def compile_python_model(
input_file,
options={},
parameters={},
inputs={},
outputs={},
debug=False,
profile=False,
sn=0,
):
generate_library()
try:
# Optimize for area
parser = Parser(input_file, False, False, parameters)
process = parser.parse_process()
name = process.main.name + "_%u" % sn
instructions = process.generate()
instructions = expand_macros(instructions, parser.allocator)
if "dump" in options:
for i in instructions:
print i
debug = debug or ("debug" in options)
profile = profile or ("profile" in options)
model = generate_python_model(
debug,
input_file,
name,
instructions,
parser.allocator,
inputs,
outputs,
profile)
return (
model,
parser.allocator.input_names.values(),
parser.allocator.output_names.values(),
name
)
except C2CHIPError as err:
print "Error in file:", err.filename, "at line:", err.lineno
print err.message
sys.exit(-1)
def compile(c_buffer):
input_file = open("main.c", 'w')
input_file.write(c_buffer)
input_file.close()
parser = Parser("main.c", False, False, [])
process = parser.parse_process()
name = process.main.name
instructions = process.generate()
instructions = expand_macros(instructions, parser.allocator)
output_file = StringIO.StringIO()
inputs, outputs = generate_CHIP_area(input_file, name, instructions,
output_file, parser.allocator, False)
return output_file.getvalue()
def comp(input_file, options={}, parameters={}, sn=0):
reuse = "no_reuse" not in options
initialize_memory = "no_initialize_memory" not in options
generate_library()
try:
# Optimize for area
parser = Parser(input_file, reuse, initialize_memory, parameters)
process = parser.parse_process()
name = process.main.name + "_%s" % sn
instructions = process.generate()
instructions = expand_macros(instructions, parser.allocator)
if "dump" in options:
for i in instructions:
print (
i.get("op", "-"),
i.get("z", "-"),
i.get("a", "-"),
i.get("b", "-"),
i.get("literal", "-"),
i.get("trace"),
)
output_file = name + ".v"
output_file = open(output_file, "w")
inputs, outputs = generate_CHIP_area(
input_file,
name,
instructions,
output_file,
parser.allocator,
initialize_memory,
int(options.get("memory_size", 4096)))
output_file.close()
except C2CHIPError as err:
print "Error in file:", err.filename, "at line:", err.lineno
print err.message
sys.exit(-1)
return name, inputs, outputs, ""
def compile(c_buffer):
input_file = open("main.c", 'w')
input_file.write(c_buffer)
input_file.close()
parser = Parser("main.c", False, False, [])
process = parser.parse_process()
name = process.main.name
instructions = process.generate()
instructions = expand_macros(instructions, parser.allocator)
output_file = StringIO.StringIO()
inputs, outputs = generate_CHIP_area(
input_file,
name,
instructions,
output_file,
parser.allocator,
False)
return output_file.getvalue()
def compile_python_model(
input_file,
options={},
parameters={},
inputs={},
outputs={},
debug=False,
profile=False,
sn=0,
):
generate_library()
try:
# Optimize for area
parser = Parser(input_file, False, False, parameters)
process = parser.parse_process()
name = process.main.name + "_%u" % sn
instructions = process.generate()
instructions = expand_macros(instructions, parser.allocator)
if "dump" in options:
for i in instructions:
print i
debug = debug or ("debug" in options)
profile = profile or ("profile" in options)
model = generate_python_model(debug, input_file, name, instructions,
parser.allocator, inputs, outputs,
profile)
return (model, parser.allocator.input_names.values(),
parser.allocator.output_names.values(), name)
except C2CHIPError as err:
print "Error in file:", err.filename, "at line:", err.lineno
print err.message
sys.exit(-1)
def _compile(chip_name,
chip_id,
input_file,
options,
parameters,
reuse,
initialize_memory,
sn=0):
if "is_asm" in options:
name = chip_name + "_main" + "_%s" % sn
allocator = Allocator(False)
asm_program = get_instructions_from_asm(input_file, allocator, options)
else:
# Optimize for area
parser = Parser(input_file, reuse, initialize_memory, parameters)
allocator = parser.allocator
process = parser.parse_process()
name = chip_name + "_" + process.main.name + "_%s" % sn
asm_program = process.generate()
asm_program.program_instrs = expand_macros(asm_program.instructions,
parser.allocator)
if "dump" in options:
print_instructions(sys.stdout, asm_program.instructions)
if "dump_to" in options:
with open(options["dump_to"], "w") as instruction_dump_file:
print_instructions(instruction_dump_file, asm_program.instructions)
asm_program.set_stack_size(options.get("stack_size", 300))
print "%s: used memory size: %s (stack: %s, globals: %s)" % (
chip_name, asm_program.memory_size_in_bytes,
asm_program.stack_size_bytes, asm_program.globals_size_bytes)
asm_program.set_names(chip_id, chip_name, name)
asm_program.set_io_ports(allocator.input_names, allocator.output_names)
return asm_program
def comp(input_file, options={}, parameters={}, sn=0):
reuse = "no_reuse" not in options
initialize_memory = "no_initialize_memory" not in options
generate_library()
try:
# Optimize for area
parser = Parser(input_file, reuse, initialize_memory, parameters)
process = parser.parse_process()
name = process.main.name + "_%s" % sn
instructions = process.generate()
instructions = expand_macros(instructions, parser.allocator)
if "dump" in options:
for i in instructions:
print(
i.get("op", "-"),
i.get("z", "-"),
i.get("a", "-"),
i.get("b", "-"),
i.get("literal", "-"),
i.get("trace"),
)
output_file = name + ".v"
output_file = open(output_file, "w")
inputs, outputs = generate_CHIP_area(input_file, name, instructions,
output_file, parser.allocator,
initialize_memory,
options.get("memory_size", 4096))
output_file.close()
except C2CHIPError as err:
print "Error in file:", err.filename, "at line:", err.lineno
print err.message
sys.exit(-1)
return name, inputs, outputs, ""
def comp(input_file, options=[]):
reuse = "no_reuse" not in options
initialize_memory = "no_initialize_memory" not in options
try:
if "speed" not in options:
#Optimize for area
parser = Parser(input_file, reuse, initialize_memory)
process = parser.parse_process()
name = process.main.name
instructions = process.generate()
instructions = cleanup_functions(instructions)
instructions, registers = cleanup_registers(
instructions, parser.allocator.all_registers)
output_file = name + ".v"
output_file = open(output_file, "w")
inputs, outputs = generate_CHIP_area(
input_file, name, instructions, output_file, registers,
parser.allocator.memory_size_2, parser.allocator.memory_size_4,
initialize_memory, parser.allocator.memory_content_2,
parser.allocator.memory_content_4)
output_file.close()
else:
#Optimize for speed
parser = Parser(input_file, reuse, initialize_memory)
process = parser.parse_process()
name = process.main.name
instructions = process.generate()
instructions = cleanup_functions(instructions)
instructions, registers = cleanup_registers(
instructions, parser.allocator.all_registers)
if "no_concurrent" in sys.argv:
frames = [[i] for i in instructions]
else:
frames = parallelise(instructions)
output_file = name + ".v"
output_file = open(output_file, "w")
inputs, outputs = generate_CHIP_speed(
input_file, name, frames, output_file, registers,
parser.allocator.memory_size_2, parser.allocator.memory_size_4,
initialize_memory, parser.allocator.memory_content_2,
parser.allocator.memory_content_4)
output_file.close()
except C2CHIPError as err:
print "Error in file:", err.filename, "at line:", err.lineno
print err.message
sys.exit(-1)
return name, inputs, outputs, ""
def comp(input_file, options=[]):
reuse = "no_reuse" not in options
initialize_memory = "no_initialize_memory" not in options
try:
if "speed" not in options:
#Optimize for area
parser = Parser(input_file, reuse, initialize_memory)
process = parser.parse_process()
name = process.main.name
instructions = process.generate()
instructions = cleanup_functions(instructions)
instructions, registers = cleanup_registers(instructions, parser.allocator.all_registers)
output_file = name + ".v"
output_file = open(output_file, "w")
inputs, outputs = generate_CHIP_area(
input_file,
name,
instructions,
output_file,
registers,
parser.allocator.memory_size_2,
parser.allocator.memory_size_4,
initialize_memory,
parser.allocator.memory_content_2,
parser.allocator.memory_content_4)
output_file.close()
else:
#Optimize for speed
parser = Parser(input_file, reuse, initialize_memory)
process = parser.parse_process()
name = process.main.name
instructions = process.generate()
instructions = cleanup_functions(instructions)
instructions, registers = cleanup_registers(instructions, parser.allocator.all_registers)
if "no_concurrent" in sys.argv:
frames = [[i] for i in instructions]
else:
frames = parallelise(instructions)
output_file = name + ".v"
output_file = open(output_file, "w")
inputs, outputs = generate_CHIP_speed(
input_file,
name,
frames,
output_file,
registers,
parser.allocator.memory_size_2,
parser.allocator.memory_size_4,
initialize_memory,
parser.allocator.memory_content_2,
parser.allocator.memory_content_4)
output_file.close()
generate_library()
except C2CHIPError as err:
print "Error in file:", err.filename, "at line:", err.lineno
print err.message
sys.exit(-1)
return name, inputs, outputs, ""