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example.py
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#
# Copyright (c) 2022 Arm Limited
# Copyright (c) 2022 Hanno Becker
# Copyright (c) 2023 Amin Abdulrahman, Matthias Kannwischer
# SPDX-License-Identifier: MIT
#
# Permission is hereby granted, free of charge, to any person obtaining a copy
# of this software and associated documentation files (the "Software"), to deal
# in the Software without restriction, including without limitation the rights
# to use, copy, modify, merge, publish, distribute, sublicense, and/or sell
# copies of the Software, and to permit persons to whom the Software is
# furnished to do so, subject to the following conditions:
#
# The above copyright notice and this permission notice shall be included in all
# copies or substantial portions of the Software.
#
# THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR
# IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,
# FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE
# AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER
# LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,
# OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE
# SOFTWARE.
#
# Author: Hanno Becker <[email protected]>
#
import argparse
import logging
import sys
from slothy import Slothy
import slothy.targets.arm_v7m.arch_v7m as Arch_Armv7M
import slothy.targets.arm_v81m.arch_v81m as Arch_Armv81M
import slothy.targets.arm_v7m.cortex_m7 as Target_CortexM7
import slothy.targets.arm_v81m.cortex_m55r1 as Target_CortexM55r1
import slothy.targets.arm_v81m.cortex_m85r1 as Target_CortexM85r1
import slothy.targets.aarch64.aarch64_neon as AArch64_Neon
import slothy.targets.aarch64.cortex_a55 as Target_CortexA55
import slothy.targets.aarch64.cortex_a72_frontend as Target_CortexA72
import slothy.targets.aarch64.apple_m1_firestorm_experimental as Target_AppleM1_firestorm
import slothy.targets.aarch64.apple_m1_icestorm_experimental as Target_AppleM1_icestorm
target_label_dict = {
Target_CortexA55: "a55",
Target_CortexA72: "a72",
Target_CortexM7: "m7",
Target_CortexM55r1: "m55",
Target_CortexM85r1: "m85",
Target_AppleM1_firestorm: "m1_firestorm",
Target_AppleM1_icestorm: "m1_icestorm",
}
class ExampleException(Exception):
"""Exception thrown when an example goes wrong"""
class Example:
"""Common boilerplate for SLOTHY examples"""
def __init__(
self,
infile,
name=None,
funcname=None,
suffix="opt",
rename=False,
outfile="",
arch=Arch_Armv81M,
target=Target_CortexM55r1,
timeout=None,
**kwargs,
):
if name is None:
name = infile
self.arch = arch
self.target = target
self.funcname = funcname
self.infile = infile
self.suffix = suffix
if outfile == "":
self.outfile = f"{infile}_{self.suffix}_{target_label_dict[self.target]}"
else:
self.outfile = f"{outfile}_{self.suffix}_{target_label_dict[self.target]}"
if funcname is None:
self.funcname = self.infile
subfolder = ""
if self.arch == AArch64_Neon:
subfolder = "aarch64/"
elif self.arch == Arch_Armv7M:
subfolder = "armv7m/"
self.infile_full = f"examples/naive/{subfolder}{self.infile}.s"
self.outfile_full = f"examples/opt/{subfolder}{self.outfile}.s"
self.name = name
self.rename = rename
self.timeout = timeout
self.extra_args = kwargs
self.target_reserved = ""
# By default, optimize the whole file
def core(self, slothy):
slothy.optimize()
def run(
self,
debug=False,
log_model=False,
log_model_dir="models",
dry_run=False,
silent=False,
timeout=0,
debug_logfile=None,
only_target=None,
):
if dry_run is True:
annotation = " (dry run only)"
else:
annotation = ""
print(f"* Example: {self.name}{annotation}...")
# skip eaxmples for all but the target that was asked for
if only_target is not None and self.target.__name__ != only_target:
return
handlers = []
h_err = logging.StreamHandler(sys.stderr)
h_err.setLevel(logging.WARNING)
handlers.append(h_err)
if silent is False:
h_info = logging.StreamHandler(sys.stdout)
h_info.setLevel(logging.DEBUG)
h_info.addFilter(lambda r: r.levelno == logging.INFO)
handlers.append(h_info)
if debug is True:
h_verbose = logging.StreamHandler(sys.stdout)
h_verbose.setLevel(logging.DEBUG)
h_verbose.addFilter(lambda r: r.levelno < logging.INFO)
handlers.append(h_verbose)
if debug_logfile is not None:
h_file = logging.FileHandler(debug_logfile)
h_file.setLevel(logging.DEBUG)
handlers.append(h_file)
if debug is True or debug_logfile is not None:
base_level = logging.DEBUG
else:
base_level = logging.INFO
logging.basicConfig(
level=base_level,
handlers=handlers,
)
logger = logging.getLogger(self.name)
slothy = Slothy(self.arch, self.target, logger=logger)
slothy.load_source_from_file(self.infile_full)
if timeout != 0:
slothy.config.timeout = timeout
elif self.timeout is not None:
slothy.config.timeout = self.timeout
if dry_run is True:
slothy.config.constraints.functional_only = True
slothy.config.constraints.allow_reordering = False
slothy.config.constraints.allow_renaming = False
slothy.config.variable_size = True
if log_model is True:
slothy.config.log_model_dir = log_model_dir
slothy.config.log_model = self.name
# On Apple M1, we must not use x18
if "m1" in target_label_dict[self.target]:
self.target_reserved = ["x18"]
self.core(slothy, *self.extra_args)
if self.rename:
slothy.rename_function(
self.funcname,
f"{self.funcname}_{self.suffix}_{target_label_dict[self.target]}",
)
if dry_run is False:
slothy.write_source_to_file(self.outfile_full)
class Example0(Example):
def __init__(self):
super().__init__("simple0")
class Example1(Example):
def __init__(self):
super().__init__("simple1")
class Example2(Example):
def __init__(self):
super().__init__("simple0_loop")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.typing_hints["const"] = Arch_Armv81M.RegisterType.GPR
slothy.optimize_loop("start")
class Example3(Example):
def __init__(self):
super().__init__("simple1_loop")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.optimize_loop("start")
class LoopLe(Example):
def __init__(self, var="", arch=Arch_Armv81M, target=Target_CortexM55r1):
name = "loop_le"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.optimize_loop("start")
class AArch64LoopSubs(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_loop_subs"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.optimize_loop("start")
class CRT(Example):
def __init__(self):
super().__init__("crt")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.selfcheck = True
# Double the loop body to create more interleaving opportunities
# Basically a tradeoff of code-size vs performance
slothy.config.sw_pipelining.unroll = 2
slothy.config.typing_hints = {
"const_prshift": Arch_Armv81M.RegisterType.GPR,
"const_shift9": Arch_Armv81M.RegisterType.GPR,
"p_inv_mod_q": Arch_Armv81M.RegisterType.GPR,
"p_inv_mod_q_tw": Arch_Armv81M.RegisterType.GPR,
"mod_p": Arch_Armv81M.RegisterType.GPR,
"mod_p_tw": Arch_Armv81M.RegisterType.GPR,
}
slothy.optimize()
class ntt_n256_l6_s32(Example):
def __init__(self, var):
super().__init__(f"ntt_n256_l6_s32_{var}")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.typing_hints = {
r: Arch_Armv81M.RegisterType.GPR
for r in [
"root0",
"root1",
"root2",
"root0_twisted",
"root1_twisted",
"root2_twisted",
]
}
slothy.optimize_loop("layer12_loop")
slothy.optimize_loop("layer34_loop")
slothy.optimize_loop("layer56_loop")
class ntt_n256_l8_s32(Example):
def __init__(self, var):
super().__init__(f"ntt_n256_l8_s32_{var}")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.typing_hints = {
"root0": Arch_Armv81M.RegisterType.GPR,
"root1": Arch_Armv81M.RegisterType.GPR,
"root2": Arch_Armv81M.RegisterType.GPR,
"root0_twisted": Arch_Armv81M.RegisterType.GPR,
"root1_twisted": Arch_Armv81M.RegisterType.GPR,
"root2_twisted": Arch_Armv81M.RegisterType.GPR,
}
slothy.optimize_loop("layer12_loop")
slothy.optimize_loop("layer34_loop")
slothy.optimize_loop("layer56_loop")
slothy.config.typing_hints = {}
slothy.optimize_loop("layer78_loop")
class intt_n256_l6_s32(Example):
def __init__(self, var):
super().__init__(f"intt_n256_l6_s32_{var}")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.typing_hints = {
"root0": Arch_Armv81M.RegisterType.GPR,
"root1": Arch_Armv81M.RegisterType.GPR,
"root2": Arch_Armv81M.RegisterType.GPR,
"root0_twisted": Arch_Armv81M.RegisterType.GPR,
"root1_twisted": Arch_Armv81M.RegisterType.GPR,
"root2_twisted": Arch_Armv81M.RegisterType.GPR,
}
slothy.optimize_loop("layer12_loop")
slothy.optimize_loop("layer34_loop")
slothy.optimize_loop("layer56_loop")
class intt_n256_l8_s32(Example):
def __init__(self, var):
super().__init__(f"intt_n256_l8_s32_{var}")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.typing_hints = {
"root0": Arch_Armv81M.RegisterType.GPR,
"root1": Arch_Armv81M.RegisterType.GPR,
"root2": Arch_Armv81M.RegisterType.GPR,
"root0_twisted": Arch_Armv81M.RegisterType.GPR,
"root1_twisted": Arch_Armv81M.RegisterType.GPR,
"root2_twisted": Arch_Armv81M.RegisterType.GPR,
}
slothy.optimize_loop("layer12_loop")
slothy.optimize_loop("layer34_loop")
slothy.optimize_loop("layer56_loop")
slothy.config.typing_hints = {}
slothy.optimize_loop("layer78_loop")
class ntt_kyber_1_23_45_67(Example):
def __init__(
self, var="", arch=Arch_Armv81M, target=Target_CortexM55r1, timeout=None
):
name = "ntt_kyber_1_23_45_67"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name=name, arch=arch, target=target, rename=True)
self.var = var
self.timeout = timeout
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.typing_hints = {
"root0": Arch_Armv81M.RegisterType.GPR,
"root1": Arch_Armv81M.RegisterType.GPR,
"root2": Arch_Armv81M.RegisterType.GPR,
"root0_twisted": Arch_Armv81M.RegisterType.GPR,
"root1_twisted": Arch_Armv81M.RegisterType.GPR,
"root2_twisted": Arch_Armv81M.RegisterType.GPR,
}
slothy.config.inputs_are_outputs = True
slothy.optimize_loop("layer1_loop")
slothy.optimize_loop("layer23_loop")
slothy.optimize_loop("layer45_loop")
slothy.config.constraints.st_ld_hazard = False
if self.timeout is not None:
slothy.config.timeout = self.timeout
if "no_trans" in self.var:
slothy.config.constraints.st_ld_hazard = True
slothy.config.typing_hints = {}
slothy.optimize_loop("layer67_loop")
class ntt_kyber_1(Example):
def __init__(self, arch=Arch_Armv81M, target=Target_CortexM55r1):
name = "ntt_kyber_1"
infile = "ntt_kyber_1_23_45_67"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name=name, arch=arch, target=target, rename=True)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.config.typing_hints = {
"root0": Arch_Armv81M.RegisterType.GPR,
"root1": Arch_Armv81M.RegisterType.GPR,
"root2": Arch_Armv81M.RegisterType.GPR,
"root0_twisted": Arch_Armv81M.RegisterType.GPR,
"root1_twisted": Arch_Armv81M.RegisterType.GPR,
"root2_twisted": Arch_Armv81M.RegisterType.GPR,
}
slothy.optimize_loop("layer1_loop")
class ntt_kyber_23(Example):
def __init__(self, arch=Arch_Armv81M, target=Target_CortexM55r1):
name = "ntt_kyber_23"
infile = "ntt_kyber_1_23_45_67"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name=name, arch=arch, target=target, rename=True)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.config.typing_hints = {
"root0": Arch_Armv81M.RegisterType.GPR,
"root1": Arch_Armv81M.RegisterType.GPR,
"root2": Arch_Armv81M.RegisterType.GPR,
"root0_twisted": Arch_Armv81M.RegisterType.GPR,
"root1_twisted": Arch_Armv81M.RegisterType.GPR,
"root2_twisted": Arch_Armv81M.RegisterType.GPR,
}
slothy.optimize_loop("layer23_loop")
class ntt_kyber_45(Example):
def __init__(self, arch=Arch_Armv81M, target=Target_CortexM55r1):
name = "ntt_kyber_45"
infile = "ntt_kyber_1_23_45_67"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name=name, arch=arch, target=target, rename=True)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.config.typing_hints = {
"root0": Arch_Armv81M.RegisterType.GPR,
"root1": Arch_Armv81M.RegisterType.GPR,
"root2": Arch_Armv81M.RegisterType.GPR,
"root0_twisted": Arch_Armv81M.RegisterType.GPR,
"root1_twisted": Arch_Armv81M.RegisterType.GPR,
"root2_twisted": Arch_Armv81M.RegisterType.GPR,
}
slothy.optimize_loop("layer45_loop")
class ntt_kyber_67(Example):
def __init__(self, arch=Arch_Armv81M, target=Target_CortexM55r1):
name = "ntt_kyber_67"
infile = "ntt_kyber_1_23_45_67"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name=name, arch=arch, target=target, rename=True)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.config.constraints.st_ld_hazard = False
slothy.config.typing_hints = {}
slothy.optimize_loop("layer67_loop")
class ntt_kyber_12_345_67(Example):
def __init__(
self,
cross_loops_optim=False,
var="",
arch=Arch_Armv81M,
target=Target_CortexM55r1,
):
infile = "ntt_kyber_12_345_67"
if cross_loops_optim:
name = "ntt_kyber_12_345_67_speed"
suffix = "opt_speed"
else:
name = "ntt_kyber_12_345_67_size"
suffix = "opt_size"
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
self.var = var
super().__init__(
infile, name=name, suffix=suffix, rename=True, arch=arch, target=target
)
self.cross_loops_optim = cross_loops_optim
def core(self, slothy):
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.enabled = True
slothy.optimize_loop("layer12_loop", postamble_label="layer12_loop_end")
slothy.config.constraints.stalls_first_attempt = 16
slothy.config.locked_registers = set(
[f"QSTACK{i}" for i in [4, 5, 6]] + ["STACK0"]
)
if not self.cross_loops_optim:
if "no_trans" not in self.var and "trans" in self.var:
slothy.config.constraints.st_ld_hazard = (
False # optional, if it takes too long
)
slothy.config.sw_pipelining.enabled = False
slothy.optimize_loop("layer345_loop")
else:
if "no_trans" not in self.var and "trans" in self.var:
slothy.config.constraints.st_ld_hazard = (
False # optional, if it takes too long
)
slothy.config.sw_pipelining.enabled = True
slothy.config.sw_pipelining.halving_heuristic = True
slothy.config.sw_pipelining.halving_heuristic_periodic = True
slothy.optimize_loop("layer345_loop", postamble_label="layer345_loop_end")
layer345_deps = slothy.last_result.kernel_input_output.copy()
slothy.config.sw_pipelining.enabled = True
slothy.config.sw_pipelining.halving_heuristic = False
slothy.config.sw_pipelining.halving_heuristic_periodic = True
slothy.config.constraints.st_ld_hazard = False
slothy.optimize_loop("layer67_loop")
layer67_deps = slothy.last_result.kernel_input_output.copy()
if self.cross_loops_optim:
slothy.config.inputs_are_outputs = False
slothy.config.constraints.st_ld_hazard = True
slothy.config.sw_pipelining.enabled = False
slothy.config.outputs = layer345_deps + ["r14"]
slothy.optimize(start="layer12_loop_end", end="layer345_loop")
slothy.config.outputs = layer67_deps + ["r14"]
slothy.optimize(start="layer345_loop_end", end="layer67_loop")
class ntt_kyber_12(Example):
def __init__(self, arch=Arch_Armv81M, target=Target_CortexM55r1):
name = "ntt_kyber_12"
infile = "ntt_kyber_12_345_67"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name=name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.optimize_loop("layer12_loop", postamble_label="layer12_loop_end")
class ntt_kyber_345(Example):
def __init__(self, arch=Arch_Armv81M, target=Target_CortexM55r1):
name = "ntt_kyber_345"
infile = "ntt_kyber_12_345_67"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name=name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.locked_registers = set(
[f"QSTACK{i}" for i in [4, 5, 6]] + ["STACK0"]
)
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.optimize_loop("layer345_loop")
class ntt_kyber_l345_symbolic(Example):
def __init__(self):
super().__init__("ntt_kyber_layer345_symbolic")
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.sw_pipelining.halving_heuristic = True
slothy.config.sw_pipelining.halving_heuristic_periodic = True
slothy.optimize_loop("layer345_loop")
class AArch64Example0(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_simple0"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.constraints.stalls_first_attempt = 32
slothy.optimize()
class AArch64Example0Equ(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_simple0_equ"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.constraints.stalls_first_attempt = 32
slothy.optimize(start="start", end="end")
class AArch64Example1(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_simple0_macros"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.constraints.stalls_first_attempt = 32
slothy.optimize(start="start", end="end")
class AArch64Example2(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_simple0_loop"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.constraints.stalls_first_attempt = 32
slothy.config.sw_pipelining.enabled = True
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.optimize_loop("start")
class AArch64ExampleLdSt(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_ldst"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.optimize()
class AArch64Split0(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_split0"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.allow_useless_instructions = True
slothy.fusion_region("start", "end", ssa=False)
class Armv7mExample0(Example):
def __init__(self, var="", arch=Arch_Armv7M, target=Target_CortexM7):
name = "armv7m_simple0"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.inputs_are_outputs = True
slothy.optimize(start="start", end="end")
class Armv7mExample0Func(Example):
def __init__(self, var="", arch=Arch_Armv7M, target=Target_CortexM7):
name = "armv7m_simple0_func"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.inputs_are_outputs = True
slothy.optimize(start="start", end="end")
slothy.global_selftest("my_func", {"r0": 1024})
class Armv7mLoopSubs(Example):
def __init__(self, var="", arch=Arch_Armv7M, target=Target_CortexM7):
name = "loop_subs"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.optimize_loop("start", forced_loop_type=Arch_Armv7M.SubsLoop)
slothy.config.sw_pipelining.enabled = True
slothy.config.outputs = ["r0", "r1", "r2", "r5", "flags"]
slothy.optimize_loop("start2", forced_loop_type=Arch_Armv7M.BranchLoop)
class Armv7mLoopCmp(Example):
def __init__(self, var="", arch=Arch_Armv7M, target=Target_CortexM7):
name = "loop_cmp"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.outputs = ["r6"]
slothy.optimize_loop("start", forced_loop_type=Arch_Armv7M.CmpLoop)
class Armv7mLoopVmovCmp(Example):
def __init__(self, var="", arch=Arch_Armv7M, target=Target_CortexM7):
name = "loop_vmov_cmp"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.outputs = ["r6"]
slothy.optimize_loop("start")
class Armv7mLoopVmovCmpForced(Example):
def __init__(self, var="", arch=Arch_Armv7M, target=Target_CortexM7):
name = "loop_vmov_cmp_forced"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.config.variable_size = True
slothy.config.outputs = ["r5", "r6"]
slothy.optimize_loop("start", forced_loop_type=Arch_Armv7M.CmpLoop)
class AArch64IfElse(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "aarch64_ifelse"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(infile, name, rename=True, arch=arch, target=target)
def core(self, slothy):
slothy.optimize()
class ntt_kyber_123_4567(Example):
def __init__(
self, var="", arch=AArch64_Neon, target=Target_CortexA55, timeout=None
):
name = "ntt_kyber_123_4567"
infile = name
self.var = var
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(
infile, name, rename=True, arch=arch, target=target, timeout=timeout
)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.variable_size = True
slothy.config.reserved_regs = [f"x{i}" for i in range(0, 7)] + ["x30", "sp"]
slothy.config.reserved_regs += self.target_reserved
slothy.config.constraints.stalls_first_attempt = 64
slothy.optimize_loop("layer123_start")
slothy.optimize_loop("layer4567_start")
# Build + emulate entire function to test that behaviour has not changed
if self.var == "":
slothy.global_selftest(
"ntt_kyber_123_4567",
{"x0": 1024, "x1": 1024, "x3": 1024, "x4": 1024, "x5": 1024},
)
class intt_kyber_123_4567(Example):
def __init__(
self, var="", arch=AArch64_Neon, target=Target_CortexA55, timeout=None
):
name = "intt_kyber_123_4567"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(
infile, name, rename=True, arch=arch, target=target, timeout=timeout
)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.variable_size = True
slothy.config.reserved_regs = [f"x{i}" for i in range(0, 7)] + ["x30", "sp"]
slothy.config.constraints.stalls_first_attempt = 64
slothy.optimize_loop("layer4567_start")
slothy.optimize_loop("layer123_start")
class ntt_kyber_123(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "ntt_kyber_123"
infile = "ntt_kyber_123_4567"
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(
infile, name, outfile=name, rename=True, arch=arch, target=target
)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.config.reserved_regs = [f"x{i}" for i in range(0, 7)] + ["x30", "sp"]
slothy.config.reserved_regs += self.target_reserved
slothy.optimize_loop("layer123_start")
class ntt_kyber_4567(Example):
def __init__(self, var="", arch=AArch64_Neon, target=Target_CortexA55):
name = "ntt_kyber_4567"
infile = "ntt_kyber_123_4567"
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(
infile, name, outfile=name, rename=True, arch=arch, target=target
)
def core(self, slothy):
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.optimize_preamble = False
slothy.config.sw_pipelining.optimize_postamble = False
slothy.config.reserved_regs = [f"x{i}" for i in range(0, 7)] + ["x30", "sp"]
slothy.config.reserved_regs += self.target_reserved
slothy.optimize_loop("layer4567_start")
class ntt_kyber_1234_567(Example):
def __init__(
self, var="", arch=AArch64_Neon, target=Target_CortexA72, timeout=None
):
name = "ntt_kyber_1234_567"
infile = name
if var != "":
name += f"_{var}"
infile += f"_{var}"
name += f"_{target_label_dict[target]}"
super().__init__(
infile, name, rename=True, arch=arch, target=target, timeout=timeout
)
def core(self, slothy):
conf = slothy.config.copy()
slothy.config.sw_pipelining.enabled = True
slothy.config.inputs_are_outputs = True
slothy.config.sw_pipelining.minimize_overlapping = False
slothy.config.sw_pipelining.halving_heuristic = True
slothy.config.variable_size = True
slothy.config.reserved_regs = [f"x{i}" for i in range(0, 6)] + ["x30", "sp"]
slothy.config.reserved_regs += self.target_reserved
slothy.config.split_heuristic = True
slothy.config.split_heuristic_factor = 2
slothy.config.split_heuristic_stepsize = 0.1
slothy.config.split_heuristic_repeat = 4
slothy.config.constraints.stalls_first_attempt = 40
slothy.config.max_solutions = 64