'usr/bin/' + script)
os.chmod(file, A_X)
with open(join(appimgdir, name_lower + '.desktop'), 'w') as f:
data = ('[Desktop Entry]', 'Name=' + name,
'Exec=' + project.get_property('main_entry_point'),
'Icon=' + name_lower)
f.write('\n'.join(data))
logger.info('appimage: moving in files')
cmd.cp(project.get_property('appimage_icon'), name_lower + '.png')
logger.info('appimage: getting apprun')
get_apprun()
os.chdir(os.pardir)
logger.info('appimage: getting/running AppImageAssistant')
generate_appimage(name, version, arch)
def setup(self):
write_line("TMPTIME=14", '/etc/default/rcS', 'TMPTIME=', mode='644')
with local.env(DEBIAN_FRONTEND='noninteractive'):
install('tmpreaper')
cp(files_folder + '/tmpreaper.conf', '/etc/tmpreaper.conf')
def copy_file(src, dst):
cmd.mkdir("-p", os.path.dirname(dst))
cmd.cp("-L", src, dst)
def prepare(self):
super(Gzip, self).prepare()
testfiles = [path.join(self.testdir, x) for x in self.testfiles]
cp(testfiles, self.builddir)
def prepare(self):
super(X264, self).prepare()
testfiles = [path.join(self.testdir, x) for x in self.inputfiles]
for testfile in testfiles:
cp(testfile, self.builddir)
def prepare(self):
super(Lammps, self).prepare()
from plumbum.cmd import cp
with local.cwd(self.builddir):
cp("-vr", self.testdir, "test")
def prep_for_mk_tar(dic):
for k, v in dic.iteritems():
if k != v:
cp(k, v)
source_path = os.path.dirname(os.path.abspath(script_path_inspect))
# The absolute path to the current working directory, where this script
# is being launched.
current_path = local.cwd
# Take in the first argument or option which is the project directory.
project_dir = sys.argv[1]
# Define absolute path to project directory.
project_path = current_path + "/" + project_dir
with colors.orchid:
print "========== Setting up your project directory =========="
mkdir(project_dir)
with colors.orchid:
print "========== Installing .gitignore =========="
cp(source_path + "/.gitignore", project_path)
with colors.orchid:
print "========== Installing Procfile and Runtime for Heroku =========="
cp(source_path + "/Procfile", project_path)
cp(source_path + "/runtime.txt", project_path)
with colors.orchid:
print "========== Installing Vagrant environment =========="
cp(source_path + "/Vagrantfile", project_path)
# Install provisioning script.
cp(source_path + "/provision.sh", project_path)
# Installing requirements.txt
cp(source_path + "/requirements.txt", project_path)
cp(source_path + "/.bashrc", project_path)
cp(source_path + "/zeus.sh", project_path)
def configure(self):
from plumbum.cmd import cp
with local.cwd(self.builddir):
cp("-ar", path.join(self.src_dir, self.path_dict[self.name],
self.name), self.name + ".dir")
cp("-ar", path.join(self.src_dir, "utilities"), ".")
def prepare(self):
super(Postgres, self).prepare()
testfiles = [path.join(self.testdir, x) for x in self.testfiles]
for test_f in testfiles:
cp("-a", test_f, self.builddir)
def prepare(self):
super(XZ, self).prepare()
from plumbum.cmd import cp
testfiles = [path.join(self.testdir, x) for x in self.testfiles]
cp(testfiles, self.builddir)
