def exit_not_master():
r"""
Exit the program with return code zero if this program was NOT called by the master program.
There are cases where plug-ins are called by a multi-layered stack:
master_wrapper
obmc_boot_test.py
Example_plug_in/cp_setup
In a scenario like this, Example_plug_in/cp_setup may be called once directly by master_wrapper (the
master) and and then called again directly by obmc_boot_test.py (the child). Some plug-in programs may
wish to avoid doing any processing on the second such call. This function will achieve that purpose.
This function will print a standard message to stdout prior to exiting.
"""
AUTOBOOT_MASTER_PID = gm.get_mod_global("AUTOBOOT_MASTER_PID")
AUTOBOOT_PROGRAM_PID = gm.get_mod_global("AUTOBOOT_PROGRAM_PID")
if AUTOBOOT_MASTER_PID != AUTOBOOT_PROGRAM_PID:
message = get_plug_in_package_name() + "/" + gp.pgm_name + " is not" \
+ " being called by the master program in the stack so no action" \
+ " will be taken."
gp.qprint_timen(message)
gp.qprint_vars(AUTOBOOT_MASTER_PID, AUTOBOOT_PROGRAM_PID)
exit(0)
def compose_plug_in_save_dir_path(plug_in_package_name=None):
r"""
Create and return a directory path name that is suitable for saving
plug-in data.
The name will be comprised of things such as plug_in package name, pid,
etc. in order to guarantee that it is unique for a given test run.
Description of argument(s):
plug_in_package_name The plug-in package name. This defaults
to the name of the caller's plug-in
package. However, the caller can specify
another value in order to retrieve data
saved by another plug-in package.
"""
plug_in_package_name = gm.dft(plug_in_package_name,
get_plug_in_package_name())
BASE_TOOL_DIR_PATH = \
gm.add_trailing_slash(os.environ.get(PLUG_VAR_PREFIX
+ "_BASE_TOOL_DIR_PATH",
"/tmp/"))
NICKNAME = os.environ.get("AUTOBOOT_OPENBMC_NICKNAME", "")
if NICKNAME == "":
NICKNAME = os.environ["AUTOIPL_FSP1_NICKNAME"]
MASTER_PID = os.environ[PLUG_VAR_PREFIX + "_MASTER_PID"]
gp.qprint_vars(BASE_TOOL_DIR_PATH, NICKNAME, plug_in_package_name,
MASTER_PID)
return BASE_TOOL_DIR_PATH + gm.username() + "/" + NICKNAME + "/" +\
plug_in_package_name + "/" + str(MASTER_PID) + "/"
def check_state_files(files):
err_msgs = []
passed = "PASS"
check_cmd = "Check Fail In State File"
for state_file in files:
cmd_buf = [check_cmd, state_file]
status, error = BuiltIn().run_keyword_and_ignore_error(*cmd_buf)
gp.qprint_vars(status, error)
if status != "PASS":
passed = status
err_msgs.append(state_file + ", " + error)
return passed, ", ".join(err_msgs)
def process_robot_output_files(robot_cmd_buf=None,
robot_rc=None,
gzip=1):
r"""
Process robot output files which can involve several operations:
- If the files are in a temporary location, using SAVE_STATUS_POLICY to
decide whether to move them to a permanent location or to delete them.
- Gzipping them.
Description of argument(s):
robot_cmd_buf The complete command string used to invoke
robot.
robot_rc The return code from running the robot
command string.
gzip Indicates whether robot-generated output
should be gzipped.
"""
robot_cmd_buf = gm.dft(robot_cmd_buf, gcr_last_robot_cmd_buf)
robot_rc = gm.dft(robot_rc, gcr_last_robot_rc)
if robot_cmd_buf == "":
# This can legitimately occur if this function is called from an
# exit_function without the program having ever run robot_cmd_fnc.
return
SAVE_STATUS_POLICY = os.environ.get("SAVE_STATUS_POLICY", "ALWAYS")
gp.qprint_vars(SAVE_STATUS_POLICY)
# When SAVE_STATUS_POLICY is "NEVER" robot output files don't even get
# generated.
if SAVE_STATUS_POLICY == "NEVER":
return
# Compose file_list based on robot command buffer passed in.
robot_cmd_buf_dict = gc.parse_command_string(robot_cmd_buf)
outputdir = robot_cmd_buf_dict['outputdir']
outputdir = gm.add_trailing_slash(outputdir)
file_list = outputdir + robot_cmd_buf_dict['output'] + " " + outputdir\
+ robot_cmd_buf_dict['log'] + " " + outputdir\
+ robot_cmd_buf_dict['report']
# Double checking that files are present.
shell_rc, out_buf = gc.shell_cmd("ls -1 " + file_list + " 2>/dev/null",
show_err=0)
file_list = re.sub("\n", " ", out_buf.rstrip("\n"))
if file_list == "":
gp.qprint_timen("No robot output files were found in " + outputdir
+ ".")
return
gp.qprint_var(robot_rc, 1)
if SAVE_STATUS_POLICY == "FAIL" and robot_rc == 0:
gp.qprint_timen("The call to robot produced no failures."
+ " Deleting robot output files.")
gc.shell_cmd("rm -rf " + file_list)
return
if gzip:
gc.shell_cmd("gzip " + file_list)
# Update the values in file_list.
file_list = re.sub(" ", ".gz ", file_list) + ".gz"
# It TMP_ROBOT_DIR_PATH is set, it means the caller wanted the robot
# output initially directed to TMP_ROBOT_DIR_PATH but later moved to
# FFDC_DIR_PATH. Otherwise, we're done.
if os.environ.get("TMP_ROBOT_DIR_PATH", "") is "":
return
# We're directing these to the FFDC dir path so that they'll be subjected
# to FFDC cleanup.
target_dir_path = os.environ.get("FFDC_DIR_PATH",
os.environ.get("HOME", ".")
+ "/autoipl/ffdc")
target_dir_path = gm.add_trailing_slash(target_dir_path)
targ_file_list = [re.sub(".*/", target_dir_path, x)
for x in file_list.split(" ")]
gc.shell_cmd("mv " + file_list + " " + target_dir_path + " >/dev/null",
time_out=600)
gp.qprint_timen("New robot log file locations:")
gp.qprintn('\n'.join(targ_file_list))