def get_bert_dataset(model,
args,
inputs,
embedding_dict=None,
positional_dict=None,
merge_both_embeddings=False):
config = model.config
shapeOf = model.builder.getTensorShape
# The inputs after the first three (ind, pos, seg) are always lists
inputs = reduce(chain, inputs[3:], inputs[:3])
tensor_shapes = [(tensorId, shapeOf(tensorId)) for tensorId in inputs]
if config.task == "PRETRAINING":
return get_pretraining_dataset(
tensor_shapes,
input_files=args.input_files,
sequence_length=config.sequence_length,
mask_tokens=config.mask_tokens,
vocab_length=config.vocab_length,
batch_size=config.batch_size,
batches_per_step=args.batches_per_step,
accumulation_factor=args.gradient_accumulation_factor,
replication_factor=args.replication_factor,
duplication_factor=args.duplication_factor,
shuffle=args.shuffle,
synthetic=args.synthetic_data,
epochs_to_cache=args.epochs_to_cache,
start_data_at_epoch=args.continue_training_from_epoch)
if config.task == "SQUAD":
ds = get_squad_dataset(
tensor_shapes,
input_file=args.input_files[0],
output_dir=args.squad_results_dir,
sequence_length=config.sequence_length,
vocab_file=args.vocab_file,
vocab_length=config.vocab_length,
batch_size=config.batch_size,
batches_per_step=args.batches_per_step,
embedding_dict=embedding_dict,
positional_dict=positional_dict,
merge_both_embeddings=merge_both_embeddings,
accumulation_factor=args.gradient_accumulation_factor,
replication_factor=args.replication_factor,
shuffle=args.shuffle,
is_training=not args.inference,
overwrite_cache=args.overwrite_cache,
no_drop_remainder=args.no_drop_remainder,
evaluate_script=args.squad_evaluate_script,
synthetic=args.synthetic_data,
do_lower_case=args.do_lower_case,
max_pipeline_stage=model.total_pipeline_stages
if args.execution_mode == "PIPELINE" else 1,
seed=args.seed,
mpi_size=args.mpi_size,
mpi_rank=args.mpi_rank,
is_distributed=args.mpi_size > 1)
return ds
def get_bert_dataset(model, args, inputs):
shapeOf = model.builder.getTensorShape
# The inputs after the first three (ind, pos, seg) are always lists
inputs = reduce(chain, inputs[3:], inputs[:3])
tensor_shapes = [(tensorId, shapeOf(tensorId)) for tensorId in inputs]
if args.task == "PRETRAINING":
ds = get_pretraining_dataset(args, tensor_shapes)
elif args.task == "SQUAD":
ds = get_squad_dataset(args,
tensor_shapes,
host_embeddings=model.get_model_embeddings())
else:
raise RuntimeError(f"Unsupported Task {args.task} in get_bert_dataset")
return ds
def get_bert_dataset(model, args, inputs):
config = model.config
shapeOf = model.builder.getTensorShape
# The inputs after the first three (ind, pos, seg) are always lists
inputs = reduce(chain, inputs[3:], inputs[:3])
tensor_shapes = [(tensorId, shapeOf(tensorId)) for tensorId in inputs]
if config.task == "PRETRAINING":
return get_pretraining_dataset(
tensor_shapes,
input_files=args.input_files,
sequence_length=config.sequence_length,
mask_tokens=config.mask_tokens,
vocab_length=config.vocab_length,
batch_size=config.batch_size,
batches_per_step=args.batches_per_step,
accumulation_factor=args.gradient_accumulation_factor,
replication_factor=args.replication_factor,
duplication_factor=args.duplication_factor,
shuffle=args.shuffle,
synthetic=args.synthetic_data,
epochs_to_cache=args.epochs_to_cache)
if config.task == "SQUAD":
return get_squad_dataset(
tensor_shapes,
input_file=args.input_files[0],
output_dir=args.squad_results_dir,
sequence_length=config.sequence_length,
vocab_file=args.vocab_file,
vocab_length=config.vocab_length,
batch_size=config.batch_size,
batches_per_step=args.batches_per_step,
accumulation_factor=args.gradient_accumulation_factor,
replication_factor=args.replication_factor,
shuffle=args.shuffle,
is_training=not args.inference,
overwrite_cache=args.overwrite_cache,
no_drop_remainder=args.no_drop_remainder,
evaluate_script=args.squad_evaluate_script,
synthetic=args.synthetic_data,
do_lower_case=args.do_lower_case)
