def graph_cp(conf, dur, output_dirname):
common.mkdir(output_dirname)
length = config.str2dur(dur)
dirname = conf.get("changepoint", "temp_cp_data")
cpd = ChangePointData(dirname)
cpd.load()
cpd_top_dt, cpd_end_dt = cpd.term()
top_dt = cpd_end_dt - length
if top_dt < cpd.term()[0]:
top_dt = cpd.term()[0]
end_dt = cpd_end_dt
for evdef in cpd.iter_evdef():
fn = "{0}_{1}.pdf".format(evdef.host, evdef.gid)
ret = cpd.get(evdef, top_dt, end_dt)
if ret is None:
continue
l_label, l_data, l_score = zip(*ret)
import matplotlib
matplotlib.use('Agg')
import matplotlib.pyplot as plt
fig = plt.figure()
ax = fig.add_subplot(111)
ax.plot(l_label, l_data, "r")
ax2 = ax.twinx()
ax2.plot(l_label, l_score)
import matplotlib.dates as mdates
days = mdates.WeekdayLocator()
daysFmt = mdates.DateFormatter('%m-%d')
ax.xaxis.set_major_locator(days)
ax.xaxis.set_major_formatter(daysFmt)
plt.savefig(output_dirname + "/" + fn)
plt.close()
def copy_files(self, build_type, lib_names=None):
"""Copy all source directories and source files listed at the <tool_name>_copy_files key. The build_type selects the <tool_name>_copy_files key using the
tool_name_<build_type> key value from the hdltool_<toolset>.cfg.
The <tool_name>_copy_files key expects a source and a destination pair per listed directory or file:
- The sources need to be specified with absolute path or relative to the HDL library source directory where the hdllib.cfg is stored
- The destinations need to be specified with absolute path or relative to HDL library build directory where the project file (e.g. mpf, qpf) gets stored
Arguments:
- lib_names : one or more HDL libraries
"""
if lib_names==None: lib_names=self.lib_names
lib_dicts = self.libs.get_dicts(key='hdl_lib_name', values=lib_names)
tool_name_key = 'tool_name_' + build_type
tool_name_value = self.tool_dict[tool_name_key]
tool_name_copy_key = tool_name_value + '_copy_files'
for lib_dict in cm.listify(lib_dicts):
if tool_name_copy_key in lib_dict:
lib_path = self.libs.get_filePath(lib_dict)
build_dir_path = self.get_lib_build_dirs(build_type, lib_dicts=lib_dict)
cm.mkdir(build_dir_path)
key_values = lib_dict[tool_name_copy_key].split()
sources = key_values[0::2]
destinations = key_values[1::2]
file_io = zip(sources, destinations)
for fpn_io in file_io:
sourcePathName = cm.expand_file_path_name(fpn_io[0], lib_path)
destinationPath = cm.expand_file_path_name(fpn_io[1], build_dir_path)
if os.path.isfile(sourcePathName):
shutil.copy(sourcePathName, destinationPath) # copy file
else:
copy_tree(sourcePathName, destinationPath) # copy directory tree (will create new destinationPath directory)
def write_season_file(self, season, chrome):
""" Update single season """
print 'Getting episodes...',
eps = self.get_ep_list(season, detail=True)
root = E('root')
print 'Parsing episodes...',
for ep in eps:
print ep.num,
srcs = []
try:
for src in EpPage(ep.url).iframe_srcs:
try:
p = SourcePage(src, chrome)
if not ep.duration:
ep.duration = str(p.duration)
if not ep.img_src:
ep.img_src = p.img_src
srcs.append(dict(url=p.mp4_url, bitrate=get_bitrate(p.url)))
except (requests.exceptions.Timeout, TimeoutException):
pass
except (requests.exceptions.Timeout, TimeoutException):
pass
except NoSourceError:
pass
if len(srcs) > 0:
ep_xml = ep.to_xml()
for src in srcs:
ep_xml.append(E('source', url=src['url'], bitrate=str(src['bitrate'])))
root.append(ep_xml)
else:
print '(no source found)',
print 'OK'
mkdir(self.get_local_xml_dir())
root.getroottree().write(self.get_local_xml_file(season))
def create_quartus_project_file(self, lib_names=None):
"""Create the Quartus project file (QPF) for all HDL libraries that have a toplevel entity key synth_top_level_entity.
Note:
. Default if the synth_top_level_entity key is defined but left empty then the top level entity has the same name as the lib_name in hdl_lib_name.
Otherwise synth_top_level_entity can specify another top level entity name in the library. Each HDL library can only have one Quartus project
file
. The project revision has the same name as the lib_name and will result in a <lib_name>.sof FPGA image file.
. For each additional revision a subdirectory can be used.
This subdirectory can be named 'revisions/' and lists a number of revisions as subdirectories. Each revision will have a separate hdllib.cfg file and a
.vhd file with the toplevel entity. The toplevel .vhd file specifies the <g_design_name> for the revision in the generics.
Arguments:
- lib_names : one or more HDL libraries
"""
if lib_names==None: lib_names=self.lib_names
lib_dicts = self.libs.get_dicts(key='hdl_lib_name', values=lib_names)
syn_dicts = self.libs.get_dicts(key='synth_top_level_entity', values=None, dicts=lib_dicts)
for syn_dict in cm.listify(syn_dicts):
# Open qpf for each HDL library that has a synth_top_level_entity
lib_name = syn_dict['hdl_lib_name']
qpf_name = lib_name + '.qpf'
qpf_path = self.get_lib_build_dirs('synth', lib_dicts=syn_dict)
cm.mkdir(qpf_path)
qpfPathName = cm.expand_file_path_name(qpf_name, qpf_path)
with open(qpfPathName, 'w') as fp:
fp.write('PROJECT_REVISION = "%s"\n' % lib_name)
def main(options):
server_version = options.server_version
scanner_version = options.scanner_version
src_of_the_plugins = options.plugins_folder
src_of_the_project = options.projects_folder
noa = options.number_of_attempts
wait = options.wait
system = platform.system()
dst = options.client_folder
print_log_files = options.print_log
common.mkdir(dst)
# 0, a) Try to build the plugins with 'build.py'
if system == 'Windows':
common.run_cmd('py', ['-3', 'build.py', '--all'])
elif system == 'Linux':
common.run_cmd('python3', ['tools/build.py', '--all'])
if options.init == True:
# 0, b) download sonar-server'
download_sq_server(server_version, dst)
# 1) download sonar-scanner
download_sq_scanner(scanner_version, system, dst)
# 2) unzip both server and scanner
src = os.path.join(dst, 'sonarqube-%s.zip' % server_version)
unzip(src, dst)
if 'Windows' == system:
src = os.path.join(dst, 'sonar-scanner-cli-%s-windows.zip' % scanner_version)
elif 'Linux' == system:
src = os.path.join(dst, 'sonar-scanner-cli-%s-linux.zip' % scanner_version)
unzip(src, dst)
# 3) copy the plugins into the server dir
path = [dst, 'sonarqube-%s' % server_version, 'extensions', 'plugins']
path = os.path.join(*path)
copy_all_files_from_folder(src_of_the_plugins, path)
# 4) start the server with the defult config
start_sq_server(server_version, system, dst)
# 5) Validate the server is started succesfully
# 6) Analyze the given project
sleep(60)
if validate_running_of_sq_server(server_version, noa, wait):
print('SonarQube started properly!')
else:
print(('SonarQube did not start in time (-noa=%s (number of attempts))' % (noa)))
if print_log_files:
print_log(server_version, dst)
exit(1)
def galaxy_install(install_path):
roles_path = os.path.join(install_path, 'roles')
common.mkdir(roles_path)
common.run('ansible-galaxy install -f -r "%s" -p "%s"' % (os.path.join(install_path, 'requirements.yml'), common.roles_path))
if os.path.exists(custom_requirements_path):
if not os.path.exists(custom_roles_path):
common.mkdir(custom_roles_path)
common.run('ansible-galaxy install -f -r "%s" -p "%s"' % (custom_requirements_path, custom_roles_path))
def _move(entry, source_root_path, dest_root_path):
entry = entry.strip("/")
source_path = join(source_root_path, entry)
dest_path = join(dest_root_path, entry)
if not exists(source_path):
warn("entry does not exist: " + entry)
return
mkdir(dirname(dest_path))
shutil.move(source_path, dest_path)
def download_edizon(module, temp_directory, kosmos_version, kosmos_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(os.path.join(temp_directory, 'switch', 'EdiZon'))
shutil.move(app_path,
os.path.join(temp_directory, 'switch', 'EdiZon', 'EdiZon.nro'))
return release.tag_name
def galaxy_install(install_path):
roles_path = os.path.join(install_path, 'roles')
common.mkdir(roles_path)
common.run(
'ansible-galaxy install -f -r "%s" -p "%s"' %
(os.path.join(install_path, 'requirements.yml'), common.roles_path))
if os.path.exists(custom_requirements_path):
if not os.path.exists(custom_roles_path):
common.mkdir(custom_roles_path)
common.run('ansible-galaxy install -f -r "%s" -p "%s"' %
(custom_requirements_path, custom_roles_path))
def download_kosmos_toolbox(module, temp_directory, kosmos_version, kosmos_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(os.path.join(temp_directory, 'switch', 'KosmosToolbox'))
shutil.move(app_path, os.path.join(temp_directory, 'switch', 'KosmosToolbox', 'KosmosToolbox.nro'))
common.copy_module_file('kosmos-toolbox', 'config.json', os.path.join(temp_directory, 'switch', 'KosmosToolbox', 'config.json'))
return release.tag_name
def download_tesla_menu(module, temp_directory):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/.overlays'))
common.move(app_path,
temp_directory.joinpath('switch/.overlays/ovlmenu.ovl'))
return release.tag_name
def updater_write(self):
update_script_path = os.path.join(self.ota_path, "META-INF", "com",
"google", "android")
cn.mkdir(update_script_path)
new_ub = os.path.join(update_script_path, "update-binary")
with open(new_ub, "w", encoding="UTF-8", newline="\n") as f:
for line in self.us.script:
f.write(line)
new_uc = os.path.join(update_script_path, "updater-script")
with open(new_uc, "w", encoding="UTF-8", newline="\n") as f:
f.write("# Dummy file; update-binary is a shell script.\n")
def download_lockpick(module, temp_directory, deepsea_version, deepsea_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/Lockpick'))
common.move(app_path, temp_directory.joinpath(
'switch/Lockpick/Lockpick.nro'))
return get_version(module, release, 0)
def stage_flag_8():
common.mkdir(common.FLAG_8_DIRECTORY)
filenames_dict = common.get_flag_8_filenames()
files_to_create = filenames_dict['all_files']
flag_file = filenames_dict['flag_file']
for filepath in files_to_create:
common.write_to_file(filepath, "duck\n")
# Overwrite the contents of the flag file
common.write_to_file(flag_file, "goose\n" + get_formatted_flag_line(8))
def download_nxdumptool(module, temp_directory, deepsea_version, deepsea_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/NXDumpTool'))
common.move(app_path, temp_directory.joinpath(
'switch/NXDumpTool/NXDumpTool.nro'))
return get_version(module, release, 0)
def download_nxmtp(module, temp_directory, deepsea_version, parameters,
deepsea_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/nxmtp'))
common.move(app_path, temp_directory.joinpath('switch/nxmtp/nxmtp.nro'))
return get_version(module, release, 0)
def get_saver():
lst = [n for n in tf.global_variables() if n.name.startswith('movement_') and '/' not in n.name]
saver = tf.train.Saver(var_list=lst)
path_model = '../../saved_models/0/movement_save/'
common.mkdir(path_model)
def save(sess):
saver.save(sess=sess, save_path=path_model)
def restore(sess):
saver.restore(sess=sess, save_path=path_model)
return save, restore
def build(temp_directory, deepsea_version, command, auto_build):
results = []
modules_filename = 'deepsea.json'
if command == common.Command.KosmosMinimal:
modules_filename = 'deepsea-minimal.json'
elif command == common.Command.SDSetup:
modules_filename = 'sdsetup.json'
# Open up modules.json
with open(modules_filename) as json_file:
# Parse JSON
data = json.load(json_file)
# Loop through modules
for module in data:
# Running a SDSetup Build
if command == common.Command.SDSetup:
# Only show prompts when it's not an auto build.
if not auto_build:
print(f'Downloading {module["name"]}...')
# Make sure module directory is created.
module_directory = temp_directory.joinpath(
module['sdsetup_module_name'])
common.mkdir(module_directory)
# Download the module.
download = globals()[module['download_function_name']]
version = download(module, module_directory,
deepsea_version, False)
if version is None:
return None
# Auto builds have a different prompt at the end for parsing.
if auto_build:
results.append(
f'{module["sdsetup_module_name"]}:{version}')
else:
results.append(f' {module["name"]} - {version}')
# Running a Kosmos Build
else:
# Download the module.
print(f'Downloading {module["name"]}...')
download = globals()[module['download_function_name']]
version = download(module, temp_directory,
deepsea_version, True)
if version is None:
return None
results.append(f' {module["name"]} - {version}')
return results
def download_status_monitor_overlay(module, temp_directory):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/.overlays'))
common.move(
app_path,
temp_directory.joinpath('switch/.overlays/Status-Monitor-Overlay.ovl'))
return release.tag_name
def download_nxdumptool(module, temp_directory, kosmos_version, kosmos_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(os.path.join(temp_directory, 'switch', 'NXDumpTool'))
shutil.move(
app_path,
os.path.join(temp_directory, 'switch', 'NXDumpTool', 'NXDumpTool.nro'))
return get_version(module, release, 0)
def wsj_train_lms(data_root, src_dict_suffix, out_dir="local_lm", max_order=4):
# Train a language model on WSJ lm training corpus
# Here we don't do things the Kaldi way. Kaldi uses its own
# derivative-based language modeling. We'll do modified Kneser-Ney
# smoothing, which is a little more widespread.
src_dict_dir = os.path.join(data_root, "local",
"dict" + src_dict_suffix + "_larger")
dst_lm_dir = os.path.join(data_root, "local", out_dir)
mkdir(dst_lm_dir)
vocab = set(x.split()[0]
for x in cat(os.path.join(src_dict_dir, "lexicon.txt")))
vocab.remove("!SIL")
pipe_to(sorted(vocab), os.path.join(dst_lm_dir, "wordlist.txt"))
with gzip.open(os.path.join(src_dict_dir, "cleaned.gz"), "rt") as f:
text = f.read()
sents = ngram_lm.text_to_sents(text,
sent_end_expr=r"\n",
word_delim_expr=r" +")
del text
ngram_counts = ngram_lm.sents_to_ngram_counts(sents, max_order)
ngram_counts[0]["<UNK>"] = 0 # add to vocab
# find any ngrams that contain words that aren't part of the vocabulary.
# we'll prune them. By pruning them we mean completely removing them.
# Modified Kneser-Ney can use the frequency statistics before removing
# them
to_prune = set(ngram_counts[0]) - vocab
to_prune.remove("<S>")
for i, ngram_count in enumerate(ngram_counts[1:]):
if i:
to_prune.update(x for x in ngram_count
if x[:-1] in to_prune or x[-1] in to_prune)
else:
to_prune.update(x for x in ngram_count
if x[0] in to_prune or x[-1] in to_prune)
prob_list = ngram_lm.ngram_counts_to_prob_list_kneser_ney(
ngram_counts, sos="<S>", to_prune=to_prune)
del ngram_counts
lm = ngram_lm.BackoffNGramLM(prob_list, sos="<S>", eos="</S>", unk="<UNK>")
# "pruning" here means removing the probability mass of the sos token and
# redistributing to the other unigrams. "<S>" will remain in the
# vocabulary
lm.prune_by_name({"<S>"})
del prob_list
print("Corpus PPL:", lm.corpus_perplexity(sents))
def download_kosmos_updater(module, temp_directory, kosmos_version, kosmos_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(os.path.join(temp_directory, 'switch', 'KosmosUpdater'))
shutil.move(app_path, os.path.join(temp_directory, 'switch', 'KosmosUpdater', 'KosmosUpdater.nro'))
common.copy_module_file('kosmos-updater', 'internal.db', os.path.join(temp_directory, 'switch', 'KosmosUpdater', 'internal.db'))
common.sed('KOSMOS_VERSION', kosmos_version, os.path.join(temp_directory, 'switch', 'KosmosUpdater', 'internal.db'))
return release.tag_name
def download_ovl_sysmodules(module, temp_directory, deepsea_version,
parameters, deepsea_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/.overlays'))
common.move(app_path,
temp_directory.joinpath('switch/.overlays/ovlSysmodules.ovl'))
return get_version(module, release, 0)
def download_savemii(module, temp_directory, kosmos_version, kosmos_build):
release = get_latest_release(module)
bundle_path = download_asset(module, release, 0)
if bundle_path is None:
return None
common.mkdir(os.path.join(temp_directory, 'wiiu', 'apps'))
with zipfile.ZipFile(bundle_path, 'r') as zip_ref:
zip_ref.extractall(os.path.join(temp_directory, 'wiiu', 'apps'))
common.delete_path(bundle_path)
return get_version(module, release, 0)
def download_lockpick_rcm(module, temp_directory, kosmos_version, kosmos_build):
release = get_latest_release(module)
payload_path = download_asset(module, release, 0)
if payload_path is None:
return None
if kosmos_build:
common.mkdir(os.path.join(temp_directory, 'bootloader', 'payloads'))
shutil.move(payload_path, os.path.join(temp_directory, 'bootloader', 'payloads', 'Lockpick_RCM.bin'))
else:
shutil.move(payload_path, os.path.join(temp_directory, 'Lockpick_RCM.bin'))
return release.tag_name
def generate_road_run_configurations(road, location):
road_sub_dir = os.path.join(location, str(road.id))
mkdir(road_sub_dir)
receptor_df = generate_receptors_df_for_road(road)
road_df = road_to_dataframe(road)
print road_sub_dir
for (i, combination) in enumerate(input_file_parameter_combinations()):
run_dir = os.path.join(road_sub_dir, str(i))
mkdir(run_dir)
receptor_df.to_csv(os.path.join(run_dir, "receptors.csv"), index=False)
road_df.to_csv(os.path.join(run_dir, "roads.csv"), index=False)
generate_run_files(run_dir, road_df, combination)
print "generated configurations for road ", road.id
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 download_lockpick_rcm(module, temp_directory, isotope_version, isotope_build):
release = get_latest_release(module)
payload_path = download_asset(module, release, 0)
if payload_path is None:
return None
if isotope_build:
common.mkdir(temp_directory.joinpath('bootloader/payloads'))
common.move(payload_path, temp_directory.joinpath(
'bootloader/payloads/Lockpick_RCM.bin'))
else:
common.move(payload_path, temp_directory.joinpath('Lockpick_RCM.bin'))
return get_version(module, release, 0)
def download_status_monitor_overlay(module, temp_directory, kosmos_version,
kosmos_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(os.path.join(temp_directory, 'switch', '.overlays'))
shutil.move(
app_path,
os.path.join(temp_directory, 'switch', '.overlays',
'Status-Monitor-Overlay.ovl'))
return release.tag_name
def download_ovl_sysmodules(module, temp_directory, kosmos_version,
kosmos_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(os.path.join(temp_directory, 'switch', '.overlays'))
shutil.move(
app_path,
os.path.join(temp_directory, 'switch', '.overlays',
'ovlSysmodules.ovl'))
return get_version(module, release, 0)
def download_appstore(module, temp_directory, kosmos_version, kosmos_build):
release = get_latest_release(module)
bundle_path = download_asset(module, release, 0)
if bundle_path is None:
return None
with zipfile.ZipFile(bundle_path, 'r') as zip_ref:
zip_ref.extractall(temp_directory)
common.delete_path(bundle_path)
common.mkdir(os.path.join(temp_directory, 'switch', 'appstore'))
shutil.move(os.path.join(temp_directory, 'appstore.nro'), os.path.join(temp_directory, 'switch', 'appstore', 'appstore.nro'))
return release.name
def main():
project_list = common.get_project_list()
parser = argparse.ArgumentParser()
parser.add_argument("-rc",
"--recompute_clusters",
action="store_true",
help="recompute clustering for selected projects")
parser.add_argument(
"-c",
"--cluster",
type=str,
help="path to the json file that contains clustering information")
parser.add_argument("-g",
"--graph",
action="store_true",
help="set to regenerate graphs from the programs")
parser.add_argument("-d",
"--dir",
type=str,
required=True,
help="The output directory")
parser.add_argument("-p",
"--projectset",
type=str,
help="A project set name to work on")
args = parser.parse_args()
if args.projectset:
project_list = common.get_corpus_set(args.projectset)
args.dir = os.path.abspath(
os.path.join(common.WORKING_DIR, 'results', args.dir))
if os.path.exists(args.dir):
rotate_log_dir(args.dir)
common.mkdir(args.dir)
common.set_output_dir(args.dir)
kernel_dir = os.path.join(args.dir, "kernel_directory")
common.mkdir(kernel_dir)
backend.run(project_list, args, kernel_dir)
print("\n********* END OF BACKEND **********\n")
frontend.run(project_list, args, kernel_dir)
collect_stray_output(project_list, args.dir)
sanity.check_run(project_list, args.dir)
def download_kosmos_updater(module, temp_directory, deepsea_version, deepsea_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/DeepSea-Updater'))
common.move(app_path, temp_directory.joinpath(
'switch/DeepSea-Updater/DeepSea-Updater.nro'))
common.copy_module_file('deepsea-updater', 'internal.db',
temp_directory.joinpath('switch/DeepSea-Updater/internal.db'))
common.sed('DEEPSEA_VERSION', deepsea_version,
temp_directory.joinpath('switch/DeepSea-Updater/internal.db'))
return get_version(module, release, 0)
def download_isotope_updater(module, temp_directory, isotope_version, isotope_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/Isotope-Updater'))
common.move(app_path, temp_directory.joinpath(
'switch/Isotope-Updater/Isotope-Updater.nro'))
common.copy_module_file('isotope-updater', 'internal.db',
temp_directory.joinpath('switch/Isotope-Updater/internal.db'))
common.sed('ISOTOPE_VERSION', isotope_version,
temp_directory.joinpath('switch/Isotope-Updater/internal.db'))
return get_version(module, release, 0)
def download_isotope_toolbox(module, temp_directory, isotope_version, isotope_build):
release = get_latest_release(module)
app_path = download_asset(module, release, 0)
if app_path is None:
return None
common.mkdir(temp_directory.joinpath('switch/Isotope-Toolbox'))
common.move(app_path, temp_directory.joinpath(
'switch/Isotope-Toolbox/Isotope-Toolbox.nro'))
common.copy_module_file('isotope-toolbox', 'config.json',
temp_directory.joinpath('switch/Isotope-Toolbox/config.json'))
return get_version(module, release, 0)
def download_appstore(module, temp_directory, isotope_version, isotope_build):
release = get_latest_release(module)
bundle_path = download_asset(module, release, 0)
if bundle_path is None:
return None
with zipfile.ZipFile(bundle_path, 'r') as zip_ref:
zip_ref.extractall(temp_directory)
common.delete(bundle_path)
common.mkdir(temp_directory.joinpath('switch/appstore'))
common.move(temp_directory.joinpath('appstore.nro'),
temp_directory.joinpath('switch/appstore/appstore.nro'))
return get_version(module, release, 0)
def build(temp_directory, kosmos_version, kosmos_build, auto_build):
results = []
# Open up modules.json
with open('modules.json') as json_file:
# Parse JSON
data = json.load(json_file)
# Loop through modules
for module in data:
sdsetup_opts = module['sdsetup']
# Running a Kosmos Build
if kosmos_build:
# Download the module.
print(f'Downloading {module["name"]}...')
download = globals()[module['download_function_name']]
version = download(module, temp_directory, kosmos_version,
kosmos_build)
if version is None:
return None
results.append(f' {module["name"]} - {version}')
# Running a SDSetup Build
elif not kosmos_build and sdsetup_opts['included']:
# Only show prompts when it's not an auto build.
if not auto_build:
print(f'Downloading {module["name"]}...')
# Make sure module directory is created.
module_directory = os.path.join(temp_directory,
sdsetup_opts['name'])
common.mkdir(module_directory)
# Download the module.
download = globals()[module['download_function_name']]
version = download(module, module_directory, kosmos_version,
kosmos_build)
if version is None:
return None
# Auto builds have a different prompt at the end for parsing.
if auto_build:
results.append(f'{sdsetup_opts["name"]}:{version}')
else:
results.append(f' {module["name"]} - {version}')
return results
def get_saver(position, blank=''):
lst = [
n for n in tf.global_variables()
if n.name.startswith(blank + 'latent') and '/' not in n.name
]
saver = tf.train.Saver(var_list=lst)
path_model = SAVE_PATH_TEMPLATE % position
common.mkdir(path_model)
def save(sess):
saver.save(sess=sess, save_path=path_model)
def restore(sess):
saver.restore(sess=sess, save_path=path_model)
return save, restore
def create_quartus_settings_file(self, lib_names=None):
"""Create the Quartus settings file (QSF) for all HDL libraries that have a toplevel entity key synth_top_level_entity.
Note:
. No support for revisions, so only one qsf per qpf
Arguments:
- lib_names : one or more HDL libraries
"""
if lib_names==None: lib_names=self.lib_names
lib_dicts = self.libs.get_dicts(key='hdl_lib_name', values=lib_names)
syn_dicts = self.libs.get_dicts(key='synth_top_level_entity', values=None, dicts=lib_dicts)
for syn_dict in cm.listify(syn_dicts):
# Open qsf for each HDL library that has a synth_top_level_entity
lib_name = syn_dict['hdl_lib_name']
lib_path = self.libs.get_filePath(syn_dict)
top_level_entity = syn_dict['synth_top_level_entity']
if top_level_entity=='':
top_level_entity = lib_name
qsf_path = self.get_lib_build_dirs('synth', lib_dicts=syn_dict)
cm.mkdir(qsf_path)
# One qsf per lib_name
qsf_name = lib_name + '.qsf'
qsfPathName = cm.expand_file_path_name(qsf_name, qsf_path)
with open(qsfPathName, 'w') as fp:
fp.write('# synth_top_level_entity\n')
fp.write('set_global_assignment -name TOP_LEVEL_ENTITY %s\n' % top_level_entity)
fp.write('\n')
fp.write('# quartus_qsf_files\n')
quartus_qsf_files = syn_dict['quartus_qsf_files'].split()
for fn in quartus_qsf_files:
filePathName = cm.expand_file_path_name(fn, lib_path)
fp.write('set_global_assignment -name SOURCE_TCL_SCRIPT_FILE %s\n' % filePathName)
fp.write('\n')
fp.write('# All used HDL library *_lib.qip files in order with top level last\n')
use_lib_names = self.derive_all_use_libs('synth', lib_name)
use_lib_order = self.derive_lib_order('synth', use_lib_names)
#use_lib_dicts = self.libs.get_dicts('hdl_lib_name', values=use_lib_order) # uses original libs.dicts order, but
use_lib_dicts = self.get_lib_dicts_from_lib_names(lib_names=use_lib_order) # must preserve use_lib_order order to ensure that top level design qip with sdc file is include last in qsf
for lib_dict in cm.listify(use_lib_dicts):
qip_path = self.get_lib_build_dirs('synth', lib_dicts=lib_dict)
qip_name = lib_dict['hdl_lib_name'] + '_lib.qip'
qipPathName = cm.expand_file_path_name(qip_name, qip_path)
fp.write('set_global_assignment -name QIP_FILE %s\n' % qipPathName)
def copy_config(source_path):
if not os.path.isabs(source_path):
source_path = os.path.join(os.getcwd(), source_path)
destination_path = os.path.join(config_path, config_filename)
if source_path and source_path != destination_path:
if os.path.exists(source_path):
if not os.path.exists(destination_path):
common.mkdir(config_path)
copyfile(source_path, destination_path)
else:
output.warning("Destination file %s already exists." % destination_path)
if click.confirm('Do you want to overwrite it?'):
os.remove(destination_path)
copyfile(source_path, destination_path)
else:
output.abort("To run osxstrap without copying config, use the osxstrap command.")
else:
output.abort("Input file %s does not exist." % source_path)
def create_lib_order_files(self, build_type, lib_names=None):
"""Create the compile order file '<lib_name>_lib_order.txt' for all HDL libraries in the specified list of lib_names.
The file is stored in the sim build directory of the HDL library.
The file is read by commands.do in Modelsim to avoid having to derive the library compile order in TCL.
"""
if lib_names==None: lib_names=self.lib_names
lib_dicts = self.libs.get_dicts('hdl_lib_name', values=lib_names)
for lib_dict in cm.listify(lib_dicts):
lib_name = lib_dict['hdl_lib_name']
use_libs = self.derive_all_use_libs(build_type, lib_name)
lib_order = self.derive_lib_order(build_type, use_libs)
file_name = lib_name + '_lib_order.txt'
file_path = self.get_lib_build_dirs('sim', lib_dicts=lib_dict)
cm.mkdir(file_path)
filePathName = os.path.join(file_path, file_name)
with open(filePathName, 'w') as fp:
for lib in lib_order:
fp.write('%s ' % lib)
def create_modelsim_lib_compile_ip_files(self, lib_names=None):
"""Create the '<lib_name>_lib_compile_ip.txt' file for all HDL libraries in the specified list of lib_names.
The file is stored in the sim build directory of the HDL library.
The file is read by commands.do in Modelsim to know which IP needs to be compiled before the library is compiled.
"""
if lib_names==None: lib_names=self.lib_names
lib_dicts = self.libs.get_dicts('hdl_lib_name', lib_names)
for lib_dict in cm.listify(lib_dicts):
if 'modelsim_compile_ip_files' in lib_dict:
compile_ip_files = lib_dict['modelsim_compile_ip_files'].split()
lib_name = lib_dict['hdl_lib_name']
file_name = lib_name + '_lib_compile_ip.txt'
file_path = self.get_lib_build_dirs('sim', lib_dicts=lib_dict)
cm.mkdir(file_path)
filePathName = os.path.join(file_path, file_name)
with open(filePathName, 'w') as fp:
for fpn in compile_ip_files:
# Write the expanded file path name for <lib_name>_lib_compile_ip.txt so that it can be executed directly from its location in SVN using the Modelsim "do"-command in the commands.do.
# An alternative would be to write the basename, so only <lib_name>_lib_compile_ip.txt, but that would require copying the basename file to the mpf build directory
efpn = os.path.expandvars(fpn)
fp.write('%s ' % efpn)
options, args = op.parse_args()
conf = config.open_config(options.conf)
config.set_common_logging(conf, _logger, ["log_db",])
dirname = conf.get("changepoint", "temp_cp_data")
if len(args) == 0:
sys.exit(usage)
mode = args.pop(0)
if mode == "make":
cpd = ChangePointData(dirname)
binsize = conf.getdur("changepoint", "cf_bin")
cf_r = conf.getfloat("changepoint", "cf_r")
cf_smooth = conf.getint("changepoint", "cf_smooth")
cpd.init(binsize, cf_r, cf_smooth)
common.mkdir(cpd.dirname)
common.rm_dirchild(cpd.dirname)
cpd.update(conf)
cpd.dump()
elif mode == "update":
cpd = ChangePointData(dirname)
cpd.load()
cpd.update(conf)
cpd.dump()
elif mode == "graph":
if len(args) < 2:
sys.exit("give me term length and output directory name of graphs")
graph_cp(conf, args[0], args[1])
elif mode == "heat":
if len(args) < 2:
sys.exit("give me term length and output filename of graphs")
def create_modelsim_project_file(self, lib_names=None):
"""Create the Modelsim project file for all technology libraries and RTL HDL libraries.
Arguments:
- lib_names : one or more HDL libraries
"""
if lib_names==None: lib_names=self.lib_names
lib_dicts = self.libs.get_dicts('hdl_lib_name', lib_names)
for lib_dict in cm.listify(lib_dicts):
# Open mpf
lib_name = lib_dict['hdl_lib_name']
mpf_name = lib_name + '.mpf'
mpf_path = self.get_lib_build_dirs('sim', lib_dicts=lib_dict)
cm.mkdir(mpf_path)
mpfPathName = os.path.join(mpf_path, mpf_name)
with open(mpfPathName, 'w') as fp:
# Write [Library] section for all used libraries
fp.write('[Library]\n')
# . map used vendor technology libs to their target directory
for technologyName in cm.listify(self.technologyNames):
tech_dict = self.read_hdl_libraries_technology_file(technologyName)
for lib_clause, lib_work in tech_dict.iteritems():
fp.write('%s = %s\n' % (lib_clause, lib_work))
# . not used vendor technology libs are not compiled but are mapped to work to avoid compile error when mentioned in the LIBRARY clause
for tech_dict in self.removed_dicts:
fp.write('%s = work\n' % tech_dict['hdl_library_clause_name'])
# . all used libs for this lib_name
use_lib_names = self.derive_all_use_libs('sim', lib_name)
use_lib_dicts = self.libs.get_dicts('hdl_lib_name', use_lib_names)
use_lib_build_sim_dirs = self.get_lib_build_dirs('sim', lib_dicts=use_lib_dicts)
use_lib_clause_names = self.libs.get_key_values('hdl_library_clause_name', use_lib_dicts)
for lib_clause, lib_dir in zip(cm.listify(use_lib_clause_names), cm.listify(use_lib_build_sim_dirs)):
lib_work = os.path.join(lib_dir, 'work')
fp.write('%s = %s\n' % (lib_clause, lib_work))
# . work
fp.write('work = work\n')
# . others modelsim default libs
model_tech_dir = os.path.expandvars(self.tool_dict['model_tech_dir'])
fp.write('others = %s\n' % os.path.join(model_tech_dir, 'modelsim.ini'))
# Write [Project] section for all used libraries
fp.write('[Project]\n')
fp.write('Project_Version = 6\n') # must be >= 6 to fit all
fp.write('Project_DefaultLib = work\n')
fp.write('Project_SortMethod = unused\n')
# - project files
synth_files = lib_dict['synth_files'].split()
test_bench_files = lib_dict['test_bench_files'].split()
project_files = synth_files + test_bench_files
if 'modelsim_compile_ip_files' in lib_dict:
compile_ip_files = lib_dict['modelsim_compile_ip_files'].split()
project_files += compile_ip_files
fp.write('Project_Files_Count = %d\n' % len(project_files))
lib_path = self.libs.get_filePath(lib_dict)
for i, fn in enumerate(project_files):
filePathName = cm.expand_file_path_name(fn, lib_path)
fp.write('Project_File_%d = %s\n' % (i, filePathName))
project_file_p_defaults_hdl = 'vhdl_novitalcheck 0 group_id 0 cover_nofec 0 vhdl_nodebug 0 vhdl_1164 1 vhdl_noload 0 vhdl_synth 0 vhdl_enable0In 0 vlog_1995compat 0 last_compile 0 vhdl_disableopt 0 cover_excludedefault 0 vhdl_vital 0 vhdl_warn1 1 vhdl_warn2 1 vhdl_explicit 1 vhdl_showsource 0 cover_covercells 0 vhdl_0InOptions {} vhdl_warn3 1 vlog_vopt {} cover_optlevel 3 voptflow 1 vhdl_options {} vhdl_warn4 1 toggle - ood 0 vhdl_warn5 1 cover_noshort 0 compile_to work cover_nosub 0 dont_compile 0 vhdl_use93 2002 cover_stmt 1'
project_file_p_defaults_vhdl = 'file_type vhdl'
project_file_p_defaults_verilog = 'file_type verilog'
project_file_p_defaults_tcl = 'last_compile 0 compile_order -1 file_type tcl group_id 0 dont_compile 1 ood 1'
project_folders = []
offset = 0
nof_synth_files = len(synth_files)
if nof_synth_files>0:
project_folders.append('synth_files')
for i in range(nof_synth_files):
# Add file type specific settings
file_ext = synth_files[i].split('.')[-1]
if file_ext=='vhd' or file_ext=='vhdl':
project_file_p_defaults_file_specific = project_file_p_defaults_vhdl
elif file_ext=='v':
project_file_p_defaults_file_specific = project_file_p_defaults_verilog
else:
print '\nERROR - Undefined file extension in synth_files:', synth_files[i]
sys.exit()
fp.write('Project_File_P_%d = folder %s compile_order %d %s\n' % (offset+i, project_folders[-1], offset+i, project_file_p_defaults_hdl+' '+project_file_p_defaults_file_specific))
offset = nof_synth_files
nof_test_bench_files = len(test_bench_files)
if nof_test_bench_files>0:
project_folders.append('test_bench_files')
for i in range(nof_test_bench_files):
# Add file type specific settings
file_ext = test_bench_files[i].split('.')[-1]
if file_ext=='vhd' or file_ext=='vho' or file_ext=='vhdl':
project_file_p_defaults_file_specific = project_file_p_defaults_vhdl
elif file_ext=='v':
project_file_p_defaults_file_specific = project_file_p_defaults_verilog
else:
print '\nERROR - Undefined file extension in test_bench_files:', test_bench_files[i]
sys.exit()
fp.write('Project_File_P_%d = folder %s compile_order %d %s\n' % (offset+i, project_folders[-1], offset+i, project_file_p_defaults_hdl+' '+project_file_p_defaults_file_specific))
offset += nof_test_bench_files
if 'modelsim_compile_ip_files' in lib_dict:
nof_compile_ip_files = len(compile_ip_files)
if nof_compile_ip_files>0:
project_folders.append('compile_ip_files')
for i in range(nof_compile_ip_files):
fp.write('Project_File_P_%d = folder %s compile_order %d %s\n' % (offset+i, project_folders[-1], offset+i, project_file_p_defaults_tcl))
offset += nof_compile_ip_files
# - project folders
fp.write('Project_Folder_Count = %d\n' % len(project_folders))
for i, fd in enumerate(project_folders):
fp.write('Project_Folder_%d = %s\n' % (i, fd))
fp.write('Project_Folder_P_%d = folder {Top Level}\n' % i)
# - simulation configurations
fp.write('Project_Sim_Count = %d\n' % len(test_bench_files))
project_sim_p_defaults = 'Generics {} timing default -std_output {} -nopsl 0 +notimingchecks 0 selected_du {} -hazards 0 -sdf {} ok 1 -0in 0 -nosva 0 +pulse_r {} -absentisempty 0 -multisource_delay {} +pulse_e {} vopt_env 1 -coverage 0 -sdfnoerror 0 +plusarg {} -vital2.2b 0 -t default -memprof 0 is_vopt_flow 0 -noglitch 0 -nofileshare 0 -wlf {} -assertdebug 0 +no_pulse_msg 0 -0in_options {} -assertfile {} -sdfnowarn 0 -Lf {} -std_input {}'
project_sim_p_search_libraries = '-L {}'
if 'modelsim_search_libraries' in self.tool_dict:
project_sim_p_search_libraries = '-L {'
for sl in self.tool_dict['modelsim_search_libraries'].split():
project_sim_p_search_libraries += sl
project_sim_p_search_libraries += ' '
project_sim_p_search_libraries += '}'
project_sim_p_otherargs = 'OtherArgs {}'
project_sim_p_otherargs = 'OtherArgs {+nowarn8684 +nowarn8683 -quiet}'
project_sim_p_otherargs = 'OtherArgs {+nowarn8684 +nowarn8683}'
project_sim_p_otherargs = 'OtherArgs {+nowarn8684 +nowarn8683 +nowarnTFMPC +nowarnPCDPC}' # nowarn on verilog IP connection mismatch warnings
project_sim_p_optimization = 'is_vopt_opt_used 2' # = when 'Enable optimization' is not selected in GUI
project_sim_p_optimization = 'is_vopt_opt_used 1 voptargs {OtherVoptArgs {} timing default VoptOutFile {} -vopt_keep_delta 0 -0in 0 -fvopt {} VoptOptimize:method 1 -vopt_00 2 +vopt_notimingcheck 0 -Lfvopt {} VoptOptimize:list .vopt_opt.nb.canvas.notebook.cs.page1.cs.g.spec.listbox -Lvopt {} +vopt_acc {} VoptOptimize .vopt_opt.nb.canvas.notebook.cs.page1.cs -vopt_hazards 0 VoptOptimize:Buttons .vopt_opt.nb.canvas.notebook.cs.page1.cs.g.spec.bf 0InOptionsWgt .vopt_opt.nb.canvas.notebook.cs.page3.cs.zf.ze -0in_options {}}' # = when 'Enable optimization' is selected in GUI for full visibility
for i, fn in enumerate(test_bench_files):
fName = os.path.basename(fn)
tbName = os.path.splitext(fName)[0]
fp.write('Project_Sim_%d = %s\n' % (i, tbName))
for i, fn in enumerate(test_bench_files):
fName = os.path.basename(fn)
tbName = os.path.splitext(fName)[0]
fp.write('Project_Sim_P_%d = folder {Top Level} additional_dus work.%s %s %s %s %s\n' % (i, tbName, project_sim_p_defaults, project_sim_p_search_libraries, project_sim_p_otherargs, project_sim_p_optimization))
# Write [vsim] section
fp.write('[vsim]\n')
fp.write('RunLength = 0 ps\n')
fp.write('resolution = 1fs\n')
fp.write('IterationLimit = 5000\n') # According to 'verror 3601' the default is 5000, typically 100 is enough, but e.g. the ip_stratixiv_phy_xaui_0 requires more.
fp.write('DefaultRadix = decimal\n')
help="configuration file path")
op.add_option("-e", action="store_true", dest="make_event",
default=False, help="only making event set")
op.add_option("-p", "--parallel", action="store", dest="pal", type="int",
default=1, help="multithreading")
#op.add_option("-r", action="store_true", dest="rflag",
# default=False, help="using pcalg library in R")
op.add_option("--test", action="store_true", dest="test",
default=False, help="test pc_log; do with first term")
op.add_option("--debug", action="store_true", dest="debug",
default=False, help="set logging level to DEBUG")
(options, args) = op.parse_args()
conf = config.open_config(options.conf)
lv = logging.DEBUG if options.debug else logging.INFO
config.set_common_logging(conf, _logger, ["evfilter"], lv = lv)
common.mkdir(conf.get("dag", "output_dir"))
l_args = pc_all_args(conf)
if options.test:
test_pc(l_args); sys.exit()
elif options.make_event:
test_edict(l_args); sys.exit()
if options.pal == 1:
pc_sthread(l_args)
else:
pc_mthread(l_args, options.pal)
def main(options):
if not os.path.isabs(options.builddir):
options.builddir = os.path.join(PROJECT_DIR, options.builddir)
if options.clean:
clean()
common.rmdir(options.builddir)
common.mkdir(options.builddir)
if options.all or options.dist:
options.cpp = True
options.csharp = True
options.gui = True
options.java = True
options.python = True
options.rpg = True
# install dependencies
common.run_cmd('mvn', ['install:install-file', '-DgroupId=com.frontendart.columbus',
'-DartifactId=graphsupportlib', '-Dversion=1.0',
'-Dpackaging=jar', '-Dfile=lib/graphsupportlib-1.0.jar'])
common.run_cmd('mvn', ['install:install-file', '-DgroupId=com.frontendart.columbus',
'-DartifactId=graphlib', '-Dversion=1.0', '-Dpackaging=jar',
'-Dfile=lib/graphlib-1.0.jar'])
# sonarqube-core-plugin
mvn_install('sonarqube-core-plugin')
# sourcemeter-analyzer-base
mvn_install('sonarqube-analyzers/sourcemeter-analyzer-base')
# sonarqube-gui-plugin
if options.gui:
usersguide()
mvn_install('sonarqube-gui-plugin')
# analyzers
if options.cpp:
mvn_install('sonarqube-analyzers/sourcemeter-analyzer-cpp')
if options.csharp:
mvn_install('sonarqube-analyzers/sourcemeter-analyzer-csharp')
if options.java:
mvn_install('sonarqube-analyzers/sourcemeter-analyzer-java')
if options.python:
mvn_install('sonarqube-analyzers/sourcemeter-analyzer-python')
if options.rpg:
mvn_install('sonarqube-analyzers/sourcemeter-analyzer-rpg')
target_dir = os.path.join(options.builddir, PACKAGENAME)
common.mkdir(target_dir)
common.mkdir('%s/doc' % target_dir)
common.mkdir('%s/plugins' % target_dir)
try:
shutil.copy('doc/UG.html', '%s/doc' % target_dir)
shutil.copy('README.md', target_dir)
except OSError:
print('Cannot copy doc files.')
copy_jars('src/sonarqube-core-plugin/target/', '%s/plugins' % target_dir)
copy_jars('src/sonarqube-gui-plugin/target/', '%s/plugins' % target_dir)
copy_jars('src/sonarqube-analyzers/sourcemeter-analyzer-cpp/target/',
'%s/plugins' % target_dir)
copy_jars('src/sonarqube-analyzers/sourcemeter-analyzer-csharp/target/',
'%s/plugins' % target_dir)
copy_jars('src/sonarqube-analyzers/sourcemeter-analyzer-java/target/',
'%s/plugins' % target_dir)
copy_jars('src/sonarqube-analyzers/sourcemeter-analyzer-python/target/',
'%s/plugins' % target_dir)
copy_jars('src/sonarqube-analyzers/sourcemeter-analyzer-rpg/target/',
'%s/plugins' % target_dir)
if options.dist:
tarfile_name = os.path.join(options.builddir,
'%s.tar.gz' % PACKAGENAME)
tar = tarfile.open(tarfile_name, 'w:gz')
tar.add(target_dir, arcname=PACKAGENAME)
tar.close()
print('\nBUILD SUCCESS\n')
def initFolder():
mkdir(self.resultFolder)
mkdir(self.resultFolder)
mkdir(self.rawDataStoreFolder)
mkdir(self.rawDataBackupFolder)
def initialize():
shutil.rmtree(path.root)
mkdir(path.root)
mkdir(path.db.root)
mkdir(path.db.dj)
mkdir(path.db.star)
mkdir(path.db.nm)
mkdir(path.db.hd)
mkdir(path.db.mx)
mkdir(path.db.ex)
mkdir(path.db.club)
mkdir(path.db.mission)
mkdir(path.db.master)
mkdir(path.img.root)
mkdir(path.img.icon)
mkdir(path.img.star)
mkdir(path.img.pop)
mkdir(path.img.club)
mkdir(path.img.mission)
def create_quartus_ip_lib_file(self, lib_names=None):
"""Create the Quartus IP file <hdl_lib_name>_lib.qip for all HDL libraries. The <hdl_lib_name>.qip file contains the list of files that are given
by the synth_files key and the quartus_*_file keys.
Note:
. Use post fix '_lib' in QIP file name *_lib.qip to avoid potential conflict with *.qip that may come with the IP.
. The HDL library *_lib.qip files contain all files that are listed by the synth_files key. Hence when these qip files are included then
the Quartus project will analyse all files even if there entity is not instantiated in the design. This is fine, it is unnecessary
to parse the hierarchy of the synth_top_level_entity VHDL file to find and include only the source files that are actually used.
Arguments:
- lib_names : one or more HDL libraries
"""
if lib_names==None: lib_names=self.lib_names
lib_dicts = self.libs.get_dicts('hdl_lib_name', values=lib_names)
for lib_dict in cm.listify(lib_dicts):
# Open qip
lib_name = lib_dict['hdl_lib_name']
lib_path = self.libs.get_filePath(lib_dict)
qip_name = lib_name + '_lib.qip'
qip_path = self.get_lib_build_dirs('synth', lib_dicts=lib_dict)
cm.mkdir(qip_path)
qipPathName = cm.expand_file_path_name(qip_name, qip_path)
with open(qipPathName, 'w') as fp:
if 'synth_files' in lib_dict:
fp.write('# synth_files\n')
synth_files = lib_dict['synth_files'].split()
for fn in synth_files:
filePathName = cm.expand_file_path_name(fn, lib_path)
file_ext = fn.split('.')[-1]
if file_ext=='vhd' or file_ext=='vhdl':
file_type = 'VHDL_FILE'
elif file_ext=='v':
file_type = 'VERILOG_FILE'
else:
print '\nERROR - Undefined file extension in synth_files:', fn
sys.exit()
fp.write('set_global_assignment -name %s %s -library %s\n' % (file_type, filePathName, lib_name + '_lib'))
if 'quartus_vhdl_files' in lib_dict:
fp.write('\n')
fp.write('# quartus_vhdl_files\n')
quartus_vhdl_files = lib_dict['quartus_vhdl_files'].split()
for fn in quartus_vhdl_files:
filePathName = cm.expand_file_path_name(fn, lib_path)
file_ext = fn.split('.')[-1]
if file_ext=='vhd' or file_ext=='vhdl':
file_type = 'VHDL_FILE'
elif file_ext=='v':
file_type = 'VERILOG_FILE'
else:
print '\nERROR - Undefined file extension in quartus_vhdl_files:', fn
sys.exit()
fp.write('set_global_assignment -name VHDL_FILE %s -library %s\n' % (filePathName, lib_name + '_lib'))
if 'quartus_qip_files' in lib_dict:
fp.write('\n')
fp.write('# quartus_qip_files\n')
quartus_qip_files = lib_dict['quartus_qip_files'].split()
for fn in quartus_qip_files:
filePathName = cm.expand_file_path_name(fn, lib_path)
fp.write('set_global_assignment -name QIP_FILE %s\n' % filePathName)
if 'quartus_tcl_files' in lib_dict:
fp.write('\n')
fp.write('# quartus_tcl_files\n')
quartus_tcl_files = lib_dict['quartus_tcl_files'].split()
for fn in quartus_tcl_files:
filePathName = cm.expand_file_path_name(fn, lib_path)
fp.write('set_global_assignment -name SOURCE_TCL_SCRIPT_FILE %s\n' % filePathName)
if 'quartus_sdc_files' in lib_dict:
fp.write('\n')
fp.write('# quartus_sdc_files\n')
quartus_sdc_files = lib_dict['quartus_sdc_files'].split()
for fn in quartus_sdc_files:
filePathName = cm.expand_file_path_name(fn, lib_path)
fp.write('set_global_assignment -name SDC_FILE %s\n' % filePathName)
