ShowCode.jl provides interfaces like @code_llvm and @code_native:
c = @sc_ircode f(args...)
c = @sc_llvm f(args...)
c = @sc_native f(args...)
c = @sc_intel f(args...)c = @sc_ircode f(args...)
c # view IR in the REPL
display(c) # (ditto)
c.cfg # control-flow graph (CFG) visualizer
c.cfg_only # CFG without IR in node label
c.dom # dominator tree visualizer
c.dom_only # dominator tree without IR in node label
display(c.cfg) # display CFG
c.llvm # create LLVM IR explore
c.native # create native code explore
c.att # (ditto)
c.intel # create native code explore in intel syntax
edit(c.native)
abspath(c.native)... and so on; type c. + TAB to see the full list.
c = @sc_llvm f(args...)
c # view IR in the REPL
display(c) # (ditto)
edit(c) # open the IR in editor
print(c) # print the IR
abspath(c) # file path to the text containing the IR
c.native # create native code explore
c.att # (ditto)
c.intel # create native code explore in intel syntax
eidt(c.native)
abspath(c.native)
c.cfg # control-flow graph (CFG) visualizer
display(c.cfg) # display CFG
edit(c.cfg.png) # open PNG file in your editor
edit(c.cfg.svg) # same for SVG
abspath(c.cfg.png) # file path to the PNG image
c.cfg_only
c.dom... and so on. Type c. + TAB to see all the list. All -dot-*
options in
opt command line interface are
supported.
c = @sc_native f(args...)
c = @sc_intel f(args...) # short hand for syntax=:intel
c # view code in the REPL
display(c) # (ditto)
edit(c) # open the code in editor
print(c) # print the code
abspath(c) # file path to the text containing the codeDuring Cthulhu's descent session, you can press b to
"bookmark" the method you are browsing. This is stored in the global
variable Cthulhu.BOOKMARKS. This can be converted to code explores
by:
c = sc_ircode(Cthulhu.BOOKMARKS[end])
c = sc_llvm(Cthulhu.BOOKMARKS[end])
c = sc_native(Cthulhu.BOOKMARKS[end])