def get_delphi_variable_declaration(self):
headless_camel_case_name = self.get_headless_camel_case_name()
if headless_camel_case_name == self.get_device().get_initial_name():
headless_camel_case_name += '_'
return headless_camel_case_name, delphi_common.get_delphi_type(self.get_type().split(':')[0])[0]
def get_delphi_variable_declaration(self):
headless_camel_case_name = self.get_headless_camel_case_name()
if headless_camel_case_name == self.get_device().get_initial_name():
headless_camel_case_name += '_'
return headless_camel_case_name, delphi_common.get_delphi_type(
self.get_type().split(':')[0])[0]
def get_delphi_source(self):
template = 'const {headless_camel_case_name}: {type}'
headless_camel_case_name = self.get_headless_camel_case_name()
if headless_camel_case_name == self.get_device().get_initial_name():
headless_camel_case_name += '_'
return template.format(type= delphi_common.get_delphi_type(self.get_type().split(':')[0])[0],
headless_camel_case_name=headless_camel_case_name)
def get_delphi_source(self):
template = 'const {headless_camel_case_name}: {type}'
headless_camel_case_name = self.get_headless_camel_case_name()
if headless_camel_case_name == self.get_device().get_initial_name():
headless_camel_case_name += '_'
return template.format(
type=delphi_common.get_delphi_type(
self.get_type().split(':')[0])[0],
headless_camel_case_name=headless_camel_case_name)
def get_delphi_variable_declaration(self):
templateA = '{type0}'
templateB = 'TArray0To{array_end}Of{type1}'
templateC = 'TArrayOf{type1}'
if self.get_cardinality() == 1 or self.get_type().split(':')[0] == 'string':
template = templateA
elif self.get_cardinality() > 1:
template = templateB
else: # cardinality < 0
template = templateC
name = self.get_name().headless
if name == self.get_device().get_initial_name():
name += '_'
return template.format(type0=delphi_common.get_delphi_type(self.get_type().split(':')[0])[0],
type1=delphi_common.get_delphi_type(self.get_type().split(':')[0])[1],
array_end=self.get_cardinality() - 1), name
def get_delphi_source(self):
templateA = 'const {name}: {type0}'
templateB = 'const {name}: TArray0To{array_end}Of{type1}'
templateC = 'const {name}: TArrayOf{type1}'
if self.get_cardinality() == 1:
template = templateA
elif self.get_cardinality() > 1:
template = templateB
else: # cardinality < 0
template = templateC
name = self.get_name().headless
if name == self.get_device().get_initial_name():
name += '_'
return template.format(type0=delphi_common.get_delphi_type(self.get_type().split(':')[0])[0],
type1=delphi_common.get_delphi_type(self.get_type().split(':')[0])[1],
array_end=self.get_cardinality() - 1,
name=name)
def get_delphi_variable_declaration(self):
templateA = '{type0}'
templateB = 'TArray0To{array_end}Of{type1}'
templateC = 'TArrayOf{type1}'
if self.get_cardinality() == 1:
template = templateA
elif self.get_cardinality() > 1:
template = templateB
else: # cardinality < 0
template = templateC
name = self.get_name().headless
if name == self.get_device().get_initial_name():
name += '_'
return template.format(type0=delphi_common.get_delphi_type(
self.get_type().split(':')[0])[0],
type1=delphi_common.get_delphi_type(
self.get_type().split(':')[0])[1],
array_end=self.get_cardinality() - 1), name
def make_parameter_doc(packet):
param = []
for element in packet.get_elements():
if element[3] == 'out' or packet.get_type() != 'function':
continue
delphi_type = delphi_common.get_delphi_type(element[1])[0]
if element[2] > 1 and element[1] != 'string':
param.append('@param {0}[] ${1}'.format(delphi_type, element[0]))
else:
param.append('@param {0} ${1}'.format(delphi_type, element[0]))
param.append('\n@return ' + delphi_common.get_return_type(packet, True))
return '\n'.join(param)
def make_arrays():
arrays = 'type\n'
types = {}
for packet in device.get_packets('function'):
for element in packet.get_elements():
if element[1] == 'string' or element[2] < 2:
continue
delphi_type = delphi_common.get_delphi_type(element[1])
left = 'TArray0To{0}Of{1}'.format(element[2] - 1, delphi_type[1])
right = 'array [0..{0}] of {1}'.format(element[2] - 1, delphi_type[0])
types[left] = right
if len(types) > 0:
for left in types:
arrays += ' {0} = {1};\n'.format(left, types[left])
arrays += '\n'
return arrays
