def export_icmp_types():
res = mds.table_row(['ICMP Type', 'Count'], padding) + '\n' + table_line
redis_dict = r.hgetall('icmp')
for key in redis_dict:
res += mds.table_row([key.decode(), redis_dict[key].decode()],
padding) + '\n'
return res
def category_section_table(blg):
"""Generates the table for the category README.md file."""
tbl_col_tup = namedtuple("tbl_col_tup", "c1, c2, c3, c4, c5")
tbl_col_arr = [
"#",
"Title",
"Description",
"Blocking rules",
"Unblocking rules",
]
tbl_col = tbl_col_tup(*tbl_col_arr)
tbl_pad_arr = [
len("---"),
len(tbl_col.c2),
len(tbl_col.c3),
len(tbl_col.c4),
len(tbl_col.c5),
]
tbl_pad = tbl_col_tup(*tbl_pad_arr)
for index, key in enumerate(blg.data_json[blg.j_key.sources]):
if len(str({index + 1}).zfill(2)) > tbl_pad.c1:
tbl_pad_arr[0] = len(str({index + 1}).zfill(2)) + 2
if len(str(f"[{key[blg.i_key.name]}]({key[blg.i_key.url]})")
) > tbl_pad.c2:
tbl_pad_arr[1] = (
len(str(f"[{key[blg.i_key.name]}]({key[blg.i_key.url]})")) + 2)
if len(str({key[blg.i_key.desc]})) > tbl_pad.c3:
tbl_pad_arr[2] = len(str({key[blg.i_key.desc]})) + 2
if len(str({key[blg.i_key.num_block_rules]})) > tbl_pad.c4:
tbl_pad_arr[3] = len(str({key[blg.i_key.num_block_rules]})) + 2
if len(str({key[blg.i_key.num_unblock_rules]})) > tbl_pad.c5:
tbl_pad_arr[4] = len(str({key[blg.i_key.num_unblock_rules]})) + 2
tbl_pad = tbl_col_tup(*tbl_pad_arr)
table_title_row = markdown_strings.table_row(
[tbl_col.c1, tbl_col.c2, tbl_col.c3, tbl_col.c4, tbl_col.c5],
[tbl_pad.c1, tbl_pad.c2, tbl_pad.c3, tbl_pad.c4, tbl_pad.c5],
)
table_delimiter = markdown_strings.table_delimiter_row(
5,
column_lengths=[
tbl_pad.c1, tbl_pad.c2, tbl_pad.c3, tbl_pad.c4, tbl_pad.c5
],
)
table_contents = []
for index, key in enumerate(blg.data_json[blg.j_key.sources]):
link = markdown_strings.link(key[blg.i_key.name], key[blg.i_key.url])
row = markdown_strings.table_row(
[
str(index + 1).zfill(2),
link,
key[blg.i_key.desc],
key[blg.i_key.num_block_rules],
key[blg.i_key.num_unblock_rules],
],
[tbl_pad.c1, tbl_pad.c2, tbl_pad.c3, tbl_pad.c4, tbl_pad.c5],
)
table_contents.append(row)
return [table_title_row, table_delimiter, "\n".join(table_contents)]
def blocklist_section_table(list_sources):
"""The table for the blocklist README.md file."""
tbl_col_tup = namedtuple("tbl_col_tup", "c1, c2, c3, c4")
tbl_col_arr = ["#", "TITLE", "DESCRIPTION", "DOWNLOAD LINK"]
tbl_col = tbl_col_tup(*tbl_col_arr)
tbl_pad_arr = [
len("---"),
len(tbl_col.c2),
len(tbl_col.c3),
len(tbl_col.c4),
]
table_contents = []
tbl_pad = tbl_col_tup(*tbl_pad_arr)
for index, file in enumerate(list_sources):
blg = ListGenerator(
file_json=file,
)
filter_list_link = markdown_strings.link(
f"{blg.info.home}/filters/{blg.category}.txt",
f"{blg.info.home}/filters/{blg.category}.txt",
)
if len(str(index + 1).zfill(2)) > tbl_pad.c1:
tbl_pad_arr[0] = len(str(index + 1).zfill(2)) + 2
if len(str(blg.data_json[blg.j_key.title])) > tbl_pad.c2:
tbl_pad_arr[1] = len(str(blg.data_json[blg.j_key.title])) + 2
if len(str(blg.data_json[blg.j_key.desc])) > tbl_pad.c3:
tbl_pad_arr[2] = len(str(blg.data_json[blg.j_key.desc])) + 2
if len(str(filter_list_link)) > tbl_pad.c4:
tbl_pad_arr[3] = len(str(filter_list_link)) + 2
tbl_pad = tbl_col_tup(*tbl_pad_arr)
for index, file in enumerate(list_sources):
blg = ListGenerator(
file_json=file,
)
filter_list_link = markdown_strings.link(
f"{blg.info.home}/filters/{blg.category}.txt",
f"{blg.info.home}/filters/{blg.category}.txt",
)
row = markdown_strings.table_row(
[
str(index + 1).zfill(2),
str(blg.data_json[blg.j_key.title]),
str(blg.data_json[blg.j_key.desc]),
str(filter_list_link),
],
[tbl_pad.c1, tbl_pad.c2, tbl_pad.c3, tbl_pad.c4],
)
table_contents.append(row)
table_delimiter = markdown_strings.table_delimiter_row(
4, column_lengths=[tbl_pad.c1, tbl_pad.c2, tbl_pad.c3, tbl_pad.c4]
)
table_title_row = markdown_strings.table_row(
[tbl_col.c1, tbl_col.c2, tbl_col.c3, tbl_col.c4],
[tbl_pad.c1, tbl_pad.c2, tbl_pad.c3, tbl_pad.c4],
)
return [table_title_row, table_delimiter, "\n".join(table_contents)]
def export_protocols():
res = mds.table_row(['Protocol', 'Count'], padding) + '\n' + table_line
redis_list = r.zrange('protocols', 0, -1, withscores=True)
for item in redis_list:
res += mds.table_row([item[0].decode(), int(item[1])], padding) + '\n'
return res