...re, BugTrap doesn't require PDB files on user computers. Instead, it saves raw function addresses to the log: So, the end user doesn't have any clue what's behind these hexadecimal numbers. CrashExplorer reverts back all functions names and line numbers based on the PDB/MAP file and addresses in...

...re, BugTrap doesn't require PDB files on user computers. Instead, it saves raw function addresses to the log: So, the end user doesn't have any clue what's behind these hexadecimal numbers. CrashExplorer reverts back all functions names and line numbers based on the PDB/MAP file and addresses in...

...re, BugTrap doesn't require PDB files on user computers. Instead, it saves raw function addresses to the log: So, the end user doesn't have any clue what's behind these hexadecimal numbers. CrashExplorer reverts back all functions names and line numbers based on the PDB/MAP file and addresses in...

...re, BugTrap doesn't require PDB files on user computers. Instead, it saves raw function addresses to the log: So, the end user doesn't have any clue what's behind these hexadecimal numbers. CrashExplorer reverts back all functions names and line numbers based on the PDB/MAP file and addresses in...

...re, BugTrap doesn't require PDB files on user computers. Instead, it saves raw function addresses to the log: So, the end user doesn't have any clue what's behind these hexadecimal numbers. CrashExplorer reverts back all functions names and line numbers based on the PDB/MAP file and addresses in...

...re, BugTrap doesn't require PDB files on user computers. Instead, it saves raw function addresses to the log: So, the end user doesn't have any clue what's behind these hexadecimal numbers. CrashExplorer reverts back all functions names and line numbers based on the PDB/MAP file and addresses in...

...re, BugTrap doesn't require PDB files on user computers. Instead, it saves raw function addresses to the log: So, the end user doesn't have any clue what's behind these hexadecimal numbers. CrashExplorer reverts back all functions names and line numbers based on the PDB/MAP file and addresses in...

... capture output and all warnings, errors and other messages along with the raw results: > pander::evals("5+5") [[1]] $src [1] "5 + 5" $result [1] 10 $output [1] "[1] 10" $type [1] "numeric" $msg $msg$messages NULL $msg$warnings NULL $msg$errors NULL $stdout NULL attr(,"class") [1] "eval...

...\x9c10' >>> s.encode('utf16') '\xff\xfe\x9c\x001\x000\x00' This raw string of bytes can be written to a file. However, note that when reading it back, you must know what encoding it is in and decode it using that same encoding. When writing to files, you can get rid of this manual encode...

...nment().compile('{% for row in data %}{{ row.name | upper }}{% endfor %}', raw=True) from __future__ import division from jinja2.runtime import LoopContext, Context, TemplateReference, Macro, Markup, TemplateRuntimeError, missing, concat, escape, markup_join, unicode_join name = None def root(cont...