#!/usr/bin/env python2

import sys

# If we can open fname, then return its data; otherwise, raise an exception
def file_data(fname):
    with open(fname, 'r') as f:
        return f.read()
    raise Exception("failed to read file %s" % (fname))

# This is "header" field of the objstore struct.
data = 'hope'

# These must be appended in the exact order indicated by the struct definition
# in objstore.h
data += file_data('./data/print.rom')           # $C100
data += file_data('./data/serial.rom')          # $C200
data += file_data('./data/zeropad0x100.rom')    # $C300
data += file_data('./data/zeropad0x100.rom')    # $C400
data += file_data('./data/zeropad0x100.rom')    # $C500
data += file_data('./data/disk2.rom')           # $C600
data += file_data('./data/disk2.rom')           # $C700
data += file_data('./data/apple2.rom')          # $D000
data += file_data('./fonts/apple2-system.bmp')

# Let's not keep calling len(data) since we know it won't change over our
# iterations
data_len = len(data)

print data_len
exit(0)

# This just defines the variable name for the store data
sys.stdout.write("static unsigned char store_data[] =\n")

# This loop will write out a series of 16 characters given in hexadecimal
# escape, preceded by a quote and ending in a quote. C will automatically
# append literal strings when given one after another with no other punctuation
# (e.g. "abc" "def" is equivalent to "abcdef"). The first sys.stdout.write()
# will start us off with the first line's quote mark.
sys.stdout.write('"')
for i in range(0, data_len):
    sys.stdout.write("\\x%02x" % (ord(data[i])))
    if i == data_len - 1:
        break
    if i > 0 and (i+1) % 16 == 0:
        sys.stdout.write('" // %06x\n"' % (i))

# And we're about done; finish with the last quote, and then terminate with a
# semicolon.
sys.stdout.write('";')

# vim:ft=python: