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# SPDX-FileCopyrightText: © 2025 Tenstorrent USA, Inc.

# SPDX-License-Identifier: Apache-2.0
import json
import os

import pandas as pd
import pytest
from loguru import logger

from models.perf.benchmarking_utils import BenchmarkData, BenchmarkProfiler
from models.perf.device_perf_utils import run_device_perf
from models.tt_transformers.tests.test_utils import (
    merge_device_rows,
    print_dict,
    process_measurements,
    split_compile_and_trace,
    verify_value_within_margin,
)
from tools.tracy.common import PROFILER_DEFAULT_OP_SUPPORT_COUNT
from tools.tracy.process_model_log import get_latest_ops_log_filename


# This pytest flag is necessary to ensure that we do NOT open the device in the main process for device perf tests that run
# the test inside a subprocess since UMD does not allow multiple subprocesses opening the device at the same time.
@pytest.mark.no_reset_default_device
@pytest.mark.timeout(600)
@pytest.mark.parametrize("export_measurements", [True, False])
@pytest.mark.parametrize("batch_size", [1, 32])
@pytest.mark.parametrize("data_parallel", [1, 2, 4, 8])
@pytest.mark.parametrize("num_layers", [2, 10])
@pytest.mark.parametrize("num_runs", [2])
@pytest.mark.parametrize("max_seq_len", [1024, 32768, 131072])
@pytest.mark.parametrize("max_generated_tokens", [2])
@pytest.mark.parametrize("model_name", ["llama3_70b", "llama3_8b", "qwen3_32b"])  # Add more models here as needed
@pytest.mark.parametrize("mode", ["prefill", "decode"])
def test_device_perf_one_iter(
    num_layers,
    model_name,
    batch_size,
    data_parallel,
    max_seq_len,
    mode,
    num_runs,
    max_generated_tokens,
    export_measurements,
):
    cmd = f"pytest models/tt_transformers/demo/simple_text_demo.py -k 'device-perf and performance' --num_layers {num_layers} --data_parallel {data_parallel} --max_seq_len {max_seq_len} --max_generated_tokens {max_generated_tokens} --paged_attention 1  --batch_size {batch_size} --mode {mode} --use_prefetcher True"
    cols = ["DEVICE FW", "DEVICE KERNEL", "DEVICE BRISC KERNEL"]
    device_analysis_types = ["device_kernel_duration", "device_kernel_first_to_last_start"]
    subdir = f"ttt-device-perf-{mode}"
    profiler = BenchmarkProfiler()
    benchmark_data = BenchmarkData()
    profiler.start("run")
    profiler.start("decoder-perf-op-metrics")

    # Load perf targets
    perf_targets = {}
    try:
        with open(f"models/tt_transformers/tests/perf_targets/device_perf_{mode}.json", "r") as f:
            perf_targets = json.load(f)
    except FileNotFoundError:
        logger.error(
            f"Perf targets file not found, device perf test will proceed without performance target comparison"
        )

    # Large sequence lengths dispatch many more programs than the default profiler buffer
    # (1333 slots) can hold, causing buffer overflow and missing device perf data.
    # Scale op_support_count proportionally with max_seq_len (empirically, seq=131072 needs ~10000).
    op_support_count = max(
        int(PROFILER_DEFAULT_OP_SUPPORT_COUNT * 1.333),  # preserve previous minimum
        int(max_seq_len / 10),
    )

    _ = run_device_perf(
        cmd,
        subdir,
        num_iterations=1,
        cols=cols,
        batch_size=batch_size,
        device_analysis_types=device_analysis_types,
        op_support_count=op_support_count,
    )

    profiler.end("decoder-perf-op-metrics")
    profiler.end("run")

    # Parse the latest ops CSV and aggregate per-op metrics
    filename = get_latest_ops_log_filename(subdir)
    df = pd.read_csv(filename)
    df = df[df["OP TYPE"].isin(["tt_dnn_device"])]
    df = merge_device_rows(df)

    # Split compile and trace
    (
        df_model_compilation,
        df_model_trace,
        df_first_layer_compilation,
        df_first_layer_trace,
        df_mid_layers_compilation,
        df_mid_layers_trace,
        df_model_tail_compilation,
        df_model_tail_trace,
    ) = split_compile_and_trace(
        df,
        mode=mode,
        num_runs=num_runs,
        num_layers=num_layers,
    )

    (
        kernel_agg_first_layer_compile,
        dispatch_agg_first_layer_compile,
        firstlast_agg_first_layer_compile,
    ) = process_measurements(df_first_layer_compilation, 1)
    (
        kernel_agg_first_layer_trace,
        dispatch_agg_first_layer_trace,
        firstlast_agg_first_layer_trace,
    ) = process_measurements(df_first_layer_trace, 1)

    if num_layers > 1:
        (
            kernel_agg_mid_layers_compile,
            dispatch_agg_mid_layers_compile,
            firstlast_agg_mid_layers_compile,
        ) = process_measurements(
            df_mid_layers_compilation, num_layers - 1
        )  # we dont count the first layer

        (
            kernel_agg_mid_layers_trace,
            dispatch_agg_mid_layers_trace,
            firstlast_agg_mid_layers_trace,
        ) = process_measurements(df_mid_layers_trace, num_layers - 1)

    if df_model_tail_compilation is not None:
        (
            kernel_agg_model_tail_compile,
            dispatch_agg_model_tail_compile,
            firstlast_agg_model_tail_compile,
        ) = process_measurements(df_model_tail_compilation, 1)
        (
            kernel_agg_model_tail_trace,
            dispatch_agg_model_tail_trace,
            firstlast_agg_model_tail_trace,
        ) = process_measurements(df_model_tail_trace, 1)

    # Print measurements
    print_dict(kernel_agg_first_layer_compile, "KERNEL AVERAGE DURATION FOR FIRST LAYER COMPILE")
    print_dict(kernel_agg_first_layer_trace, "KERNEL AVERAGE DURATION FOR FIRST LAYER TRACE")

    if num_layers > 1:
        print_dict(kernel_agg_mid_layers_compile, "KERNEL AVERAGE DURATION FOR MID LAYERS COMPILE")
        print_dict(kernel_agg_mid_layers_trace, "KERNEL AVERAGE DURATION FOR MID LAYERS TRACE")
        print_dict(dispatch_agg_mid_layers_trace, "DISPATCH AVERAGE DURATION FOR MID LAYERS TRACE")
        print_dict(firstlast_agg_mid_layers_trace, "FIRST TO LAST AVERAGE START TIME FOR MID LAYERS TRACE")

    if df_model_tail_compilation is not None:
        print_dict(kernel_agg_model_tail_compile, "KERNEL AVERAGE DURATION FOR MODEL TAIL COMPILE")
        print_dict(kernel_agg_model_tail_trace, "KERNEL AVERAGE DURATION FOR MODEL TAIL TRACE")
        print_dict(dispatch_agg_model_tail_trace, "DISPATCH AVERAGE DURATION FOR MODEL TAIL TRACE")
        print_dict(firstlast_agg_model_tail_trace, "FIRST TO LAST AVERAGE START TIME FOR MODEL TAIL TRACE")

    # Prefer trace for collectives, compile for others
    def is_collective(op_code: str) -> bool:
        return any(x in op_code for x in ("AllGather", "ReduceScatter", "AllReduce", "Matmul_RS"))

    # Prepare export structure and default margins
    perf_measurements_export: dict[str, dict[str, dict[str, float]]] = {}

    # Export metrics for an op group (first layer, mid layers, model tail)
    def export_group(
        group_name: str,
        kernel_agg_compile: dict,
        kernel_agg_trace: dict,
        dispatch_agg_trace: dict,
        firstlast_agg_trace: dict | None,
    ):
        all_passing = True
        perf_measurements_export[group_name] = {}
        op_codes = set(list(kernel_agg_compile["avg"].keys()) + list(kernel_agg_trace["avg"].keys()))
        for op_code in op_codes:
            # kernel avg
            k_avg_trace = kernel_agg_trace["avg"].get(op_code)
            k_min_trace = kernel_agg_trace["min"].get(op_code)
            k_max_trace = kernel_agg_trace["max"].get(op_code)
            k_avg_comp = kernel_agg_compile["avg"].get(op_code)
            k_min_comp = kernel_agg_compile["min"].get(op_code)
            k_max_comp = kernel_agg_compile["max"].get(op_code)

            if is_collective(op_code):
                k_avg = k_avg_trace if k_avg_trace is not None else k_avg_comp
                k_min = k_min_trace if k_min_trace is not None else k_min_comp
                k_max = k_max_trace if k_max_trace is not None else k_max_comp
            else:
                k_avg = k_avg_comp if k_avg_comp is not None else k_avg_trace
                k_min = k_min_comp if k_min_comp is not None else k_min_trace
                k_max = k_max_comp if k_max_comp is not None else k_max_trace

            if k_avg is not None:
                benchmark_data.add_measurement(
                    profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-kernel-avg", float(k_avg)
                )
            if k_min is not None:
                benchmark_data.add_measurement(
                    profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-kernel-min", float(k_min)
                )
            if k_max is not None:
                benchmark_data.add_measurement(
                    profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-kernel-max", float(k_max)
                )

            # Initialize export entry for this op
            export_entry: dict[str, float] = {}
            if k_avg is not None:
                export_entry["kernel_duration"] = float(k_avg)

            # Check that perf_targets, group_name, and op_code exist and keys exist
            if perf_targets and group_name in perf_targets and op_code in perf_targets[group_name]:
                passing = verify_value_within_margin(
                    k_avg,
                    perf_targets[group_name][op_code]["kernel_duration"],
                    perf_targets[group_name][op_code]["kernel_duration_relative_margin"],
                    op_code,
                    "kernel",
                )
                all_passing = all_passing and passing
            else:
                logger.warning(f"Warning: {op_code}-{group_name}-kernel not found in perf_targets")
            # dispatch from trace only
            d_avg = dispatch_agg_trace["avg"].get(op_code)
            d_min = dispatch_agg_trace["min"].get(op_code)
            d_max = dispatch_agg_trace["max"].get(op_code)
            if d_avg is not None:
                benchmark_data.add_measurement(
                    profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-op_to_op-avg", float(d_avg)
                )
            if d_min is not None:
                benchmark_data.add_measurement(
                    profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-op_to_op-min", float(d_min)
                )
            if d_max is not None:
                benchmark_data.add_measurement(
                    profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-op_to_op-max", float(d_max)
                )

            if d_avg is not None:
                export_entry["op_to_op"] = float(d_avg)

            if perf_targets and group_name in perf_targets and op_code in perf_targets[group_name]:
                passing = verify_value_within_margin(
                    d_avg,
                    perf_targets[group_name][op_code]["op_to_op"],
                    perf_targets[group_name][op_code]["op_to_op_duration_relative_margin"],
                    op_code,
                    "op_to_op",
                )
                all_passing = all_passing and passing
            else:
                logger.warning(f"Warning: {op_code}-{group_name}-op_to_op not found in perf_targets")

            # first_to_last from trace only (if provided)
            if firstlast_agg_trace is not None:
                fl_avg = firstlast_agg_trace["avg"].get(op_code)
                fl_min = firstlast_agg_trace["min"].get(op_code)
                fl_max = firstlast_agg_trace["max"].get(op_code)
                if fl_avg is not None:
                    benchmark_data.add_measurement(
                        profiler,
                        0,
                        "decoder-perf-op-metrics",
                        f"{op_code}-{group_name}-first_to_last-avg",
                        float(fl_avg),
                    )
                if fl_min is not None:
                    benchmark_data.add_measurement(
                        profiler,
                        0,
                        "decoder-perf-op-metrics",
                        f"{op_code}-{group_name}-first_to_last-min",
                        float(fl_min),
                    )
                if fl_max is not None:
                    benchmark_data.add_measurement(
                        profiler,
                        0,
                        "decoder-perf-op-metrics",
                        f"{op_code}-{group_name}-first_to_last-max",
                        float(fl_max),
                    )

                if fl_avg is not None:
                    export_entry["first_to_last_start"] = float(fl_avg)

                if perf_targets and group_name in perf_targets and op_code in perf_targets[group_name]:
                    passing = verify_value_within_margin(
                        fl_avg,
                        perf_targets[group_name][op_code]["first_to_last_start"],
                        perf_targets[group_name][op_code]["first_to_last_start_relative_margin"],
                        op_code,
                        "first_to_last_start",
                    )
                    all_passing = all_passing and passing
                else:
                    logger.warning(f"Warning: {op_code}-{group_name}-first_to_last not found in perf_targets")
            # Save the entry for this op if we collected any metrics
            if export_entry:
                perf_measurements_export[group_name][op_code] = export_entry
        return all_passing

    # Export per-op metrics for each group
    all_passing = True
    all_passing = all_passing and export_group(
        group_name=f"decoder-first",
        kernel_agg_compile=kernel_agg_first_layer_compile,
        kernel_agg_trace=kernel_agg_first_layer_trace,
        dispatch_agg_trace=dispatch_agg_first_layer_trace,
        firstlast_agg_trace=firstlast_agg_first_layer_trace,
    )

    if num_layers > 1:
        all_passing = all_passing and export_group(
            group_name=f"decoder-mid",
            kernel_agg_compile=kernel_agg_mid_layers_compile,
            kernel_agg_trace=kernel_agg_mid_layers_trace,
            dispatch_agg_trace=dispatch_agg_mid_layers_trace,
            firstlast_agg_trace=firstlast_agg_mid_layers_trace,
        )
    if df_model_tail_compilation is not None:
        all_passing = all_passing and export_group(
            group_name=f"model-tail",
            kernel_agg_compile=kernel_agg_model_tail_compile,
            kernel_agg_trace=kernel_agg_model_tail_trace,
            dispatch_agg_trace=dispatch_agg_model_tail_trace,
            firstlast_agg_trace=None,  # align with decoder tail export (no first_to_last)
        )

    # Write out current measurements in the perf-measurements JSON schema
    if export_measurements:
        try:
            output_dir = os.path.join(os.path.dirname(__file__), "perf_measurements")
            os.makedirs(output_dir, exist_ok=True)
            output_path = os.path.join(
                output_dir,
                f"device_perf_measurements_{model_name}_{mode}_bs{batch_size}_dp{data_parallel}_layers{num_layers}_seq{max_seq_len}.json",
            )
            with open(output_path, "w", encoding="utf-8") as f:
                json.dump(perf_measurements_export, f, indent=4, sort_keys=True)
            logger.info(f"Wrote perf measurements export to {output_path}")
        except Exception as e:
            logger.error(f"Failed to write perf measurements export: {e}")

    # Save partial run
    benchmark_data.save_partial_run_json(
        profiler,
        run_type="ttnn_decoder_unit",
        ml_model_name=f"{model_name}-{mode}-{data_parallel}dp-{num_layers}layers-{max_seq_len}seq",
    )

    # No strict assertions on perf; test succeeds if profiling and export ran
    assert True

	# SPDX-FileCopyrightText: © 2025 Tenstorrent USA, Inc.

	# SPDX-License-Identifier: Apache-2.0
	import json
	import os

	import pandas as pd
	import pytest
	from loguru import logger

	from models.perf.benchmarking_utils import BenchmarkData, BenchmarkProfiler
	from models.perf.device_perf_utils import run_device_perf
	from models.tt_transformers.tests.test_utils import (
	merge_device_rows,
	print_dict,
	process_measurements,
	split_compile_and_trace,
	verify_value_within_margin,
	)
	from tools.tracy.common import PROFILER_DEFAULT_OP_SUPPORT_COUNT
	from tools.tracy.process_model_log import get_latest_ops_log_filename


	# This pytest flag is necessary to ensure that we do NOT open the device in the main process for device perf tests that run
	# the test inside a subprocess since UMD does not allow multiple subprocesses opening the device at the same time.
	@pytest.mark.no_reset_default_device
	@pytest.mark.timeout(600)
	@pytest.mark.parametrize("export_measurements", [True, False])
	@pytest.mark.parametrize("batch_size", [1, 32])
	@pytest.mark.parametrize("data_parallel", [1, 2, 4, 8])
	@pytest.mark.parametrize("num_layers", [2, 10])
	@pytest.mark.parametrize("num_runs", [2])
	@pytest.mark.parametrize("max_seq_len", [1024, 32768, 131072])
	@pytest.mark.parametrize("max_generated_tokens", [2])
	@pytest.mark.parametrize("model_name", ["llama3_70b", "llama3_8b", "qwen3_32b"]) # Add more models here as needed
	@pytest.mark.parametrize("mode", ["prefill", "decode"])
	def test_device_perf_one_iter(
	num_layers,
	model_name,
	batch_size,
	data_parallel,
	max_seq_len,
	mode,
	num_runs,
	max_generated_tokens,
	export_measurements,
	):
	cmd = f"pytest models/tt_transformers/demo/simple_text_demo.py -k 'device-perf and performance' --num_layers {num_layers} --data_parallel {data_parallel} --max_seq_len {max_seq_len} --max_generated_tokens {max_generated_tokens} --paged_attention 1 --batch_size {batch_size} --mode {mode} --use_prefetcher True"
	cols = ["DEVICE FW", "DEVICE KERNEL", "DEVICE BRISC KERNEL"]
	device_analysis_types = ["device_kernel_duration", "device_kernel_first_to_last_start"]
	subdir = f"ttt-device-perf-{mode}"
	profiler = BenchmarkProfiler()
	benchmark_data = BenchmarkData()
	profiler.start("run")
	profiler.start("decoder-perf-op-metrics")

	# Load perf targets
	perf_targets = {}
	try:
	with open(f"models/tt_transformers/tests/perf_targets/device_perf_{mode}.json", "r") as f:
	perf_targets = json.load(f)
	except FileNotFoundError:
	logger.error(
	f"Perf targets file not found, device perf test will proceed without performance target comparison"
	)

	# Large sequence lengths dispatch many more programs than the default profiler buffer
	# (1333 slots) can hold, causing buffer overflow and missing device perf data.
	# Scale op_support_count proportionally with max_seq_len (empirically, seq=131072 needs ~10000).
	op_support_count = max(
	int(PROFILER_DEFAULT_OP_SUPPORT_COUNT * 1.333), # preserve previous minimum
	int(max_seq_len / 10),
	)

	_ = run_device_perf(
	cmd,
	subdir,
	num_iterations=1,
	cols=cols,
	batch_size=batch_size,
	device_analysis_types=device_analysis_types,
	op_support_count=op_support_count,
	)

	profiler.end("decoder-perf-op-metrics")
	profiler.end("run")

	# Parse the latest ops CSV and aggregate per-op metrics
	filename = get_latest_ops_log_filename(subdir)
	df = pd.read_csv(filename)
	df = df[df["OP TYPE"].isin(["tt_dnn_device"])]
	df = merge_device_rows(df)

	# Split compile and trace
	(
	df_model_compilation,
	df_model_trace,
	df_first_layer_compilation,
	df_first_layer_trace,
	df_mid_layers_compilation,
	df_mid_layers_trace,
	df_model_tail_compilation,
	df_model_tail_trace,
	) = split_compile_and_trace(
	df,
	mode=mode,
	num_runs=num_runs,
	num_layers=num_layers,
	)

	(
	kernel_agg_first_layer_compile,
	dispatch_agg_first_layer_compile,
	firstlast_agg_first_layer_compile,
	) = process_measurements(df_first_layer_compilation, 1)
	(
	kernel_agg_first_layer_trace,
	dispatch_agg_first_layer_trace,
	firstlast_agg_first_layer_trace,
	) = process_measurements(df_first_layer_trace, 1)

	if num_layers > 1:
	(
	kernel_agg_mid_layers_compile,
	dispatch_agg_mid_layers_compile,
	firstlast_agg_mid_layers_compile,
	) = process_measurements(
	df_mid_layers_compilation, num_layers - 1
	) # we dont count the first layer

	(
	kernel_agg_mid_layers_trace,
	dispatch_agg_mid_layers_trace,
	firstlast_agg_mid_layers_trace,
	) = process_measurements(df_mid_layers_trace, num_layers - 1)

	if df_model_tail_compilation is not None:
	(
	kernel_agg_model_tail_compile,
	dispatch_agg_model_tail_compile,
	firstlast_agg_model_tail_compile,
	) = process_measurements(df_model_tail_compilation, 1)
	(
	kernel_agg_model_tail_trace,
	dispatch_agg_model_tail_trace,
	firstlast_agg_model_tail_trace,
	) = process_measurements(df_model_tail_trace, 1)

	# Print measurements
	print_dict(kernel_agg_first_layer_compile, "KERNEL AVERAGE DURATION FOR FIRST LAYER COMPILE")
	print_dict(kernel_agg_first_layer_trace, "KERNEL AVERAGE DURATION FOR FIRST LAYER TRACE")

	if num_layers > 1:
	print_dict(kernel_agg_mid_layers_compile, "KERNEL AVERAGE DURATION FOR MID LAYERS COMPILE")
	print_dict(kernel_agg_mid_layers_trace, "KERNEL AVERAGE DURATION FOR MID LAYERS TRACE")
	print_dict(dispatch_agg_mid_layers_trace, "DISPATCH AVERAGE DURATION FOR MID LAYERS TRACE")
	print_dict(firstlast_agg_mid_layers_trace, "FIRST TO LAST AVERAGE START TIME FOR MID LAYERS TRACE")

	if df_model_tail_compilation is not None:
	print_dict(kernel_agg_model_tail_compile, "KERNEL AVERAGE DURATION FOR MODEL TAIL COMPILE")
	print_dict(kernel_agg_model_tail_trace, "KERNEL AVERAGE DURATION FOR MODEL TAIL TRACE")
	print_dict(dispatch_agg_model_tail_trace, "DISPATCH AVERAGE DURATION FOR MODEL TAIL TRACE")
	print_dict(firstlast_agg_model_tail_trace, "FIRST TO LAST AVERAGE START TIME FOR MODEL TAIL TRACE")

	# Prefer trace for collectives, compile for others
	def is_collective(op_code: str) -> bool:
	return any(x in op_code for x in ("AllGather", "ReduceScatter", "AllReduce", "Matmul_RS"))

	# Prepare export structure and default margins
	perf_measurements_export: dict[str, dict[str, dict[str, float]]] = {}

	# Export metrics for an op group (first layer, mid layers, model tail)
	def export_group(
	group_name: str,
	kernel_agg_compile: dict,
	kernel_agg_trace: dict,
	dispatch_agg_trace: dict,
	firstlast_agg_trace: dict \| None,
	):
	all_passing = True
	perf_measurements_export[group_name] = {}
	op_codes = set(list(kernel_agg_compile["avg"].keys()) + list(kernel_agg_trace["avg"].keys()))
	for op_code in op_codes:
	# kernel avg
	k_avg_trace = kernel_agg_trace["avg"].get(op_code)
	k_min_trace = kernel_agg_trace["min"].get(op_code)
	k_max_trace = kernel_agg_trace["max"].get(op_code)
	k_avg_comp = kernel_agg_compile["avg"].get(op_code)
	k_min_comp = kernel_agg_compile["min"].get(op_code)
	k_max_comp = kernel_agg_compile["max"].get(op_code)

	if is_collective(op_code):
	k_avg = k_avg_trace if k_avg_trace is not None else k_avg_comp
	k_min = k_min_trace if k_min_trace is not None else k_min_comp
	k_max = k_max_trace if k_max_trace is not None else k_max_comp
	else:
	k_avg = k_avg_comp if k_avg_comp is not None else k_avg_trace
	k_min = k_min_comp if k_min_comp is not None else k_min_trace
	k_max = k_max_comp if k_max_comp is not None else k_max_trace

	if k_avg is not None:
	benchmark_data.add_measurement(
	profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-kernel-avg", float(k_avg)
	)
	if k_min is not None:
	benchmark_data.add_measurement(
	profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-kernel-min", float(k_min)
	)
	if k_max is not None:
	benchmark_data.add_measurement(
	profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-kernel-max", float(k_max)
	)

	# Initialize export entry for this op
	export_entry: dict[str, float] = {}
	if k_avg is not None:
	export_entry["kernel_duration"] = float(k_avg)

	# Check that perf_targets, group_name, and op_code exist and keys exist
	if perf_targets and group_name in perf_targets and op_code in perf_targets[group_name]:
	passing = verify_value_within_margin(
	k_avg,
	perf_targets[group_name][op_code]["kernel_duration"],
	perf_targets[group_name][op_code]["kernel_duration_relative_margin"],
	op_code,
	"kernel",
	)
	all_passing = all_passing and passing
	else:
	logger.warning(f"Warning: {op_code}-{group_name}-kernel not found in perf_targets")
	# dispatch from trace only
	d_avg = dispatch_agg_trace["avg"].get(op_code)
	d_min = dispatch_agg_trace["min"].get(op_code)
	d_max = dispatch_agg_trace["max"].get(op_code)
	if d_avg is not None:
	benchmark_data.add_measurement(
	profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-op_to_op-avg", float(d_avg)
	)
	if d_min is not None:
	benchmark_data.add_measurement(
	profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-op_to_op-min", float(d_min)
	)
	if d_max is not None:
	benchmark_data.add_measurement(
	profiler, 0, "decoder-perf-op-metrics", f"{op_code}-{group_name}-op_to_op-max", float(d_max)
	)

	if d_avg is not None:
	export_entry["op_to_op"] = float(d_avg)

	if perf_targets and group_name in perf_targets and op_code in perf_targets[group_name]:
	passing = verify_value_within_margin(
	d_avg,
	perf_targets[group_name][op_code]["op_to_op"],
	perf_targets[group_name][op_code]["op_to_op_duration_relative_margin"],
	op_code,
	"op_to_op",
	)
	all_passing = all_passing and passing
	else:
	logger.warning(f"Warning: {op_code}-{group_name}-op_to_op not found in perf_targets")

	# first_to_last from trace only (if provided)
	if firstlast_agg_trace is not None:
	fl_avg = firstlast_agg_trace["avg"].get(op_code)
	fl_min = firstlast_agg_trace["min"].get(op_code)
	fl_max = firstlast_agg_trace["max"].get(op_code)
	if fl_avg is not None:
	benchmark_data.add_measurement(
	profiler,
	0,
	"decoder-perf-op-metrics",
	f"{op_code}-{group_name}-first_to_last-avg",
	float(fl_avg),
	)
	if fl_min is not None:
	benchmark_data.add_measurement(
	profiler,
	0,
	"decoder-perf-op-metrics",
	f"{op_code}-{group_name}-first_to_last-min",
	float(fl_min),
	)
	if fl_max is not None:
	benchmark_data.add_measurement(
	profiler,
	0,
	"decoder-perf-op-metrics",
	f"{op_code}-{group_name}-first_to_last-max",
	float(fl_max),
	)

	if fl_avg is not None:
	export_entry["first_to_last_start"] = float(fl_avg)

	if perf_targets and group_name in perf_targets and op_code in perf_targets[group_name]:
	passing = verify_value_within_margin(
	fl_avg,
	perf_targets[group_name][op_code]["first_to_last_start"],
	perf_targets[group_name][op_code]["first_to_last_start_relative_margin"],
	op_code,
	"first_to_last_start",
	)
	all_passing = all_passing and passing
	else:
	logger.warning(f"Warning: {op_code}-{group_name}-first_to_last not found in perf_targets")
	# Save the entry for this op if we collected any metrics
	if export_entry:
	perf_measurements_export[group_name][op_code] = export_entry
	return all_passing

	# Export per-op metrics for each group
	all_passing = True
	all_passing = all_passing and export_group(
	group_name=f"decoder-first",
	kernel_agg_compile=kernel_agg_first_layer_compile,
	kernel_agg_trace=kernel_agg_first_layer_trace,
	dispatch_agg_trace=dispatch_agg_first_layer_trace,
	firstlast_agg_trace=firstlast_agg_first_layer_trace,
	)

	if num_layers > 1:
	all_passing = all_passing and export_group(
	group_name=f"decoder-mid",
	kernel_agg_compile=kernel_agg_mid_layers_compile,
	kernel_agg_trace=kernel_agg_mid_layers_trace,
	dispatch_agg_trace=dispatch_agg_mid_layers_trace,
	firstlast_agg_trace=firstlast_agg_mid_layers_trace,
	)
	if df_model_tail_compilation is not None:
	all_passing = all_passing and export_group(
	group_name=f"model-tail",
	kernel_agg_compile=kernel_agg_model_tail_compile,
	kernel_agg_trace=kernel_agg_model_tail_trace,
	dispatch_agg_trace=dispatch_agg_model_tail_trace,
	firstlast_agg_trace=None, # align with decoder tail export (no first_to_last)
	)

	# Write out current measurements in the perf-measurements JSON schema
	if export_measurements:
	try:
	output_dir = os.path.join(os.path.dirname(__file__), "perf_measurements")
	os.makedirs(output_dir, exist_ok=True)
	output_path = os.path.join(
	output_dir,
	f"device_perf_measurements_{model_name}_{mode}_bs{batch_size}_dp{data_parallel}_layers{num_layers}_seq{max_seq_len}.json",
	)
	with open(output_path, "w", encoding="utf-8") as f:
	json.dump(perf_measurements_export, f, indent=4, sort_keys=True)
	logger.info(f"Wrote perf measurements export to {output_path}")
	except Exception as e:
	logger.error(f"Failed to write perf measurements export: {e}")

	# Save partial run
	benchmark_data.save_partial_run_json(
	profiler,
	run_type="ttnn_decoder_unit",
	ml_model_name=f"{model_name}-{mode}-{data_parallel}dp-{num_layers}layers-{max_seq_len}seq",
	)

	# No strict assertions on perf; test succeeds if profiling and export ran
	assert True