def print_error(self):
'''Print errors'''
logging.error("Found %s errors in '%s'", len(self.errors),
fstr(self.path, 0))
for err, dsc in self.errors.items():
err = '{0:20}'.format(err)
if len(dsc) == 1 and isinstance(dsc[0], list):
dsc = dsc[0]
logging.error("%s %s", fstr(err), dsc)
def ffmpeg_split(video: str,
start: float,
duration: float,
output: str,
audio: bool,
is_final_end_of_video: bool,
docrop: dict = {}):
"""
Uses a subprocess call to use FFMPEG to split a video
"""
if is_final_end_of_video:
toend = ["-t", fstr(duration)]
else:
toend = ["-t", fstr(duration)]
split_video = ["ffmpeg", "-nostdin", "-y", "-ss",
fstr(start)] + toend + ["-i", video, "-vcodec"]
if is_jetson:
split_video += [
"copy",
]
else:
split_video += [
"h264_nvenc",
]
if docrop:
split_video += [
'-vf',
'crop=%d:%d:%d:%d' % (docrop['width'], docrop['height'],
docrop['col0'], docrop['row0'])
]
if audio:
split_video += ["-acodec", "aac", "-strict", "-2", output]
else:
assert 0, str(
audio
) + "\nHIGHLY suggest including audio in slide videos; it is now considered a bug to have slide videos without audio"
split_video += ["-an", output]
print(' '.join(split_video))
subprocess.run(split_video, stderr=subprocess.DEVNULL)
if is_jetson and False: # WARNING: THE GSTREAMER PIPELINE FOR CROPPING IS BROKEN ON THE JETSON RIGHT NOW, SINCE GSTREAMER OCCASIONALLY FREEZES FOR SOME VIDEOS
output_temp = output + '.temp.mpg'
cmd = GST_LAUNCH_CMD.format(output, docrop['col0'], docrop['row0'],
docrop['col0'] + docrop['width'],
docrop['row0'] + docrop['height'],
docrop['width'], docrop['height'],
output_temp)
subprocess.run(cmd, shell=True)
shutil.move(output_temp, output)
def check_header(self, lst):
logging.info(fstr('Checking header'))
diff = set(lst) - set(self.get_header())
if len(diff) > 0:
dsc = ', '.join(diff)
self.add_error('Missing column', dsc)
def check_label(self):
'''Checking label in list'''
logging.info(fstr('Checking label'))
diff = set(self.label_data.keys()) - set(CONF.XLS_LABEL.keys())
if len(diff) > 0:
self.add_error('Unknown label', list(diff))
def check_csv(self):
path = self.files['csv']
logging.info("Checking csv '%s'", fstr(path, 0))
self.csvtbl = AmsCsv(path, self.data)
lst_stub, lst_non_stub = self.csvtbl.get_stub_info()
self.data['stub'] = lst_stub
self.data['non_stub'] = lst_non_stub
def collect_files(self):
'''Collect result files'''
logging.info("Collecting test result files ")
for key, path in self.files.items():
if key == 'stub':
continue
with open(path, errors='ignore') as _:
logging.info("%s", fstr(path))
def check_title(self):
logging.info(fstr('Checking title'))
title = 'Test Case [{0}.csv] [Test CSV Information]' \
.format(self.func)
h4 = self.get_title()
if title != h4:
dsc = '{0} != {1}'.format(h4, title)
self.add_error('Mismatch title', dsc)
def check_description(self):
'''Get description'''
logging.info(fstr('Checking description'))
data = self.data
def is_simulink():
try:
path = data['src_full']
result = any([
'Simulink model' in line
for line in utils.read_file(path)[0:100]
])
except FileNotFoundError:
result = None
except Exception:
result = False
finally:
return result
try:
lst = [
l for l in utils.read_file(self.path) if l.startswith('mod')
]
lst = lst[0].split(',')
func_full = lst[1].strip()[1:-1]
description = lst[2].strip()[1:-1]
lst_dsc = [data['func'], 'Simulink model']
if func_full != data['func_full']:
desc = 'Inconsistent function name {0} != {1}' \
.format(func_full, data['func_full'])
self.add_error('Function name', desc)
if is_simulink() is True and description != 'Simulink model':
desc = "The description should be 'Simulink model'"
self.add_error('Description', desc)
elif is_simulink() is False and description != data['func']:
desc = "The description should be '{0}'".format(data['func'])
self.add_error('Description', desc)
elif is_simulink() is None and description not in lst_dsc:
desc = "The description should be in '{0}'"\
.format(str(lst_dsc))
self.add_error('Description', desc)
except Exception as e:
logging.exception(e)
self.add_error('Parse csv', str(e))
def deliver_result(self, target, template=CONF.FP_TEMPLATE):
logging.info("Delivering test result files")
dir_spec = Path(target).joinpath(CONF.DIR_SPEC)
dir_result = Path(target).joinpath(CONF.DIR_RESULT, self.data['func'])
# Copy result files
for key, path in self.files.items():
logging.info("%s", fstr(path))
dst = dir_result.joinpath(path.name)
utils.copy_file(path, dst)
self.files[key] = dst
# Copy unit test specification
fname = '{0}.xlsx'.format(self.data['func'])
dst = dir_spec.joinpath(fname)
logging.info("%s", fstr(dst))
utils.copy_file(template, dst)
self.files['xlsx'] = dst
def xlsx_update(self):
'''Update unit test specification'''
path = self.files['xlsx']
logging.info("Updating unit test specification '%s'", fstr(path, 0))
self.wb = load_workbook(path)
# Update worksheet 1
self.xlsx_update_ws1()
# Update worksheet 6
self.xlsx_update_ws6()
def xlsx_update_ws6(self):
logging.info(fstr("Updating worksheet 6"))
self.wb.active = 6
ws = self.wb.active
lines = [l.replace('\n', '')
for l in utils.read_file(self.files['txt'])]
row = 5
for i in range(len(lines)):
cell = 'A{0}'.format(row + i)
ws[cell] = lines[i]
# Save excel
self.xlsx_save()
def check_coverage(self, path):
logging.info("Checking test coverage '%s'", fstr(Path(path), 0))
def get_value(line, char=':'):
logging.debug("Parsing line %s", [line])
index = line.index(char)
return line[(index+1):].strip()
def find_package(src_full):
'''Find package base on source path'''
path = src_full.split('\\root\\')[0]
dirname = Path(path).name
config = utils.load_config()
package = None
for pkg in config.get('packages', {}).keys():
if dirname.startswith(pkg):
package = pkg
return package
lines = utils.read_file(path)
keys = ['func_full', 'src_full', 'c0', 'c1', 'mcdc', 'date',
'func', 'src_dir', 'src_name']
data = {keys[i]: get_value(lines[i])
for i in range(len(keys)-3)}
# Check C0/C1/MCDC
[int(data[k][:-1]) for k in ['c0', 'c1', 'mcdc']]
src_rel = data['src_full'].split('\\target\\')[-1]
data.update({
'func': data['func_full'].split('/')[-1],
'src_dir': Path(src_rel).parent,
'src_name': Path(src_rel).name,
'src_rel': src_rel,
'summary': lines[:6],
'package': find_package(data['src_full']),
})
# Print test coverage summary
space = ' '*3
logging.info("Test coverage summary\n\n%s%s",
space, space.join(lines[:6]))
return data
def check_index(self, header='No.'):
logging.info(fstr('Checking index'))
index = self.get_index_header(header)
lst = [self.get_number(row[index]) for row in self.table]
lst = [n for n in lst if n is not None]
# (Index) start at 1
if lst[0] != 1:
dsc = 'No.{0}'.format(lst[0])
self.add_error('Index start at', dsc)
# (Index) Continuous
prev = 0
for tcno in lst:
if prev != 0 and tcno != (prev + 1):
dsc = 'No.{0} -> {1}'.format(prev, tcno)
self.add_error('Index hopping', dsc)
prev = tcno
def xlsx_update_ws1(self):
logging.info(fstr("Updating worksheet 1"))
self.wb.active = 1
ws = self.wb.active
ws['F8'] = str(self.data['src_dir']).replace('\\', '/')
ws['F9'] = self.data['src_name']
ws['F10'] = self.data['func']
ws['F11'] = '{0}.csv'.format(self.data['func'])
f14 = 'テスト結果: {confirm}\n' \
'Ｃ０網羅率 : {c0}\n' \
'Ｃ１網羅率 : {c1}\n' \
'ＭＣ／ＤＣ網羅率 : {mcdc}\n'\
'問題点 : {issue}' \
.format(**self.data)
ws['F14'] = f14
# Update 1.2
for label, text in CONF.XLS_LABEL.items():
row, col = utils.find_cell(ws, text)
lb_data = self.tctbl.label_data.get(label, {})
# r, c = utils.find_cell_next(ws, row, col, count_next=1)
if lb_data == {}:
ws.cell(row, col+4, '不要')
else:
ws.cell(row, col+4, '必要')
ws.cell(row, col+7, '-')
# i = 0
# for cmt, lst in lb_data.items():
# if i > 0:
# row = row + 1
# ws.insert_rows(row)
# ws.cell(row, col + 5, cmt)
# ws.cell(row, col + 6, utils.collapse_list(lst))
# i += 1
# Save excel
self.xlsx_save()
def check_confirmation(self, header='Confirmation', header_no='No.'):
logging.info(fstr('Checking confirmation'))
index_no = self.get_index_header(header_no)
index = self.get_index_header(header)
dct = {
self.get_number(row[index_no]): self.get_text(row[index])
for row in self.table
if row[index_no].get('class') not in CONF.TCCLS_CMT
}
lsterr = [
k for k, v in dct.items()
if k is not None and v not in ['OK', 'Fault']
]
if len(lsterr) > 0:
dsc = 'No.{0}'.format(', '.join([str(n) for n in lsterr]))
self.add_error('Missing confirmation', dsc)
else:
self.confirm = 'NG' if 'Fault' in dct.values() else 'OK'
def check_tctbl(self):
path = self.files['tbl']
logging.info("Checking testcase table '%s'", fstr(path, 0))
self.tctbl = Testcase(path, self.data['func'])
self.data['confirm'] = self.tctbl.confirm
# fielddat[videofield]=video_ece_265a_a00_jan_13_le_hybrid_tcns.mp4
else:
print("no " + str(videofield) + " to trim for this lecture")
else:
print('skipping video')
for videototrim in vids2trim:
print("trimming video \'" + str(videototrim["oldfile"]) + "\'")
assert videototrim["oldfile"][-4] == '.', str(videototrim["oldfile"])
oldvideoname = videototrim["oldfile"]
newvideoname = videototrim["newfile"]
oldloc = videototrim["oldloc"]
full_key = f'{univ2lect_key}/{oldvideoname}'
file_in = f'{tmpdir}{oldloc}'
file_out = f'{tmpdir}{newvideoname}'
time_start = videototrim["-ss"]
time_durat = videototrim["-to"] - time_start
s3_download_file(bucket, full_key, file_in)
ffmpeg = ['ffmpeg','-y', '-i', file_in, '-ss', fstr(time_start), '-t', fstr(time_durat), \
'-vcodec','copy', '-acodec','copy', file_out]
subprocess_check_output(ffmpeg)
prefolder = videototrim["prefolder"]
full_key = f'{univ2lect_key}/{prefolder}{newvideoname}'
s3_upload_file(bucket, full_key, file_out)
if "videofield" in videototrim:
getorpostcontent(videototrim['videofield'], newvideoname)
def input_note(self):
note = input("Add a note for {} (press {} to finish): ".\
format(colored(self.key, "g"), colored("Enter", "c")))
return utils.fstr(note)
