def sincronizar(self):
print("Sincronizar case")
planilh = planilha.Planilha()
plants = fNk.readFileToArray("userInput.txt")
s = sinc.Sincronizador()
s.syncDatabase(plants)
pass
def makeRequestsTests(self,macrofitasXls):
planilha = pl.Planilha()
p1 = planilha.openPlantsXls(macrofitasXls)
#p = planilha.listStartsWith(p1,'Dactyloctenium aegyptium')
for plant in p1:
request = SpeciesRequest(plant,self.decoder,self.manager)
request.makeRequests()
return self.manager
def convertAllToCsv(self):
planilhaObj = planilha.Planilha()
ocurrencesStringArrays = []
for ocurrence in self.ocurrences:
ocurrencesStringArrays.append(ocurrence.toArray())
planilhaObj.writeCsv('generatedDocs/speciesLink.csv', [
'planta', 'coletador', 'local', 'pais', 'estado', 'cidade',
'latitude', 'longitude', 'data'
], ocurrencesStringArrays)
def load(self, path, filename):
planilh = planilha.Planilha()
cam = (filename[0])
print(cam)
p = planilh.openPlantsXls(cam)
plantsStr = ""
for plant in p:
plantsStr += plant + "\n"
fNk.writeToFile("userInput.txt", plantsStr)
print("userInput.txt gerado")
self.dismiss_popup()
def makeRequestsTests(self, macrofitasXls):
planilha = pl.Planilha()
p = planilha.openPlantsXls(macrofitasXls)
for plant in p:
print(plant)
try:
result = tpl.roda(plant)
except:
time.sleep(10)
result = tpl.roda(plant)
if (result) == 0:
self.nonExistent.append(plant)
def makeRequestsTests(self,macrofitasXls):
plantsOcurrences = {}
ocurrencesManager = oc.OcurrencesManager()
planilha = pl.Planilha()
p = planilha.openPlantsXls(macrofitasXls)
for plant in p:
try:
self.processRequest(plant,ocurrencesManager)
except:
time.sleep(10)
self.processRequest(plant,ocurrencesManager)
ocurrencesManager.writeAllToDb()
return ocurrencesManager
def makeRequestsTest(self,macrofitasXls):
planilha = pl.Planilha()
p = planilha.openPlantsXls(macrofitasXls)
#p = planilha.listStartsWith(p,'Stemodia pratensis')
for plant in p:
print(plant)
frequest = FloraRequest(plant)
result = frequest.makeRequest()
if result!=1 and result!=0:
self.sinonimos.append(plant)
request2 = FloraRequest(result)
request2.makeRequest()
elif result==0:
self.nonExistent.append(plant)
print("Nonexistents on Flora")
for nonExistent in self.nonExistent:
print(nonExistent)
def nomesvalidos(self):
PLa = cone.DAOPlant()
if PLa.tableIsEmpty() == False:
print("Plants table case")
planilh = planilha.Planilha()
plants = fNk.readFileToArray("userInput.txt")
s = sinc.Sincronizador()
s.mountPlantsTable(plants)
else:
content = Label(
text=
'Os requisitos para essa execução não foram atendidos. É necessário sincronizar.'
)
self._popup = Popup(title="Erro",
content=content,
size_hint=(0.9, 0.9))
self._popup.open()
Clock.schedule_once(self.dismiss_popup, 4)
def speciesl(self):
daoOcurrenc = cone.DAOOcurrence()
if daoOcurrenc.tableIsEmpty() == False:
print("Ocurrences table case")
planilh = planilha.Planilha()
plants = fNk.readFileToArray("userInput.txt")
s = sinc.Sincronizador()
s.mountOcurrencesTable(plants)
#gera planilha das ocorrencias do species
pass
else:
content = Label(
text=
'Os requisitos para essa execução não foram atendidos. É necessário sincronizar.'
)
self._popup = Popup(title="Erro",
content=content,
size_hint=(0.9, 0.9))
self._popup.open()
Clock.schedule_once(self.dismiss_popup, 4)
pass
def florxtpl(self):
flora = cone.DAOPlant()
species = cone.DAOOcurrence()
if ((flora.tableIsEmpty() == False)
and (species.tableIsEmpty() == False)):
print("Comparative table case")
planilh = planilha.Planilha()
plants = fNk.readFileToArray("userInput.txt")
s = sinc.Sincronizador()
s.mountComparativeCsv(plants)
print("nada vazio, tudo certo")
else:
content = Label(
text=
'Os requisitos para essa execução não foram atendidos. É necessário sincronizar.'
)
self._popup = Popup(title="Erro",
content=content,
size_hint=(0.9, 0.9))
self._popup.open()
Clock.schedule_once(self.dismiss_popup, 4)
def __init__(self):
self.connection = con.Connection()
self.daoPlant = con.DAOPlant()
self.daoOcurrence = con.DAOOcurrence()
self.planilha = pl.Planilha()
self.plantasCorretas = []
