def generateSimilarSymbolDetailsHTML(self):
html_lines = []
index = 0;
for symbol_pair in self.binary_pair.similar_symbols:
index = index + 1
old_symbol = symbol_pair[0]
new_symbol = symbol_pair[1]
old_symbol_name_html = html.escapeString(old_symbol.name)
new_symbol_name_html = html.escapeString(new_symbol.name)
symbol_differences = old_symbol.getDifferencesAsHTML(new_symbol, " ")
if old_symbol.size == new_symbol.size:
size_info = "size unchanged"
else:
size_info = formatMemChange("", old_symbol.size, new_symbol.size)
html_lines.append("<%s>Similar pair %s (%s)</%s>\n" % ( \
self.settings.symbols_html_header, \
html.generateSimilarSymbolDetailsTitle(str(index)), \
size_info, \
self.settings.symbols_html_header))
html_lines.append("<p>Old: %s</p>\n" % (html.generateSymbolDetailsTitle(old_symbol_name_html)))
html_lines.append("<p>New: %s</p>\n" % (html.generateSymbolDetailsTitle(new_symbol_name_html)))
html_lines.append("%s\n" % (symbol_differences))
return "\n".join(html_lines)
def generatePersistentSymbolDetailsHTML(self):
old_binary = self.binary_pair.old_binary
new_binary = self.binary_pair.new_binary
html_lines = []
for symbol_name in self.binary_pair.persisting_symbol_names:
old_symbol = old_binary.symbols[symbol_name]
new_symbol = new_binary.symbols[symbol_name]
symbol_name_html = html.escapeString(symbol_name)
if not old_symbol.__eq__(new_symbol):
symbol_differences = old_symbol.getDifferencesAsHTML(
new_symbol, " ")
if old_symbol.size == new_symbol.size:
size_info = "size unchanged"
else:
size_info = formatMemChange("", old_symbol.size,
new_symbol.size)
html_lines.append("<{header}>{title} ({size_info})</{header}>\n".format( \
header = self.settings.symbols_html_header, \
title = html.generateSymbolDetailsTitle(symbol_name_html), \
size_info = size_info))
html_lines.append("%s\n" % (symbol_differences))
return "\n".join(html_lines)
def generateNewSymbolDetailsHTML(self):
html_lines = []
if len(self.binary_pair.new_symbol_names) > 0:
html_lines.append("<pre>")
for symbol_name in self.binary_pair.new_symbol_names:
symbol = self.binary_pair.new_binary.symbols[symbol_name]
symbol_name_html = html.escapeString(symbol_name)
html_lines.append("<%s>%s: %d bytes</%s>\n" % ( \
self.settings.symbols_html_header, \
html.generateSymbolDetailsTitle(symbol_name_html), \
symbol.size, \
self.settings.symbols_html_header))
html_lines.append(html.escapeString(symbol.getInstructionsBlock(" ") + "\n"))
html_lines.append("</pre>")
return "\n".join(html_lines)
