def reduce(student, reference):
differences = None
contents = None
differ = None
status = None
line = None
r = None
s = None
if not ((env.path(reference, env.OPTION_EXIST)) and \
(env.path(reference, env.OPTION_FILE))):
return
# load the reference and student files.
r = env.pull(reference, env.OPTION_NONE).split("\n")
s = env.pull(student, env.OPTION_NONE).split("\n")
# build an differ object.
differ = difflib.Differ()
# look for the differences.
differences = differ.compare(r, s)
# only keep the added lines.
status = STATUS_EQUAL
contents = ""
# for each line.
for line in differences:
if line[len(line) - 1] == "\n":
line = line[:len(line) - 1]
# we insert a CTC-GATE token so that the CTC tool does not match code
# regions including such a token.
# this is done because code has been removed. therefore, a match has
# no sense here.
if (line[0] == STATUS_INSERT) and (line[0] != status):
contents += "_____ctc_gate_____\n"
status = line[0]
# add the line to the final file since we only keep added stuff.
if line[0] == STATUS_INSERT:
contents += line[2:] + "\n"
# save the contents in the student file.
env.push(student, contents, env.OPTION_NONE)
def reduce(student, reference):
differences = None
contents = None
differ = None
status = None
line = None
r = None
s = None
if not ((env.path(reference, env.OPTION_EXIST)) and \
(env.path(reference, env.OPTION_FILE))):
return
# load the reference and student files.
r = env.pull(reference, env.OPTION_NONE).split("\n")
s = env.pull(student, env.OPTION_NONE).split("\n")
# build an differ object.
differ = difflib.Differ()
# look for the differences.
differences = differ.compare(r, s)
# only keep the added lines.
status = STATUS_EQUAL
contents=""
# for each line.
for line in differences:
if line[len(line) - 1] == "\n":
line = line[:len(line) - 1]
# we insert a CTC-GATE token so that the CTC tool does not match code
# regions including such a token.
# this is done because code has been removed. therefore, a match has
# no sense here.
if (line[0] == STATUS_INSERT) and (line[0] != status):
contents += "_____ctc_gate_____\n";
status = line[0]
# add the line to the final file since we only keep added stuff.
if line[0] == STATUS_INSERT:
contents += line[2:] + "\n"
# save the contents in the student file.
env.push(student, contents, env.OPTION_NONE)
def modify(variable, assignment):
content = None
matches = None
object = None
match = None
# update the database
for object in g_database:
if variable == object.variable:
# if the value is the same, just ignore the call
if object.assignment == assignment:
return
object.assignment = assignment
break
# load the user profile configuration file.
content = env.pull(env._PROFILE_USER_DIR_ + "/" + env._USER_ + ".conf",
env.OPTION_NONE) + "\n"
# find the assignments related to the given variable
matches = re.findall("(" + \
"^" + \
"(" + \
"[ \t]*" + \
variable + \
"[ \t]*" + \
"\+?=" + \
"[ \t]*" + \
")" + \
"((?:(?:\\\\\n)|[^\n])+)" + \
"\n" + \
")", content, re.MULTILINE);
if not matches:
# add a new entry to the file.
content = content + \
variable + " = " + assignment + "\n"
else:
# replace the value part with the given value.
for match in matches:
content = content.replace(match[0], match[1] + assignment + "\n")
# finally, write back the content.
env.push(env._PROFILE_USER_DIR_ + "/" + env._USER_ + ".conf",
content, env.OPTION_NONE)
def menu():
global g_components
global g_menu
content = None
component = None
# initialize the file content.
content = "timeout 0\n" + \
"title kaneton\n"
# add information about how to boot.
if (env._BOOT_MODE_ == "peripheral") or (env._BOOT_MODE_ == "image"):
if env._BOOT_DEVICE_ == "floppy":
content += "root (fd0)\n"
elif env._BOOT_DEVICE_ == "hard-drive":
content += "root (hd0)\n"
else:
env.display(env.HEADER_ERROR,
"unknown boot device '" + env._BOOT_DEVICE_ + "'",
env.OPTION_NONE)
sys.exit(42)
elif env._BOOT_MODE_ == "network":
content += "ifconfig --address=" + env._ADDRESS_ + " --server=" + \
env._TFTP_ADDRESS_ + "\n" + \
"root (nd)\n"
else:
env.display(env.HEADER_ERROR,
"unknown boot mode '" + env._BOOT_MODE_ + "'",
env.OPTION_NONE)
sys.exit(42)
# retrieve the grub modules from the _COMPONENTS_ environment variables.
g_components = re.split("[ \t]+", env._COMPONENTS_.strip())
# set the first component as the grub kernel.
content += re.sub("^.*\/", "kernel /modules/", g_components[0]) + "\n"
# set the other components as grub modules.
for component in g_components[1:]:
content += re.sub("^.*\/", "module /modules/", component) + "\n"
# create the temporary file and fill it.
g_menu = env.temporary(env.OPTION_FILE)
env.push(g_menu, content, env.OPTION_NONE)
def menu():
global g_components
global g_menu
content = None
component = None
# initialize the file content.
content = "timeout 0\n" + \
"title kaneton\n"
# add information about how to boot.
if (env._BOOT_MODE_ == "peripheral") or (env._BOOT_MODE_ == "image"):
if env._BOOT_DEVICE_ == "floppy":
content += "root (fd0)\n"
elif env._BOOT_DEVICE_ == "hard-drive":
content += "root (hd0)\n"
else:
env.display(env.HEADER_ERROR,
"unknown boot device '" + env._BOOT_DEVICE_ + "'",
env.OPTION_NONE)
sys.exit(42)
elif env._BOOT_MODE_ == "network":
content += "ifconfig --address=" + env._ADDRESS_ + " --server=" + \
env._TFTP_ADDRESS_ + "\n" + \
"root (nd)\n"
else:
env.display(env.HEADER_ERROR, "unknown boot mode '" + env._BOOT_MODE_ +
"'", env.OPTION_NONE)
sys.exit(42)
# retrieve the grub modules from the _COMPONENTS_ environment variables.
g_components = re.split("[ \t]+", env._COMPONENTS_.strip())
# set the first component as the grub kernel.
content += re.sub("^.*\/", "kernel /modules/", g_components[0]) + "\n"
# set the other components as grub modules.
for component in g_components[1:]:
content += re.sub("^.*\/", "module /modules/", component) + "\n"
# create the temporary file and fill it.
g_menu = env.temporary(env.OPTION_FILE)
env.push(g_menu, content, env.OPTION_NONE)
def build():
# warn the user before performing any action.
warning()
# display some stuff.
env.display(env.HEADER_NONE, "", env.OPTION_NONE)
env.display(env.HEADER_OK, "initializing the boot device", env.OPTION_NONE)
# for each boot mode, initialize the boot device.
if (env._BOOT_MODE_ == "peripheral") or (env._BOOT_MODE_ == "network"):
env.push(env._UDEVICE_,
env.pull(g_image, env.OPTION_NONE),
env.OPTION_NONE)
elif env._BOOT_MODE_ == "image":
env.copy(g_image, env._IMAGE_, env.OPTION_NONE)
else:
env.display(env.HEADER_ERROR, "unknown boot mode '" + env._BOOT_MODE_ +
"'", env.OPTION_NONE)
sys.exit(42)
def build():
# warn the user before performing any action.
warning()
# display some stuff.
env.display(env.HEADER_NONE, "", env.OPTION_NONE)
env.display(env.HEADER_OK, "initializing the boot device", env.OPTION_NONE)
# for each boot mode, initialize the boot device.
if (env._BOOT_MODE_ == "peripheral") or (env._BOOT_MODE_ == "network"):
env.push(env._UDEVICE_, env.pull(g_image, env.OPTION_NONE),
env.OPTION_NONE)
elif env._BOOT_MODE_ == "image":
env.copy(g_image, env._IMAGE_, env.OPTION_NONE)
else:
env.display(env.HEADER_ERROR,
"unknown boot mode '" + env._BOOT_MODE_ + "'",
env.OPTION_NONE)
sys.exit(42)
def build():
handle = None
header_file = None
# warn the user before performing any action.
warning()
# creates the mips_bios.bin and the modules files
env.push(g_qemu_mips_bios, "", None)
env.push(g_components_file, "", None)
# creates the flag file
header_file = open(g_header_file, "wb");
# write the flag
header_file.write(struct.pack("<l", 0x07070707))
header_file.close()
# display some stuff.
env.display(env.HEADER_OK, "header, components and mipsel_bios.bin files created",
env.OPTION_NONE)
def generate(functions, inventory):
prototypes = []
tests = []
content = None
# display.
env.display(env.HEADER_OK, "generating the inventory file",
env.OPTION_NONE)
# build the array content.
for function in functions:
prototypes += ["void %s(void);" % function]
tests += [
' { "%(symbol)s", %(function)s },' % {
"symbol": function,
"function": function
}
]
# generate the fil content.
content = """
/*
* note that should the kaneton bundle be used through the test system,
* the bundle must be generated with the _test_ module activated, in addition
* to the _bundle_ module.
*
* the following prevents the generation of the array of tests so that
* the test system fails to compile a kaneton snapshot with a bundle
* which has not been generated with the _test_ module.
*
* therefore, using such an invalid bundle should result with an error
* similar to the following:
*
* [EXECUTABLE] /home/user/kaneton/kaneton/kaneton
* kaneton/modules/modules.lo: In function `module_test_locate':
* (.text+0x55a1f): undefined reference to `_module_test_functions'
* kaneton/kaneton/modules/modules.lo: In function `module_test_locate':
* (.text+0x55a3c): undefined reference to `_module_test_functions'
* kaneton/kaneton/modules/modules.lo: In function `module_test_locate':
* (.text+0x55a58): undefined reference to `_module_test_functions'
* kaneton/kaneton/modules/modules.lo: In function `module_test_dump':
* (.text+0x55b1c): undefined reference to `_module_test_functions'
* kaneton/kaneton/modules/modules.lo: In function `module_test_dump':
* (.text+0x55b26): undefined reference to `_module_test_functions'
* kaneton/kaneton/modules/modules.lo:(.text+0x55b50): more undefined references to `_module_test_functions' follow
* collect2: ld returned 1 exit status
* make[3]: *** [/home/user/kaneton/kaneton/kaneton] Error 1
* make[2]: *** [_] Error 42
* make[1]: *** [main] Error 42
* make: *** [_] Error 42
*
* these errors show that the test system has not been able to link the
* kaneton snapshot to test with the bundle because a specific definition
* is missing: _module_test_functions. this is the test array definied
* in this file!
*/
#ifdef MODULE_test
# include <kaneton.h>
%(prototypes)s
ms_test_function _module_test_functions[] =
{
%(tests)s
{ NULL, NULL }
};
#endif
""" % {
"prototypes": "\n".join(prototypes),
"tests": "\n".join(tests)
}
# finally, write the file
env.push(inventory, content, env.OPTION_NONE)
