def define_ctx():
with macro_mode_on():
ctx = context(toplevel=True)
ctx.cell1 = cell().set(1)
ctx.cell2 = cell().set(2)
ctx.compute()
with macro_mode_on():
ctx.result = cell()
ctx.tf = transformer({"a": "input", "b": "input", "c": "output"})
ctx.cell1_unilink = unilink(ctx.cell1)
ctx.cell1_unilink.connect(ctx.tf.a)
ctx.cell2.connect(ctx.tf.b)
ctx.code = cell("transformer").set("c = a + b")
ctx.code.connect(ctx.tf.code)
ctx.result_unilink = unilink(ctx.result)
ctx.tf.c.connect(ctx.result_unilink)
return ctx
def define_ctx():
with macro_mode_on():
ctx = context(toplevel=True)
ctx.cell1 = cell().set(1)
ctx.cell2 = cell().set(2)
ctx.result = cell()
ctx.tf = transformer({
"a": "input",
"b": "input",
"c": "output"
})
ctx.cell1_link = link(ctx.cell1)
ctx.cell1_link.connect(ctx.tf.a)
ctx.cell2.connect(ctx.tf.b)
ctx.code = pytransformercell().set("c = a + b")
ctx.code.connect(ctx.tf.code)
ctx.result_link = link(ctx.result)
ctx.tf.c.connect(ctx.result_link)
return ctx
def transform_job(rqdata):
x = decode(rqdata, as_cells=True)
transformer_params, output_signature, cells, _, _ = x
inputs = cells.keys()
with macro_mode_on():
ctx = context(toplevel=True)
tf = ctx.TRANSFORMER = transformer(transformer_params)
for k in inputs:
setattr(ctx, k, cells[k])
cells[k].connect(getattr(tf, k))
outputpin = getattr(tf, tf._output_name)
for n, outp in enumerate(output_signature):
name = "RESULT" + str(n + 1)
if outp == "mixed":
c2 = cell("text")
setattr(ctx, name + "_storage", c2)
c3 = cell("json")
setattr(ctx, name + "_form", c3)
c = cell("mixed", storage_cell=c2, form_cell=c3)
else:
c = cell(outp)
setattr(ctx, name, c)
outputpin.connect(c)
while tf.status() not in ("OK", "ERROR"):
ctx.equilibrate(1)
result = {}
if tf.status() != "OK":
result["ERROR"] = ctx.tf.transformer.EXCEPTION
else:
for n, outp in enumerate(output_signature):
name = "RESULT" + str(n + 1)
data = getattr(ctx, name)
if outp == "mixed":
storage = getattr(ctx, name + "_storage")
result["STORAGE"] = storage
form = getattr(ctx, name + "_form")
result["FORM"] = form
result[outp] = data
for key, c in list(result.items()):
val = c.serialize_buffer()
result[key] = val
return result
def create(ctx, with_buffer, with_schema, inchannels):
with macro_mode_on():
ctx.struc = context(name="struc",context=ctx)
ctx.struc.storage = cell("text")
ctx.struc.form = cell("json")
ctx.struc.data = cell("mixed",
form_cell = ctx.struc.form,
storage_cell = ctx.struc.storage,
)
schema = None
if with_schema:
ctx.struc.schema = cell("json")
schema = ctx.struc.schema
bufferwrapper = None
if with_buffer:
ctx.struc.buffer_storage = cell("text")
ctx.struc.buffer_form = cell("json")
ctx.struc.buffer_data = cell("mixed",
form_cell = ctx.struc.buffer_form,
storage_cell = ctx.struc.buffer_storage,
)
bufferwrapper = BufferWrapper(
ctx.struc.buffer_data,
ctx.struc.buffer_storage,
ctx.struc.buffer_form
)
ctx.hub = StructuredCell(
"hub",
ctx.struc.data,
storage = ctx.struc.storage,
form = ctx.struc.form,
schema = schema,
buffer = bufferwrapper,
inchannels = inchannels,
outchannels = [],
)
def create(ctx, with_buffer, with_schema, inchannels):
with macro_mode_on():
ctx.struc = context(name="struc", context=ctx)
ctx.struc.storage = cell("text")
ctx.struc.form = cell("json")
ctx.struc.data = cell(
"mixed",
form_cell=ctx.struc.form,
storage_cell=ctx.struc.storage,
)
schema = None
if with_schema:
ctx.struc.schema = cell("json")
schema = ctx.struc.schema
bufferwrapper = None
if with_buffer:
ctx.struc.buffer_storage = cell("text")
ctx.struc.buffer_form = cell("json")
ctx.struc.buffer_data = cell(
"mixed",
form_cell=ctx.struc.buffer_form,
storage_cell=ctx.struc.buffer_storage,
)
bufferwrapper = BufferWrapper(ctx.struc.buffer_data,
ctx.struc.buffer_storage,
ctx.struc.buffer_form)
ctx.hub = StructuredCell(
"hub",
ctx.struc.data,
storage=ctx.struc.storage,
form=ctx.struc.form,
schema=schema,
buffer=bufferwrapper,
inchannels=inchannels,
outchannels=[],
)
def create(ctx, mount, state=None):
with macro_mode_on():
ctx.hub_struc = context(name="hub_struc",context=ctx)
ctx.hub_struc.storage = cell("text")
ctx.hub_struc.form = cell("json")
ctx.hub_struc.data = cell("mixed",
form_cell = ctx.hub_struc.form,
storage_cell = ctx.hub_struc.storage,
)
ctx.hub_struc.schema = cell("json")
ctx.hub_struc.buffer_storage = cell("text")
ctx.hub_struc.buffer_form = cell("json")
ctx.hub_struc.buffer_data = cell("mixed",
form_cell = ctx.hub_struc.buffer_form,
storage_cell = ctx.hub_struc.buffer_storage,
)
bufferwrapper = BufferWrapper(
ctx.hub_struc.buffer_data,
ctx.hub_struc.buffer_storage,
ctx.hub_struc.buffer_form
)
ctx.hub = StructuredCell(
"hub",
ctx.hub_struc.data,
storage = ctx.hub_struc.storage,
form = ctx.hub_struc.form,
schema = ctx.hub_struc.schema,
buffer = bufferwrapper,
inchannels = [("a", "factor1"), ("a", "factor2"), ("b",)],
outchannels = [("a",), ("b",), ("c",)],
state = state,
)
ctx.code = cell("transformer").set("d = a.factor1 * b + a.factor2 * c + a.constant")
ctx.mixer = transformer({
"a": ("input", "ref", "silk"),
"b": ("input", "ref", "object"),
"c": ("input", "ref", "object"),
"d": ("output", "ref", "json"),
})
ctx.a_factor1 = cell("json")
ctx.a_factor2 = cell("json")
ctx.b = cell("json")
ctx.code.connect(ctx.mixer.code)
ctx.hub.connect_inchannel(ctx.a_factor1, ("a", "factor1"))
ctx.hub.connect_inchannel(ctx.a_factor2, ("a", "factor2"))
ctx.hub.connect_inchannel(ctx.b, ("b",))
ctx.hub.connect_outchannel(("a",), ctx.mixer.a)
ctx.hub.connect_outchannel(("b",), ctx.mixer.b)
ctx.hub.connect_outchannel(("c",), ctx.mixer.c)
ctx.result_struc = context(name="result_struc",context=ctx)
ctx.result_struc.storage = cell("text")
ctx.result_struc.form = cell("json")
ctx.result_struc.data = cell("mixed",
form_cell = ctx.result_struc.form,
storage_cell = ctx.result_struc.storage,
)
ctx.result_struc.schema = cell("json")
ctx.result_struc.buffer_storage = cell("text")
ctx.result_struc.buffer_form = cell("json")
ctx.result_struc.buffer_data = cell("mixed",
form_cell = ctx.result_struc.buffer_form,
storage_cell = ctx.result_struc.buffer_storage,
)
bufferwrapper = BufferWrapper(
ctx.result_struc.buffer_data,
ctx.result_struc.buffer_storage,
ctx.result_struc.buffer_form
)
ctx.result = StructuredCell(
"result",
ctx.result_struc.data,
storage = ctx.result_struc.storage,
form = ctx.result_struc.form,
schema = ctx.result_struc.schema,
buffer = bufferwrapper,
inchannels = [()],
outchannels = []
)
ctx.result.connect_inchannel(ctx.mixer.d, ())
if mount:
ctx.mount("/tmp/mount-test")
raise NotImplementedError
import seamless
from seamless.core import macro_mode_on
from seamless.core import context, cell, transformer, StructuredCell
from seamless.core.structured_cell import BufferWrapper, StructuredCellState
import numpy as np
with macro_mode_on():
ctx = context(toplevel=True)
def create(ctx, mount, state=None):
with macro_mode_on():
ctx.hub_struc = context(name="hub_struc",context=ctx)
ctx.hub_struc.storage = cell("text")
ctx.hub_struc.form = cell("json")
ctx.hub_struc.data = cell("mixed",
form_cell = ctx.hub_struc.form,
storage_cell = ctx.hub_struc.storage,
)
ctx.hub_struc.schema = cell("json")
ctx.hub_struc.buffer_storage = cell("text")
ctx.hub_struc.buffer_form = cell("json")
ctx.hub_struc.buffer_data = cell("mixed",
form_cell = ctx.hub_struc.buffer_form,
storage_cell = ctx.hub_struc.buffer_storage,
)
bufferwrapper = BufferWrapper(
ctx.hub_struc.buffer_data,
ctx.hub_struc.buffer_storage,
ctx.hub_struc.buffer_form
import seamless
from seamless.core import macro_mode_on
from seamless.core import context, cell, transformer, pytransformercell
with macro_mode_on():
ctx = context(toplevel=True)
ctx.cell1 = cell().set(1)
ctx.cell2 = cell().set(2)
ctx.result = cell()
ctx.tf = transformer({"a": "input", "b": "input", "c": "output"})
ctx.cell1.connect(ctx.tf.a)
ctx.cell2.connect(ctx.tf.b)
ctx.code = pytransformercell().set("c = a + b")
ctx.code.connect(ctx.tf.code)
ctx.tf.c.connect(ctx.result)
shell = ctx.tf.shell()
"""
Final test for compiled transformers, using stdlib.compiled_transformer
"""
from seamless.core import context, cell, transformer, macro, libcell, macro_mode_on
from seamless.core import StructuredCell
from seamless.core import library
from copy import deepcopy
# 1: set up example data
with macro_mode_on():
ctx = context(toplevel=True)
# 1a. Setup of StructuredCells
ctx.inp_struc = context(name="inp_struc",context=ctx)
ctx.inp_struc.storage = cell("text")
ctx.inp_struc.form = cell("json")
ctx.inp_struc.data = cell("mixed",
form_cell = ctx.inp_struc.form,
storage_cell = ctx.inp_struc.storage,
)
ctx.inp_struc.schema = cell("json")
ctx.inp = StructuredCell(
"inp",
ctx.inp_struc.data,
storage = ctx.inp_struc.storage,
form = ctx.inp_struc.form,
schema = ctx.inp_struc.schema,
buffer = None,
inchannels = [],
outchannels = [()]
def create(ctx, mount, state=None):
with macro_mode_on():
ctx.hub_struc = context(name="hub_struc", context=ctx)
ctx.hub_struc.storage = cell("text")
ctx.hub_struc.form = cell("json")
ctx.hub_struc.data = cell(
"mixed",
form_cell=ctx.hub_struc.form,
storage_cell=ctx.hub_struc.storage,
)
ctx.hub_struc.schema = cell("json")
ctx.hub_struc.buffer_storage = cell("text")
ctx.hub_struc.buffer_form = cell("json")
ctx.hub_struc.buffer_data = cell(
"mixed",
form_cell=ctx.hub_struc.buffer_form,
storage_cell=ctx.hub_struc.buffer_storage,
)
bufferwrapper = BufferWrapper(ctx.hub_struc.buffer_data,
ctx.hub_struc.buffer_storage,
ctx.hub_struc.buffer_form)
ctx.hub = StructuredCell(
"hub",
ctx.hub_struc.data,
storage=ctx.hub_struc.storage,
form=ctx.hub_struc.form,
schema=ctx.hub_struc.schema,
buffer=bufferwrapper,
inchannels=[("a", "factor1"), ("a", "factor2"), ("b", )],
outchannels=[("a", ), ("b", ), ("c", )],
state=state,
)
ctx.code = cell("transformer").set(
"d = a.factor1 * b + a.factor2 * c + a.constant")
ctx.mixer = transformer({
"a": ("input", "ref", "silk"),
"b": ("input", "ref", "object"),
"c": ("input", "ref", "object"),
"d": ("output", "ref", "json"),
})
ctx.a_factor1 = cell("json")
ctx.a_factor2 = cell("json")
ctx.b = cell("json")
ctx.code.connect(ctx.mixer.code)
ctx.hub.connect_inchannel(ctx.a_factor1, ("a", "factor1"))
ctx.hub.connect_inchannel(ctx.a_factor2, ("a", "factor2"))
ctx.hub.connect_inchannel(ctx.b, ("b", ))
ctx.hub.connect_outchannel(("a", ), ctx.mixer.a)
ctx.hub.connect_outchannel(("b", ), ctx.mixer.b)
ctx.hub.connect_outchannel(("c", ), ctx.mixer.c)
ctx.result_struc = context(name="result_struc", context=ctx)
ctx.result_struc.storage = cell("text")
ctx.result_struc.form = cell("json")
ctx.result_struc.data = cell(
"mixed",
form_cell=ctx.result_struc.form,
storage_cell=ctx.result_struc.storage,
)
ctx.result_struc.schema = cell("json")
ctx.result_struc.buffer_storage = cell("text")
ctx.result_struc.buffer_form = cell("json")
ctx.result_struc.buffer_data = cell(
"mixed",
form_cell=ctx.result_struc.buffer_form,
storage_cell=ctx.result_struc.buffer_storage,
)
bufferwrapper = BufferWrapper(ctx.result_struc.buffer_data,
ctx.result_struc.buffer_storage,
ctx.result_struc.buffer_form)
ctx.result = StructuredCell("result",
ctx.result_struc.data,
storage=ctx.result_struc.storage,
form=ctx.result_struc.form,
schema=ctx.result_struc.schema,
buffer=bufferwrapper,
inchannels=[()],
outchannels=[])
ctx.result.connect_inchannel(ctx.mixer.d, ())
if mount:
ctx.mount("/tmp/mount-test")
ctx.code = cell("macro").set(collatz)
macro_params = {
"value": "int",
"macro_params": "plain",
"macro_code": ("python", "macro")
}
ctx.macro_params = cell().set(macro_params)
ctx.compute()
m = ctx.macro = macro(ctx.macro_params.value)
ctx.start.connect(m.value)
ctx.code.connect(m.code)
ctx.code.connect(m.macro_code)
ctx.macro_params.connect(m.macro_params)
ctx.series = cell()
with macro_mode_on(None):
ctx.macro.ctx.series.connect(ctx.series)
start = 27
###start = 10 #7-level nesting
###start = 12 #10-level nesting
###start = 35 #12-level nesting
###start = 23 #16-level nesting
###start = 27 #111-level nesting
refe = refe_collatz(start)
t = time.time()
ctx.start.set(start)
print("building done: %d ms" % (1000 * (time.time() - t)))
ctx.compute()
print(ctx.series.value)
print(refe)
"""
Final test for compiled transformers, using stdlib.compiled_transformer
Now using debugging
"""
from seamless.core import context, cell, transformer, macro, libcell, macro_mode_on
from seamless.core import StructuredCell
from seamless.core import library
from copy import deepcopy
# 1: set up example data
with macro_mode_on():
ctx = context(toplevel=True)
# 1a. Setup of StructuredCells
ctx.inp_struc = context(name="inp_struc", context=ctx)
ctx.inp_struc.storage = cell("text")
ctx.inp_struc.form = cell("json")
ctx.inp_struc.data = cell(
"mixed",
form_cell=ctx.inp_struc.form,
storage_cell=ctx.inp_struc.storage,
)
ctx.inp_struc.schema = cell("json")
ctx.inp = StructuredCell("inp",
ctx.inp_struc.data,
storage=ctx.inp_struc.storage,
form=ctx.inp_struc.form,
schema=ctx.inp_struc.schema,
buffer=None,
inchannels=[],