def test_03(self, ctx):
if not ctx.get('dry_run', False):
wchar_string = u"- Unicode string àèìòù"
os0.wlog(wchar_string)
# if wlog fails follow statemente is not executed
sts = self.Z.test_result(ctx, "Check for unicode support", True, True)
if not ctx.get('dry_run', False):
x = unichr(0x3b1) + unichr(0x3b2) + unichr(0x3b3)
os0.wlog("- Greek letters", x)
sts = self.Z.test_result(ctx, "- Greek letters", True, True)
res = None
ustr = None
bstr = None
if not ctx.get('dry_run', False):
res = os0.str2bool('true', None)
sts = self.Z.test_result(ctx, "str2bool(true)", True, res)
if not ctx.get('dry_run', False):
res = os0.str2bool('0', None)
sts = self.Z.test_result(ctx, "str2bool(0)", False, res)
if not ctx.get('dry_run', False):
res = os0.str2bool(False, None)
sts = self.Z.test_result(ctx, "str2bool(0)", False, res)
if not ctx.get('dry_run', False):
res = os0.str2bool('invalid', False)
sts = self.Z.test_result(ctx, "str2bool(0)", False, res)
if not ctx.get('dry_run', False):
res = os0.nakedname('myfile')
sts = self.Z.test_result(ctx, "nakedname(myfile)", 'myfile', res)
if not ctx.get('dry_run', False):
res = os0.nakedname('myfile.py')
sts = self.Z.test_result(ctx, "nakedname(myfile.py)", 'myfile', res)
if not ctx.get('dry_run', False):
bstr = 'text àèìòù'
ustr = u"text àèìòù"
res = os0.u(bstr)
sts = self.Z.test_result(ctx, "unicode(string)", ustr, res)
sts = self.Z.test_result(ctx, "unicode(string)", ustr, os0.u(ustr))
if not ctx.get('dry_run', False):
bstr = 'text àèìòù'
ustr = u"text àèìòù"
res = os0.b(ustr)
sts = self.Z.test_result(ctx, "bstring(string)", bstr, res)
sts = self.Z.test_result(ctx, "bstring(string)", os0.b(bstr), res)
return sts
def create_def_params_dict(ctx):
"""Create default params dictionary"""
opt_obj = ctx.get('_opt_obj', None)
conf_obj = ctx.get('_conf_obj', None)
# s = "options"
s = "Environment"
if conf_obj:
if not conf_obj.has_section(s):
conf_obj.add_section(s)
for p in LX_CFG_S:
ctx[p] = conf_obj.get(s, p)
for p in LX_CFG_B:
ctx[p] = conf_obj.getboolean(s, p)
else:
DEFDCT = default_conf(ctx)
for p in LX_CFG_S:
if p in DEFDCT:
ctx[p] = DEFDCT[p]
for p in LX_CFG_B:
if p in DEFDCT:
ctx[p] = DEFDCT[p]
if opt_obj:
for p in LX_OPT_S:
if p in LX_OPT_OPPONENT:
a = LX_OPT_OPPONENT[p]
if hasattr(opt_obj, a) and \
getattr(opt_obj, a) is False:
ctx[p] = False
elif hasattr(opt_obj, p) and \
getattr(opt_obj, p):
ctx[p] = True
else:
ctx[p] = None
elif hasattr(opt_obj, p):
ctx[p] = getattr(opt_obj, p)
for p in LX_OPT_B:
if hasattr(opt_obj, p):
ctx[p] = os0.str2bool(getattr(opt_obj, p), None)
for p in LX_OPT_N:
if hasattr(opt_obj, p) and getattr(opt_obj, p):
ctx[p] = int(getattr(opt_obj, p))
for p in LX_CFG_SB:
ctx[p] = os0.str2bool(ctx[p], ctx[p])
return ctx
def create_def_params_dict(ctx):
"""Create default params dictionary"""
opt_obj = ctx.get('_opt_obj', None)
conf_obj = ctx.get('_conf_obj', None)
s = "options"
if conf_obj and not conf_obj.has_section(s):
conf_obj.add_section(s)
DEFDCT = default_conf(ctx)
for p in LX_CFG_S:
v = get_versioned_option(conf_obj, s, p, defval=DEFDCT)
if v is not None:
ctx[p] = v
for p in LX_CFG_B:
v = get_versioned_option(conf_obj, s, p, is_bool=True)
if v is not None:
ctx[p] = v
if opt_obj:
for p in LX_OPT_S:
if p in LX_OPT_OPPONENT:
a = LX_OPT_OPPONENT[p]
if hasattr(opt_obj, a) and \
getattr(opt_obj, a) is False:
ctx[p] = False
elif hasattr(opt_obj, p) and \
getattr(opt_obj, p):
ctx[p] = True
else:
ctx[p] = None
elif hasattr(opt_obj, p):
tmp = getattr(opt_obj, p)
if p not in ctx or tmp:
ctx[p] = tmp
for p in LX_OPT_B:
if hasattr(opt_obj, p):
ctx[p] = os0.str2bool(getattr(opt_obj, p), None)
for p in LX_OPT_N:
if hasattr(opt_obj, p) and getattr(opt_obj, p):
ctx[p] = int(getattr(opt_obj, p))
for p in LX_CFG_SB:
ctx[p] = os0.str2bool(ctx[p], ctx[p])
if ctx.get('LX_CFG_S', ''):
ctx['LX_CFG_S'] = eval(ctx['LX_CFG_S'])
return ctx
def create_def_params_dict(opt_obj, conf_obj):
"""Create default params dictionary"""
prm = {}
s = "options"
if conf_obj:
if not conf_obj.has_section(s):
conf_obj.add_section(s)
for p in LX_CFG_S:
prm[p] = conf_obj.get(s, p)
for p in LX_CFG_B:
prm[p] = conf_obj.getboolean(s, p)
for p in LX_CFG_SB:
prm[p] = os0.str2bool(prm[p], prm[p])
for p in LX_OPT_CFG_S:
if hasattr(opt_obj, p):
prm[p] = getattr(opt_obj, p)
return prm
def drop_unchanged_fields(ctx, vals, model, xid):
rec = None
if model and xid:
rec = clodoo.browseL8(ctx, model, xid)
for field in vals.copy():
attrs = ctx['STRUCT'][model].get(field, {})
if not attrs:
del vals[field]
if rec:
if attrs['ttype'] == 'many2one':
if rec[field] and vals[field] == rec[field].id:
del vals[field]
elif attrs['ttype'] == 'boolean':
if isinstance(vals[field], bool) and vals[field] == rec[field]:
del vals[field]
elif os0.str2bool(vals[field], False) == rec[field]:
del vals[field]
elif (isinstance(vals[field], (basestring, int)) and
vals[field] == rec[field]):
del vals[field]
return vals
def bind_fields(self,
model,
vals,
company_id,
parent_id=None,
parent_model=None,
how_id=None):
"""TODO: write implementation"""
self.setup_model_structure(model)
model_model = self.env[model]
parent_name = ''
for field in vals.copy():
if how_id == 'del':
del vals[field]
continue
elif how_id == 'keep':
continue
attrs = self.STRUCT[model].get(field, {})
if not attrs:
if (model == 'account.payment.term.line' and field == 'months'
and vals[field]):
vals['days'] = (int(vals[field]) * 30) - 2
del vals[field]
vals, done = self.magic_field(model, vals, company_id, attrs)
if done:
continue
elif field == 'id':
continue
elif parent_id and attrs.get('relation') == parent_model:
vals[field] = parent_id
parent_name = field
elif field == 'company_id':
vals[field] = company_id
continue
elif (attrs['ttype'] in ('many2one', 'one2many', 'many2many')
and len(vals[field].split('.')) == 2):
if attrs['ttype'] == 'many2one':
vals[field] = self.env_ref(vals[field])
else:
vals[field] = [(6, 0, [self.env_ref(vals[field])])]
continue
elif attrs['ttype'] == 'boolean':
vals[field] = os0.str2bool(vals[field], False)
elif attrs['ttype'] == 'date':
pass
elif attrs['ttype'] == 'datetime':
if vals[field].startswith('+'):
vals[field] = str(datetime.today() +
timedelta(int(vals[field][1:])))
elif vals[field].startswith('-'):
vals[field] = str(datetime.today() -
timedelta(int(vals[field][1:])))
elif attrs.get('relation'):
self.setup_model_structure(attrs['relation'])
value = self.get_domain_field(model,
vals,
company_id,
field=field)
if value:
vals[field] = value
else:
del vals[field]
if (field.ttype == 'many2one' and isinstance(vals[name], str)
and len(vals[name].split('.')) == 2):
vals[name] = self.ref_id(vals[name])
return vals
def bind_fields(ctx, model, vals, company_id,
parent_id=None, parent_model=None):
setup_model_structure(ctx, model)
parent_name = False
for field in vals.copy():
attrs = ctx['STRUCT'][model].get(field, {})
if not attrs:
print_error(ctx, 'Invalid field %s!' % field)
if (model == 'account.payment.term.line' and
field == 'months' and
vals[field]):
vals['days'] = (int(vals[field]) * 30) - 2
del vals[field]
continue
if (model == 'account.account' and
field == 'id' and
vals[field].startswith('z0bug.')):
xrefs = vals[field].split('.')
ids = clodoo.searchL8(
ctx, 'ir.model.data', [('module', '=', 'l10n_it_fiscal'),
('name', 'like', xrefs[1]),
('model', '=', 'account.account')])
for xid in ids:
xref = clodoo.browseL8(ctx, 'ir.model.data', xid)
if xref and xref.name.endswith(xrefs[1]):
acc = clodoo.browseL8(ctx, model, xref.res_id)
if acc.company_id.id == company_id:
vals[field] = acc.id
break
if 'user_type_id' in vals:
if ctx['STRUCT'][model].get('nature', {}):
if isinstance(vals['user_type_id'], int):
acc = clodoo.browseL8(
ctx, 'account.account.type', vals['user_type_id'])
else:
acc = clodoo.browseL8(
ctx, 'account.account.type',
env_ref(ctx, vals['user_type_id']))
if acc.nature:
vals['nature'] = acc.nature
continue
elif model == 'account.payment.term.line' and field == 'option':
if (vals[field] == 'fix_day_following_month' and
ctx['odoo_ver'] == '12.0'):
vals[field] = 'day_following_month'
elif field == 'id':
continue
elif parent_id and attrs.get('relation') == parent_model:
vals[field] = parent_id
parent_name = field
elif field == 'company_id':
vals[field] = company_id
continue
elif (attrs['ttype'] in (
'many2one', 'one2many', 'many2many') and
len(os0.u(vals[field]).split('.')) == 2):
vals[field] = env_ref(ctx, os0.u(vals[field]))
continue
elif attrs['ttype'] == 'boolean':
vals[field] = os0.str2bool(vals[field], True)
elif attrs['ttype'] == 'date':
if vals[field].startswith('+'):
vals[field] = str(
date.today() + timedelta(int(vals[field][1:])))
elif vals[field].startswith('-'):
vals[field] = str(
date.today() - timedelta(int(vals[field][1:])))
elif vals[field].find('<#') >= 0:
items = vals[field].split('-')
for i, item in enumerate(items):
if item == '<#':
if i == 0:
items[i] = date.today().year - 1
elif i == 1:
items[i] = date.today().month - 1
elif i == 2:
items[i] = date.today().day - 1
if item[i] == 0:
item[i] = 1
vals[field] = '%04d-%02d-%02d' % (
int(items[0]), int(items[1]), int(items[2]))
elif vals[field].find('#>') >= 0:
items = vals[field].split('-')
for i, item in enumerate(items):
if item == '#>':
if i == 0:
items[i] = date.today().year + 1
elif i == 1:
items[i] = date.today().month + 1
if item[i] > 12:
item[i] = 12
elif i == 2:
items[i] = date.today().day + 1
if item[i] > 31:
item[i] = 31
vals[field] = '%04d-%02d-%02d' % (
int(items[0]), int(items[1]), int(items[2]))
elif vals[field].find('#') >= 0:
items = vals[field].split('-')
for i,item in enumerate(items):
if item == '#':
if i == 0:
items[i] = date.today().year
elif i == 1:
items[i] = date.today().month
elif i == 2:
items[i] = date.today().day
vals[field] = '%04d-%02d-%02d' % (
int(items[0]), int(items[1]), int(items[2]))
elif attrs['ttype'] == 'datetime':
if vals[field].startswith('+'):
vals[field] = str(
datetime.today() + timedelta(int(vals[field][1:])))
elif vals[field].startswith('-'):
vals[field] = str(
datetime.today() - timedelta(int(vals[field][1:])))
elif attrs.get('relation'):
setup_model_structure(ctx, attrs['relation'])
value = get_domain_field(ctx, model, vals, company_id, field=field)
if value:
vals[field] = value
else:
del vals[field]
if parent_id and parent_model:
vals['id'] = get_domain_field(
ctx, model, vals, company_id,
parent_id=parent_id, parent_name=parent_name)
if not vals['id']:
del vals['id']
if ctx['load_images'] and 'image' in ctx['STRUCT'][model]:
file_image = os.path.join(
os.path.dirname(__file__),
'data',
'%s.png' % vals['id'])
if os.path.isfile(file_image):
with open(file_image, 'rb') as fd:
image = fd.read()
vals['image'] = base64.b64encode(image)
return vals, parent_name