import random

total_count = random.randint(5, 50)
total_count = 20
# total_count = 47
# total_count = 20
numbers = list()

for _ in range(total_count):
    numbers.append(random.randint(0, 65535))

numbers = [
    0x41A8,
    0x3AF2,
    0xACDA,
    0xC0B2,
    0xB783,
    0xDAC9,
    0x8ED9,
    0x9FF,
    0x2F44,
    0x44E,
    0x9899,
    0x3C56,
    0x128D,
    0xDBE3,
    0xD4B4,
    0x3748,
    0x3918,
    0x4112,
    0xC399,
    0x4955
]

# numbers = [
#     0x4B8D,
#     0x2307,
#     0xFAE0,
#     0x7815,
#     0xC105,
#     0x84F0,
#     0xDB6,
#     0xF21D,
#     0xE97A,
#     0xA3B6,
#     0x8466,
#     0x3A25,
#     0x5DF,
#     0xD2DE,
#     0xBA7A,
#     0x7809,
#     0xF6A8,
#     0x361D,
#     0x3ADB,
#     0x969A,
# ]

# numbers = [
#     0x022C,
#     0x0AA4,
#     0x0E87,
#     0x0F95,
#     0x124C,
#     0x18D0,
#     0x1A04,
#     0x1C49,
#     0x2137,
#     0x2197,
#     0x260B,
#     0x2CC7,
#     0x2E07,
#     0x2F2B,
#     0x3A27,
#     0x3B9F,
#     0x4227,
#     0x4786,
#     0x5E55,
#     0x5F99,
#     0x64CA,
#     0x6E15,
#     0x7345,
#     0x76EE,
#     0x7F32,
#     0x8027,
#     0x80BE,
#     0x9213,
#     0x9477,
#     0x9776,
#     0x9D7D,
#     0x9F23,
#     0xA5E5,
#     0xAA22,
#     0xAAF5,
#     0xABB3,
#     0xC308,
#     0xC5A5,
#     0xC8C3,
#     0xC94D,
#     0xD87C,
#     0xD9CA,
#     0xE060,
#     0xE08B,
#     0xE0D8,
#     0xE996,
#     0xF7FE,
# ]

with open("gen_num.txt", "w") as fl:
    fl.writelines(["0x%04X\n" % x for x in numbers])

with open("gen_num_asm.txt", "w") as fl:
    fl.write(
        """lui $s0, 0x4000\naddi $s0, $s0, 0x60\naddi $s1, $zero, %d\nsw $s1, 0($s0)\n"""
        % (total_count)
    )
    for idx, num in enumerate(numbers):
        fl.write("addi $s1, $zero, %s\nsw $s1, %d($s0)\n" % (hex(num), 4 * (idx + 1)))

with open("gen_num_data_mem.txt", "w") as fl:
    fl.write(
        """for (i = StartAddressInWord; i < 24 + StartAddressInWord; i = i + 1) begin
    memory_data[i] <= 32'h00000000;
end
for (
    i = %d + StartAddressInWord; i < MEM_SIZE_IN_WORD + StartAddressInWord; i = i + 1
) begin
    memory_data[i] <= 32'h00000000;
end
"""
        % (24 + total_count + 1)
    )
    fl.write("memory_data[StartAddressInWord + 24] <= 32'h%08X;\n" % total_count)
    for idx, num in enumerate(numbers):
        fl.write(
            "memory_data[StartAddressInWord + %d] <= 32'h%08X;\n" % (idx + 25, num)
        )

with open("gen_num_sorted.txt", "w") as fl:
    fl.writelines(["0x%04X\n" % x for x in sorted(numbers)])