def extract_commands_table_response_pdf(self, file, short_name):
out_table = None
table_found = False
while True:
line = file.readline()[:-1]
if line == "":
continue
if "Table" in line or "Page" in line:
break
result2 = re.search("([ ]*Type[ ]+Name[ ]+Description.*)", line)
if result2:
table_found = True
row = result2.group(1) + "\n"
results = re.split("[ ]{5,}", row)
offsets = []
l = []
for r in results:
r = r.strip()
l.append(r)
offsets.append(line.find(r))
out_table = data_structures.TPM2_Partx_Table(
short_name, short_name, None, [l])
elif table_found:
row = line + "\n"
row = self.split_row(row, offsets)
if row[0] is "":
continue
out_table.rows.append(row)
return out_table
def extract_commands_table_command_pdf(self, file, command_short_name):
in_table = None
table_found = False
result = re.search('TPM2_(' + command_short_name + ') Command\n', file)
if result is not None:
file.seek(result.end())
else:
return
while True:
line = file.readline()[:-1]
if line == "":
continue
if "Table" in line or "Page" in line:
break
result = re.search("([ ]*Type[ ]+Name[ ]+Description.*)", line)
if result:
table_found = True
row = result.group(1) + "\n"
results = re.split("[ ]{5,}", row)
offsets = []
l = []
for r in results:
r = r.strip()
l.append(r)
offsets.append(line.find(r))
in_table = data_structures.TPM2_Partx_Table(
command_short_name, command_short_name, None, [l])
elif table_found:
row = line + "\n"
row = self.split_row(row, offsets)
if row[0] is "":
continue
in_table.rows.append(row)
return in_table
def extract_code_blocks(self, file, section_number, sub_section_number):
code_blocks = data_structures.TPM2_Partx_File()
###################################################################
# FUNCTIONS BLOCKS (START)
code_found = False
table_found = False
code_offset = 0
while True:
line = file.readline()[:-1]
if line == "":
continue
# end of page, either break, or calculate new offsets
if "Page" in line and "Family" in line:
for i in range(0, 5):
line = file.readline()[:-1]
if re.search("Part[ ]+4:", line):
code_offset = len(
re.search("\f([ ]*).*", line).group(1))
if "Annex" in line:
return code_blocks
if line.strip().startswith(section_number + "." +
str(int(sub_section_number) + 1)):
break
if (line.startswith(" ") and
str(int(section_number) + 1) + " " in line.strip()
and not section_number + "." + str(sub_section_number)
in line):
file.seek(file.tell() - len(line))
break
result1 = re.search("^(\d{1,4}[ ]*)(.*)", line)
if result1:
code_found = True
table_found = False
if code_offset == 0:
code_offset = len(result1.group(1))
code_line = line[code_offset:]
code_blocks.append(
data_structures.TPM2_Partx_CodeLine(code_line))
result2 = re.search("([ ]*Error Returns[ ]+Meaning.*)", line)
if result2:
table_found = True
row = result2.group(1) + "\n"
results = re.split("[ ]{5,}", row)
offsets = []
l = []
for r in results:
r = r.strip()
l.append(r)
offsets.append(line.find(r))
code_blocks.append(
data_structures.TPM2_Partx_Table(None, None, None, l))
elif table_found:
row = line + "\n"
row = utils.split_row(row, offsets)
code_blocks.elements[len(code_blocks.elements) - 1].append(row)
elif line.strip().startswith(section_number + "." +
str(int(sub_section_number) + 1)):
break
result2 = re.search("^[ ]{2,}(.*)", line)
if not (table_found or code_found) and result2:
code_blocks.append(
data_structures.TPM2_Partx_CommentLine(result2.group(1)))
if not (result1 or result2):
break
# FUNCTIONS BLOCKS (END)
###################################################################
return code_blocks
def extract_code_blocks(self, entry, style):
code_blocks = data_structures.TPM2_Partx_File()
style_nr = int(re.search("([0-9]+)", style).group(1))
cont = ExtractionNavigator.selector(entry)
while cont:
# if the current entry is a text:p, table:table, or test:list with the current style,
# append it to code blocks
if isinstance(entry, Tag) and entry.name == constants.XML_TEXT_P:
element = data_structures.TPM2_Partx_CommentLine(
entry.get_text())
code_blocks.append(element) # once
elif isinstance(entry,
Tag) and entry.name == constants.XML_TABLE_TABLE:
table_rows = []
rows = entry.find_all(constants.XML_TABLE_TABLE_ROW)
for i in range(0, len(rows)):
r = []
cells = rows[i].find_all(constants.XML_TABLE_TABLE_CELL)
for cell in cells:
r.append(cell.get_text())
table_rows.append(r)
element = data_structures.TPM2_Partx_Table(
"", "", 0, table_rows)
code_blocks.append(element) # once
elif isinstance(entry, Tag) and entry.name == constants.XML_TEXT_LIST\
and entry.has_attr(constants.XML_TEXT_STYLE_NAME) \
and entry[constants.XML_TEXT_STYLE_NAME] == style:
text_ps = entry.findAll(constants.XML_TEXT_P)
for text_p in text_ps:
if not isinstance(text_p, Tag):
break
utils.convert_indentation(text_p)
text_p_text = text_p.get_text()
element = data_structures.TPM2_Partx_CodeLine(text_p_text)
code_blocks.append(element) # for every code line
# add an empty line for readability
element = data_structures.TPM2_Partx_CodeLine("")
code_blocks.append(element) # once
next_list = entry
current_style_nr = style_nr
cont = False
while current_style_nr - style_nr < 2 or current_style_nr - style_nr > 4:
if next_list:
next_list = next_list.next_sibling.next_sibling
else:
break
if next_list and next_list.has_attr(
constants.XML_TEXT_STYLE_NAME):
current_style = next_list[constants.XML_TEXT_STYLE_NAME]
result = re.search("WWNum([0-9]+)", current_style)
if result and int(result.group(1)) > style_nr:
current_style_nr = int(result.group(1))
if current_style == style:
cont = True
break
entry = entry.next_sibling.next_sibling
return code_blocks
def extract_tpm2_part3_command(self, function, style):
command = data_structures.TPM2_Partx_File()
entry = self.next_entry(function)
""" distinguish between a text:list and a text:p tag:
In case the tag is of type: text:list simply use its text:style-name as
condition for further iteration (to find futher lines of the code).
In case the tag is of type text:p, use its siblings text:style-name --
assuming its next_sibling is of type text:list.
"""
# extract the style
if entry.name == constants.XML_TEXT_LIST:
style = entry[constants.XML_TEXT_STYLE_NAME]
if entry.name == constants.XML_TEXT_P:
style = entry.next_sibling.next_sibling[
constants.XML_TEXT_STYLE_NAME]
# entry tag is of type text:list, text:p or table:table
continue_extraction = self.selector(entry)
while continue_extraction:
if entry.name == constants.XML_TEXT_P:
element = data_structures.TPM2_Partx_CommentLine(
entry.get_text())
command.append(element) # once
elif entry.name == constants.XML_TABLE_TABLE:
table_rows = []
rows = entry.find_all(constants.XML_TABLE_TABLE_ROW)
for i in range(0, len(rows)):
r = []
cells = rows[i].find_all(constants.XML_TABLE_TABLE_CELL)
for cell in cells:
r.append(cell.get_text())
table_rows.append(r)
element = data_structures.TPM2_Partx_Table(
"", "", 0, table_rows)
command.append(element) # once
elif entry.name == constants.XML_TEXT_LIST:
text_ps = entry.findAll(constants.XML_TEXT_P)
for text_p in text_ps:
if not isinstance(text_p, Tag):
break
utils.convert_indentation(text_p)
text_p_text = text_p.get_text()
element = data_structures.TPM2_Partx_CodeLine(text_p_text)
command.append(element) # for every code line
command.append(data_structures.TPM2_Partx_CodeLine(""))
entry = entry.find_next(self.selector)
if not isinstance(entry, Tag):
continue_extraction = False
continue
if entry.name == constants.XML_TEXT_P:
continue_extraction = True
elif entry.name == constants.XML_TEXT_LIST:
continue_extraction = (
entry[constants.XML_TEXT_STYLE_NAME] == style)
elif entry.name == constants.XML_TABLE_TABLE:
next_list = entry.find_next(constants.XML_TEXT_LIST)
continue_extraction = (
next_list[constants.XML_TEXT_STYLE_NAME] == style)
else:
continue_extraction = False
return command