# line has content, now test if it's valid
data = line.split("=")
if len(data) == 2:
# two items means there was an "=", now make sure the bit on the right is a valid color
colorcode = data[1].strip()
if RGBcolor.match( colorcode ) : # only checks first 6 digits; junk afterwards can be ignored
# we now have a valid color (we haven't checked for valid alpha yet)
color = r"\x" + colorcode[0:2] + r"\x" + colorcode[2:4] + r"\x" + colorcode[4:6]
if (len(colorcode) > 7) and (AAlpha.match(colorcode[6:8])): color += r"\x" + colorcode[6:8] # add alpha data
else: color += r"\xff" # if no alpha data, default to ff (no transparency)
# add the new named color to the palette
palette[data[0].strip()] = eval("b'"+color+"'") #turn this text string into a byte string when adding to palette dictionary
print(".",end="")
sys.stdout.flush()
else:
error_log("invalid color: ",colorcode)
else:
error_log("invalid palette entry: ",data)
print(" done.")
# COLORIZE THE ASCII ALPHABETS (THE FIRST 256 CHARACTERS) IN THE DEFAULT TEXT COLORS
print("Colorizing fonts.",end="")
alphabets = [ [], [], [] ] # plain, highlighted, and inverted text
for i in range(256):
alphabets[0].append( generate_colorized_tile( i , palette["plaintext"] , palette["bg"] ) )
alphabets[1].append( generate_colorized_tile( i , palette["highlight"] , palette["bg"] ) )
alphabets[2].append( generate_colorized_tile( i , palette["bg"] , palette["plaintext"] ) )
print(".",end="")
sys.stdout.flush()
print(" done.")
from debug import error_log
import sys
# PARSE prefs.txt AND LOAD THE DICTIONARY OF PREFERENCES
print("Loading preferences.",end="")
prefs = {} # a dictionary of preferences
prefsfile = pyglet.resource.file('prefs.txt',"r")
for line in prefsfile:
line = line.strip().lower()
if line.find("#") > -1: line = line[:line.find("#")] # remove first "#" and everything after
if len(line):
# line has content, now test if it's valid
data = line.split("=")
if len(data) == 2:
# two items means there was an "="
prefs[ data[0].strip() ] = data[1].strip() # capture the preference (TO DO: better error checking)
print(".",end="")
sys.stdout.flush()
else:
error_log("invalid preferences entry: ",data)
print(" done.")
if __name__ == "__main__":
# UNIT TEST CODE
print(prefs)
