free software resistance
the cost of computing freedom is eternal vigilance
### fig22.py
*original date:* aug 2015
*originally posted:* sep 2024
fig 2.2:
```
#!/usr/bin/env python
# coding: utf-8
#### license: creative commons cc0 1.0 (public domain)
#### http://creativecommons.org/publicdomain/zero/1.0/
proginf = "fig 2.2, jul 2015 mn"
import sys
import os
from sys import stdin, stdout
from os import popen
try: from colorama import init ; init()
except: pass
buf = []
def color(f, b):
if f == None: f = 0
if b == None: b = 0
n = "0"
if f > 7: n = "1" ; f = f - 8
if f == 1: f = 4 ## switch ansi colors for qb colors
elif f == 4: f = 1 ## 1 = blue not red, 4 = red not blue, etc.
if f == 3: f = 6
elif f == 6: f = 3
if b > 7: b = b - 8
if b == 1: b = 4
elif b == 4: b = 1
if b == 3: b = 6
elif b == 6: b = 3
stdout.write("\x1b[" + n + ";" + str(30+f) + ";" + str(40+b) + "m")
return "\x1b[" + n + ";" + str(30+f) + ";" + str(40+b) + "m"
def bcolor(b):
f = None
if f == None: f = 0
if b == None: b = 0
n = "0"
if f > 7: n = "1" ; f = f - 8
if f == 1: f = 4 ## switch ansi colors for qb colors
elif f == 4: f = 1 ## 1 = blue not red, 4 = red not blue, etc.
if f == 3: f = 6
elif f == 6: f = 3
if b > 7: b = b - 8
if b == 1: b = 4
elif b == 4: b = 1
if b == 3: b = 6
elif b == 6: b = 3
stdout.write("\x1b[" + n + ";" + str(30+f) + ";" + str(40+b) + "m")
return "\x1b[" + n + str(40+b) + "m"
def sgn(p):
p = float(p)
if p > 0: return 1
if p < 0: return -1
return 0
def left(p, s):
return p[:s]
def right(p, s):
return p[-s:]
def leftfour(p):
try:
if left(p, 4) == chr(32) * 4: p = right(p, len(p) - 4)
except:
pass
return p
def atleast(s, p):
if p < s: return s
else: return p
def figfsplit(p):
# return p.split() # that was fine when strings weren't tokens
# now we have to make this 3 tokens: variable "hello, world!" #comment not string
px = []
pxc = -1 # could use len(px) -1 instead?
inquotes = 0
remarked = 0
inspc = "" ; vnspc = ""
#print "->", p
for l in p:
if inquotes == 0 and remarked == 0 and l == "#":
remarked = 1
pxc += 1 ; px += [""]
if remarked == 1:
px[pxc] += l
if remarked == 0:
if l == "\"":
if inquotes == 0:
inquotes = 1 ; pxc += 1 ; px += [""]
else: inquotes = 0 #; px[pxc] += l
if inquotes == 1: px[pxc] += l
if remarked == 0 and inquotes == 0:
if vnspc not in "1234567890-" + chr(32) and l[0] == ".": l = " "
vnspc = l
if l[0] in "():;|=,": l = " "
if inspc != " " and l == " ": pxc += 1 ; px += [""]
if l != " ":
if pxc == -1: pxc += 1 ; px += [""]
px[pxc] += l.lower()
inspc = l
#print "->", px[:]
while ('') in px: px.remove('')
while (':') in px: px.remove(':')
for p in range(len(px)):
if px[p][0] != "#":
if right(px[p], 1) == ":":
lenpx = len(px[p]) - 1
if lenpx > 0:
px[p] = left(px[p], lenpx)
return px[:]
def nob(p, s):
r = ""
if s == len(p) - 1:
if len(p):
if p[s].rstrip() != ".": r = p[s].rstrip()
if len(r):
if r[-1:] == ".": r = left(r, len(r) - 1)
pfig = ""
try: pfig = left(p[s], 3)
except: pfig = ""
if pfig.lower() == "fig" and p[s].lower() != "fig": return "figg"
try:
if r != "": return r
else: return p[s]
except: return ""
def lnob(p, s):
r = ""
if s == len(p) - 1:
if len(p):
if p[s].rstrip() != ".": r = p[s].rstrip()
if len(r):
if r[-1:] == ".": r = left(r, len(r) - 1)
pfig = ""
try: pfig = left(p[s], 3)
except: pfig = ""
if pfig.lower() == "fig" and p[s].lower() != "fig": return "figg"
try:
if r != "": return r.lower()
else: return p[s].lower()
except: return ""
def stripcoords(p):
ps = ""
for s in str(p):
if s in "1234567890.": ps += s
return ps
def getmore(p, s):
try:
for t in range(1, s + 1):
if len(p) == 1: p = []
p = right(p, len(p) - 1)
while "" in p: p.remove("")
for prx in range(len(p)):
if p[prx][0] == "#":
p.remove(p[prx])
return p
except: return []
def getlmore(p, s):
try:
for t in range(1, s + 1):
if len(p) == 1: p = []
p = right(p, len(p) - 1)
while "" in p: p.remove("")
return p
except: return []
def getpairs(p, s):
r = ""
if len(p):
if p[len(p) - 1].rstrip() != ".": r = p[len(p) - 1].rstrip()
if len(r):
if r[-1:] == ".":
r = left(r, len(r) - 1)
p[len(p) - 1] = r
try:
p = right(p, len(p) - s)
if not len(p) % 2: return p
else: return []
except: return []
def lc():
global linecount
global flen
return "\x1b[0;37;44m" + right(chr(32) * flen + str(linecount), flen) + " \x1b[0;37;40m"
def wr(p):
global buf
buf += [p + "\n"]
color(11, None) ; print proginf; color(7, None) ; print
addtoout = [0]
addto = [0]
addtoout[0] = """import sys, os
from sys import stdin, stdout
try: from colorama import init ; init()
except: pass # windows users (only) will want colorama installed or ansi.sys enabled
from random import randint
from time import sleep\n\n
from os import chdir as figoch
from os import popen as figpo
from os import system as figsh
from os import name as figosname
figsysteme = 0
figfilehandles = {}
figfilecounters = {}
"""
addtoout += [0] ; addto += [0]
addtoout[1] = """from sys import stdout
def figlocate(x, l = "ignore", c = "ignore"):
import sys
if l == "ignore" and c == "ignore": pass # do nothing. want it to return an error?
elif l < 1 and c != "ignore":
sys.stdout.write("\x1b[" + str(c) + "G") # not ansi.sys compatible
elif l != "ignore" and c == "ignore":
sys.stdout.write("\x1b[" + str(l) + ";" + str(1) + "H")
else: sys.stdout.write("\x1b[" + str(l) + ";" + str(c) + "H")
\n"""
addtoout += [0] ; addto += [0]
addtoout[2] = """palette = {}
palette["black"], palette["gray"], palette["grey"] = (0, 0, 0), (0, 0, 0), (85, 85, 85)
palette["blue"], palette["lightblue"] = (0, 0, 170), (85, 85, 255)
palette["green"], palette["lightgreen"] = (0, 170, 0), (85, 255, 85)
palette["cyan"], palette["lightcyan"] = (0, 170, 170), (85, 255, 255)
palette["red"], palette["lightred"] = (170, 0, 0), (255, 85, 85)
palette["magenta"], palette["lightmagenta"] = (170, 0, 170), (255, 85, 255)
palette["brown"], palette["yellow"] = (170, 85, 0), (255, 255, 85)
palette["white"], palette["lightwhite"] = (170, 170, 170), (255, 255, 255)\n"""
addtoout += [0] ; addto += [0]
addtoout[3] = """figraphics = -1
figrupd = 1
try: import pygame
except: figraphics = 0
import time
yourscreen = ""
try: pygame.init()
except: figraphics = 0 # unable to init pygame, just use text
def figpset(z, x, y, c):
global figraphics, figrupd
global yourscreen
global figcgapal
if figraphics == -1:
#pygame.init()
try:
yourscreen = pygame.display.set_mode((800, 600))
pygame.display.set_caption("fig graphics screen")
#pygame.quit()
figraphics = 1
except:
stopgraphics() ; figraphics = 0
if figraphics == 0:
if x > -1 and y > -1:
figcolortext(c, c)
figlocate(0, int(y) + 1, int(x) + 1) ; stdout.write(unichr(9608))
sys.stdout.flush()
if figraphics == 1:
if x > -1 and y > -1:
yourscreen.set_at((x, y), figcgapal[c])
#pygame.draw.circle(yourscreen, (255, 255, 255), (int(x), int(y)), 1, 0)
if figrupd: pygame.display.update()
for event in pygame.event.get():
if event.type == pygame.QUIT:
figraphics = 0
stopgraphics()
def fignonz(p, n=None):
if n==None:
if p == 0: return 1
else:
if p == 0: return n
return p
def fignot(p):
if p: return 0
return -1
def figline(z, x, y, x2, y2, c):
global figraphics, figrupd
global yourscreen
global figcgapal
if figraphics == -1:
#pygame.init()
try:
yourscreen = pygame.display.set_mode((800, 600))
pygame.display.set_caption("fig graphics screen")
#pygame.quit()
figraphics = 1
except:
stopgraphics() ; figraphics = 0
if figraphics == 0:
if x > -1 and y > -1 and x2 > -1 and y2 > -1:
figcolortext(c, c)
if x2 < x: x, y, x2, y2 = x2, y2, x, y
figliney = [y, y2]
figlinec = 0
figlinestep = int(y2 - y)
if figlinestep < 0: figlinestep = int(y - y2) ; figlinec = 0
if figlinestep < 1: figlinestep = 1
figlinestep = float(1) / figlinestep
figlinex = x
while 1:
if figlinex > x2: break
if y2 - y == 0:
figlocate(0, int(y) + 1, int(figlinex) + 1) ; stdout.write(unichr(9608))
elif y2 < y:
figlinec -= figlinestep
figlocate(0, int(y + int(float(y - y2) / fignonz(x2 - x,.1) * fignonz(figlinec,.1) ) ) + 1, int(figlinex) + 1) ; stdout.write(unichr(9608))
else:
figlocate(0, int(y + int(float(y2 - y) / fignonz(x2 - x,.1) * fignonz ( figlinec,.1) ) ) + 1, int(figlinex) + 1) ; stdout.write(unichr(9608))
figlinec += figlinestep #[0] = figliney[0] + float(figliney[1] - figliney[0]) / (x2 - x)
figlinex += figlinestep
figlocate(0, int(y) + 1, int(x) + 1) ; stdout.write(unichr(9608))
figlocate(0, int(y2) + 1, int(x2) + 1) ; stdout.write(unichr(9608))
sys.stdout.flush()
if figraphics == 1:
if x > -1 and y > -1 and x2 > -1 and y2 > -1:
yourscreen.set_at((x, y), figcgapal[c])
pygame.draw.line(yourscreen, figcgapal[c], (x, y), (x2, y2), 1)
if figrupd: pygame.display.update()
for event in pygame.event.get():
if event.type == pygame.QUIT:
figraphics = 0
stopgraphics()
def anykeypyg():
global yourscreen
global figraphics, figrupd
p = 0
while not p:
if figraphics == 0: break
time.sleep(0.001)
for event in pygame.event.get():
if event.type == pygame.KEYDOWN:
if figrupd: pygame.display.update()
p = 1\n
def stopgraphics():
global yourscreen
global figraphics
figraphics = 0
try: pygame.quit()
except: pass\n\n"""
addtoout += [0] ; addto += [0]
palette = {}
palette["black"], palette["gray"], palette["grey"] = (0, 0, 0), (0, 0, 0), (85, 85, 85)
palette["blue"], palette["lightblue"] = (0, 0, 170), (85, 85, 255)
palette["green"], palette["lightgreen"] = (0, 170, 0), (85, 255, 85)
palette["cyan"], palette["lightcyan"] = (0, 170, 170), (85, 255, 255)
palette["red"], palette["lightred"] = (170, 0, 0), (255, 85, 85)
palette["magenta"], palette["lightmagenta"] = (170, 0, 170), (255, 85, 255)
palette["brown"], palette["yellow"] = (170, 85, 0), (255, 255, 85)
palette["white"], palette["lightwhite"] = (170, 170, 170), (255, 255, 255)
textpalette = {}
textpalette["black"],textpalette["gray"], palette["grey"] = 0, 8, 8
textpalette["blue"], textpalette["lightblue"] = 1, 9
textpalette["green"], textpalette["lightgreen"] = 2, 10
textpalette["cyan"], textpalette["lightcyan"] = 3, 11
textpalette["red"], textpalette["lightred"] = 4, 12
textpalette["magenta"], textpalette["lightmagenta"] = 5, 13
textpalette["brown"], textpalette["yellow"] = 6, 14
textpalette["white"], textpalette["lightwhite"] = 7, 15
# -2: print(variable, etc)
# -1: print(variable), 0: variable = int(variable), 1: variable = left(variable, etc)
cmds = {"ltrim":0, "lineinput":0, "len":0, "asc":0, "atn":0, "str":0,
"get":1, "chr":0, "prints":-1, "sleep":-2, "arrsort":-1,
"arreverse":-1, "reverse":0, "display":-1, "system":-1, "end":-1, "print":-1, "arrset":-3,
"split":2, "left":1, "join":2, "arrget":2, "mid":2, "right":1,
"plus":1, "times":1, "close":-1, "cls":-1, "flineinput":1, "fprint":-2, "open":-2, "arropen":1, "arrstdin":0, "arrcurl":1, "colortext":-2,
"highlight":-2, "divby":1, "hex":0, "rtrim":0, "string":2, "timer":0,
"time":0, "date":0, "tan":0, "oct":0, "val":0, "minus":1, "lcase":0, "ucase":0,
"int":0, "left":1, "swap":-3, "locate":-3, "pset":-4, "line":-6,
"return":-2, "randint":2, "topwr":1, "arr":0, "mod":1, "cos":0,
"not":0, "sin":0, "instr":2, "chdir":-1, "shell":-1, "arrshell":0,
"sgn":0, "sqr":0}
funcs = {"function" : -1, "iftrue" : -2, "ifequal" : -3, "ifless" : -3, "ifmore" : -3, "try":0, "except":0, "resume":0, "else":0}
ufunc = {}
addfuncs = addtoout[0] + addtoout[1] + addtoout[3] + """
def figcolortext(x, f):
b = 0
if f == None: f = 0
if b == None: b = 0
n = "0"
if f > 7: n = "1" ; f = f - 8
if f == 1: f = 4 ## switch ansi colors for qb colors
elif f == 4: f = 1 ## 1 = blue not red, 4 = red not blue, etc.
if f == 3: f = 6
elif f == 6: f = 3
if b > 7: b = b - 8
if b == 1: b = 4
elif b == 4: b = 1
if b == 3: b = 6
elif b == 6: b = 3
stdout.write("\\x1b[" + n + ";" + str(30+f) + "m")
return "\\x1b[" + n + ";" + str(30+f) + ";" + str(40+b) + "m"
figcgapal = [(0, 0, 0), (0, 0, 170), (0, 170, 0), (0, 170, 170),
(170, 0, 0), (170, 0, 170), (170, 85, 0), (170, 170, 170),
(85, 85, 85), (85, 85, 255), (85, 255, 85), (85, 255, 255),
(255, 85, 85), (255, 85, 255), (255, 255, 85), (255, 255, 255)]
def figget(p, s): return s
def fighighlight(x, b):
f = None
if f == None: f = 0
if b == None: b = 0
n = "0"
if f > 7: n = "1" ; f = f - 8
if f == 1: f = 4 ## switch ansi colors for qb colors
elif f == 4: f = 1 ## 1 = blue not red, 4 = red not blue, etc.
if f == 3: f = 6
elif f == 6: f = 3
if b > 7: b = b - 8
if b == 1: b = 4
elif b == 4: b = 1
if b == 3: b = 6
elif b == 6: b = 3
stdout.write("\\x1b[" + n + str(40+b) + "m")
return "\\x1b[" + n + str(40+b) + "m"
def figinstr(x, p, e):
try: return p.index(e) + 1
except: return 0
def figchdir(p):
try: figoch(p)
except: print "no such file or directory: " + str(p) ; figend(1)
def figshell(p):
global figsysteme
try: figsysteme = figsh(p)
except:
print "error running shell command: " + chr(34) + str(p) + chr(34) ; figend(1)
def figarrshell(c):
global figsysteme
try:
figsysteme = 0
sh = figpo(c)
ps = sh.read().replace(chr(13) + chr(10), chr(10)).replace(chr(13), chr(10)).split(chr(10))
figsysteme = sh.close()
except:
print "error running arrshell command: " + chr(34) + str(c) + chr(34) ; figend(1)
return ps[:]
def figsgn(p):
p = float(p)
if p > 0: return 1
if p < 0: return -1
return 0
def figstr(p): return str(p)
def figprint(p): print p
def figchr(p):
if type(p) == str:
if len(p) > 0:
return p[0]
return chr(p)
def figprints(p): stdout.write(str(p)) ; sys.stdout.flush()
def figleft(p, s): return p[:s]
def figmid(p, s, x):
arr = 0
if type(p) == list or type(p) == tuple: arr = 1
rt = p[s - 1:x + s - 1]
if arr and len(rt) == 1: rt = rt[0]
return rt
def figright(p, s): return p[-s:]
def figrandint(x, s, f):
return randint(s, f)
def figlcase(p): return p.lower()
def figucase(p): return p.upper()
def figint(p): return int(p)
def figarrset(x, p, s):
if 1:
#if type(p) == str: p = p + s # str(s) if you want it easier
if 1: #type(p) == list:
if type(s) == tuple:
if len(s) == 1: fas = s[0]
elif type(s) == list:
if len(s) == 1: fas = s[0]
else:
fas = s
x[p - 1] = s
#if type(p) == tuple:
# if type(s) == tuple:
# p = tuple(list(p) + list(s))
# elif type(s) == list:
# p = tuple(list(p) + s[:])
# else:
# p = tuple(list(p) + [s])
#if type(p) == str: p = p + s # str(s) if you want it easier
def figopen(x, s):
import fileinput
if s.lower() == "w":
if (x) not in figfilehandles.keys(): figfilehandles[x] = open(x[:], s.lower())
elif s.lower() == "r":
if (x) not in figfilehandles.keys():
figfilehandles[x] = fileinput.input(x[:])
figfilecounters[x] = 0
else:
if (x) not in figfilehandles.keys(): figfilehandles[x] = open(x[:], s[:])
def figfprint(x, s):
fon = figosname
sep = chr(10)
if fon == "nt": sep = chr(13) + chr(10)
figfilehandles[s].write(str(x) + sep)
def figflineinput(x, s):
try:
p = figfilehandles[s][figfilecounters[s]].replace(chr(13), "").replace(chr(10), "")
figfilecounters[s] += 1
except:
p = chr(10)
return p
def figclose(x):
if (x) in figfilehandles.keys():
figfilehandles[x].close() ; del figfilehandles[x]
try: del figfilecounters[x]
except: pass
def figcls(x):
if figosname == "nt": cls = figsh("cls")
else: stdout.write("\x1b[2J\x1b[1;1H") ; sys.stdout.flush()
def figarropen(x, s):
x = open(s).read().replace(chr(13) + chr(10), chr(10)).replace(chr(13), chr(10)).split(chr(10))
return x[:]
def figarrcurl(x, s):
from urllib import urlopen
x = str(urlopen(s).read()) ; x = x.replace(chr(13) + chr(10), chr(10)).replace(chr(13), chr(10)).split(chr(10))
return x[:]
def figarrstdin(x):
ps = []
for p in stdin: ps += [p[:-1]]
return ps[:]
def figarrget(x, p, s):
if 1:
return p[s - 1]
def figplus(p, s):
if type(p) in (float, int):
if type(s) in (float, int):
p = p + s
else:
p = p + s # float(s) if you want it easier
if p == float(int(p)): p = int(p)
else:
if type(p) == str: p = p + s # str(s) if you want it easier
if type(p) == list:
if type(s) == tuple:
p = p + list(s)
elif type(s) == list:
p = p + s[:]
else:
p = p + [s]
if type(p) == tuple:
if type(s) == tuple:
p = tuple(list(p) + list(s))
elif type(s) == list:
p = tuple(list(p) + s[:])
else:
p = tuple(list(p) + [s])
return p
def figjoin(p, x, s):
t = ""
if len(x) : t = str(x[0])
for c in range(len(x)):
if c > 0: t += str(s) + str(x[c])
return t # s.join(x)
def figarr(p):
if type(p) in (float, int, str):
p = [p]
else:
p = list(p)
return p
def figsplit(p, x, s):
return x.split(s)
def figval(n):
n = float(n)
if float(int(n)) == float(n): n = int(n)
return n
def figtimes(p, s):
if type(p) in (float, int):
p = p * s # float(s) if you want it easier
if p == float(int(p)): p = int(p)
else:
if type(p) == list:
p = p[:] * s # figval(s)
else:
p = p * s # figval(s) if you want it easer
return p
def figdivby(p, s):
p = float(p) / s
if p == float(int(p)): p = int(p)
return p
def figminus(p, s): return p - s
def figtopwr(p, s):
p = p ** s
if p == float(int(p)): p = int(p)
return p
def figmod(p, s):
return p % s
def figcos(p):
from math import cos ; p = cos(p)
if p == float(int(p)): p = int(p)
return p
def figsin(p):
from math import sin ; p = sin(p)
if p == float(int(p)): p = int(p)
return p
def figsqr(p):
from math import sqrt ; p = sqrt(p)
if p == float(int(p)): p = int(p)
return p
def figltrim(p): return p.lstrip()
def figlineinput(p): return raw_input()
def figlen(p): return len(p)
def figasc(p): return ord(p[0])
def figatn(p):
from math import atan ; p = atan(p)
if p == float(int(p)): p = int(p)
return p
def fighex(p): return hex(p)
def figrtrim(p): return p.rstrip()
def figstring(x, p, n):
if type(n) == str: return n * p
return chr(n) * p
def figtimer(p): from time import strftime ; return int(strftime("%H"))*60*60+int(strftime("%M"))*60+int(strftime("%S"))
def figtime(p): from time import strftime ; return strftime("%H:%M:%S")
def figdate(p): from time import strftime ; return strftime("%m/%d/%Y")
def figtan(p):
from math import tan ; p = tan(p)
if p == float(int(p)): p = int(p)
return p
def figoct(p): return oct(p)
def figsleep(p, s):
#print lc() + p
#addto[0] = 1
sleep(s)
def figarrsort(p):
p.sort()
def figdisplay(x):
global figraphics, figrupd
figrupd = 0
if figraphics == 1:
pygame.display.update()
def figreverse(p):
if type(p) == list: p.reverse() ; return p
elif type(p) == str:
p = map(str, p) ; p.reverse()
p = "".join(p)
return p
def figarreverse(p):
p.reverse()
def figfunction(p, s): return p
def figend(x): quit()
def figif(p, s): return p
def figthen(p, s): return p
def figsystem(x): quit()
\n"""
demo = """
p 7 arr times 5
p print
p print arrset 2 8 print
z join p "(_)" print
x z print
p print end
p "hello, world!" left 5 ucase locate 5 7 prints # comment comment
y 100 chr rtrim print
z 32 chr print print print swap y p
for m 1 5 1
z 5 prints
y z plus 2 print
next
x int plus 5 times 7 colortext 11 highlight 1 prints
y 32 highlight 0 colortext 14 chr prints
x 97
y 97 plus 25
for n x y 1
for p x y 1
for pp x y 1
z n chr prints
z p chr prints
z pp chr prints
z 32 chr prints
next
z 32 chr print
next
next
#while
# y 10 print # these indents are optional, they don't do anything
# iftrue y
# break # this command breaks from while, never from if
# fig
# wend
function pete
p "hello" print
fig
function add5 r
x get r plus 5 return x
fig
z pete
y 12
p z add5 y colortext 7 print sleep 1
function ppp
z 32 chr print
for p 1 100 1
x randint 0 3
y randint 0 3
c randint 1 9
z pset x y c
c colortext 7
next
fig
z ppp
z sleep 1
textmode
z ppp sleep 2 z ppp
"""
p = ""
try: p = right(sys.argv, 1)[0]
except: pass
if not ".fig" in p.lower():
#try: inputfile = stdin.read().replace(chr(13), "").split("\n")
#except:
#print "need an input file to do anything..."; print ; quit()
print "using built-in demo source, translating to demo.fig.py..." ; print
p = "demo.fig"
inputfile = demo.replace(chr(13), "").split("\n")
else:
try: inputfile = open(p).read().replace(chr(13) + chr(10), chr(10)).replace(chr(13), chr(10)).split(chr(10))
except: print "couldn't open \"" + p + "\", exiting." ; print ; quit()
try: outfile = open(p + ".py", "w")
except: print "couldn't write to \"" + p + ".py" "\", exiting." ; print ; quit()
outname = p + ".py"
flen = len(str(len(inputfile)))
linecount = 0
indent = 0
inlinep = 0
errorin = 0
errorsrc = ""
error = ""
mode = 0
figraphics = -1 # -1 = uninitialized, 0 = textmode, 1 = initialized
vrs = []
vr = ""
for p in inputfile:
linecount += 1
if linecount == 1: outfile.write("#!/usr/bin/env python" + "\n# encoding: utf-8\n" + addfuncs)
if inlinep:
if p.lower().strip() == "fig":
inlinep = 0
print lc() + p
indent = atleast(0, indent - 4)
else:
print lc() + color(2, None) + p + color(7, None)
outfile.write(chr(32) * atleast(0, indent - 4) + leftfour(p) + "\n")
elif mode == "output the following:":
if p.lower().strip() == "display":
mode = 0
print lc() + p
else:
wr(chr(32) * atleast(0, indent) + "print \"" + p.replace(chr(34), "\" + chr(34) + \"").replace(chr(92), "\" + chr(92) + \"") + "\"")
print lc() + p.replace(chr(34), "\" + chr(34) + \"").replace(chr(92), "\" + chr(92) + \"")
elif mode == 0:
x = figfsplit(p.lstrip())
lp = p.lower()
if not len(p):
print lc() + ""
outfile.write("\n") # assuming you want blank lines in your python output, too
if len(p.lstrip()):
e = 0
if p.lstrip()[0] == "#":
if linecount == 1:
es = 0
try:
if p.lstrip()[1] == "!": es = 1
except: es = 0
if not es:
wr(p)
print lc() + p
else: print lc() + "[this first comment isn't copied over]"
es = 0
else:
outfile.write(chr(32) * atleast(0, indent) + p + "\n")
print lc() + p
elif lnob(x, 0) == "figg":
e = 2
elif lnob(x, 0) == "highlight":
e = 1 # watch for errors in structure
if lnob(x, 1) in textpalette.keys():
e = 0
print lc() + p
addto[0] = 1
wr(chr(32) * atleast(0, indent) + "stdout.write(\"" + bcolor(textpalette[lnob(x, 1)]).replace("\x1b", "\\x1b") + "\")")
elif lnob(x, 0) == "colortext":
e = 1 # watch for errors in structure
if lnob(x, 1) in textpalette.keys():
e = 0
print lc() + p
addto[0] = 1
wr(chr(32) * atleast(0, indent) + "stdout.write(\"" + color(textpalette[lnob(x, 1)], None).replace("\x1b", "\\x1b") + "\")")
elif lnob(x, 0) == "drawdots":
e = 1 # watch for errors in structure
if len(getpairs(x, 1)):
e = 0
print lc() + p
addto[0] = 1
addto[1] = 1
addto[2] = 1
addto[3] = 1
gp = getpairs(x, 1)
for gpr in range(0, len(gp), 2):
#pset(str(int(stripcoords(gp[gpr]))), str(int(stripcoords(gp[gpr+1]))))
wr(chr(32) * atleast(0, indent) + "pset(" + str(int(stripcoords(gp[gpr]))) + ", " + str(int(stripcoords(gp[gpr+1]))) + ")")
#elif lnob(x, 0) == "wait":
#
# e = 1 # watch for errors in structure
# seconds = 0
# try: seconds = float(lnob(x, 1)) ; e = 0
# except: pass
# if e == 0:
# print lc() + p
# addto[0] = 1
# wr(chr(32) * atleast(0, indent) + "sleep(" + str(seconds) + ")")
# else:
# if lnob(x, 1) == "key":
# e = 0
# wr(chr(32) * atleast(0, indent) + "anykeypyg()")
# print lc() + p
elif lp.rstrip() == "python":
indent += 4
inlinep = 1
print lc() + p
elif lp.rstrip() == "todisplay":
mode = "output the following:"
print lc() + p
else:
if not lnob(x, 0) == "figg":
if lnob(x, 0) != "fig" and not lnob(x, 0) in cmds.keys() and not lnob(x, 0) in funcs.keys() + ["forin", "for", "function", "nextin", "next", "while", "wend"] + ["break", "pass"]:
if not lnob(x, 0) in vrs: vrs += [lnob(x, 0)[:]]
outfile.write("\n")
outfile.write(chr(32) * atleast(0, indent) + "figlist = 0\n")
outfile.write(chr(32) * atleast(0, indent) + "try: figlist = int(type(" + lnob(x, 0) + ") == list)\n")
outfile.write(chr(32) * atleast(0, indent) + "except NameError: pass\n")
outfile.write(chr(32) * atleast(0, indent) + "if not figlist: " + lnob(x, 0) + " = 0 \n")
if lnob(x, 0) == "fig":
#print lc() + p
indent = atleast(0, indent - 4)
if lnob(x, 0) == "wend":
#print lc() + p
indent = atleast(0, indent - 4)
if lnob(x, 0) == "next":
#print lc() + p
indent = atleast(0, indent - 4)
if lnob(x, 0) == "nextin":
#print lc() + p
indent = atleast(0, indent - 4)
if lnob(x, 0) == "try":
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "try:\n")
indent = atleast(0, indent + 4)
if lnob(x, 0) == "else":
#print lc() + p
outfile.write(chr(32) * atleast(0, indent - 4) + "else:\n")
if lnob(x, 0) == "except":
#print lc() + p
indent = atleast(0, indent - 4)
outfile.write(chr(32) * atleast(0, indent) + "except:\n")
indent = atleast(0, indent + 4)
if lnob(x, 0) == "resume":
#print lc() + p
indent = atleast(0, indent - 4)
if lnob(x, 0) == "while":
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "while 1:\n")
indent += 4
if lnob(x, 0) == "function" and len(getmore(x, 1)) > 0:
#print lc() + p
mkf = []
funcname = getlmore(x, 1)[0]
prm = 1
while 1:
try:
aprm = getlmore(x, 1)[prm]
if len(aprm):
if aprm[0] != "#":
mkf += [aprm]
if aprm not in vrs: vrs += [aprm[:]]
prm += 1
except: break
ufunc[funcname] = mkf[:]
#print ufunc
#print len(ufunc[funcname])
outfile.write(chr(32) * atleast(0, indent) + "def " + funcname + "(" + ", ".join(mkf) + "):\n")
indent += 4
if lnob(x, 0) == "for" and len(getmore(x, 1)) == 4:
#print lc() + p
gmro = getlmore(x, 1)[0]
gmrt = getlmore(x, 1)[1]
gmrh = getlmore(x, 1)[2]
gmrf = getlmore(x, 1)[3]
if gmro not in vrs: vrs += [gmro[:]]
if "." not in gmrf and (gmrf.strip()) not in ("0", "0.0", "-0") and "." not in gmrt and "." not in gmrh:
outfile.write(chr(32) * atleast(0, indent) + "for " + gmro + " in range(int(float(" + gmrt + ")), int(float(" + gmrh + ")) + figsgn(" + gmrf + "), fignonz(int(float(" + gmrf + ")))):\n")
else:
outfile.write(chr(32) * atleast(0, indent) + gmro + " = float(" + gmrt + ") - float(" + gmrf+ ")\n" + chr(32) * atleast(0, indent) + "while 1:\n" + chr(32) * atleast(0, indent + 4) + gmro + " += float(" + gmrf + ")\n" + chr(32) * atleast(0, indent + 4) + "if " + gmrf + " > 0 and " + gmro + " > float(" + gmrh + "): break\n" + chr(32) * atleast(0, indent + 4) + "elif " + gmrf + " <= 0 and " + gmro + " < float(" + gmrh + "): break\n")
indent += 4
if lnob(x, 0) == "forin" and len(getmore(x, 1)) == 2:
#print lc() + p
gmro = getlmore(x, 1)[0]
gmrt = getlmore(x, 1)[1]
if gmro not in vrs: vrs += [gmro[:]]
outfile.write(chr(32) * atleast(0, indent) + "for " + gmro + " in " + gmrt + ":\n")
indent += 4
if lnob(x, 0) == "break":
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "break\n")
if lp.rstrip() == "graphics":
outfile.write(chr(32) * atleast(0, indent) + "figraphics = -1\n")
figraphics = -1
outfile.write(chr(32) * atleast(0, indent) + "figpset(0, -1, -1, 0)\n")
#print lc() + p
if lnob(x, 0) == "textmode":
#print lc() + p
addto[3] = 1
outfile.write(chr(32) * atleast(0, indent) + "figraphics = 0\n")
outfile.write(chr(32) * atleast(0, indent) + "stopgraphics()\n")
figraphics = 0
if lnob(x, 0) == "pass":
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "pass\n")
if lnob(x, 0) == "iftrue":
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "if " + lnob(x, 1) + ":\n") ; indent += 4
if lnob(x, 0) == "ifequal" and len(getmore(x, 1)) == 2:
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "if " + lnob(x, 1) + " == " + lnob(x, 2) + ":\n") ; indent += 4
if lnob(x, 0) == "ifless" and len(getmore(x, 1)) == 2:
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "if " + lnob(x, 1) + " < " + lnob(x, 2) + ":\n") ; indent += 4
if lnob(x, 0) == "ifmore" and len(getmore(x, 1)) == 2:
#print lc() + p
outfile.write(chr(32) * atleast(0, indent) + "if " + lnob(x, 1) + " > " + lnob(x, 2) + ":\n") ; indent += 4
if lnob(x, 0) != "fig" and lnob(x, 0) not in funcs.keys() + ["forin", "for", "function", "nextin", "next", "while", "wend"] + ["break", "pass"]:
print lc() + p
vr = lnob(x, 0)
#print vr, type(vr)
#print getlmore(x, 1)
prsc = 0
cstrctr = 0
csbuf = []
vrcs = ""
for prs in getlmore(x, 1):
prsc += 1
if cstrctr > 0:
vrcs += prs
cstrctr -= 1
if cstrctr == 0:
if lnob(x, prsc - 1) == "return":
outfile.write(chr(32) * atleast(0, indent) + vrcs)
elif lnob(x, prsc - 2) == "swap":
vrcs = lnob(x, prsc - 1) + ", " + lnob(x, prsc - 0) + " = " + lnob(x, prsc - 0) + ", " + lnob(x, prsc - 1)
outfile.write(chr(32) * atleast(0, indent) + vrcs + " ; ")
else:
outfile.write(chr(32) * atleast(0, indent) + vrcs + ") ; ")
else:
vrcs += ", "
continue
if prs.lower() in funcs.keys() + ["forin", "for", "function", "nextin", "next", "while", "wend"] + ["break", "pass"]:
e = 3
if prs.lower() in vrs and cstrctr == 0: #and len(getmore(x, 1)) == 1:
outfile.write(chr(32) * atleast(0, indent) +vr + " = " + prs.lower() + "\n")
if prs[0] == "\"": outfile.write(chr(32) * atleast(0, indent) +vr + " = " + prs + " ; ")
if prs[0] in ".1234567890-":
outfile.write(chr(32) * atleast(0, indent) +vr + " = " + prs + " ; ")
if prs[0] == "#": outfile.write(prs + "\n") ; break
if prs.lower() in ufunc.keys():
##print prs
cstrctr = len(ufunc[prs])
##print cstrctr
if cstrctr == 0:
outfile.write(chr(32) * atleast(0, indent) +vr + " = " + prs.lower() + "() ; " )
else:
vrcs = vr + " = " + prs.lower() + "(" #multiparameter
if prs.lower() in cmds.keys():
##print prs
cstrctr = cmds[prs]
##print cstrctr
if cstrctr == -1:
outfile.write(chr(32) * atleast(0, indent) +"fig" + prs.lower() + "(" + vr + ") ; " )
if cstrctr == 0:
outfile.write(chr(32) * atleast(0, indent) +vr + " = fig" + prs.lower() + "(" + vr + ") ; " )
if cstrctr < -1:
if prs == "return":
cstrctr = abs(cstrctr) - 1
vrcs = "return " #parameter
else:
cstrctr = abs(cstrctr) - 1
if prs == "swap": vrcs = "swap "
else: vrcs = "fig" + prs.lower() + "(" + vr + ", " #multiparameter
else:
vrcs = vr + " = fig" + prs.lower() + "(" + vr + ", " #multiparameter
outfile.write("\n")
else:
print lc() + p
else:
e = 2
# if not len(error):
# error = "error: unknown command."
# errorin = linecount
# errorsrc = p
# print lc() + "unknown:", p
if e == 1:
e = 0
if not len(error):
error = "error: problem in command structure or details."
errorin = linecount
errorsrc = p
print lc() + "unable to parse:", p
if e == 2:
e = 0
if not len(error):
error = "error: cannot create variable or function beginning with 'fig'"
errorin = linecount
errorsrc = p
print lc() + "can't fig: " + p
if e == 3:
e = 0
if not len(error):
error = "error: single-line function not on own line"
errorin = linecount
errorsrc = p
print lc() + "unable to parse: " + p
#for p in range(len(addtoout)):
# if addto[p]: outfile.write(addtoout[p])
#for p in buf:
# outfile.write(p)
outfile.close()
try: os.system("chmod +x \"" + outname + "\"")
except: pass
print
if errorin:
print error ; color(14, None) ; print "error in line " + str(errorin) + ":" ; color(7, None)
print errorsrc
else:
color (11, None) ; print "translation complete. ", ; color(7, None)
print "here's a python script you can run: ", color(11, None) + outname + color(7, None)
print
# x "hello, world!"
# z x prints
# z x print
# x 5
# x 5 times 7
# x 3 plus 5 times 7
# z x abs
# x z asc abs int
#x if 5```````````````` # if x = 5 then
#x print````````````````# print x
#fig````````````````````# end if
#x if > 5`````````````` # if x > 5 then
#x print````````````````# print x
#fig````````````````````# end if
#x if >= 5``````````````# if x >= 5 then
#y if < 9`````````````` # if y < 9 then ' x >= 5 and y < 9
#x print````````````````# print x
#fig````````````````````# end if
#fig````````````````````# end if
#func hello p`````````` # function hello(p)
#x "hello, "````````````# x = "hello, "
#x prints`````````````` # print x;
#return 5`````````````` # hello = 5 : exit function
#fig````````````````````# end function
#x hello x``````````````# x = hello(x)
#func hello p`````````` # function hello(p)
#x "hello, "````````````# x = "hello, "
#x prints`````````````` # print x; : print p
#p print````````````````# hello = 0
#fig````````````````````# end function
#x "pete"`````````````` # x = "pete"
#x if 5```````````````` # if x = 5 then
#hello x````````````````# hello(x) ' function called as a sub
#fig````````````````````# end if
#x if 7```````````````` # if x = 7 then ' or structure
#hello x````````````````# hello(x)
#fig````````````````````# end if
#x if 5```````````````` # if x = 5 then
#p "five" print```````` # p = "five" : print p
#x elif 7`````````````` # elseif x = 7 then
#p "seven" print````````# p = "seve" : print p
#else`````````````````` # else
#p "not 5 or 7" print`` # p = "not 5 or 7" : print p
#fig````````````````````# end if
#y copy x`````````````` # y = x
#or alternatively:
#y x````````````````````# y = x
#y chr 70 mid y 1 1```` # y = chr(70) : y = mid(y, 1, 1)
#x print sleep 2 cls````# print x : sleep 2 : cls
#peteswpfile open "wp"``# open "wp" for input as peteswpfile ' handle instead of number
#p lineinput peteswpfile# line input p, peteswpfile
#peteswpfile close``````# close peteswpfile
#golfscrs overwrite "gs"# open "wp" for output as golfscrs
#printf p golfscrs``````# print #golfscrs, p
#golfscrs close`````````# close golfscrs
#golfscrs addto "gs"````# open "wp" for append as golfscrs
#printf p golfscrs``````# print #golfscrs, p
#golfscrs close`````````# close golfscrs
#or alternatively:
#golfscrs append "gs"```# open "wp" for append as golfscrs
#printf p golfscrs``````# print #golfscrs, p
#golfscrs close`````````# close golfscrs
#APPEND a
#BINARY rb+
#CIRCLE CLOSE COMMAND$
# ELSEIF EOF
#FILES GET
# INCLUDE INPUT() INSTR LOC LSET
# MKDIR NAME
#PAINT #shell seek rset put palette
```
license: 0-clause bsd
```
# 2015 mn
#
# Permission to use, copy, modify, and/or distribute this software for any
# purpose with or without fee is hereby granted.
#
# THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES
# WITH REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF
# MERCHANTABILITY AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR
# ANY SPECIAL, DIRECT, INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES
# WHATSOEVER RESULTING FROM LOSS OF USE, DATA OR PROFITS, WHETHER IN AN
# ACTION OF CONTRACT, NEGLIGENCE OR OTHER TORTIOUS ACTION, ARISING OUT OF
# OR IN CONNECTION WITH THE USE OR PERFORMANCE OF THIS SOFTWARE.
```
=> https://freesoftwareresistance.neocities.org