# 读取数据
read_number = int(input())

test_data = []  # 行列表
clo_list = []  # 列列表
area_list = []  # 3×3列表

for data_count in range(read_number):
    test_data.append([])
    clo_list.append([])
    area_list.append([])
    for _ in range(9):  
        clo_list[data_count].append([])
        area_list[data_count].append([])
    for row_count in range(9):
        n = input()
        n_s = n.split(" ")
        # 写入行列表
        test_data[data_count].append(n_s)
        # 写入列列表
        for clo_count in range(9):
            clo_list[data_count][clo_count].append(n_s[clo_count])
        # 写入33列表
        for clo_count in range(9):
            if clo_count <= 2 and row_count <= 2:
                area_list[data_count][0].append(n_s[clo_count])
            elif clo_count > 2 and row_count <= 2 and clo_count <= 5:
                area_list[data_count][1].append(n_s[clo_count])
            elif clo_count > 5 and row_count <= 2:
                area_list[data_count][2].append(n_s[clo_count])
            elif clo_count <= 2 and row_count > 2 and row_count <= 5:
                area_list[data_count][3].append(n_s[clo_count])
            elif clo_count > 2 and row_count > 2 and clo_count <= 5 and row_count <=5:
                area_list[data_count][4].append(n_s[clo_count])
            elif clo_count > 5 and row_count > 2 and row_count <= 5:
                area_list[data_count][5].append(n_s[clo_count])
            elif clo_count <= 2 and row_count > 5:
                area_list[data_count][6].append(n_s[clo_count])
            elif clo_count > 2 and row_count > 5 and clo_count <= 5:
                area_list[data_count][7].append(n_s[clo_count])
            elif clo_count > 5 and row_count > 5:
                area_list[data_count][8].append(n_s[clo_count])
    input()

# print(test_data)
#print(clo_list)
# print(area_list)

test_result=[]
for part_count in range(len(test_data)):
    pass_ = True

    # 检查行
    for one_line in test_data[part_count]:
        if len(set(one_line)) != len(one_line):
            # print(str(part_count)+"行检查")
            pass_ = False
            test_result.append("Wrong")
            break
    if not pass_:
        continue

    # 检查列
    for one_line in clo_list[part_count]:
        if len(set(one_line)) != len(one_line):
            # print(str(part_count)+"列检查")
            pass_ = False
            test_result.append("Wrong")
            break
    if not pass_:
        continue

    # 检查33
    for one_line in area_list[part_count]:
        if len(set(one_line)) != len(one_line):
            # print(str(part_count)+"33检查")
            pass_ = False
            test_result.append("Wrong")
            break
    if not pass_:
        continue

    test_result.append("Right")
for a in test_result:
    print(a)