* web: index: add gif of capa running
* index: add screencast of running capa
produced via:
```
asciinema capa.cast
./capa Practical\ Malware\ Analysis\ Lab\ 01-01.dll_
<ctrl-d>
agg --no-loop --theme solarized-light capa.cast capa.gif
```
* web: index: start to sketch out style
* web: landing page
* web: merge rules website
* web: rules: update bootstrap and integrate rules
* web: rules: use pygments to syntax highlight rules
Use the Pygments syntax-highlighting library to parse
and render the YAML rule content. This way we don't have
to manually traverse the rule nodes and emit lists; instead,
we rely on the fact that YAML is pretty easy for humans
to read and let them consume it directly, with some text
formatting to help hint at the types/structure.
* web: rules: use capa to load rule content
capa (the library) has routines for deserializing the YAML
content into structured objects, which means we can use tools
like mypy to find bugs. So, prefer to use those routines instead
of parsing YAML ourselves.
* web: rules: linters
Run and fix the issues identified by the following linters:
- isort
- black
- ruff
- mypy
* web: rules: add some links to rule page
Add links to the following external resources:
- GitHub rule source in capa-rules repo
- VirusTotal search for matching samples
* web: rules: accept ?q= parameter for initial search
Update the rules landing page to accept a HTTP
query parameter named "q" that specifies an initial
search term to to pass to pagefind. This enables
external pages link to rule searches.
* web: rules: add link to namespace search
* web: rules: use consistent header
Import header from root capa landing page.
* web: rules: add umami script
* web: add initial whats new section, TODOs
* web: rules: remove old images
* changelog
* CI: remove temporary branch push event triggers
* Delete web/rules/public/css/bootstrap-4.5.2.min.css
* Delete web/rules/public/js/bootstrap-4.5.2.min.js
* Delete web/public/img/capa.cast
* Rename readme.md to README.md
* web: rules: add scripts to pre-commit configs
* web: rules: add scripts to pre-commit configs
* lints
* ci: add temporary branch push trigger to get incremental builds
* web: rules: assert start_dir must exist
* ci: web: rules: deep checkout so we can get rule history
* web: rules: check output of subprocess
* web: rules: factor out common CSS
* web: rules: fix header links
* web: rules: only index rule content, not surrounding text
* ci: web: remote temporary branch push trigger
* elf: read segment memory size
* elf: add routine to read mapped memory
* elf: better detect OS for binaries compiled by Go
* elf: guess OS from Go source filenames
* changelog
* elf: mypy
* merge
* elf: add OS detection based on vDSO strings
* elf: document VTGrep searches
* elf: describe further technique to identify Go binaries
* elf: search for `.go.buildinfo` section via @yelhamer
* black
* elf: detect Alpine Linux ident
* elf: log interest symtab entries
* tests: add test for OS detection by Go buildinfo
* loader: handle missing viv modules
* pre-commit: run deptry before tests (which are slow)
* loader: describe removing viv symbolic switch solver
* pyproject: add PyGithub for deptry
* black
* Add deptry support
This commit resolves#1497.
Note: known_first_party refers to modules that are supposed to be
local, i.e. idaapi, ghidra, java, binaryninja, ... etc.
* adjust running stages for deptry hook
* adjust deptry exclusions, and humanize dependency
---------
Co-authored-by: Soufiane Fariss <soufiane.fariss@um5s.net.ma>
