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tools: extend pycrate_map_op_info to also support Camel operations

This commit is contained in:
p1-bmu 2022-01-21 16:22:41 +01:00
parent b6e12c6eac
commit a2c33338e6
1 changed files with 41 additions and 20 deletions
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45
tools/pycrate_map_op_info.py
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@ -40,6 +40,10 @@ from pycrate_asn1dir.TCAP_MAPv2v3 import *
from pycrate_mobile.TS29002_MAPAppCtx import * from pycrate_mobile.TS29002_MAPAppCtx import *
def load_cap_mod():
from pycrate_asn1dir.TCAP_CAP import GLOBAL
# this does not work perfectly, because get_construct_info() is not recursive # this does not work perfectly, because get_construct_info() is not recursive
# but call get_proto() for SEQUENCE / SET inner components # but call get_proto() for SEQUENCE / SET inner components
PRINT_PROTO_EXTCONTAINER = False PRINT_PROTO_EXTCONTAINER = False
@ -61,7 +65,10 @@ def get_error_info(err, info, wext=True):
info.append(' errorCode: (local, %.2i)' % err['errorCode'][1]) info.append(' errorCode: (local, %.2i)' % err['errorCode'][1])
if 'ParameterType' in err: if 'ParameterType' in err:
par = err['ParameterType'] par = err['ParameterType']
try:
info.append(' ParameterType: %s (%s)' % (par._typeref.called[1], par.TYPE)) info.append(' ParameterType: %s (%s)' % (par._typeref.called[1], par.TYPE))
except Exception:
info.append(' ParameterType: %s (%s)' % (par._name, par.TYPE))
get_construct_info(par, info, wext=wext, space=SPACE_CONSTRUCT) get_construct_info(par, info, wext=wext, space=SPACE_CONSTRUCT)
info.append('') info.append('')
@ -106,7 +113,7 @@ def get_construct_info(obj, info, wext=True, space=SPACE_CONSTRUCT):
info.append( SPACE_MARGIN + space + repr(cont) ) info.append( SPACE_MARGIN + space + repr(cont) )
def show_infos(val, werr, wext): def show_infos(val, werr, wext, cap=False):
print() print()
vers = '' vers = ''
@ -132,6 +139,12 @@ def show_infos(val, werr, wext):
for e in err.getv(): for e in err.getv():
get_error_info(e, info, wext) get_error_info(e, info, wext)
if cap:
for name in GLOBAL.MOD['CAP-operationcodes']['_val_']:
if GLOBAL.MOD['CAP-operationcodes'][name]._val == val['operationCode']:
info.insert(0, 'CAP-operationcodes name: %s' % name)
break
else:
if vers == 'MAPv2': if vers == 'MAPv2':
info.insert(0, 'MAP version 1 and 2') info.insert(0, 'MAP version 1 and 2')
elif vers: elif vers:
@ -169,7 +182,13 @@ def show_appctx(oc):
def print_operation_infos(args): def print_operation_infos(args):
if args.c:
Op = GLOBAL.MOD['TCAP-CAP-Messages']['AllCAPInvokable']
prot = 'CAP'
else:
Op = GLOBAL.MOD['MAPv2v3-Protocol']['Supported-MAP-Operations'] Op = GLOBAL.MOD['MAPv2v3-Protocol']['Supported-MAP-Operations']
prot = 'MAP'
#
if args.o == []: if args.o == []:
oc = list(range(0x100)) oc = list(range(0x100))
else: else:
@ -179,34 +198,33 @@ def print_operation_infos(args):
if args.l: if args.l:
if vals[0] == 'U': if vals[0] == 'U':
if 'ArgumentType' in vals[1]: if 'ArgumentType' in vals[1]:
Arg = vals[1]['ArgumentType'].get_typeref() mod, name = vals[1]['ArgumentType']._typeref.called
print('MAP operation code (local, %.2i): %s.%s'\ print('%s operation code (local, %.2i): %s.%s' % (prot, i, mod, name))
% (i, Arg._mod, Arg._name))
else: else:
print('MAP operation code (local, %.2i): no argument' % i) print('%s operation code (local, %.2i): no argument' % (prot, i))
elif vals[0] == 'M': elif vals[0] == 'M':
for v in vals[1]: for v in vals[1]:
if 'ArgumentType' in v: if 'ArgumentType' in v:
Arg = v['ArgumentType'].get_typeref() mod, name = v['ArgumentType']._typeref.called
print('MAP operation code (local, %.2i): %s.%s'\ print('%s operation code (local, %.2i): %s.%s' % (prot, i, mod, name))
% (i, Arg._mod, Arg._name))
else: else:
print('MAP operation code (local, %.2i): no argument' % i) print('%s operation code (local, %.2i): no argument' % (prot, i))
else: else:
if vals[0] == 'U': if vals[0] == 'U':
print() print()
print('-'*80) print('-'*80)
print('-'*25, ' operationCode: (local, %.2i) ' % i, '-'*25) print('-'*23, ' %s operationCode: (local, %.2i) ' % (prot, i), '-'*23)
print('-'*80) print('-'*80)
val = vals[1] val = vals[1]
show_infos(val, args.e, args.x) show_infos(val, args.e, args.x, cap=args.c)
elif vals[0] == 'M': elif vals[0] == 'M':
print() print()
print('-'*80) print('-'*80)
print('-'*25, ' operationCode: (local, %.2i) ' % i, '-'*25) print('-'*23, ' %s operationCode: (local, %.2i) ' % (prot, i), '-'*23)
print('-'*80) print('-'*80)
for val in vals[1]: for val in vals[1]:
show_infos(val, args.e, args.x) show_infos(val, args.e, args.x)
if not args.c:
show_appctx(i) show_appctx(i)
@ -217,7 +235,10 @@ def main():
parser.add_argument('-l', action='store_true', help='only list MAP argument name associated to operation codes') parser.add_argument('-l', action='store_true', help='only list MAP argument name associated to operation codes')
parser.add_argument('-e', action='store_true', help='add procedure-related errors') parser.add_argument('-e', action='store_true', help='add procedure-related errors')
parser.add_argument('-x', action='store_true', help='add extended data structures') parser.add_argument('-x', action='store_true', help='add extended data structures')
parser.add_argument('-c', action='store_true', help='switch to the CAP / Camel protocol instead of MAP')
args = parser.parse_args() args = parser.parse_args()
if args.c:
load_cap_mod()
# #
print_operation_infos(args) print_operation_infos(args)
return 0 return 0