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import os
# from tree_sitter import Language, Parser
# # import pandas as pd
# import openpyxl
import json
import time
import csv
import pathlib
import difflib
import re
from bleu import _bleu
from fuzzywuzzy import fuzz
import random
import numpy as np
from transformers import RobertaTokenizer
#tokens = nltk.word_tokenize(sentence)
import argparse
parser = argparse.ArgumentParser(description='Test')
parser.add_argument("--task", default=None, type=str, required=True,
help="Task Type: statement_level, next_statement" )
args = parser.parse_args()
folder = str(pathlib.Path(__file__).parent.resolve())
isa_type_dir = folder+"/../../../Dataset"
src_dir = folder+f"/../../../Dataset/Code_Completion/{args.task}"
dst_dir = folder
train_lis = []
valid_lis = []
test_lis = []
target_clf = {}
def get_target_clf_list():
global target_clf
with open(isa_type_dir+"/comback_isa_type.csv","r",encoding="utf-8") as f:
reader = csv.reader(f)
for idx, l in enumerate(reader):
if l[1].lower() == "arc" or l[1].lower() == "riscv" or l[1].lower() == "nvptx":
continue
if l[0] + " " + l[2] not in target_clf.keys():
target_clf[l[0] + " " + l[2]] = [l[1]]
else:
target_clf[l[0] + " " + l[2]] += [l[1]]
def Calculate_Completion():
get_target_clf_list()
print("############## Exp 2: Calculate Code-LLaMA Stmt Completion ################\n")
test_lis = ["nvptx","arc","riscv"]
codellama_gcc_code = {}
codellama_llvm_code = {}
if args.task == "next_statement":
dst_file = dst_dir+"/Input/codellama_next_output_cleaned.csv"
else:
dst_file = dst_dir+"/Input/codellama_stmt_output_cleaned.csv"
with open(dst_file,encoding="utf-8") as f:
reader = csv.reader(f)
for idx, row in enumerate(reader):
if row[0] == "GCC":
codellama_gcc_code[row[1] + " " + str(row[2])] = row[3]
else:
codellama_llvm_code[row[1] + " " + str(row[2])] = row[3]
avg_accuracy = {}
for comp_type in ["GCC", "LLVM"]:
for isa_type in ["GPU", "MPU", "CPU"]:
test_target_dic = {}
cnt_idx = 0
if comp_type == "GCC":
if isa_type == "CPU":
cnt_idx = 0
for line in open(src_dir + "/GCC/riscv.jsonl", 'r'):
dic = json.loads(line)
test_target_dic["riscv" + " " + str(cnt_idx)] = " ".join(dic["ground_truth"])
cnt_idx += 1
total_EM = 0.0
total_ED = 0.0
for k in test_target_dic.keys():
edit_dis = 0.0
EM = 0.0
src_code = test_target_dic[k]
if k in codellama_gcc_code.keys():
chat_code = codellama_gcc_code[k]
if chat_code.replace(" ", "") == src_code.replace(" ", ""):
EM = 1
edit_dis = fuzz.ratio(chat_code.replace(" ", ""), src_code.replace(" ", ""))
total_ED += edit_dis
total_EM += EM
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "riscv", k.split(" ")[1], str(round(EM*100,2)), str(round(float(edit_dis),2))])
else:
print(k)
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "riscv", "average", str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))])
avg_accuracy[comp_type + " " + "riscv"] = [str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))]
if isa_type == "GPU":
cnt_idx = 0
for line in open(src_dir + "/GCC/nvptx.jsonl", 'r'):
dic = json.loads(line)
test_target_dic["nvptx" + " " + str(cnt_idx)] = " ".join(dic["ground_truth"])
cnt_idx += 1
total_EM = 0.0
total_ED = 0.0
for k in test_target_dic.keys():
edit_dis = 0.0
EM = 0.0
src_code = test_target_dic[k]
if k in codellama_gcc_code.keys():
chat_code = codellama_gcc_code[k]
if chat_code.replace(" ", "") == src_code.replace(" ", ""):
EM = 1
edit_dis = fuzz.ratio(chat_code.replace(" ", ""), src_code.replace(" ", ""))
total_ED += edit_dis
total_EM += EM
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "nvptx", k.split(" ")[1], str(round(EM*100,2)), str(round(float(edit_dis),2))])
else:
print(k)
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "nvptx", "average", str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))])
avg_accuracy[comp_type + " " + "nvptx"] = [str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))]
if isa_type == "MPU":
cnt_idx = 0
for line in open(src_dir + "/GCC/arc.jsonl", 'r'):
dic = json.loads(line)
test_target_dic["arc" + " " + str(cnt_idx)] = " ".join(dic["ground_truth"])
cnt_idx += 1
total_EM = 0.0
total_ED = 0.0
for k in test_target_dic.keys():
edit_dis = 0.0
EM = 0.0
src_code = test_target_dic[k]
if k in codellama_gcc_code.keys():
chat_code = codellama_gcc_code[k]
if chat_code.replace(" ", "") == src_code.replace(" ", ""):
EM = 1
edit_dis = fuzz.ratio(chat_code.replace(" ", ""), src_code.replace(" ", ""))
total_ED += edit_dis
total_EM += EM
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "arc", k.split(" ")[1], str(round(EM*100,2)), str(round(float(edit_dis),2))])
else:
print(k)
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "arc", "average", str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))])
avg_accuracy[comp_type + " " + "arc"] = [str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))]
if comp_type == "LLVM":
if isa_type == "CPU":
cnt_idx = 0
for line in open(src_dir + "/LLVM/RISCV.jsonl", 'r'):
dic = json.loads(line)
test_target_dic["RISCV" + " " + str(cnt_idx)] = " ".join(dic["ground_truth"])
cnt_idx += 1
total_EM = 0.0
total_ED = 0.0
for k in test_target_dic.keys():
edit_dis = 0.0
EM = 0.0
src_code = test_target_dic[k]
if k in codellama_llvm_code.keys():
chat_code = codellama_llvm_code[k]
if chat_code.replace(" ", "") == src_code.replace(" ", ""):
EM = 1
edit_dis = fuzz.ratio(chat_code.replace(" ", ""), src_code.replace(" ", ""))
total_ED += edit_dis
total_EM += EM
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "RISCV", k.split(" ")[1], str(round(EM*100,2)), str(round(float(edit_dis),2))])
else:
print(k)
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "RISCV", "average", str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))])
avg_accuracy[comp_type + " " + "RISCV"] = [str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))]
if isa_type == "GPU":
cnt_idx = 0
for line in open(src_dir + "/LLVM/NVPTX.jsonl", 'r'):
dic = json.loads(line)
test_target_dic["NVPTX" + " " + str(cnt_idx)] = " ".join(dic["ground_truth"])
cnt_idx += 1
total_EM = 0.0
total_ED = 0.0
for k in test_target_dic.keys():
edit_dis = 0.0
EM = 0.0
src_code = test_target_dic[k]
if k in codellama_llvm_code.keys():
chat_code = codellama_llvm_code[k]
if chat_code.replace(" ", "") == src_code.replace(" ", ""):
EM = 1
edit_dis = fuzz.ratio(chat_code.replace(" ", ""), src_code.replace(" ", ""))
total_ED += edit_dis
total_EM += EM
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "NVPTX", k.split(" ")[1], str(round(EM*100,2)), str(round(float(edit_dis),2))])
else:
print(k)
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "NVPTX", "average", str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))])
avg_accuracy[comp_type + " " + "NVPTX"] = [str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))]
if isa_type == "MPU":
cnt_idx = 0
for line in open(src_dir + "/LLVM/ARC.jsonl", 'r'):
dic = json.loads(line)
test_target_dic["ARC" + " " + str(cnt_idx)] = " ".join(dic["ground_truth"])
cnt_idx += 1
total_EM = 0.0
total_ED = 0.0
for k in test_target_dic.keys():
edit_dis = 0.0
EM = 0.0
src_code = test_target_dic[k]
if k in codellama_llvm_code.keys():
chat_code = codellama_llvm_code[k]
if chat_code.replace(" ", "") == src_code.replace(" ", ""):
EM = 1
edit_dis = fuzz.ratio(chat_code.replace(" ", ""), src_code.replace(" ", ""))
total_ED += edit_dis
total_EM += EM
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "ARC", k.split(" ")[1], str(round(EM*100,2)), str(round(float(edit_dis),2))])
else:
print(k)
with open(dst_dir + '/result.csv', 'a', newline='') as file:
writer = csv.writer(file)
writer.writerow([comp_type, "ARC", "average", str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))])
avg_accuracy[comp_type + " " + "ARC"] = [str(round((total_EM / cnt_idx)*100,2)), str(round(float(total_ED / cnt_idx),2))]
return avg_accuracy
if __name__ == "__main__":
with open(dst_dir + '/result.csv', 'w', newline='') as file:
writer = csv.writer(file)
writer.writerow(["Compiler Type", "Target", "Idx", "Exact Match", "Edit Didtance"])
avg_dic = Calculate_Completion()
for k in avg_dic:
print("########################")
print(k)
print(" ".join(["Exact Match", "Edit Didtance"]))
print(" ".join(avg_dic[k]))
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