mirror of https://github.com/m-labs/artiq.git
whitequark
parent
fa71b40c80
commit
906db876a6
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@ -5,7 +5,7 @@ the references to the host objects and translates the functions
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annotated as ``@kernel`` when they are referenced.
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"""
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import sys, os, re, linecache, inspect, textwrap, types as pytypes
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import sys, os, re, linecache, inspect, textwrap, types as pytypes, numpy
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from collections import OrderedDict, defaultdict
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from pythonparser import ast, algorithm, source, diagnostic, parse_buffer
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@ -165,8 +165,12 @@ class ASTSynthesizer:
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typ = builtins.TFloat()
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return asttyped.NumT(n=value, ctx=None, type=typ,
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loc=self._add(repr(value)))
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elif isinstance(value, language_core.int):
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typ = builtins.TInt(width=types.TValue(value.width))
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elif isinstance(value, numpy.int32):
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typ = builtins.TInt32()
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return asttyped.NumT(n=int(value), ctx=None, type=typ,
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loc=self._add(repr(value)))
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elif isinstance(value, numpy.int64):
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typ = builtins.TInt64()
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return asttyped.NumT(n=int(value), ctx=None, type=typ,
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loc=self._add(repr(value)))
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elif isinstance(value, str):
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@ -620,9 +620,9 @@ class Inferencer(algorithm.Visitor):
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node.loc, None)
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elif types.is_builtin(typ, "int"):
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valid_forms = lambda: [
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valid_form("int() -> int(width='a)"),
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valid_form("int(x:'a) -> int(width='b) where 'a is numeric"),
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valid_form("int(x:'a, width='b:<int literal>) -> int(width='b) where 'a is numeric")
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valid_form("int() -> numpy.int?"),
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valid_form("int(x:'a) -> numpy.int?"),
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valid_form("int(x:'a, width=?) -> numpy.int?")
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]
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self._unify(node.type, builtins.TInt(),
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@ -715,11 +715,11 @@ class Inferencer(algorithm.Visitor):
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diagnose(valid_forms())
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elif types.is_builtin(typ, "range"):
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valid_forms = lambda: [
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valid_form("range(max:int(width='a)) -> range(elt=int(width='a))"),
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valid_form("range(min:int(width='a), max:int(width='a)) "
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"-> range(elt=int(width='a))"),
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valid_form("range(min:int(width='a), max:int(width='a), "
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"step:int(width='a)) -> range(elt=int(width='a))"),
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valid_form("range(max:numpy.int?) -> range(elt=numpy.int?)"),
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valid_form("range(min:numpy.int?, max:numpy.int?) "
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"-> range(elt=numpy.int?)"),
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valid_form("range(min:numpy.int?, max:numpy.int?, "
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"step:numpy.int?) -> range(elt=numpy.int?)"),
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]
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range_elt = builtins.TInt(types.TVar())
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@ -734,7 +734,7 @@ class Inferencer(algorithm.Visitor):
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diagnose(valid_forms())
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elif types.is_builtin(typ, "len"):
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valid_forms = lambda: [
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valid_form("len(x:'a) -> int(width='b) where 'a is iterable"),
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valid_form("len(x:'a) -> numpy.int?"),
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]
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if len(node.args) == 1 and len(node.keywords) == 0:
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@ -762,8 +762,8 @@ class Inferencer(algorithm.Visitor):
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diagnose(valid_forms())
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elif types.is_builtin(typ, "round"):
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valid_forms = lambda: [
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valid_form("round(x:float) -> int(width='a)"),
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valid_form("round(x:float, width='b:<int literal>) -> int(width='b)")
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valid_form("round(x:float) -> numpy.int?"),
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valid_form("round(x:float, width=?) -> numpy.int?")
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]
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self._unify(node.type, builtins.TInt(),
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@ -793,7 +793,7 @@ class Inferencer(algorithm.Visitor):
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fn = typ.name
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valid_forms = lambda: [
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valid_form("{}(x:int(width='a), y:int(width='a)) -> int(width='a)".format(fn)),
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valid_form("{}(x:numpy.int?, y:numpy.int?) -> numpy.int?".format(fn)),
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valid_form("{}(x:float, y:float) -> float".format(fn))
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]
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@ -3,7 +3,7 @@
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into LLVM intermediate representation.
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"""
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import os, re, types as pytypes
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import os, re, types as pytypes, numpy
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from collections import defaultdict
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from pythonparser import ast, diagnostic
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from llvmlite_artiq import ir as ll, binding as llvm
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@ -1397,7 +1397,7 @@ class LLVMIRGenerator:
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assert value in (True, False)
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return ll.Constant(llty, value)
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elif builtins.is_int(typ):
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assert isinstance(value, (int, language_core.int))
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assert isinstance(value, (int, numpy.int32, numpy.int64))
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return ll.Constant(llty, int(value))
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elif builtins.is_float(typ):
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assert isinstance(value, float)
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@ -1,12 +1,12 @@
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import struct
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import logging
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import traceback
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import numpy
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from enum import Enum
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from fractions import Fraction
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from collections import namedtuple
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from artiq.coredevice import exceptions
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from artiq.language.core import int as wrapping_int
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from artiq import __version__ as software_version
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@ -317,9 +317,9 @@ class CommGeneric:
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elif tag == "b":
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return bool(self._read_int8())
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elif tag == "i":
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return wrapping_int(self._read_int32(), 32)
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return numpy.int32(self._read_int32())
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elif tag == "I":
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return wrapping_int(self._read_int64(), 64)
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return numpy.int64(self._read_int64())
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elif tag == "f":
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return self._read_float64()
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elif tag == "F":
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@ -1,5 +1,7 @@
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import numpy
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from artiq.language.core import (kernel, portable, seconds_to_mu, now_mu,
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delay_mu, int, mu_to_seconds)
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delay_mu, mu_to_seconds)
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from artiq.language.units import MHz
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from artiq.coredevice.rtio import rtio_output, rtio_input_data
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@ -60,9 +62,9 @@ class SPIMaster:
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self.ref_period_mu = seconds_to_mu(self.core.coarse_ref_period,
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self.core)
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self.channel = channel
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self.write_period_mu = int(0, 64)
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self.read_period_mu = int(0, 64)
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self.xfer_period_mu = int(0, 64)
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self.write_period_mu = numpy.int64(0)
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self.read_period_mu = numpy.int64(0)
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self.xfer_period_mu = numpy.int64(0)
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@portable
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def frequency_to_div(self, f):
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@ -1,3 +1,5 @@
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import numpy
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from artiq.language.core import *
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from artiq.language.types import *
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from artiq.coredevice.rtio import rtio_output, rtio_input_timestamp
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@ -17,7 +19,7 @@ class TTLOut:
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self.channel = channel
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# in RTIO cycles
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self.o_previous_timestamp = int(0, width=64)
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self.o_previous_timestamp = numpy.int64(0)
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@kernel
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def output(self):
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@ -101,8 +103,8 @@ class TTLInOut:
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self.channel = channel
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# in RTIO cycles
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self.o_previous_timestamp = int(0, width=64)
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self.i_previous_timestamp = int(0, width=64)
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self.o_previous_timestamp = numpy.int64(0)
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self.i_previous_timestamp = numpy.int64(0)
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@kernel
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def set_oe(self, oe):
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@ -282,8 +284,8 @@ class TTLClockGen:
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self.channel = channel
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# in RTIO cycles
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self.previous_timestamp = int(0, width=64)
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self.acc_width = int(24, width=64)
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self.previous_timestamp = numpy.int64(0)
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self.acc_width = numpy.int64(24)
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@portable
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def frequency_to_ftw(self, frequency):
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@ -4,10 +4,10 @@ Core ARTIQ extensions to the Python language.
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from collections import namedtuple
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from functools import wraps
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import numpy
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__all__ = ["host_int", "int", "host_round", "round",
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"kernel", "portable", "syscall", "host_only",
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__all__ = ["kernel", "portable", "syscall", "host_only",
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"set_time_manager", "set_watchdog_factory",
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"TerminationRequested"]
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@ -20,147 +20,6 @@ kernel_globals = (
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)
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__all__.extend(kernel_globals)
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host_int = int
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class int:
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"""
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Arbitrary-precision integers for static compilation.
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The static compiler does not use unlimited-precision integers,
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like Python normally does, because of their unbounded memory requirements.
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Instead, it allows to choose a bit width (usually 32 or 64) at compile-time,
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and all computations follow wrap-around semantics on overflow.
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This class implements the same semantics on the host.
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For example:
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>>> a = int(1, width=64)
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>>> b = int(3, width=64) + 2
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>>> isinstance(a, int)
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True
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>>> isinstance(b, int)
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True
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>>> a + b
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int(6, width=64)
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>>> int(10, width=32) + 0x7fffffff
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int(9, width=32)
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>>> int(0x80000000)
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int(-2147483648, width=32)
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"""
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__slots__ = ['_value', '_width']
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def __new__(cls, value, width=32):
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if isinstance(value, int):
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return value
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else:
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sign_bit = 2 ** (width - 1)
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value = host_int(value)
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if value & sign_bit:
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value = -1 & ~sign_bit + (value & (sign_bit - 1)) + 1
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else:
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value &= sign_bit - 1
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self = super().__new__(cls)
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self._value = value
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self._width = width
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return self
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@property
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def width(self):
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return self._width
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def __int__(self):
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return self._value
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def __float__(self):
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return float(self._value)
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def __str__(self):
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return str(self._value)
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# range() etc call __index__, not __int__
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def __index__(self):
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return self._value
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def __repr__(self):
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return "int({}, width={})".format(self._value, self._width)
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def _unaryop(lower_fn):
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def operator(self):
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return int(lower_fn(self._value), self._width)
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return operator
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__neg__ = _unaryop(host_int.__neg__)
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__pos__ = _unaryop(host_int.__pos__)
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__abs__ = _unaryop(host_int.__abs__)
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__invert__ = _unaryop(host_int.__invert__)
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__round__ = _unaryop(host_int.__round__)
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def _binaryop(lower_fn, rlower_fn=None):
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def operator(self, other):
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if isinstance(other, host_int):
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return int(lower_fn(self._value, other), self._width)
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elif isinstance(other, int):
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width = self._width if self._width > other._width else other._width
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return int(lower_fn(self._value, other._value), width)
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elif rlower_fn:
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return getattr(other, rlower_fn)(self._value)
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else:
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return NotImplemented
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return operator
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__add__ = __iadd__ = _binaryop(host_int.__add__, "__radd__")
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__sub__ = __isub__ = _binaryop(host_int.__sub__, "__rsub__")
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__mul__ = __imul__ = _binaryop(host_int.__mul__, "__rmul__")
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__truediv__ = __itruediv__ = _binaryop(host_int.__truediv__, "__rtruediv__")
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__floordiv__ = __ifloordiv__ = _binaryop(host_int.__floordiv__, "__rfloordiv__")
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__mod__ = __imod__ = _binaryop(host_int.__mod__, "__rmod__")
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__pow__ = __ipow__ = _binaryop(host_int.__pow__, "__rpow__")
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__radd__ = _binaryop(host_int.__radd__, "__add__")
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__rsub__ = _binaryop(host_int.__rsub__, "__sub__")
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__rmul__ = _binaryop(host_int.__rmul__, "__mul__")
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__rfloordiv__ = _binaryop(host_int.__rfloordiv__, "__floordiv__")
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__rtruediv__ = _binaryop(host_int.__rtruediv__, "__truediv__")
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__rmod__ = _binaryop(host_int.__rmod__, "__mod__")
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__rpow__ = _binaryop(host_int.__rpow__, "__pow__")
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__lshift__ = __ilshift__ = _binaryop(host_int.__lshift__)
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__rshift__ = __irshift__ = _binaryop(host_int.__rshift__)
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__and__ = __iand__ = _binaryop(host_int.__and__)
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__or__ = __ior__ = _binaryop(host_int.__or__)
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__xor__ = __ixor__ = _binaryop(host_int.__xor__)
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__rlshift__ = _binaryop(host_int.__rlshift__)
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__rrshift__ = _binaryop(host_int.__rrshift__)
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__rand__ = _binaryop(host_int.__rand__)
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__ror__ = _binaryop(host_int.__ror__)
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__rxor__ = _binaryop(host_int.__rxor__)
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def _compareop(lower_fn, rlower_fn):
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def operator(self, other):
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if isinstance(other, host_int):
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return lower_fn(self._value, other)
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elif isinstance(other, int):
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return lower_fn(self._value, other._value)
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else:
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return getattr(other, rlower_fn)(self._value)
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return operator
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__eq__ = _compareop(host_int.__eq__, "__ne__")
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__ne__ = _compareop(host_int.__ne__, "__eq__")
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__gt__ = _compareop(host_int.__gt__, "__le__")
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__ge__ = _compareop(host_int.__ge__, "__lt__")
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__lt__ = _compareop(host_int.__lt__, "__ge__")
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__le__ = _compareop(host_int.__le__, "__gt__")
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host_round = round
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def round(value, width=32):
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return int(host_round(value), width)
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_ARTIQEmbeddedInfo = namedtuple("_ARTIQEmbeddedInfo",
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"core_name function syscall forbidden flags")
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@ -342,7 +201,7 @@ def seconds_to_mu(seconds, core=None):
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"""
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if core is None:
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raise ValueError("Core device must be specified for time conversion")
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return round(seconds//core.ref_period, width=64)
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return numpy.int64(seconds//core.ref_period)
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def mu_to_seconds(mu, core=None):
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@ -25,8 +25,6 @@ import tempfile
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import numpy
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from ..language.core import int as wrapping_int
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_encode_map = {
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type(None): "none",
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@ -41,7 +39,6 @@ _encode_map = {
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set: "set",
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dict: "dict",
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slice: "slice",
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wrapping_int: "number",
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Fraction: "fraction",
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OrderedDict: "ordereddict",
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numpy.ndarray: "nparray"
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@ -192,7 +189,6 @@ _eval_dict = {
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"true": True,
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"slice": slice,
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"int": wrapping_int,
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"Fraction": Fraction,
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"OrderedDict": OrderedDict,
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"nparray": _nparray,
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@ -1,3 +1,4 @@
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import numpy
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from time import sleep
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from artiq.experiment import *
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@ -28,8 +29,8 @@ class RoundtripTest(ExperimentCase):
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self.assertRoundtrip(False)
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def test_int(self):
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self.assertRoundtrip(42)
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self.assertRoundtrip(int(42, width=64))
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self.assertRoundtrip(numpy.int32(42))
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self.assertRoundtrip(numpy.int64(42))
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def test_float(self):
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self.assertRoundtrip(42.0)
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@ -1,44 +0,0 @@
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import unittest
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from artiq.language.core import *
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class LanguageCoreTest(unittest.TestCase):
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def test_unary(self):
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self.assertEqual(int(10), +int(10))
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self.assertEqual(int(-10), -int(10))
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self.assertEqual(int(~10), ~int(10))
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self.assertEqual(int(10), round(int(10)))
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def test_arith(self):
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self.assertEqual(int(9), int(4) + int(5))
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self.assertEqual(int(9), int(4) + 5)
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self.assertEqual(int(9), 5 + int(4))
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self.assertEqual(9.0, int(4) + 5.0)
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self.assertEqual(9.0, 5.0 + int(4))
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a = int(5)
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a += int(2)
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a += 2
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self.assertEqual(int(9), a)
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def test_compare(self):
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self.assertTrue(int(9) > int(8))
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self.assertTrue(int(9) > 8)
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self.assertTrue(int(9) > 8.0)
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self.assertTrue(9 > int(8))
|
||||
self.assertTrue(9.0 > int(8))
|
||||
|
||||
def test_bitwise(self):
|
||||
self.assertEqual(int(0x100), int(0x10) << int(4))
|
||||
self.assertEqual(int(0x100), int(0x10) << 4)
|
||||
self.assertEqual(int(0x100), 0x10 << int(4))
|
||||
|
||||
def test_wraparound(self):
|
||||
self.assertEqual(int(0xffffffff), int(-1))
|
||||
self.assertTrue(int(0x7fffffff) > int(1))
|
||||
self.assertTrue(int(0x80000000) < int(-1))
|
||||
|
||||
self.assertEqual(int(9), int(10) + int(0xffffffff))
|
||||
self.assertEqual(-1.0, float(int(0xfffffffe) + int(1)))
|
||||
Loading…
Reference in New Issue