def normalize_string(string_old):
string_new = string_old
re_compile = re.compile("^(.*)\s(\d{1,3}),(\d.*)$")
while _search(re_compile, string_new):
findall = _findall(re_compile, string_new)
if len(findall) > 0:
string_new = '%s %s%s' % findall[0]
return (string_new)
def get_row_error_range(file_last, line_range_init=0, line_range_done=1):
line_find = []
line_read = []
with open_file(file_last) as file:
line_read = file.readlines()
file.close()
okif_regx = False
for i in range(0, len(line_read)):
line = line_read[i]
if args.debug >=3: logs.info("Line file: [%s" % line, end='')
if _search(end_grep_regx, line):
if args.debug >=2: logs.info("Find tag_okif_regex=[%s]" % end_grep_regx)
okif_regx = True
if _search(tag_grep_regx, line):
if args.debug >=2: logs.info("Line find: [%s" % line, end='')
#CZ#line_find.append(line)
if _search(tag_line_regx, line):
line_list = get_line_range(i, line_range_init, line_range_done, line_read)
line_find.extend(line_list)
else:
#CZ#line_find.append(line)
#CZ#line_list = get_line_range(i, line_range_init)
line_list = get_line_range(i, line_range_init, 0)
line_find.extend(line_list)
if not okif_regx:
line_list = get_line_range(len(line_read)-end_line_back, 0, end_line_back, line_read)
line_find.extend(line_list)
line_find.extend("\n")
line_find.extend(end_grep_ifno)
row_error = ''.join(line_find)
return(row_error)
def get_row_error_line(file_last):
line_find = []
with open_file(file_last) as file:
for line in file:
if args.debug >=2: logs.info("Line file: [%s" % line, end='')
if _search(tag_grep_regx, line):
if args.debug >=1: logs.info("Line find: [%s" % line, end='')
line_find.append(line)
file.close()
row_error = ''.join(line_find)
return(row_error)
def get_list_last_name_regx(path_find):
list_last = []
time_last = 0
#CZ#for file_find in _os_file._fileListDir(path_find):
for name_find in _nameListDir(path_find):
if _search(tag_name_regx, name_find):
file_find = path_find + name_find
if args.debug >=1: logs.info("Read file: [%s]" % file_find)
if tag_find_last:
# read time file creation
#CZ#sta_time = os.stat(file_find).st_atime # st_atime = time of most recent access
stm_time = os.stat(file_find).st_mtime # st_mtime = time of most recent content modification
#CZ#stc_time = os.stat(file_find).st_ctime # st_ctime = platform dependent: time of most recent metadata change on Unix,
# or the time of creation on Windows
# get max time
max_time = 0
#CZ#if sta_time > max_time:
#CZ# max_time = sta_time
if stm_time > max_time:
max_time = stm_time
#CZ#if stc_time > max_time:
#CZ# max_time = stc_time
# get max file
if max_time > time_last:
if len(list_last) == 0:
list_last.append(file_find)
else:
list_last[0] = file_find
time_last = max_time
else:
list_last.append(file_find)
return(list_last)
def manipulate_av8p(txt_lines):
tmp_lines = []
dat_lines = []
dat_head_0 = True
dat_body_1 = False
dat_body_2 = False
row_head_0 = None
row_body_1 = None
row_body_2 = None
fld_first = 45
fld_code = 10
fld_name = fld_first - fld_code
frm_first = '%' + str(fld_code) + 's' + csv_delimiter + '%-' + str(
fld_name) + 's'
reg_head_0 = 'DAL .* TOTALI'
reg_body_1 = '\d{1,' + str(fld_code) + '}\s\s?\w'
#rec_head_0 = re.compile(reg_head_0, re.I|re.L|re.M|re.U|re.S)
#rec_body_1 = re.compile(reg_body_1, re.I|re.L|re.M|re.U|re.S)
#__________________________________________________________________________
for txt_line in txt_lines:
txt_line = _remove(txt_line, "\f\r\n")
txt_line = normalize_string(txt_line)
if args.debug >= 2:
print("#-|" + txt_line)
#______________________________________________________________________
#if dat_head_0 and rec_head_0.search(txt_line):
if dat_head_0 and _search(reg_head_0, txt_line):
dat_head_0 = False
dat_body_1 = True
row_head_0 = (frm_first % ('Codice', 'Prodotto')) + txt_line
tmp_lines.append(row_head_0)
if args.debug >= 1:
print("#1#" + row_head_0)
#______________________________________________________________________
if dat_body_2:
dat_body_1 = True
dat_body_2 = False
row_body_2 = row_body_1 + txt_line
tmp_lines.append(row_body_2)
if args.debug >= 1:
print("#1|" + row_body_2)
#______________________________________________________________________
#if dat_body_1 and rec_body_1.search(txt_line) and len(txt_line)<=fld_first:
if dat_body_1 and _search(reg_body_1,
txt_line) and len(txt_line) <= fld_first:
dat_body_1 = False
dat_body_2 = True
list = _stringToListOnSpace(_trim(txt_line))
code = list[0] if len(list) > 0 else None
name = _trim(_joinSpace(list[1:])) if len(list) > 1 else None
row_body_1 = frm_first % (code, name)
#__________________________________________________________________________
for txt_line in tmp_lines:
txt_line = string_to_csv(txt_line, csv_delimiter, fld_first, 6, 14)
if args.debug >= 1:
print("#2|" + txt_line)
cvs_line = _stringToList(txt_line, csv_delimiter)
cvs_line = _trimList(cvs_line)
dat_lines.append(cvs_line)
return (dat_lines)