@ -44,19 +44,110 @@ def create_argparser(group_name=MODULE_NAME):
help = ' Do not use buck distributed cache ' )
group . add_argument ( ' --print-harness ' , action = ' store_true ' ,
help = ' Print generated harness code (Android only) ' )
group . add_argument ( ' --use-flavors ' , action = ' store_true ' ,
help = ' Run Infer analysis through the use of flavors. '
' Currently this is supported only for the cxx_* '
' targets of Buck - e.g. cxx_library, cxx_binary - '
' and not for Java. Note: this flag should be used '
' in combination with passing the #infer flavor '
' to the Buck target. ' )
group . add_argument ( ' --xcode-developer-dir ' ,
help = ' Specify the path to Xcode developer directory '
' (requires --use-flavors to work) ' )
return parser
class BuckAnalyzer :
def __init__ ( self , args , cmd ) :
self . args = args
self . cmd = cmd
util . log_java_version ( )
logging . info ( util . run_cmd_ignore_fail ( [ ' buck ' , ' --version ' ] ) )
self . cmd = cmd [ 2 : ] # TODO: make the extraction of targets smarter
def capture ( self ) :
try :
if self . args . use_flavors :
return self . capture_with_flavors ( )
else :
return self . capture_without_flavors ( )
except subprocess . CalledProcessError as exc :
if self . args . debug :
traceback . print_exc ( )
return exc . returncode
def create_cxx_buck_configuration_args ( self ) :
# return a string that can be passed in input to buck
# and configures the paths to infer/clang/plugin/xcode
facebook_clang_plugins_root = os . path . join (
utils . get_infer_root ( ) ,
' facebook-clang-plugins ' ,
)
clang_path = os . path . join (
facebook_clang_plugins_root ,
' clang ' ,
' bin ' ,
' clang ' ,
)
plugin_path = os . path . join (
facebook_clang_plugins_root ,
' libtooling ' ,
' build ' ,
' FacebookClangPlugin.dylib ' ,
)
args = [
' --config ' ,
' infer.infer_bin= {bin} ' . format ( bin = utils . get_infer_bin ( ) ) ,
' --config ' ,
' infer.clang_compiler= {clang} ' . format ( clang = clang_path ) ,
' --config ' ,
' infer.clang_plugin= {plugin} ' . format ( plugin = plugin_path ) ,
]
if self . args . xcode_developer_dir is not None :
args . append ( ' --config ' )
args . append ( ' apple.xcode_developer_dir= {devdir} ' . format (
devdir = self . args . xcode_developer_dir ) )
return args
def _get_analysis_result_files ( self ) :
# TODO(8610738): Make targets extraction smarter
buck_results_cmd = [
self . cmd [ 0 ] ,
' targets ' ,
' --show-output '
] + self . cmd [ 2 : ] + self . create_cxx_buck_configuration_args ( )
proc = subprocess . Popen ( buck_results_cmd , stdout = subprocess . PIPE )
( buck_output , _ ) = proc . communicate ( )
# remove target name prefixes from each line and split them into a list
out = [ x . split ( None , 1 ) [ 1 ] for x in buck_output . strip ( ) . split ( ' \n ' ) ]
# from the resulting list, get only what ends in json
return [ x for x in out if x . endswith ( ' .json ' ) ]
def _run_buck_with_flavors ( self ) :
# TODO: Use buck to identify the project's root folder
if not os . path . isfile ( ' .buckconfig ' ) :
print ( ' Please run this command from the folder where .buckconfig '
' is located ' )
return os . EX_USAGE
subprocess . check_call (
self . cmd + self . create_cxx_buck_configuration_args ( ) )
return os . EX_OK
def capture_with_flavors ( self ) :
ret = self . _run_buck_with_flavors ( )
if not ret == os . EX_OK :
return ret
result_files = self . _get_analysis_result_files ( )
merged_results_path = \
os . path . join ( self . args . infer_out , utils . JSON_REPORT_FILENAME )
utils . merge_json_reports (
result_files ,
merged_results_path )
# TODO: adapt inferlib.print_errors to support json and print on screen
print ( ' Results saved in {results_path} ' . format (
results_path = merged_results_path ) )
return os . EX_OK
def capture_without_flavors ( self ) :
# BuckAnalyze is a special case, and we run the analysis from here
capture_cmd = [ utils . get_cmd_in_bin_dir ( ' BuckAnalyze ' ) ]
if self . args . infer_out is not None :
@ -71,13 +162,7 @@ class BuckAnalyzer:
capture_cmd . append ( ' --no-cache ' )
if self . args . print_harness :
capture_cmd . append ( ' --print-harness ' )
capture_cmd + = self . cmd
capture_cmd + = self . cmd [ 2 : ] # TODO: make extraction of targets smarter
capture_cmd + = [ ' --analyzer ' , self . args . analyzer ]
try :
subprocess . check_call ( capture_cmd )
return os . EX_OK
except subprocess . CalledProcessError as exc :
if self . args . debug :
traceback . print_exc ( )
return exc . returncode
subprocess . check_call ( capture_cmd )
return os . EX_OK