def extract_gprod(f):
records = subprocess.check_output(['grep', ' 11:55 M GP '], stdin=f)
res = []
d = None
day = {}
def save_day():
if day:
grow = {i: day[i][0] for i in day}
drow = {i: day[i][1] for i in day}
for dct in [grow, drow]:
dct['total'] = sum(dct.values())
res.append({'date': d, 'gprod': grow, 'dprod': drow})
for record in records.splitlines():
# <date> 11:55 M GP <class> <current> <delta>
date, time, M, GP, cls, current, delta = record.split(" ")
assert time == '11:55', record
assert M == 'M', record
assert GP == 'GP', record
date = hhist.date.parse(date)
if date != d:
save_day()
day = {}
d = date
cls = int(cls)
current = hsave.readfloat(current)
delta = hsave.readfloat(delta)
day[cls] = (current, delta)
save_day()
return res
def extract_gprod(f):
records = subprocess.check_output(['grep', ' 11:55 M GP '], stdin=f)
res = []
d = None
day = {}
def save_day():
if day:
grow = {i:day[i][0] for i in day}
drow = {i:day[i][1] for i in day}
for dct in [grow, drow]:
dct['total'] = sum(dct.values())
res.append({'date':d, 'gprod':grow, 'dprod':drow})
for record in records.splitlines():
# <date> 11:55 M GP <class> <current> <delta>
date, time, M, GP, cls, current, delta = record.split(" ")
assert time == '11:55', record
assert M == 'M', record
assert GP == 'GP', record
date = hhist.date.parse(date)
if date != d:
save_day()
day = {}
d = date
cls = int(cls)
current = hsave.readfloat(current)
delta = hsave.readfloat(delta)
day[cls] = (current, delta)
save_day()
return res
def extract_como(f):
records = subprocess.check_output(os.path.join(this_script_path, 'como'),
stdin=f)
entries = []
for record in records.splitlines():
date, etyp, value = record.split(" ")
date = hhist.date.parse(date)
value = hsave.readfloat(value)
if etyp == 'CO':
vname = 'confid'
elif etyp == 'MO':
vname = 'morale'
else:
raise Exception("Bad etyp", etyp, "in record", record)
entries.append({'date': date, 'etyp': etyp, vname: value})
co = extract_confid(entries)
mo = extract_morale(entries)
res = []
last = None
for c, m in zip(co, mo):
if c[0] != m[0]:
raise UnpairedEntry(c[0], m[0])
while last and (c[0] != last['date'].next()):
last['date'] = last['date'].next()
res.append(dict(last))
last = {'date': c[0], 'confid': c[1], 'morale': m[1]}
res.append(dict(last))
return (res)
def extract_como(f):
records = subprocess.check_output(os.path.join(this_script_path, 'como'), stdin=f)
entries = []
for record in records.splitlines():
date, etyp, value = record.split(" ")
date = hhist.date.parse(date)
value = hsave.readfloat(value)
if etyp == 'CO':
vname = 'confid'
elif etyp == 'MO':
vname = 'morale'
else:
raise Exception("Bad etyp", etyp, "in record", record)
entries.append({'date':date, 'etyp':etyp, vname:value})
co = extract_confid(entries)
mo = extract_morale(entries)
res = []
last = None
for c,m in zip(co, mo):
if c[0]!=m[0]:
raise UnpairedEntry(c[0], m[0])
while last and (c[0] != last['date'].next()):
last['date'] = last['date'].next()
res.append(dict(last))
last = {'date':c[0], 'confid':c[1], 'morale':m[1]}
res.append(dict(last))
return(res)
def extract_cshr(f):
records = subprocess.check_output(os.path.join(this_script_path, 'cshr'), stdin=f)
entries = {}
for record in records.splitlines():
date, etyp, delta, current = record.split(" ")
date = hhist.date.parse(date)
delta = hsave.readfloat(delta)
if etyp == 'CA':
entries[date] = delta
else:
raise Exception("Bad etyp", etyp, "in record", record)
return entries
def extract_cshr(f):
records = subprocess.check_output(os.path.join(this_script_path, 'cshr'),
stdin=f)
entries = {}
for record in records.splitlines():
date, etyp, delta, current = record.split(" ")
date = hhist.date.parse(date)
delta = hsave.readfloat(delta)
if etyp == 'CA':
entries[date] = delta
else:
raise Exception("Bad etyp", etyp, "in record", record)
return entries
