def generate_versions(f, plants):
v = IniParser()
v.read('versions.ini')
for app in v.sections():
f.write('<tr>\n')
f.write('<th>%s</th>\n' % app)
for i in plants:
tooltip = ' title = \'%s%s\'' % (app, create_tooltip(i))
o = ('', '')
if app in i.versions: o = i.versions[app]
ver = o[0]
hash = o[1]
current = v.get(app, 'current').split(',' ' ')
testing = v.get(app, 'testing').split(',' ' ')
if ver in current: style = ' class="green"'
elif ver in testing: style = ' class="yellow"'
else: style = ' class="pink"'
#endif
if hash != v.get(app, 'v%s' % ver): style = ' class="red"'
if not hash and not ver: style = ' class="grey"'
f.write('<td%s%s>%s</td>\n' % (tooltip, style, ver))
#endfor
f.write('</tr>\n')
def get_structure(self):
log.log('get_structure function called')
self.structure = []
f = './temp/ini/parameters.ini'
if not os.path.isfile(f): return
i = IniParser()
i.read(f)
self.structure.append(('mixer', i.get('Mixer', 'Volume')))
f = './temp/ini/base.ini'
if not os.path.isfile(f): return
i = IniParser()
i.read(f)
if i.getint('General', 'WeighingConveyer') > 0: self.structure.append(('weighing conv', i.getint('General', 'WeighingConveyer')))
if i.getint('Structure', 'Lifts') > 0: self.structure.append(('lifts', i.getint('Structure', 'Lifts')))
if i.getint('Structure', 'Conveyers') > 0: self.structure.append(('convs', i.getint('Structure', 'Conveyers')))
if i.getint('Structure', 'Reservoirs') > 0: self.structure.append(('reservoirs', i.getint('Structure', 'Reservoirs')))
for sec in ('Aggregate_Bin', 'Cement_Bin', 'Water_Bin', 'Admixture_Bin'):
silos = 0
#goes through up to 10 possible bins
for num in range(1, 10):
pom = i.getint('%s%i' % (sec, num), 'Silos', 0)
if pom > silos: silos = pom
#endfor
abr = sec.split('_')[0]
self.structure.append(('%s' % abr.lower(), '%i -> %i -> %i' % (silos, i.getint(abr, 'Bins'), i.getint(abr, 'Scales'))))
#endfor
x = i.get('BinaryInput_Signals', 'I_Bin1CEMclosed', 'x').strip()
if not x in ('x', '255'): self.structure.append(('cement_bin1 limit switch signal', x))
x = i.get('BinaryInput_Signals', 'I_Bin2CEMclosed', 'x').strip()
if not x in ('x', '255'): self.structure.append(('cement_bin2 limit switch signal', x))
if i.getint('Hardware', 'IND-1') > 2: self.structure.append(('hardware', 'old'))
else: self.structure.append(('hardware', 'new'))
x = i.get('Hardware', 'PointerCounts', 'x').strip()
self.structure.append(('pointercounts', x))
def generate_ini_hashes(f, plants):
h = IniParser()
h.read('hashes.ini')
for ini in h.sections():
f.write('<tr>\n')
f.write('<th>%s</th>\n' % ini)
for i in plants:
tooltip = ' title = \'%s%s\'' % (ini, create_tooltip(i))
if ini in i.ini_hashes:
hash = 'h%s' % i.ini_hashes[ini]
style = ' class="pink"'
if h.has_option(ini, hash):
val = h.get(ini, hash)
app = val.split(':')[0]
if (h.get(ini, hash) == '' or (app in i.versions and i.versions[app][0] in h.get(ini, hash))) \
and (not h.has_option(ini, '%s_motherboard' % hash) or i.motherboard in h.get(ini, '%s_motherboard' % hash)):
style = ' class="green"'
if h.has_option(ini, '%s_message' % hash): hash = h.get(ini, '%s_message' % hash)
else: hash = ''
else:
style = ' class="yellow"'
#endif
#endif
else:
hash = ''
style = ' class="grey"'
#endif
f.write('<td%s%s>%s</td>\n' % (tooltip, style, hash))
#endfor
f.write('</tr>\n')
def get_coefficients(self):
log.log('get_coefficients function called')
self.coefficients = {}
converter = 8192
if self.mj in ('mj04', 'mj22', 'mj36'): converter = 4096
l = []
f = './temp/ini/base.ini'
if not os.path.isfile(f): return
i = IniParser()
i.read(f)
for s in i.options('AnalogInput_Signals'):
if 'scale' in s.lower() and i.get('AnalogInput_Signals', s) != 'x': l.append((s, i.getint('AnalogInput_Signals', s)))
#endfor
f = './temp/ini/parameters.ini'
if not os.path.isfile(f): return
i = IniParser()
i.read(f)
for s, a in l:
self.coefficients[s] = i.getfloat(s, 'Range')
#endfor
f = './temp/ini/settings.ini'
if not os.path.isfile(f): return
i = IniParser()
i.read(f)
for s, a in l:
print s, a
print self.coefficients[s]
print i.getfloat('AnalogInput_Coefficients', 'Coefficient%i' % a)
print type(self.coefficients[s])
print type(i.getfloat('AnalogInput_Coefficients', 'Coefficient%i' % a))
capacity = self.coefficients[s]
difference = (i.getfloat('AnalogInput_Coefficients', 'Coefficient%i' % a) / (capacity/converter) - 1) * 100
offset = i.getint('AnalogInput_Offsets', 'Offset%i' % a)
self.coefficients[s] = (capacity, difference, offset)
def assign_materials_to_silos(adaptivity):
log.info('assign_materials_to_silos function called')
pom = {'AGG': 'Aggregate', 'CEM': 'Cement', 'ADM': 'Admixture', 'WTR': 'Water'}
ret = {}
f = './temp/ini/placemnt.ini'
if not os.path.isfile(f): return ret
i = IniParser()
i.read(f)
for silo in adaptivity:
base = silo[0:3]
number = silo[3:]
for s in i.sections():
if pom[base] in s and 'Silo%s' % number in s:
ret[silo] = i.get(s, 'Name')
#endif
#endfor
#endfor
return ret
def get_adaptivity(mj):
log.log('get_adaptivity function called')
class Adaptivity():
def __init__(self, silo, scale, coefficient):
self.silo = silo
#log.info('creating new class for %s' % self.silo)
self.scale = scale
self.coefficient = coefficient
self.first = None
#enddef
def check_line(self, line):
if not self.scale in line: return
if not self.first and self.first != 0:
self.first = int(line.split('=')[1])
#log.info('%s first %s' % (self.silo, self.first))
else:
self.adaptivity = (int(line.split('=')[1]) - self.first) * self.coefficient
self.time = get_datetime_from_log(line)
return 'all done'
#endif
#enddef
#enclass
ret = {} # ret[silo] = [(time, adaptivity), ...]
materials = {'AGG': 'Aggregate', 'CEM': 'Cement', 'ADM': 'Admixture', 'WTR': 'Water'}
cache = {} # cache[silo] = {'Scale': scale, 'Coefficient': coefficient}
incompletes = [] # incompletes = [Adativity(), ...]
f = './temp/ini/base.ini'
if not os.path.isfile(f): return ret
base = IniParser()
base.read(f)
f = './temp/ini/settings.ini'
if not os.path.isfile(f): return ret
settings = IniParser()
settings.read(f)
fn = 'recordedsignals.log'
for l in give_lines(fn, 3):
for m in materials:
if m in l and 'O_' in l and 'intoBin' in l and ')=0' in l:
silo = '%s%s' % (m, l.split(m)[1].split('into')[0]) # for example AGG5
if not silo in cache:
bin = 'Bin%s' % l.split('intoBin')[1].split(')=')[0]
scale = '%s_Scale%s' % (materials[m], base.get('%s_%s' % (materials[m], bin), 'CorrespondingScale'))
signal = base.get('AnalogInput_Signals', scale)
coefficient = settings.getfloat('AnalogInput_Coefficients', 'Coefficient%s' % signal)
cache[silo] = {}
cache[silo]['Scale'] = scale
cache[silo]['Coefficient'] = coefficient
#endif
if not silo in ret: ret[silo] = []
# Adding new adaptivities to list
incompletes.append(Adaptivity(silo, cache[silo]['Scale'], cache[silo]['Coefficient']))
break
#endif
#endfor
if 'Scale' in l:
for i in incompletes:
if i.check_line(l):
ret[i.silo].append((i.time, i.adaptivity))
incompletes.remove(i)
#endif
#endfor
#endif
#endfor
# read alternately adaptivity from info.txt
fn = 'control.log'
materials = {'aggregate': 'AGG', 'cement': 'CEM', 'admixture': 'ADM', 'water': 'WTR'}
for l in give_lines(fn, 3):
if not 'adaptivity for' in l: continue
material_type = materials[l.split(' for ')[1].split(' bin ')[0]]
silo_number = l.split(' silo ')[1].split(':')[0]
adaptivity = l.split(': ')[-1].strip()
time = get_datetime_from_log(l)
silo = '%s%s' % (material_type, silo_number)
if not silo in ret: ret[silo] = []
ret[silo].append((time, float(adaptivity)))
#endfor
# create output files
for silo in ret:
log.info('creating file for silo %s' % silo)
a = '../public_html_incoming'
if not os.path.isdir(a):
a = './public_html_incoming'
#endif
f = open('%s/%s%s.csv' % (a, mj, silo), 'w')
for x,y in ret[silo]:
f.write('%s;%i\n' % (x.strftime('%Y-%m-%d %H:%M:%S'), y))
#endfor
f.close()
#endfor
return ret
