def _get_full_guideline(self, gldict, device=None):
if device and fpiswire(device):
qty_typeclass = Length
else:
qty_typeclass = int
oqty_min = self._get_guideline_param(
'oqty_min', gldict, default=1, typeclass=qty_typeclass
)
oqty_multiple = self._get_guideline_param(
'oqty_multiple', gldict, default=1, typeclass=qty_typeclass
)
baseline_qty = self._get_guideline_param(
'baseline_qty', gldict, default=0, typeclass=qty_typeclass
)
excess_min_pc = self._get_guideline_param(
'excess_min_pc', gldict, default=0, typeclass=Decimal
)
excess_min_qty = self._get_guideline_param(
'excess_min_qty', gldict, default=0, typeclass=qty_typeclass
)
excess_max_qty = self._get_guideline_param(
'excess_max_qty', gldict, default=-1, typeclass=qty_typeclass
)
return oqty_min, oqty_multiple, baseline_qty, \
excess_min_pc, excess_min_qty, excess_max_qty
def get_devices():
rval = []
for device, desc in electronics.DEVICE_CLASSES_DOC:
rval.append(
(device, electronics.fpiswire(device), electronics.fpismodlen(device), electronics.no_fp(device), desc)
)
return rval
def get_devices():
rval = []
for device, desc in electronics.DEVICE_CLASSES_DOC:
rval.append(
(device, electronics.fpiswire(device),
electronics.fpismodlen(device), electronics.no_fp(device), desc))
return rval
def collapse_wires(self):
for line in self.lines:
device, value, footprint = parse_ident(line.ident)
if device is None:
continue
if fpiswire(device):
newident = device + ' ' + value
newline = self.find_by_ident(newident)
if newline is None:
line.ident = newident
else:
newline.merge_line(line)
self.lines.remove(line)
def collapse_wires(self):
for line in self.lines:
device, value, footprint = parse_ident(line.ident)
if device is None:
continue
if fpiswire(device):
newident = device + ' ' + value
newline = self.find_by_ident(newident)
if newline is None:
line.ident = newident
else:
newline.merge_line(line)
self.lines.remove(line)
def sourcing_info_qty(self, qty):
from tendril.inventory.guidelines import electronics_qty
from tendril.sourcing.electronics import get_sourcing_information
from tendril.sourcing.electronics import SourcingException
if fpiswire(self.device):
iqty = Length(qty)
else:
iqty = qty
iqty = electronics_qty.get_compliant_qty(self.ident, iqty)
try:
vsi = get_sourcing_information(self.ident, iqty, allvendors=True)
except SourcingException:
vsi = []
return vsi
def indicative_sourcing_info(self):
if self._indicative_sourcing_info is None:
from tendril.inventory.guidelines import electronics_qty
from tendril.sourcing.electronics import get_sourcing_information
from tendril.sourcing.electronics import SourcingException
if fpiswire(self.device):
iqty = Length("1m")
else:
iqty = 1
iqty = electronics_qty.get_compliant_qty(self.ident, iqty)
try:
vsi = get_sourcing_information(self.ident, iqty, allvendors=True)
except SourcingException:
vsi = []
self._indicative_sourcing_info = vsi
return self._indicative_sourcing_info
def uquantity(self):
device, value, footprint = parse_ident(self.ident)
if device is None:
logger.warning("Device not identified : " + self.ident)
elif fpiswire(device):
try:
elen = Length(footprint) * Decimal(0.1)
if elen < Length('5mm'):
elen = Length('5mm')
elif elen > Length('1inch'):
elen = Length('1inch')
return len(self.refdeslist) * (Length(footprint) + elen)
except ValueError:
logger.error(
"Problem parsing length for ident : " + self.ident
)
raise
return len(self.refdeslist)
def sourcing_info_qty(self, qty):
# TODO Complete Migration
try:
from tendril.inventory.guidelines import electronics_qty
from tendril.sourcing.electronics import get_sourcing_information
from tendril.sourcing.electronics import SourcingException
except ImportError:
return []
if fpiswire(self.device) and not isinstance(qty, Length):
iqty = Length(qty)
else:
iqty = qty
iqty = electronics_qty.get_compliant_qty(self.ident, iqty)
try:
vsi = get_sourcing_information(self.ident, iqty, allvendors=True)
except SourcingException:
vsi = []
return vsi
def uquantity(self):
device, value, footprint = parse_ident(self.ident)
if device is None:
# TODO
# logger.warning("Device not identified : " + self.ident)
pass
elif fpiswire(device):
try:
elen = Length(footprint) * Decimal(0.1)
if elen < Length('5mm'):
elen = Length('5mm')
elif elen > Length('1inch'):
elen = Length('1inch')
return len(self.refdeslist) * (Length(footprint) + elen)
except ValueError:
logger.error(
"Problem parsing length for ident : " + self.ident
)
raise
return len(self.refdeslist)
def _get_full_guideline(self, gldict, device=None):
if device and fpiswire(device):
qty_typeclass = Length
else:
qty_typeclass = int
oqty_min = self._get_guideline_param('oqty_min',
gldict,
default=1,
typeclass=qty_typeclass)
oqty_multiple = self._get_guideline_param('oqty_multiple',
gldict,
default=1,
typeclass=qty_typeclass)
baseline_qty = self._get_guideline_param('baseline_qty',
gldict,
default=0,
typeclass=qty_typeclass)
excess_min_pc = self._get_guideline_param('excess_min_pc',
gldict,
default=0,
typeclass=Decimal)
excess_min_qty = self._get_guideline_param('excess_min_qty',
gldict,
default=0,
typeclass=qty_typeclass)
excess_max_qty = self._get_guideline_param('excess_max_qty',
gldict,
default=-1,
typeclass=qty_typeclass)
return oqty_min, oqty_multiple, baseline_qty, \
excess_min_pc, excess_min_qty, excess_max_qty
def create_obom_from_listing(component_list, head):
obom_descriptor = OutputElnBomDescriptor(head, None,
head, None)
obom = OutputBom(obom_descriptor)
for line in component_list:
device, value, footprint = parse_ident(line['ident'])
from tendril.boms.electronics import EntityElnComp
item = EntityElnComp()
item.define('Undef', device, value, footprint)
if device and fpiswire(device):
length = Length(line['qty'])
if length > 0:
wireitem = EntityElnComp()
wireitem.define(
'Undef', device, value, str(length)
)
obom.insert_component(wireitem)
else:
num = int(line['qty'])
if num > 0:
for i in range(num):
obom.insert_component(item)
return obom
def create_obom_from_listing(component_list, head):
obom_descriptor = OutputElnBomDescriptor(head, None,
head, None)
obom = OutputBom(obom_descriptor)
for line in component_list:
device, value, footprint = parse_ident(line['ident'])
from tendril.boms.electronics import EntityElnComp
item = EntityElnComp()
item.define('Undef', device, value, footprint)
if device and fpiswire(device):
length = Length(line['qty'])
if length > 0:
wireitem = EntityElnComp()
wireitem.define(
'Undef', device, value, str(length)
)
obom.insert_component(wireitem)
else:
num = int(line['qty'])
if num > 0:
for i in range(num):
obom.insert_component(item)
return obom
def load_cobom_from_file(f, name, tf=None, verbose=True, generic=False):
bomlist = []
header = []
reader = csv.reader(f)
for line in reader:
line = [elem.strip() for elem in line]
if line[0] == 'device':
header = line
break
if verbose:
logger.info('Inserting External Boms')
oboms = []
for head in header[1:-1]:
if verbose:
logger.info('Creating Bom : ' + head)
obom_descriptor = OutputElnBomDescriptor(head,
None,
head, None)
obom = OutputBom(obom_descriptor)
oboms.append(obom)
for line in reader:
line = [elem.strip() for elem in line]
if line[0] == '':
continue
if line[0] == 'END':
break
if tf and not tf.has_contextual_repr(line[0]):
logger.warn('{0} Possibly not recognized'.format(line[0]))
if tf:
device, value, footprint = parse_ident(
tf.get_canonical_repr(line[0]), generic=generic
)
else:
device, value, footprint = parse_ident(line[0], generic=generic)
logger.debug("Trying to insert line : " + line[0])
# print base_tf.get_canonical_repr(line[0])
from tendril.boms.electronics import EntityElnComp
item = EntityElnComp()
item.define('Undef', device, value, footprint)
for idx, col in enumerate(line[1:-1]):
if col != '':
if device and fpiswire(device):
length = Length(col)
if length > 0:
wireitem = EntityElnComp()
wireitem.define(
'Undef', device, value, str(length)
)
oboms[idx].insert_component(wireitem)
else:
num = int(col)
if num > 0:
for i in range(num):
oboms[idx].insert_component(item)
for obom in oboms:
if verbose:
logger.info('Inserting External Bom : ' +
obom.descriptor.configname)
bomlist.append(obom)
cobom = CompositeOutputBom(
bomlist,
name=name
)
return cobom
def create_output_bom(self, configname, groupname=None):
if configname not in self.configurations.configuration_names:
raise ValueError
outbomdescriptor = OutputElnBomDescriptor(
self.configurations.pcbname,
self.configurations.projectfolder,
configname, self.configurations,
groupname=groupname
)
outbom = OutputBom(outbomdescriptor)
if groupname is None:
is_group_bom = False
outgroups = self.configurations.configuration_grouplist(configname) # noqa
else:
is_group_bom = True
outgroups = [groupname]
genlist = self.configurations.configuration_genlist(configname)
gen_refdeslist = None
if genlist is not None:
gen_refdeslist = genlist.keys()
sjlist = self.configurations.configuration_sjlist(configname)
sj_refdeslist = None
if sjlist is not None:
sj_refdeslist = sjlist.keys()
ctx = self._validation_context
_policy_ge = ConfigGroupPolicy(ctx, self._group_policy.known_groups)
_policy_sj = ConfigSJPolicy(ctx)
for group in outgroups:
grpobj = self.find_group(group)
if grpobj is None:
e = ConfigGroupError(_policy_ge, group)
self._validation_errors.add(e)
continue
for comp in grpobj.complist:
if gen_refdeslist is not None and \
comp.refdes in gen_refdeslist:
# TODO Verify refdes has Generator status in schematic
if fpiswire(comp.device):
comp.footprint = genlist[comp.refdes]
else:
comp.value = genlist[comp.refdes]
if sj_refdeslist is not None and comp.refdes in sj_refdeslist:
if not comp.fillstatus == 'CONF':
e = ConfigSJUnexpectedError(_policy_sj,
comp.refdes,
comp.fillstatus)
self._validation_errors.add(e)
if sjlist[comp.refdes]:
logger.debug("Setting Fillstatus : " + comp.refdes)
comp.fillstatus = ''
else:
logger.debug("Clearing Fillstatus : " + comp.refdes)
comp.fillstatus = 'DNP'
outbom.insert_component(comp)
motifconfs = self.configurations.configuration_motiflist(configname)
if motifconfs is None:
outbom.sort_by_ident()
outbom.validation_errors.add(self._validation_errors)
return outbom
if self._configured_for != configname:
self.configure_motifs(configname)
for key, motifconf in motifconfs.iteritems():
motif = self.get_motif_by_refdes(key)
if motif is None:
# This error would already have beed reported when
# motifs were configured.
logger.error("Motif not defined : " + key)
continue
for item in motif.get_line_gen():
item_group = item.data['group']
if item_group == 'unknown' or item_group in outgroups and \
item.data['fillstatus'] != 'DNP':
outbom.insert_component(EntityElnComp(item))
outbom.sort_by_ident()
outbom.validation_errors.add(self._validation_errors)
return outbom
def create_output_bom(self, configname, groupname=None):
if configname not in self.configurations.configuration_names:
raise ValueError
outbomdescriptor = OutputElnBomDescriptor(
self.configurations.pcbname,
self.configurations.projectfolder,
configname, self.configurations,
groupname=groupname
)
outbom = OutputBom(outbomdescriptor)
if groupname is None:
is_group_bom = False
outgroups = self.configurations.configuration_grouplist(configname) # noqa
else:
is_group_bom = True
outgroups = [groupname]
genlist = self.configurations.configuration_genlist(configname)
gen_refdeslist = None
if genlist is not None:
gen_refdeslist = genlist.keys()
sjlist = self.configurations.configuration_sjlist(configname)
sj_refdeslist = None
if sjlist is not None:
sj_refdeslist = sjlist.keys()
ctx = self._validation_context
_policy_ge = ConfigGroupPolicy(ctx, self._group_policy.known_groups)
_policy_sj = ConfigSJPolicy(ctx)
for group in outgroups:
grpobj = self.find_group(group)
if grpobj is None:
e = ConfigGroupError(_policy_ge, group)
self._validation_errors.add(e)
continue
for comp in grpobj.complist:
if gen_refdeslist is not None and \
comp.refdes in gen_refdeslist:
# TODO Verify refdes has Generator status in schematic
if fpiswire(comp.device):
comp.footprint = genlist[comp.refdes]
else:
comp.value = genlist[comp.refdes]
if sj_refdeslist is not None and comp.refdes in sj_refdeslist:
if not comp.fillstatus == 'CONF':
e = ConfigSJUnexpectedError(_policy_sj,
comp.refdes,
comp.fillstatus)
self._validation_errors.add(e)
if sjlist[comp.refdes]:
logger.debug("Setting Fillstatus : " + comp.refdes)
comp.fillstatus = ''
else:
logger.debug("Clearing Fillstatus : " + comp.refdes)
comp.fillstatus = 'DNP'
outbom.insert_component(comp)
motifconfs = self.configurations.configuration_motiflist(configname)
if motifconfs is None:
outbom.sort_by_ident()
outbom.validation_errors.add(self._validation_errors)
return outbom
if self._configured_for != configname:
self.configure_motifs(configname)
for key, motifconf in motifconfs.iteritems():
motif = self.get_motif_by_refdes(key)
if motif is None:
# This error would already have beed reported when
# motifs were configured.
logger.error("Motif not defined : " + key)
continue
for item in motif.get_line_gen():
item_group = self.find_tgroup(item).groupname
if item_group == 'unknown' or item_group in outgroups and \
item.data['fillstatus'] != 'DNP':
outbom.insert_component(EntityElnComp(item))
outbom.sort_by_ident()
outbom.validation_errors.add(self._validation_errors)
return outbom
def is_wire(self):
return fpiswire(self.device)
def is_wire(self):
return fpiswire(self.device)
def load_cobom_from_file(f, name, tf=None, verbose=True, generic=False):
bomlist = []
header = []
reader = csv.reader(f)
for line in reader:
line = [elem.strip() for elem in line]
if line[0] == 'device':
header = line
break
if verbose:
logger.info('Inserting External Boms')
oboms = []
for head in header[1:-1]:
if verbose:
logger.info('Creating Bom : ' + head)
obom_descriptor = OutputElnBomDescriptor(head,
None,
head, None)
obom = OutputBom(obom_descriptor)
oboms.append(obom)
for line in reader:
line = [elem.strip() for elem in line]
if line[0] == '':
continue
if line[0] == 'END':
break
if tf and not tf.has_contextual_repr(line[0]):
logger.warn('{0} Possibly not recognized'.format(line[0]))
if tf:
device, value, footprint = parse_ident(
tf.get_canonical_repr(line[0]), generic=generic
)
else:
device, value, footprint = parse_ident(line[0], generic=generic)
logger.debug("Trying to insert line : " + line[0])
# print base_tf.get_canonical_repr(line[0])
from tendril.boms.electronics import EntityElnComp
item = EntityElnComp()
item.define('Undef', device, value, footprint)
for idx, col in enumerate(line[1:-1]):
if col != '':
if device and fpiswire(device):
length = Length(col)
if length > 0:
wireitem = EntityElnComp()
wireitem.define(
'Undef', device, value, str(length)
)
oboms[idx].insert_component(wireitem)
else:
num = int(col)
if num > 0:
for i in range(num):
oboms[idx].insert_component(item)
for obom in oboms:
if verbose:
logger.info('Inserting External Bom : ' +
obom.descriptor.configname)
bomlist.append(obom)
cobom = CompositeOutputBom(
bomlist,
name=name
)
return cobom
