def deploy_output__filtered(self):
filtered_var = NodeOutputVariableName(self.id, 'filtered')
entry_var = NodeOutputVariableName(self.id, 'entry')
index_var = NodeOutputVariableName(self.id, 'index')
array_var = self.get_input_connection_variable_name('array')
i_var = NodePrivateVariableName(self.id, 'i')
return LanguageConcat(
self.resolve_input_deploy('array'),
VariableSetStatement(entry_var, LanguageNone()),
VariableSetStatement(index_var, LanguageNone()),
self.resolve_input_deploy_function('keep'),
VariableSetStatement(filtered_var,
LanguageValue(EmptyArraySymbol())),
SimpleLoopStatement(
i_var, LanguageValue(0),
LanguageValue(UtilsArrayLength(array_var)),
LanguageConcat(
VariableSetStatement(index_var, i_var),
VariableSetStatement(entry_var,
ArrayIndex(array_var, i_var)),
IfStatement(
FunctionCall(
self.get_input_connection_function_name('keep')),
VariableSetStatement(
filtered_var,
UtilsArrayConcat(filtered_var, entry_var))))))
def deploy_test():
loop_node = LoopNode()
iter_node = IncrementNode()
eq_node = EqualsNode()
not_node = NotNode()
var_node = VariableNode(0)
split_node = DummyNode()
add_node = AddNode()
out_node = PassThroughNode()
BaseNode.connect(loop_node, out_node, 'value', 'in')
BaseNode.connect(split_node, loop_node, 'out', 'iter')
BaseNode.connect(not_node, split_node, 'out', 'in')
BaseNode.connect(eq_node, not_node, 'result', 'in')
BaseNode.connect(iter_node, eq_node, 'increment', 'arg1')
BaseNode.connect(DataSourceNode(50), eq_node, 'data', 'arg2')
BaseNode.connect(var_node, loop_node, 'value', 'value')
BaseNode.connect(var_node, split_node, 'update', 'extra')
BaseNode.connect(add_node, var_node, 'result', 'value')
BaseNode.connect(iter_node, add_node, 'value', 'arg1')
BaseNode.connect(var_node, add_node, 'value', 'arg2')
code = LanguageConcat(deploy(out_node, 'out'),
FunctionCall(VariableName('main')))
print(code.__py__(DeployContext()))
def deploy_output__mapped(self):
i_var = NodePrivateVariableName(self.id, 'i')
entry_var = NodeOutputVariableName(self.id, 'entry')
index_var = NodeOutputVariableName(self.id, 'index')
mapped_var = NodeOutputVariableName(self.id, 'mapped')
return LanguageConcat(
self.resolve_input_deploy('array'),
VariableSetStatement(entry_var, LanguageNone()),
VariableSetStatement(index_var, LanguageNone()),
self.resolve_input_deploy_function('value'),
VariableSetStatement(
mapped_var,
UtilsArrayClone(
self.get_input_connection_variable_name('array'))),
SimpleLoopStatement(
i_var, LanguageValue(0),
UtilsArrayLength(
self.get_input_connection_variable_name('array')),
LanguageConcat(
VariableSetStatement(index_var, i_var),
VariableSetStatement(
entry_var,
ArrayIndex(
self.get_input_connection_variable_name('array'),
i_var)),
VariableSetStatement(
ArrayIndex(mapped_var, i_var),
FunctionCall(
self.get_input_connection_function_name(
'value'))))))
def deploy_output__out(self):
return LanguageConcat(
self.resolve_input_deploy('in'),
VariableSetStatement(
NodeOutputVariableName(self.id, 'out'),
FunctionCall(VariableName('utils_type'),
self.get_input_connection_variable_name('in'))))
def deploy_output__selected(self):
test_functions = []
return_functions = []
if_statements = []
for n in range(self.condition_count):
test_functions.append(self.resolve_input_deploy_function('test_%d' % n))
return_functions.append(self.resolve_input_deploy_function('return_%d' % n))
if_statements.append(
IfStatement(
LanguageOperation(
CompareEqualsSymbol(),
FunctionCall(self.get_input_connection_function_name('test_%d' % n)),
self.get_input_connection_variable_name('value')
),
VariableSetStatement(
NodeOutputVariableName(self.id, 'selected'),
FunctionCall(self.get_input_connection_function_name('return_%d' % n))
),
if_type=('if' if n == 0 else 'elseif')
)
)
return_functions.append(self.resolve_input_deploy_function('default'))
if_statements.append(
IfStatement(
None,
VariableSetStatement(
NodeOutputVariableName(self.id, 'selected'),
FunctionCall(self.get_input_connection_function_name('default'))
),
if_type='else'
)
)
return LanguageConcat(
self.resolve_input_deploy('value'),
*test_functions,
*return_functions,
VariableSetStatement(
NodeOutputVariableName(self.id, 'selected'),
LanguageNone()
),
*if_statements
)
def deploy_output__value(self):
return LanguageConcat(
self.resolve_input_deploy_function('iter'),
ConditionalLoopStatement(
FunctionCall(self.get_input_connection_function_name('iter')),
LanguageNoop()
),
self.resolve_input_deploy('value'),
VariableSetStatement(
NodeOutputVariableName(self.id, 'value'),
self.get_input_connection_variable_name('value')
)
)
def deploy_output__reduced(self):
array_var = self.get_input_connection_variable_name('array')
i_var = NodePrivateVariableName(self.id, 'i')
acc_var = NodeOutputVariableName(self.id, 'accumulator')
cur_var = NodeOutputVariableName(self.id, 'current')
return LanguageConcat(
self.resolve_input_deploy('array'),
VariableSetStatement(acc_var,
ArrayIndex(array_var, LanguageValue(0))),
VariableSetStatement(cur_var, LanguageNone()),
self.resolve_input_deploy_function('accumulator'),
SimpleLoopStatement(
i_var, LanguageValue(1), UtilsArrayLength(array_var),
LanguageConcat(
VariableSetStatement(cur_var, ArrayIndex(array_var,
i_var)),
VariableSetStatement(
acc_var,
FunctionCall(
self.get_input_connection_function_name(
'accumulator'))))),
VariableSetStatement(NodeOutputVariableName(self.id, 'reduced'),
acc_var))
def __es6__(self, c):
return FunctionCall(VariableName('Math.pow'), self.base,
self.power).__es6__(c)
def __py__(self, c):
return FunctionCall(VariableName(f'math.{self.func}'),
self.value).__py__(c)
def __py__(self, c):
return FunctionCall(VariableName('abs'), self.value).__py__(c)
def __es6__(self, c):
return FunctionCall(VariableName('Math.abs'), self.value).__es6__(c)
def __py__(self, c):
return FunctionCall(VariableName('math.log'), self.value,
self.base).__py__(c)
def __es6__(self, c):
return LanguageOperation(
DivideSymbol(), FunctionCall(VariableName('Math.log'), self.value),
FunctionCall(VariableName('Math.log'), self.base)).__es6__(c)
def __py__(self, c):
return FunctionCall(
VariableName('math.pow'), self.value,
LanguageOperation(DivideSymbol(), LanguageValue(1),
self.root)).__py__(c)
