def prepare(self):
if self.tree.get('**/runner/boot_from_flash').get():
# Boot from flash, we need to generate the flash image
# containing the application binary.
# This will generate SLM files used by the RTL platform
# to preload the flash.
comps = []
fs = self.tree.get('**/fs')
if fs is not None:
comps = fs.get('files').get()
if plp_flash_stimuli.genFlashImage(
slmStim=self.tree.get('**/runner/flash_slm_file').get(),
bootBinary=self.get_json().get('**/loader/binaries').get_elem(0).get(),
comps=comps,
verbose=self.tree.get('**/runner/verbose').get(),
archi=self.tree.get('**/pulp_chip_family').get(),
flashType=self.tree.get('**/runner/flash_type').get()):
return -1
else:
stim = runner.stim_utils.stim()
for binary in self.get_json().get('**/loader/binaries').get_dict():
stim.add_binary(binary)
stim.gen_stim_64('vectors/stim.txt')
return 0
def prepare(self):
comps = []
comps_conf = self.get_json().get('**/fs/files')
if comps_conf is not None:
comps = comps_conf.get_dict()
if len(comps) != 0 is not None or (
self.get_json().get_child_bool('**/runner/boot_from_flash')
and self.get_json().get_child_str('**/runner/boot-mode')
== 'dev_hyper'):
encrypted = self.get_json().get_child_str('**/efuse/encrypted')
aes_key = self.get_json().get_child_str('**/efuse/aes_key')
aes_iv = self.get_json().get_child_str('**/efuse/aes_iv')
if plp_flash_stimuli.genFlashImage(
raw_stim=self.get_flash_preload_file(),
bootBinary=self.get_json().get(
'**/runner/binaries').get_elem(0).get(),
comps=comps,
verbose=self.get_json().get('**/runner/verbose').get(),
archi=self.get_json().get('**/pulp_chip_family').get(),
flashType=self.get_json().get(
'**/runner/flash_type').get(),
encrypt=encrypted,
aesKey=aes_key,
aesIv=aes_iv):
return -1
if self.flash():
return -1
return 0
def prepare(self):
if self.args.debug_syms:
for binary in self.get_json().get('**/runner/binaries').get_dict():
if os.system('pulp-pc-info --file %s --all-file %s' %
(binary, binary + '.debugInfo')) != 0:
raise Exception(
'Error while generating debug symbols information, make sure the toolchain and the binaries are accessible '
)
comps = []
comps_conf = self.get_json().get('**/flash/fs/files')
if comps_conf is not None:
comps = comps_conf.get_dict()
if self.gen_rom_stimuli:
stim = runner.stim_utils.stim(
verbose=self.get_json().get_child_bool('**/runner/verbose'))
stim.add_binary(self.boot_binary)
stim.add_area(self.get_json().get_child_int('**/rom/base'),
self.get_json().get_child_int('**/rom/size'))
stim.gen_stim_bin('stimuli/rom.bin')
if self.gen_flash_stimuli:
encrypted = self.get_json().get_child_str('**/efuse/encrypted')
aes_key = self.get_json().get_child_str('**/efuse/aes_key')
aes_iv = self.get_json().get_child_str('**/efuse/aes_iv')
binary = self.get_json().get('**/runner/binaries').get_dict()
if len(binary) > 0:
binary = binary[0]
else:
binary = None
if plp_flash_stimuli.genFlashImage(
raw_stim=self.get_flash_preload_file(),
bootBinary=binary,
comps=comps,
verbose=self.get_json().get('**/runner/verbose').get(),
archi=self.get_json().get('**/pulp_chip_family').get(),
flashType=self.get_json().get(
'**/runner/flash_type').get(),
encrypt=encrypted,
aesKey=aes_key,
aesIv=aes_iv):
return -1
if self.get_json().get('**/efuse') is not None:
efuse = runner.stim_utils.Efuse(
self.get_json(),
verbose=self.get_json().get('**/runner/verbose').get())
efuse.gen_stim_txt('efuse_preload.data')
return 0
def prepare(self):
self.__check_env()
if self.get_json().get('**/runner/boot_from_flash').get():
# Boot from flash, we need to generate the flash image
# containing the application binary.
# This will generate SLM files used by the RTL platform
# to preload the flash.
comps = []
fs = self.get_json().get('**/fs')
if fs is not None:
comps_conf = self.get_json().get('**/flash/fs/files')
if comps_conf is not None:
comps = comps_conf.get_dict()
encrypted = self.get_json().get_child_str('**/efuse/encrypted')
aes_key = self.get_json().get_child_str('**/efuse/aes_key')
aes_iv = self.get_json().get_child_str('**/efuse/aes_iv')
if plp_flash_stimuli.genFlashImage(
slmStim=self.get_json().get('**/runner/flash_slm_file').get(),
bootBinary=self.get_json().get('**/runner/binaries').get_elem(0).get(),
comps=comps,
verbose=self.get_json().get('**/runner/verbose').get(),
archi=self.get_json().get('**/pulp_chip_family').get(),
flashType=self.get_json().get('**/runner/flash_type').get(),
encrypt=encrypted, aesKey=aes_key, aesIv=aes_iv):
return -1
else:
stim = runner.stim_utils.stim(verbose=self.get_json().get('**/runner/verbose').get())
for binary in self.get_json().get('**/runner/binaries').get_dict():
stim.add_binary(binary)
stim.gen_stim_slm_64('vectors/stim.txt')
if self.get_json().get('**/efuse') is not None:
efuse = runner.stim_utils.Efuse(self.get_json(), verbose=self.get_json().get('**/runner/verbose').get())
efuse.gen_stim_txt('efuse_preload.data')
return 0
def prepare(self):
comps = []
comps_conf = self.get_json().get('**/fs/files')
if comps_conf is not None:
comps = comps_conf.get_dict()
if comps_conf is not None or self.get_json().get_child_bool(
'**/runner/boot_from_flash'):
if plp_flash_stimuli.genFlashImage(
raw_stim=self.get_flash_preload_file(),
bootBinary=self.get_json().get(
'**/loader/binaries').get_elem(0).get(),
comps=comps,
verbose=self.tree.get('**/runner/verbose').get(),
archi=self.tree.get('**/pulp_chip_family').get(),
flashType=self.tree.get('**/runner/flash_type').get()):
return -1
return 0
def prepare(self):
if not os.path.exists('stdout'): os.makedirs('stdout')
os.environ['PULP_CORE'] = self.pulpCore
binary = self.get_json().get('**/loader/binaries').get_elem(0).get()
if binary != None:
print('Generating stimuli for binary: ' + binary)
try:
os.makedirs('vectors')
except:
pass
try:
os.makedirs('slm_files')
except:
pass
if self.pulpArchi.find('pulpino') != -1:
slmScript = 's19toslm-pulpino.py'
elif self.pulpArchi.find(
'mia'
) != -1: # or self.pulpArchi.find('vivosoc2') != -1: TODO this has been added because s19toslm.py is needed for boot from flash on the board but the other version is needed for slm stimuli
slmScript = 's19toslm.py'
elif self.pulpArchi.find('pulp3') != -1:
slmScript = 's19toslm-pulp3.py'
else:
slmScript = 's19toslm-new.py'
if execCmd("objcopy --srec-len 1 --output-target=srec %s %s.s19" %
(binary, os.path.basename(binary))) != 0:
return -1
if execCmd("parse_s19.pl %s.s19 > ./vectors/stim.txt" %
(os.path.basename(binary))) != 0:
return -1
if execCmd("cd slm_files && %s ../%s.s19 %s %s" %
(slmScript, os.path.basename(binary),
self.pulpArchi.replace('-riscv', ''),
self.config.getOption('coreArchi'))) != 0:
return -1
if self.config.getOption('bootBinary') != None:
# If we boot from rom and a boot binary is specified, this means it comes from the SDK, and we have to generate the CDE file
bootBinary = self.config.getOption('bootBinary')
if execCmd(
"objcopy --srec-len 1 --output-target=srec %s %s.s19" %
(bootBinary, os.path.basename(bootBinary))) != 0:
return -1
if execCmd("cd slm_files && s19toboot.py ../%s.s19 %s" %
(os.path.basename(bootBinary),
self.pulpArchi.replace('-riscv', ''))) != 0:
return -1
try:
os.remove('boot')
except:
pass
try:
os.makedirs('boot')
except:
pass
if execCmd("cp slm_files/boot_code.cde boot") != 0: return -1
comps = []
fs = self.system_tree.get_config('fs')
if fs is not None:
comps = fs.get('files')
if self.pulpArchi.find('gap') != -1:
if self.system_tree.get('boot_from_rom'):
flashType = 'spi'
if self.config.getOption('hyper') or self.config.getOption(
'load') == 'hyper':
flashType = 'hyper'
if plp_flash_stimuli.genFlashImage(
slmStim='slm_files/flash_stim.slm',
bootBinary=binary,
comps=comps,
verbose=True,
archi=self.pulpArchi,
encrypt=self.config.getOption('encrypt'),
aesKey=self.aesKey,
aesIv=self.aesIv,
flashType=flashType):
return -1
else:
if self.system_tree.get('boot_from_rom'):
if plp_flash_stimuli.genFlashImage(
slmStim='slm_files/flash_stim.slm',
bootBinary=binary,
comps=comps,
verbose=True,
archi=self.pulpArchi,
encrypt=self.config.getOption('encrypt'),
aesKey=self.aesKey,
aesIv=self.aesIv,
flashType='spi'):
return -1
if self.config.getOption(
'load') == 'hyper' or self.config.getOption('hyper'):
if plp_flash_stimuli.genFlashImage(
slmStim='slm_files/hyper_flash_stim.slm',
bootBinary=binary,
comps=comps,
verbose=True,
archi=self.pulpArchi,
encrypt=self.config.getOption('encrypt'),
aesKey=self.aesKey,
aesIv=self.aesIv,
flashType='hyper'):
return -1
if self.config.getOption('flash') != None:
self.genFlashStimuli(self.config.getOption('flash'))
if self.config.getOption('adc') != None:
self.genAdcStimuli(self.config.getOption('adc'))
return 0