def backup(path):
backup_path = path + ".backup"
try:
curr_bytes = stat(path).st_size
except OSError:
RESULT("No file to backup...")
return 0
try:
back_bytes = stat(backup_path).st_size
except OSError:
RESULT("No backup file, creating one")
b = open(backup_path, 'w')
b.write("")
b.close()
back_bytes = stat(backup_path).st_size
if curr_bytes > back_bytes:
back = open(backup_path, 'w')
curr = open(path, 'r')
# Copy current into backup if gt
# print "Backing", path, "into", backup_path
for line in curr:
print(line, file=back)
back.close()
curr.close()
def getIndexInput(max, multiple=False):
ind_array = ""
isNum = False
inRange = False
while not (isNum and inRange):
try:
if multiple:
ind_array = [
int(x) - 1 for x in input(
'Please pick numbers (with spaces)(0 to cancel): ').
split()
]
else:
ind_array = [
int(input('Please pick a number (0 to cancel): ')) - 1
]
isNum = True
for ind in ind_array:
if ind < max: inRange = True
else:
inRange = False
RESULT("Out of range, please try again")
break
except ValueError:
isNum = False
RESULT("Not a number, please try again")
if len(ind_array) == 1: return ind_array[0]
return ind_array
def removeprompt(self):
name = input('Food Name: ').strip()
if name in self.foodmap:
del self.foodmap[name]
RESULT("[Removed]", file=sys.stderr)
else:
RESULT("[Does not exist!]", file=sys.stderr)
self.write()
def display(self, date=None, lastSeven=False):
# Dates in order
availdates = sorted(self.weightlogmap.keys())
if len(availdates) == 0:
RESULT("Nothing logged.")
return
if date == None:
date = availdates[0]
#Start point
index = availdates.index(date)
#Last7
if lastSeven:
index -= 7
if index < 0:
index = 0
print(Weight.printheader(), file=sys.stderr) #print header
# Print all dates from that day forward
# For today it is a single date
for dated in availdates[index:]:
w = self.weightlogmap[dated]
print("%s\t%s %s" % (dated, w.printout(),
(" <--" if date == dated else " ")),
file=sys.stderr)
def insertprompt(self):
name = input('Food Name: ').strip()
if name in self.foodmap:
RESULT("[Food already exists!]", file=sys.stderr)
print(self.foodmap[name].printout(header=True), file=sys.stderr)
exit(-1)
self.insert(name)
def checkLastNight(self):
if self.yesterday in self.weightlogmap:
w = self.weightlogmap[self.yesterday]
if w.night == -1:
INFO("Last night not set")
if (ynprompt('Set last night? ')):
self.logprompt(self.yesterday, isDay=False)
return True
RESULT("[Ignoring last night]")
if ynprompt('Ignore permanently? '):
self.log(self.yesterday, 0, False)
RESULT("[Ignoring last night permanently]")
return True
RESULT("[Temporarily ignored last night, moving on..]\n")
return False #nothing changed
def choice(array, compare_to=0, multiple=False):
# Encaps.
'''Takes a list of objects and returns one'''
def def_choice(array, compare_to, isTuple=False, isYem=True):
choose = 1
if isYem:
print(Yemek.printFullHeader())
for x in array:
scale = 1
if isTuple:
scale = x[1]
x = x[0]
choose_s = "%2d: " % choose
sobj = x
if isYem:
sobj = x.scaled(scale)
print(sobj.printout(pre=choose_s))
else:
print("%s%s" %
(choose_s,
(sobj if not isTuple else sobj + ' ' + str(scale))))
if compare_to != 0:
# Whatever is compared MUST have equality method overloaded, else standard type
if sobj == compare_to:
result("Found definite match!")
return x
choose += 1
ind = getIndexInput(len(array), multiple)
if ind == -1: return -1
res = array[ind]
if isTuple:
res = array[ind][0] # dont want scale
print("")
print(("Chose: %s" %
res) if not isYem else res.printout(pre="Chose: "))
return res
# Main
print("")
if len(array) == 0:
RESULT("No matches")
return -1
isTuple = isinstance(array[0], tuple)
isYem = isinstance(array[0][0] if isTuple else array[0], Yemek)
return def_choice(array, compare_to, isTuple, isYem)
def updateprompt(self):
# Print details if exists, else insert, else return close match
name = self.info(input('Food: ').strip())
# Name exists by now, or prog exited
if name in self.foodmap:
edit = input('\nEdit? ')
if edit[0].lower() != 'y':
exit(-1)
else:
RESULT("\n[New Food: \"%s\"]" % name, file=sys.stderr)
self.insert(name)
def userSingleListPrompt(pretext, message_array, str_array):
opts = None
lowr_str_array = [x.lower() for x in str_array]
max_tries = 3
while opts == None and max_tries > 0:
inp = input("%s - %s : [%s]? " %
(pretext, ' / '.join(message_array), '/'.join(str_array)))
inp += ' '
inp = inp[0].lower()
if inp not in lowr_str_array:
RESULT("Invalid input.", end="")
max_tries -= 1
else:
opts = inp
return inp
def callProgs(self):
Config.resolveAllPaths()
#import pdb
#pdb.set_trace()
if self.weight:
wl = WeightLog()
if self.insert:
wl.checkGaps()
return
if self.remove:
RESULT("TODO: Not implemented")
return
if self.list:
wl.display() # default first
return
if self.plot:
xy = XYGraph(False)
startdate=""
for date in sorted(wl.weightlogmap.keys()):
if startdate=="":
startdate=date
continue
days_since = daysSince(startdate,date)
total = days_since
# print date,total
w = wl.weightlogmap[date]
if w.morn>0:
xy.addPoint(total,w.morn,"x")
if w.night>0:
xy.addPoint(total+.5,w.night,"x")
Printer(xy)
return
RESULT("Nothing to do")
return
if self.food:
fl = FoodLogger(testmode=self.test)
if self.insert:
fl.log(self.opts)
return
if self.remove:
RESULT("Not implemented")
return
if self.list:
date = fl.date
if self.opts!="":
count = int(self.opts)
while count >0:
date = previousDay(date)
count -= 1
fl.showTotals(date, showPie=True)
return
if self.plot:
RESULT("Not implemented")
return
if self.suggest:
fl.makeTotals(fl.date)
p = fl.pie
lowcal=False
tag=""
try:
p.allow_kc = int(self.opts)
except ValueError:
opts = self.opts.lower().split()
if len(opts)!=1:
tag= ' '.join(opts[:-1])
p.allow_kc = int(opts[-1])
else:
tag=self.opts
if tag=="lowcal":
lowcal=True
pass
s = Suggest(fl.foodlist,
p.allow_kc,
p.allow_carb,
p.allow_prot,
p.allow_fat,
tag)
if lowcal:s.lowCalHighPF()
else:s.suggestSomething()
return
p.allow_kc = int(self.opts)
except ValueError:
opts = self.opts.lower().split()
if len(opts)!=1:
tag= ' '.join(opts[:-1])
p.allow_kc = int(opts[-1])
else:
tag=self.opts
if tag=="lowcal":
lowcal=True
pass
s = Suggest(fl.foodlist,
p.allow_kc,
p.allow_carb,
p.allow_prot,
p.allow_fat,
tag)
if lowcal:s.lowCalHighPF()
else:s.suggestSomething()
return
try:
Args(sys.argv)
except KeyboardInterrupt:
RESULT("\nQuit")
exit(-1)