def setText(self, txt):
if not self.labelFunction_:
if QtWidgets.QApplication.multiLangEnabled() and txt:
self.text_ = txt.decode("utf8")
if self.text_ == txt:
self.text_ = FLUtil.translate(self, "app", txt)
else:
self.text_ = txt
else:
dni = 0
argList = QtCore.QSArgumentList()
argList << txt
if self.domNodeData_ and not self.domNodeData_.isNull():
dni = FLDomDocument(self.domNodeData_)
argList << dni
v = self.labelFunction_(*argList)
if v:
txtFun = str(v)
if QtWidgets.QApplication.multiLangEnabled() and txtFun:
self.text_ = txtFun.decode("utf8")
if self.text_ == txtFun:
self.text_ = FLUtil.translate(self, "app", txtFun)
else:
self.text_ = txtFun
if dni:
del dni
def loadSVGStyle(self):
fileName = QtCore.QFileDialog.getOpenFileName(
"", FLUtil.translate(self, "app", "Fichero SVG (*.svg)"), self,
FLUtil.translate(self, "app", "Cargar estilo SVG"),
FLUtil.translate(self, "app", "Cargar estilo SVG"))
if not fileName or fileName == "":
return
self.ui_.ledStyle.setText("file:" + fileName)
self.updateReport()
def saveSVGStyle(self):
util = FLUtil()
if self.report_:
fileName = QtCore.QFileDialog.getSaveFileName(
"",
util.translate(self, "app", "Fichero SVG (*.svg)"),
self,
util.translate(self, "app", "Guardar en SVG"),
util.translate(self, "app", "Guardar en SVG")
)
if not fileName or fileName == "":
return
if not fileName.upper().contains(".SVG"):
fileName = fileName + ".svg"
q = QtCore.QMessageBox.question(
self,
util.translate(
self, "app", "Sobreescribir {}").format(fileName),
util.translate(
self,
"app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?"
).format(fileName),
util.translate(self, "app", "&Sí"),
util.translate(self, "app", "&No"),
"",
0,
1
)
if QtCore.QFile.exists(fileName) and q:
return
FLStylePainter.setSVGMode(True)
self.updateReport()
FLStylePainter.setSVGMode(False)
fileNames = []
for i in range(self.report_.pageCount()):
fname = fileName + str(i)
fileNames.append(fname)
page = self.report_.getPageAt(i)
psize = self.report_.pageDimensions()
page.setBoundingRect(QtCore.QRect(QtCore.QPoint(0, 0), psize))
page.save(fname, "svg")
FLStylePainter.normalizeSVGFile(fileName, fileNames)
self.updateReport()
def loadSVGStyle(self):
util = FLUtil()
fileName = QtCore.QFileDialog.getOpenFileName(
"",
util.translate(self, "app", "Fichero SVG (*.svg)"),
self,
util.translate(self, "app", "Cargar estilo SVG"),
util.translate(self, "app", "Cargar estilo SVG")
)
if not fileName or fileName == "":
return
self.ui_["ledStyle"].setText("file:" + fileName)
self.updateReport()
def database(self, connectionName="default"):
if not self.d:
self.d = FLSqlConnectionsPrivate()
if connectionName == "default":
if not self.d.defaultDB:
self.addDatabase(FLSqlDatabase())
return self.d.defaultDB
if not self.d.dictDB:
self.addDatabase(FLSqlDatabase())
return self.d.defaultDB
ret = self.d.dictDB.get(connectionName)
if not ret:
print(
FLUtil.translate(
"FLSqlConnections::database : No existe la conexión '%s', se devuelve la conexión por defecto 'default'"
% connectionName))
if not self.d.defaultDB:
self.addDatabase(FLSqlDatabase())
ret = self.defaultDB
return ret
def init1(self, actionName, parent = None):
self.setFocusPolicy(QtGui.QWidget.NoFocus)
if actionName.isEmpty():
self.action_ = False
print(FLUtil.translate("app","FLFormSearchDB : Nombre de acción vacío"))
return
else:
self.action_ = FLSqlConnections.database().manager().action(actionName)
if not self.action_:
print(FLUtil.translate("app","FLFormSearchDB : No existe la acción %s" % actionName))
return
self.cursor_ = FLSqlCursor(self.action_.table(), True,"default", 0, 0, self)
self.name_ = self.action_.name()
self.initForm()
def saveSnapShot(self, pathFile):
fi = QtCore.QFile(pathFile)
if not fi.open(QtCore.QFile.WriteOnly):
print("FLFormDB : " + FLUtil.translate(
"sys", "Error I/O al intentar escribir el fichero %s" %
pathFile))
return
self.snapShot().save(fi, "PNG")
def exportToPdf(self):
if self.slotsExportedDisabled_:
return
fileName = QtCore.QFileDialog.getSaveFileName(
"", FLUtil.translate(self, "app", "Fichero PDF (*.pdf)"), self,
FLUtil.translate(self, "app", "Exportar a PDF"),
FLUtil.translate(self, "app", "Exportar a PDF"))
if not fileName or fileName == "":
return
if not fileName.upper().contains(".PDF"):
fileName = fileName + ".pdf"
q = QtCore.QMessageBox.question(
self,
FLUtil.translate(self, "app", "Sobreescribir {}").format(fileName),
FLUtil.translate(
self, "app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?").
format(fileName), FLUtil.translate(self, "app", "&Sí"),
FLUtil.translate(self, "app", "&No"), "", 0, 1)
if QtCore.QFile.exists(fileName) and q:
return
self.slotPrintReportToPDF(fileName)
def inicialize2(self, *args, **kwargs):
actionName = str(args[0][0])
parent = args[0][1]
f = args[1]
if parent:
self.parent_ = parent
else:
self.parent_ = QtGui.QWidget(pineboolib.project.mainWidget(),
actionName, f)
self.layout = None
self.mainWidget_ = None
self.layoutButtons = None
self.pushButtonCancel = None
self.showed = False
self.iface = None
self.oldCursorCtxt = None
self.isClosing_ = False
self.initFocusWidget_ = None
self.oldFormObj = None
self.accepted_ = False
self.setFocusPolicy(QtGui.QWidget.NoFocus)
if actionName.isEmpty():
self.action_ = None
print(FLUtil.translate("sys", "FLFormDB : Nombre de acción vacío"))
return
else:
self.action_ = FLSqlConnections.database().manager().action(
actionName)
if not self.action_:
print(
FLUtil.translate(
"sys", "FLFormDB : No existe la acción %s" % actionName))
return
self.cursor_ = FLSqlCursor(self.action_.table(), True, "default", 0, 0,
self)
self.name_ = self.action_.name()
self.initForm()
def exportFileCSVData(self):
if self.slotsExportedDisabled_:
return
util = FLUtil()
fileName = QFileDialog.getSaveFileName(
self,
util.translate("app", "Exportar a CSV"),
"",
util.translate("app", "Fichero CSV (*.csv *.txt)")
)
if not fileName or fileName == "":
return
if not fileName.upper().contains(".CSV"):
fileName = fileName + ".csv"
q = QtCore.QMessageBox.question(
self,
util.translate("app", "Sobreescribir {}").format(fileName),
util.translate(
self,
"app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?"
).format(fileName),
util.translate("app", "&Sí"),
util.translate("app", "&No"),
"",
0,
1
)
if QtCore.QFile.exists(fileName) and q:
return
file = QtCore.QFile(fileName)
if file.open(Qt.IO_WriteOnly):
stream = QtCore.QTextStream(file)
stream << self.csvData() << "\n"
file.close()
else:
QtCore.QMessageBox.critical(
self,
util.translate("app", "Error abriendo fichero"),
util.translate(
"app",
"No se pudo abrir el fichero {} para escribir: {}"
).format(
fileName,
QtWidgets.QApplication.translate(
"QFile", file.errorString()
)
)
)
def exportToPDF(self):
if self.slotsExportedDisabled_:
return
util = FLUtil()
fileName = QFileDialog.getSaveFileName(
self, util.translate("app", "Exportar a PDF"), "",
util.translate("app", "Fichero PDF (*.pdf)"))
if fileName[0] == '':
return
if fileName[0].upper().find(".PDF") == -1:
fileName = fileName[0] + ".pdf"
if QtCore.QFile.exists(fileName):
q = QMessageBox.question(
self,
util.translate("app", "Sobreescribir {}").format(fileName),
util.translate(
"app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?"
).format(fileName), util.translate("app", "&Sí"),
util.translate("app", "&No"), "", 0, 1)
if q:
return
self.slotPrintReportToPdf(fileName)
def inicialize2(self,*args, **kwargs):
actionName = str(args[0][0])
parent = args[0][1]
f = args[1]
if parent:
self.parent_ = parent
else:
self.parent_ = QtGui.QWidget(pineboolib.project.mainWidget(), actionName, f)
self.layout = None
self.mainWidget_ = None
self.layoutButtons = None
self.pushButtonCancel = None
self.showed = False
self.iface = None
self.oldCursorCtxt = None
self.isClosing_ = False
self.initFocusWidget_ = None
self.oldFormObj = None
self.accepted_ = False
self.setFocusPolicy(QtGui.QWidget.NoFocus)
if actionName.isEmpty():
self.action_ = None
print(FLUtil.translate("sys","FLFormDB : Nombre de acción vacío"))
return
else:
self.action_ = FLSqlConnections.database().manager().action(actionName)
if not self.action_:
print(FLUtil.translate("sys","FLFormDB : No existe la acción %s" % actionName))
return
self.cursor_ = FLSqlCursor(self.action_.table(), True, "default", 0, 0, self)
self.name_ = self.action_.name()
self.initForm()
def init1(self, actionName, parent=None):
self.setFocusPolicy(QtGui.QWidget.NoFocus)
if actionName.isEmpty():
self.action_ = False
print(
FLUtil.translate("app",
"FLFormSearchDB : Nombre de acción vacío"))
return
else:
self.action_ = FLSqlConnections.database().manager().action(
actionName)
if not self.action_:
print(
FLUtil.translate(
"app",
"FLFormSearchDB : No existe la acción %s" % actionName))
return
self.cursor_ = FLSqlCursor(self.action_.table(), True, "default", 0, 0,
self)
self.name_ = self.action_.name()
self.initForm()
def exportToPDF(self):
if self.slotsExportedDisabled_:
return
util = FLUtil()
fileName = QFileDialog.getSaveFileName(
self,
util.translate("app", "Exportar a PDF"),
"",
util.translate("app", "Fichero PDF (*.pdf)")
)
if fileName[0] == '':
return
if fileName[0].upper().find(".PDF") == -1:
fileName = fileName[0] + ".pdf"
if QtCore.QFile.exists(fileName):
q = QMessageBox.question(
self,
util.translate("app", "Sobreescribir {}").format(fileName),
util.translate(
"app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?"
).format(fileName),
util.translate("app", "&Sí"),
util.translate("app", "&No"),
"",
0,
1
)
if q:
return
self.slotPrintReportToPdf(fileName)
def exportFileCSVData(self):
if self.slotsExportedDisabled_:
return
fileName = QtCore.QFileDialog.getSaveFileName(
"", FLUtil.translate(self, "app", "Fichero CSV (*.csv *.txt)"),
self, FLUtil.translate(self, "app", "Exportar a CSV"),
FLUtil.translate(self, "app", "Exportar a CSV"))
if not fileName or fileName == "":
return
if not fileName.upper().contains(".CSV"):
fileName = fileName + ".csv"
q = QtCore.QMessageBox.question(
self,
FLUtil.translate(self, "app", "Sobreescribir {}").format(fileName),
FLUtil.translate(
self, "app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?").
format(fileName), FLUtil.translate(self, "app", "&Sí"),
FLUtil.translate(self, "app", "&No"), "", 0, 1)
if QtCore.QFile.exists(fileName) and q:
return
file = QtCore.QFile(fileName)
if file.open(Qt.IO_WriteOnly):
stream = QtCore.QTextStream(file)
stream << self.csvData() << "\n"
file.close()
else:
QtCore.QMessageBox.critical(
self, FLUtil.translate(self, "app", "Error abriendo fichero"),
FLUtil.translate(
self, "app",
"No se pudo abrir el fichero {} para escribir: {}").format(
fileName,
QtWidgets.QApplication.translate(
"QFile", file.errorString())))
def sendEMailPdf(self):
t = self.ui_.leDocumento.text()
name = "informe.pdf" if not t or t == "" else t
fileName = QtCore.QFileDialog.getSaveFileName(
AQ_USRHOME + "/" + name + ".pdf",
FLUtil.translate(self, "app", "Fichero PDF a enviar (*.pdf)"),
self, FLUtil.translate(self, "app", "Exportar a PDF para enviar"),
FLUtil.translate(self, "app", "Exportar a PDF para enviar"))
if not fileName or fileName == "":
return
if not fileName.upper().contains(".PDF"):
fileName = fileName + ".pdf"
q = QtCore.QMessageBox.question(
self,
FLUtil.translate(self, "app", "Sobreescribir {}").format(fileName),
FLUtil.translate(
self, "app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?").
format(fileName), FLUtil.translate(self, "app", "&Sí"),
FLUtil.translate(self, "app", "&No"), "", 0, 1)
if QtCore.QFile.exists(fileName) and q:
return
autoCloseSave = self.autoClose_
self.slotPrintReportToPDF(fileName)
self.autoClose_ = autoCloseSave
FLUtil.writeSettingEntry("email/to", self.ui_.lePara.text())
FLUtil.writeSettingEntry("email/from", self.ui_.leDe.text())
FLUtil.writeSettingEntry("email/mailserver",
self.ui_.leMailServer.text())
fi = QtCore.QFileInfo(fileName)
name = fi.fileName()
self.smtpClient_.setMailServer(self.ui_.leMailServer.text())
self.smtpClient_.setTo(self.ui_.lePara.text())
self.smtpClient_.setFrom(self.ui_.leDe.text())
asutxt = self.ui_.leAsunto.text()
self.smtpClient_.setSubject(name if asutxt == "" else asutxt)
self.smtpClient_.setBody(self.ui_.leCuerpo.text() + "\n\n")
html = "<html><body><a href=\"http://abanq.org/\">"
html += "<img src=\"cid:logo.png@3d8b627b6292\"/>"
html += "</a><br/><br/></body></html>"
self.smtpClient_.addTextPart(html, "text/html")
self.smtpClient_.addAttachment(fileName)
self.smtpClient_.startSend()
def slotRenderProgress(self, p):
util = FLUtil()
if not self.rptEngine_:
return
if not self.progress_:
self.totalSteps_ = self.rptEngine_.getRenderSteps()
if self.totalSteps_ <= 0:
self.totalSteps_ = 1
self.progress_ = util.createProgressDialog(
util.translate("app", "Creando informe..."), self.totalSteps_)
# self.progress_.setMinimunDuration(self.M_PROGRESS_DELAY)
self.progress_.canceled.connect(self.slotCancelPrinting)
util.setProgress(p)
QtWidgets.QApplication.processEvents()
def initForm(self):
if self.cursor_ and self.cursor_.metadata():
caption = None
if self.action_:
self.cursor_.setAction(self.action_)
caption = self.action_.caption()
if not self.action_.description().isEmpty():
self.QtGui.QWhatsThis.add(self, self.action_.description())
self.idMDI_ = self.action_.name()
if caption.isEmpty():
caption = self.cursor_.metadata().alias()
self.setCaption(caption)
self.bindIface()
self.setCursor(self.cursor_)
else:
self.setCaption(FLUtil.translate("sys", "No hay metadatos"))
def exec(self, n=QString.null):
if not self.cursor_:
return QVariant()
if self.loop and self.inExec_:
print(
FLUtil.translate(
"app",
"FLFormSearchDB::exec(): Se ha detectado una llamada recursiva"
))
self.QWidget.show()
if self.initFocusWidget_:
self.initFocusWidget_.setFocus()
return QVariant()
self.inExec_ = True
self.acceptingRejecting_ = False
self.QWidget.show()
if self.initFocusWidget_:
self.initFocusWidget_.setFocus()
if self.iface:
aqApp.call("init", self.QSArgumentList(), self.iface)
#if (!isClosing_ && !aqApp->project()->interpreter()->hadError()) #FIXME
# QTimer::singleShot(0, this, SLOT(emitFormReady())); #FIXME
self.accepted_ = False
self.loop = True
if not self.isClosing_ and not self.acceptingRejecting_:
QtGui.QApplication.eventLoop().enterLoop()
self.loop = False
self.clearWFlags(Qt.WShowModal)
v = None
if self.accepted_ and not n.isEmpty():
v = self.cursor_.valueBuffer(n)
else:
v = QVariant()
self.inExec_ = False
return v
def initForm(self):
if self.cursor_ and self.cursor_.metadata():
caption = None
if self.action_:
self.cursor_.setAction(self.action_)
caption = self.action_.caption()
if not self.action_.description().isEmpty():
self.QtGui.QWhatsThis.add(self, self.action_.description())
self.idMDI_ = self.action_.name()
if caption.isEmpty():
caption = self.cursor_.metadata().alias()
self.setCaption(caption)
self.bindIface()
self.setCursor(self.cursor_)
else:
self.setCaption(FLUtil.translate("sys" ,"No hay metadatos"))
def saveSVGStyle(self):
if self.report_:
fileName = QtCore.QFileDialog.getSaveFileName(
"", FLUtil.translate(self, "app", "Fichero SVG (*.svg)"), self,
FLUtil.translate(self, "app", "Guardar en SVG"),
FLUtil.translate(self, "app", "Guardar en SVG"))
if not fileName or fileName == "":
return
if not fileName.upper().contains(".SVG"):
fileName = fileName + ".svg"
q = QtCore.QMessageBox.question(
self,
FLUtil.translate(self, "app",
"Sobreescribir {}").format(fileName),
FLUtil.translate(
self, "app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?"
).format(fileName), FLUtil.translate(self, "app", "&Sí"),
FLUtil.translate(self, "app", "&No"), "", 0, 1)
if QtCore.QFile.exists(fileName) and q:
return
FLStylePainter.setSVGMode(True)
self.updateReport()
FLStylePainter.setSVGMode(False)
fileNames = []
for i in range(self.report_.pageCount()):
fname = fileName + str(i)
fileNames.append(fname)
page = self.report_.getPageAt(i)
psize = self.report_.pageDimensions()
page.setBoundingRect(QtCore.QRect(QtCore.QPoint(0, 0), psize))
page.save(fname, "svg")
FLStylePainter.normalizeSVGFile(fileName, fileNames)
self.updateReport()
def exec(self, n = QString.null):
if not self.cursor_:
return QVariant()
if self.loop and self.inExec_:
print(FLUtil.translate("app","FLFormSearchDB::exec(): Se ha detectado una llamada recursiva"))
self.QWidget.show()
if self.initFocusWidget_:
self.initFocusWidget_.setFocus()
return QVariant()
self.inExec_ = True
self.acceptingRejecting_ = False
self.QWidget.show()
if self.initFocusWidget_:
self.initFocusWidget_.setFocus()
if self.iface:
aqApp.call("init", self.QSArgumentList(), self.iface)
#if (!isClosing_ && !aqApp->project()->interpreter()->hadError()) #FIXME
# QTimer::singleShot(0, this, SLOT(emitFormReady())); #FIXME
self.accepted_ = False
self.loop = True
if not self.isClosing_ and not self.acceptingRejecting_:
QtGui.QApplication.eventLoop().enterLoop()
self.loop = False
self.clearWFlags(Qt.WShowModal)
v = None
if self.accepted_ and not n.isEmpty():
v = self.cursor_.valueBuffer(n)
else:
v = QVariant()
self.inExec_ = False
return v
def database(self, connectionName="default"):
if not self.d:
self.d = FLSqlConnectionsPrivate()
if connectionName == "default":
if not self.d.defaultDB:
self.addDatabase(FLSqlDatabase())
return self.d.defaultDB
if not self.d.dictDB:
self.addDatabase(FLSqlDatabase())
return self.d.defaultDB
ret = self.d.dictDB.get(connectionName)
if not ret:
print(FLUtil.translate("FLSqlConnections::database : No existe la conexión '%s', se devuelve la conexión por defecto 'default'" % connectionName))
if not self.d.defaultDB:
self.addDatabase(FLSqlDatabase())
ret = self.defaultDB
return ret
def metadata(self, n, quick=False):
util = FLUtil()
if not n:
return None
if isinstance(n, str):
if not n or not self.db_.dbAux():
return None
ret = False
acl = False
key = n
stream = None
isSysTable = (n[0:3] == "sys" or self.isSystemTable(n))
if not isSysTable:
stream = self.db_.managerModules().contentCached("%s.mtd" %
key)
if not stream:
qWarning(
"FLManager : Error al cargar los metadatos para la tabla %s"
% n)
return None
# if not key:
# key = n
if not isSysTable:
for fi in self.cacheMetaData_:
if fi.name() == key:
ret = fi
break
else:
for fi in self.cacheMetaDataSys_:
if fi.name() == key:
ret = fi
break
if not ret:
if isSysTable:
stream = self.db_.managerModules().contentCached("%s.mtd" %
n)
if not stream:
qWarning("FLManager : " + util.tr(
"Error al cargar los metadatos para la tabla %s" %
n))
return None
doc = QDomDocument(n)
if not util.domDocumentSetContent(doc, stream):
qWarning("FLManager : " + util.tr(
"Error al cargar los metadatos para la tabla %s" % n))
return None
docElem = doc.documentElement()
ret = self.metadata(docElem, quick)
if not ret:
return None
if not isSysTable and not ret.isQuery():
self.cacheMetaData_.append(ret)
elif isSysTable:
self.cacheMetaDataSys_.append(ret)
else:
acl = self._prj.acl()
if ret.fieldsNamesUnlock():
ret = FLTableMetaData(ret)
if acl:
acl.process(ret)
if not quick and not isSysTable and self._prj.consoleShown(
) and not ret.isQuery() and self.db_.mismatchedTable(n, ret):
msg = util.tr(
"La estructura de los metadatos de la tabla '%1' y su "
"estructura interna en la base de datos no coinciden. "
"Debe regenerar la base de datos.").arg(n)
throwMsgWarning(self.db_, msg)
return ret
else:
#QDomDoc
name = None
q = None
a = None
ftsfun = None
v = True
ed = True
cw = False
dl = False
no = n.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() == "field":
no = no.nextSibling()
continue
if e.tagName() == "name":
name = e.text()
no = no.nextSibling()
continue
if e.tagName() == "query":
q = e.text()
no = no.nextSibling()
continue
if e.tagName() == "alias":
a = auto_qt_translate_text(e.text())
a = util.translate("Metadata", a)
no = no.nextSibling()
continue
if e.tagName() == "visible":
v = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "editable":
ed = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "concurWarn":
cw = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "detectLocks":
dl = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "FTSFunction":
ftsfun = (e.text() == "true")
no = no.nextSibling()
continue
no = no.nextSibling()
tmd = FLTableMetaData(name, a, q)
cK = None
assocs = []
tmd.setFTSFunction(ftsfun)
tmd.setConcurWarn(cw)
tmd.setDetectLocks(dl)
no = n.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() == "field":
f = self.metadataField(e, v, ed)
if not tmd:
tmd = FLTableMetaData(name, a, q)
tmd.addFieldMD(f)
if f.isCompoundKey():
if not cK:
cK = FLCompoundKey()
cK.addFieldMD(f)
if f.associatedFieldName():
assocs.append(f.associatedFieldName())
assocs.append(f.associatedFieldFilterTo())
assocs.append(f.name())
no = no.nextSibling()
continue
no = no.nextSibling()
tmd.setCompoundKey(cK)
aWith = None
aBy = None
for it in assocs:
if not aWith:
aWith = it
continue
if not aBy:
aBy = it
continue
tmd.field(it).setAssociatedField(tmd.field(aWith), aBy)
if q and not quick:
qry = self.query(q, tmd)
if qry:
fL = qry.fieldList()
table = None
field = None
fields = tmd.fieldsNames().split(",")
fieldsEmpty = (not fields)
for it in fL:
pos = it.find(".")
if pos > -1:
table = it[:pos]
field = it[:pos]
else:
field = it
if not (not fieldsEmpty and table == name and
fields.find(field.lower())) == fields.end():
continue
mtdAux = self.metadata(table, True)
if mtdAux:
fmtdAux = mtdAux.field(field)
if mtdAux:
isForeignKey = False
if fmtdAux.isPrimaryKey(
) and not table == name:
fmtdAux = FLFieldMetaData(fmtdAux)
fmtdAux.setIsprimaryKey(False)
fmtdAux.setEditable(False)
newRef = (not isForeignKey)
fmtdAuxName = fmtdAux.name().lower()
if fmtdAuxName.find(".") == -1:
fieldsAux = tmd.fieldsNames().split(",")
if not fieldsAux.find(
fmtdAuxName) == fieldsAux.end():
if not isForeignKey:
fmdtAux = FLFieldMetaData(fmtdAux)
fmtdAux.setName("%s.%s" %
(tambe, field))
newRef = False
if newRef:
fmtdAux.ref()
tmd.addFieldMD(fmtdAux)
qry.deleteLater()
acl = self._prj.acl()
if acl:
acl.process(tmd)
return tmd
def doCommit(self, cur, notify=True):
#if not cur or not aqApp or not qApp: #FIXMME
if not cur:
return False
if not notify:
self.emit(cur.autocommit())
if self.transaction_ > 0:
if not cur.d.transactionsOpened_ == []:
trans = cur.d.transactionsOpened_.pop()
if not trans == self.transaction_:
print(
FLUtil.translate(
"app",
"FLSqlDatabase : El cursor va a terminar la transacción %s pero la última que inició es la %s"
% (self.transaction_, trans)))
else:
print(
FLUtil.translate(
"app",
"FLSqlDatabase : El cursor va a terminar la transacción %s pero no ha iniciado ninguna"
% self.transaction_))
self.transaction_ = self.transaction_ - 1
else:
return True
if self.transaction_ == 0 and self.canTransaction():
#aqApp->statusHelpMsg(qApp->tr("Terminando transacción...")); #FIXME
if self.db_.commit():
self.lastActiveCursor_ = None
if not self.canSavePoint():
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
if notify:
cur.d.modeAccess_ = FLSqlCursor.BROWSE
#aqApp.emitTransactionEnd(cur)
cur.d.md5Tuples_ = self.db_.md5TuplesStateTable(cur.d.curName_)
return True
else:
print(
FLUtil.translate(
"app",
"FLSqlDatabase::doCommit : Fallo al intentar terminar transacción"
))
return False
else:
#aqApp->statusHelpMsg(qApp->tr("Liberando punto de salvaguarda %1...").arg(transaction_));
if (self.transaction_ == 1 and self.canTransaction()) or (
self.transaction_ == 0 and not self.canTransaction()):
if not self.canSavePoint():
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
else:
self.releaseSavePoint(self.transaction_)
if notify:
cur.d.modeAccess_ = FLSqlCursor.BROWSE
return True
if not self.canSavePoint():
for tempSavePoint in self.queueSavePoints_:
tempSavePoint.setId(self.transaction_ - 1)
if self.currentSavePoint_:
self.queueSavePoints_.append(self.currentSavePoint_)
self.currentSavePoint_ = None
if not self.stackSavePoints_ == []:
self.currentSavePoint_ = self.stackSavePoints_.pop()
else:
self.releaseSavePoint(self.transaction_)
if notify:
cur.d.modeAccess_ = FLSqlCursor.BROWSE
return True
def doRollback(self, cur):
#if not cur or not self.db_ or not aqApp or not qApp: #FIXME
if not cur:
return False
cancel = False
if self.interactiveGUI() and (
cur.d.modeAccess() == FLSqlCursor.INSERT
or cur.d.modeAccess_ == FLSqlCursor.EDIT
) and cur.isModifiedBuffer() and cur.d.askForCancelChanges_:
res = QtWidgets.QMessageBox.information(
self, FLUtil.translate("app", "Cancelar cambios"),
FLUtil.translate(
"app",
"Todos los cambios efectuados se cancelarán.¿Está seguro?"
), QtWidgets.QMessageBox.Yes, QtWidgets.QMessageBox.No
| QtWidgets.QMessageBox.Default | QtWidgets.QMessageBox.Escape)
if res == QtWidgets.QMessageBox.No:
return False
cancel = True
if self.transaction_ > 0:
if not cur.d.transactionsOpened_ == []:
trans = cur.d.transactionsOpened_.pop()
if not trans == self.transaction_:
print(
FLUtil.translate(
"app",
"FLSqlDatabase : El cursor va a deshacer la transacción %s pero la última que inició es la %s"
% (self.transaction_, trans)))
else:
print(
FLUtil.translate(
"app",
"FLSqlDatabase : El cursor va a deshacer la transacción %1 pero no ha iniciado ninguna"
% self.transaction_))
self.transaction_ = self.transaction_ - 1
else:
return True
if self.transaction_ == 0 and self.canTransaction():
#aqApp->statusHelpMsg(qApp->tr("Deshaciendo transacción...")); #FIXME
if self.db_.rollback():
self.lastActiveCursor_ = None
if not self.canSavePoint():
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
cur.d.modeAccess_ = FLSqlCursor.BROWSE
if cancel:
cur.select()
#aqApp->emitTransactionRollback(cur);
return True
else:
print(
FLUtil.translate(
"app",
"FLSqlDatabase::doRollback : Fallo al intentar deshacer transacción"
))
return False
else:
#aqApp->statusHelpMsg(qApp->tr("Restaurando punto de salvaguarda %1...").arg(transaction_));
if not self.canSavePoint():
for tempSavePoint in self.queueSavePoints_:
tempId = tempSavePoint.id()
if tempId > self.transaction_ or self.transaction_ == 0:
tempSavePoint.undo()
del tempSavePoint
else:
self.queueSavePoints_
if self.currentSavePoint_:
self.currentSavePoint_.undo()
del self.currentSavePoint_
self.currentSavePoint_ = None
if not self.stackSavePoints_ == []:
self.currentSavePoint_ = self.stackSavePoints_.pop()
if self.transaction_ == 0:
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
else:
self.rollbackSavePoint(self.transaction_)
cur.d.modeAccess_ = FLSqlCursor.BROWSE
return True
def metadataField(self, field, v=True, ed=True):
if not field:
return None
util = FLUtil()
ck = False
n = None
a = None
ol = False
rX = None
assocBy = None
assocWith = None
so = None
aN = True
iPK = True
c = False
iNX = False
uNI = False
coun = False
oT = False
vG = True
fullCalc = False
trimm = False
t = -1
l = 0
pI = 4
pD = 0
dV = None
no = field.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() in ("relation", "associated"):
no = no.nextSibling()
continue
if e.tagName() == "name":
n = e.text()
no = no.nextSibling()
continue
if e.tagName() == "alias":
a = auto_qt_translate_text(e.text())
no = no.nextSibling()
continue
if e.tagName() == "null":
aN = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "pk":
iPK = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "type":
if e.text() == "int":
t = "int"
elif e.text() == "uint":
t = "uint"
elif e.text() == "bool":
t = "bool"
elif e.text() == "double":
t = "double"
elif e.text() == "time":
t = "time"
elif e.text() == "date":
t = "date"
elif e.text() == "pixmap":
t = "pixmap"
elif e.text() == "bytearray":
t = "bytearray"
elif e.text() == "string":
t = "string"
elif e.text() == "stringlist":
t = "stringlist"
elif e.text() == "unlock":
t = "unlock"
elif e.text() == "serial":
t = "serial"
no = no.nextSibling()
continue
if e.tagName() == "length":
l = int(e.text())
no = no.nextSibling()
continue
if e.tagName() == "regexp":
rX = e.text()
no = no.nextSibling()
continue
if e.tagName() == "default":
if e.text().find("QT_TRANSLATE_NOOP") > -1:
dV = auto_qt_translate_text(e.text())
else:
dV = e.text()
no = no.nextSibling()
continue
if e.tagName() == "outtransaction":
oT = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "counter":
coun = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "calculated":
c = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "fullycalculated":
fullCalc = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "trimmed":
trimm = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "visible":
v = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "visiblegrid":
vG = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "editable":
ed = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "partI":
pI = int(e.text())
no = no.nextSibling()
continue
if e.tagName() == "partD":
pD = int(e.text())
no = no.nextSibling()
continue
if e.tagName() == "index":
iNX = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "unique":
uNI = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "ck":
ck = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "optionslist":
ol = e.text()
no = no.nextSibling()
continue
if e.tagName() == "searchoptions":
so = e.text()
no = no.nextSibling()
continue
no = no.nextSibling()
f = FLFieldMetaData(n, util.translate("Metadata",
a), aN, iPK, t, l, c, v, ed, pI,
pD, iNX, uNI, coun, dV, oT, rX, vG, True, ck)
f.setFullyCalculated(fullCalc)
f.setTrimed(trimm)
if ol:
f.setOptionsList(ol)
if not so == None:
f.setSearchOptions(so)
no = field.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() == "relation":
f.addRelationMD(self.metadataRelation(e))
no = no.nextSibling()
continue
if e.tagName() == "associated":
noas = e.firstChild()
while not noas.isNull():
eas = noas.toElement()
if not eas.isNull():
if eas.tagName() == "with":
assocWith = eas.text()
noas = noas.nextSibling()
continue
if eas.tagName() == "by":
assocBy = eas.text()
noas = noas.nextSibling()
continue
noas = noas.nextSibling()
no = no.nextSibling()
continue
no = no.nextSibling()
if assocWith and assocBy:
f.setAssociatedField(assocWith, assocBy)
return f
def doRollback(self, cur):
#if not cur or not self.db_ or not aqApp or not qApp: #FIXME
if not cur:
return False
cancel = False
if self.interactiveGUI() and (cur.d.modeAccess() == FLSqlCursor.INSERT or cur.d.modeAccess_ == FLSqlCursor.EDIT) and cur.isModifiedBuffer() and cur.d.askForCancelChanges_:
res = QtGui.QMessageBox.information(self,FLUtil.translate("app","Cancelar cambios"),FLUtil.translate("app","Todos los cambios efectuados se cancelarán.¿Está seguro?"),
QtGui.QMessageBox.Yes, QtGui.QMessageBox.No | QtGui.QMessageBox.Default | QtGui.QMessageBox.Escape)
if res == QtGui.QMessageBox.No:
return False
cancel = True
if self.transaction_ > 0:
if not cur.d.transactionsOpened_ == []:
trans = cur.d.transactionsOpened_.pop()
if not trans == self.transaction_:
print(FLUtil.translate("app","FLSqlDatabase : El cursor va a deshacer la transacción %s pero la última que inició es la %s" % (self.transaction_, trans)))
else:
print(FLUtil.translate("app","FLSqlDatabase : El cursor va a deshacer la transacción %1 pero no ha iniciado ninguna" % self.transaction_))
self.transaction_ = self.transaction_ -1
else:
return True
if self.transaction_ == 0 and self.canTransaction():
#aqApp->statusHelpMsg(qApp->tr("Deshaciendo transacción...")); #FIXME
if self.db_.rollback():
self.lastActiveCursor_ = None
if not self.canSavePoint():
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
cur.d.modeAccess_ = FLSqlCursor.BROWSE
if cancel:
cur.select()
#aqApp->emitTransactionRollback(cur);
return True
else:
print(FLUtil.translate("app","FLSqlDatabase::doRollback : Fallo al intentar deshacer transacción"))
return False
else:
#aqApp->statusHelpMsg(qApp->tr("Restaurando punto de salvaguarda %1...").arg(transaction_));
if not self.canSavePoint():
for tempSavePoint in self.queueSavePoints_:
tempId = tempSavePoint.id()
if tempId > self.transaction_ or self.transaction_ == 0:
tempSavePoint.undo()
del tempSavePoint
else:
self.queueSavePoints_
if self.currentSavePoint_:
self.currentSavePoint_.undo()
del self.currentSavePoint_
self.currentSavePoint_ = None
if not self.stackSavePoints_ == []:
self.currentSavePoint_ = self.stackSavePoints_.pop()
if self.transaction_ == 0:
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
else:
self.rollbackSavePoint(self.transaction_)
cur.d.modeAccess_ = FLSqlCursor.BROWSE
return True
def setFromObject(self, object):
print("FLAccessControlMainWindow::setFromObject %s" % FLUtil.translate(self,"app","No implementado todavía."))
def metadata(self, n, quick):
if quick is None: quick = False
ret = self.metadataDev(n, quick)
if not quick and ret and not ret.isQuery() and self.db_.mismatchedTable(n, ret):
msg = FLUtil.translate("sys","La estructura de los metadatos de la tabla '%s' y su estructura interna en la base de datos no coinciden. Debe regenerar la base de datos." % n)
print(msg)
if n.isEmpty() or not self.db_.dbAux():
return False
ret = False
acl = False
key = n
stream = QString
isSysTable = False
if n[0:2] is "sys" or self.isSystemTable(n):
isSysTable = True
if not isSysTable:
stream = self.db_.managerModules().contentCached(n + ".mtd", key)
if stream.isEmpty():
print("FLManager : " + FLUtil.translate("sys","Error al cargar los metadatos para la tabla %s" % n))
return False
if key.isEmpty():
key = n
if self.cacheMetaData_ and not isSysTable:
ret = self.cacheMetaData_.find(key)
else if self.cacheMetaDataSys_ and isSysTable:
ret = self.cacheMetaDataSys_.find(key)
if not ret:
if isSysTable:
stream = self.db_.managerModules().contentCached(n + ".mtd")
if stream.isEmpty():
print("FLManager : " + FLUtil.translate("sys","Error al cargar los metadatos para la tabla %s" % n))
return False
ret = metadata(stream)
if not ret:
return False
if self.cacheMetaData_ and not isSysTable and not ret.isQuery():
ret.setInCache()
self.cacheMetaData_.insert(key, ret)
else if self.cacheMetaDataSys_ and isSysTable:
ret.setInCache()
self.cacheMetaDataSys_.insert(key.ret)
else:
acl = aqApp.acl()
if not ret.fieldsNamesUnlock().isEmpty():
ret = FLTableMetaData(ret)
if acl:
acl.process(ret)
if not quick and not isSysTable and aqApp.consoleShow() and not ret.isQuery() and self.db_.mismatchedTable(n, ret):
msg = FLUtil.translate("sys","La estructura de los metadatos de la tabla '%s' y su estructura interna en la base de datos no coinciden. Debe regenerar la base de datos." % n)
print(msg)
return ret
def printReportToPdf(self, outPdfFile):
if self.report_ == 0:
return False
gs = QtWidgets.QApplication.gsExecutable()
gsOk = False
procTemp = QtCore.QProcess()
procTemp.addArgument(gs)
procTemp.addArgument("--version")
gsOk = procTemp.start()
del procTemp
if not gsOk:
m = QtCore.QMessageBox(
FLUtil.translate(self, "app", "Falta Ghostscript"),
FLUtil.translate(
self, "app",
"Para poder exportar a PDF debe instalar Ghostscript"
"(http://www.ghostscript.com) y añadir\n"
"el directorio de instalación a la ruta de"
"búsqueda de programas\ndel sistema (PATH).\n\n"),
Qt.QMessageBox.Critical, Qt.QMessageBox.Ok,
Qt.QMessageBox.NoButton, Qt.QMessageBox.NoButton, self, 0,
False)
m.show()
return False
outPsFile = FLDiskCache.AQ_DISKCACHE_DIRPATH + "/outprintpdf.ps"
outPsPdfFile = FLDiskCache.AQ_DISKCACHE_DIRPATH + "/outprintps.pdf"
QtCore.QFile.remove(outPsFile)
QtCore.QFile.remove(outPsPdfFile)
if not self.printReportToPs(outPsFile):
return False
proc = QtCore.QProcess()
proc.addArgument(gs)
proc.addArgument("-q")
proc.addArgument("-dBATCH")
proc.addArgument("-dNOPAUSE")
proc.addArgument("-dSAFER")
proc.addArgument("-dCompatibilityLevel=1.4")
proc.addArgument("-dPDFSETTINGS=/printer")
proc.addArgument("-dAutoFilterColorImages=false")
proc.addArgument("-sColorImageFilter=FlateEncode")
proc.addArgument("-dAutoFilterGrayImages=false")
proc.addArgument("-sGrayImageFilter=FlateEncode")
proc.addArgument("-r{}".format(self.dpi_))
ps = self.report_.pageSize()
if ps == QtPrintSupport.QPrinter.PageSize.A0:
proc.addArgument("-sPAPERSIZE=a0")
elif ps == QtPrintSupport.QPrinter.PageSize.A1:
proc.addArgument("-sPAPERSIZE=a1")
elif ps == QtPrintSupport.QPrinter.PageSize.A2:
proc.addArgument("-sPAPERSIZE=a2")
elif ps == QtPrintSupport.QPrinter.PageSize.A3:
proc.addArgument("-sPAPERSIZE=a3")
elif ps == QtPrintSupport.QPrinter.PageSize.A4:
proc.addArgument("-sPAPERSIZE=a4")
elif ps == QtPrintSupport.QPrinter.PageSize.A5:
proc.addArgument("-sPAPERSIZE=a5")
elif ps == QtPrintSupport.QPrinter.PageSize.B0:
proc.addArgument("-sPAPERSIZE=b0")
elif ps == QtPrintSupport.QPrinter.PageSize.B1:
proc.addArgument("-sPAPERSIZE=b1")
elif ps == QtPrintSupport.QPrinter.PageSize.B2:
proc.addArgument("-sPAPERSIZE=b2")
elif ps == QtPrintSupport.QPrinter.PageSize.B3:
proc.addArgument("-sPAPERSIZE=b3")
elif ps == QtPrintSupport.QPrinter.PageSize.B4:
proc.addArgument("-sPAPERSIZE=b4")
elif ps == QtPrintSupport.QPrinter.PageSize.B5:
proc.addArgument("-sPAPERSIZE=b5")
elif ps == QtPrintSupport.QPrinter.PageSize.Legal:
proc.addArgument("-sPAPERSIZE=legal")
elif ps == QtPrintSupport.QPrinter.PageSize.Letter:
proc.addArgument("-sPAPERSIZE=letter")
elif ps == QtPrintSupport.QPrinter.PageSize.Executive:
proc.addArgument("-sPAPERSIZE=executive")
else:
sz = self.report_.pageDimensions()
proc.addArgument("-dDEVICEWIDTHPOINTS={}".format(sz.width()))
proc.addArgument("-dDEVICEHEIGHTPOINTS={}".format(sz.height()))
proc.addArgument("-dAutoRotatePages=/PageByPage")
proc.addArgument("-sOutputFile=" + outPsPdfFile)
proc.addArgument("-sDEVICE=pdfwrite")
proc.addArgument(outPsFile)
if not proc.start():
del proc
return False
while proc.isRunning():
QtWidgets.QApplication.processEvents()
del proc
QtWidgets.QApplication.processEvents()
proc = QtCore.QProcess()
proc.addArgument(gs)
proc.addArgument("-q")
proc.addArgument("-dBATCH")
proc.addArgument("-dNOPAUSE")
proc.addArgument("-dSAFER")
proc.addArgument("-dNODISPLAY")
proc.addArgument("-dDELAYSAFER")
proc.addArgument("--")
proc.addArgument("pdfopt.ps")
proc.addArgument(outPsPdfFile)
proc.addArgument(outPdfFile)
if not proc.start():
del proc
return False
while proc.isRunning():
QtWidgets.QApplication.processEvents()
del proc
QtWidgets.QApplication.processEvents()
return True
def setText(self, txt):
d = Qt.QDate()
ret = None
month = None
day = None
year = None
val = None
regexp = Qt.QRegExp(
"[0-9][0-9](-|//)[0-9][0-9](-|//)[0-9][0-9][0-9][0-9]")
if self.dataType_ == self.DataType.String:
# if aqApp.multiLangEnabled() and txt: #FIXME
if txt:
self.text_ = txt.decode("utf8")
if self.text_ == txt:
self.text_ = FLUtil.translate(self, "app", txt)
else:
self.text_ = txt
elif self.dataType_ == self.DataType.Integer:
val = float(txt)
if val < 0.5 and val > -0.5 and self.blankZero_:
self.text_ = Qt.QString("")
else:
self.text_ = round(val, 0)
self.formatNegValue()
if (self.comma_):
self.formatCommas()
elif self.dataType_ == self.DataType.Float:
val = float(txt)
if val < 0.0000001 and val > -0.0000001 and self.blankZero_:
self.text_ = Qt.QString("")
else:
self.text_ = round(val, self.precision_)
self.formatNegValue()
if (self.comma_):
self.formatCommas()
elif self.dataType_ == self.DataType.Date:
if not txt:
self.text_ = Qt.QString("")
else:
regexp.search(txt[0:])
ret = regexp.matchedLength()
if ret == -1:
year = txt[:4]
day = txt[2:]
month = txt[5:7]
if int(year) != 0 and int(month) != 0 and int(day) != 0:
d.setYMD(int(year), int(month), int(day))
self.text_ = MUtil.formatDate(d, self.format_)
else:
self.text_ = Qt.QString("")
else:
self.text_ = txt
elif self.dataType_ == self.DataType.Currency:
val = float(txt)
if val < 0.01 and val > -0.01 and self.blankZero_:
self.text_ = Qt.QString("")
else:
self.text_ = round(val, 2)
self.formatNegValue()
if self.comma_:
self.formatCommas()
self.text_ = self.text_ + str(self.currency_)
elif self.dataType_ == self.DataType.Pixmap:
if txt and not self.paintFunction_:
if not self.pixmap_:
self.pixmap_ = Qt.QPixmap()
if Qt.QPixmapCache.find(txt[:100], self.pixmap_):
if Qt.QFile.exists(txt):
self.pixmap_.load(txt)
else:
self.pixmap_.loadFromData(txt)
if not self.pixmap_.isNull():
Qt.QPixmapCache.insert(txt[:100], self.pixmap_)
if self.pixmap_.isNull():
self.pixmap_ = False
else:
if self.pixmap_:
self.pixmap_ = False
elif self.dataType_ == self.DataType.Codbar:
if txt and not self.paintFunction_:
cb = FLCodBar(txt, self.codbarType_, 10, 1, 0, 0, True,
Qt.black, Qt.white, self.codbarRes_)
if not self.pixmap_:
self.pixmap_ = Qt.QPixmap()
if not cb.pixmap().isNull():
self.pixmap_ = cb.pixmap()
else:
self.pixmap_ = False
else:
if self.pixmap_:
self.pixmap_ = False
elif self.dataType_ == self.DataType.Bool:
if txt.toUpper() == "FALSE" or txt.toUpper() == "F":
self.text_ = FLUtil.translate(self, "app", "No")
else:
self.text_ = FLUtil.translate(self, "app", "Sí")
def printReportToPS(self, outPsFile):
if self.report_ == 0:
return False
if False:
# WIN32/MAC #FIXME
return self.printGhostReportToPS(outPsFile)
cnt = self.report_.pageCount()
if cnt == 0:
QtCore.QMessageBox.critical(
self, "Kugar",
FLUtil.translate(self, "app",
"No hay páginas en el\ninforme para."),
QtCore.QMessageBox.Ok, QtCore.QMessageBox.NoButton,
QtCore.QMessageBox.NoButton)
return False
self.printer_ = QtPrintSupport.QPrinter(
QtPrintSupport.QPrinter.HighResolution)
self.printer_.setPageSize(self.report_.pageSize())
if self.printer_.pageSize() == QtPrintSupport.QPrinter.PageSize.Custom:
self.printer_.setCustomPaperSize(self.report_.pageDimensions())
self.printer_.setOrientation(self.report_.pageOrientation())
self.printer_.setMinMax(1, cnt)
self.printer_.setFromTo(1, cnt)
self.printer_.setFullPage(True)
self.printer_.setColorMode(self.colorMode_)
self.printer_.setNumCopies(self.numCopies_)
self.printer_.setOutputToFile(True)
self.printer_.setOutputFileName(outPsFile)
painter = QtGui.QPainter()
printRev = False
viewIdx = self.report_.getCurrentIndex()
lpf = QtPrintSupport.QPrinter.PageOrder.LastPageFirst
if self.printer_.pageOrder() == lpf:
printRev = True
printFrom = self.printer_.fromPage() - 1
printTo = self.printer_.toPage()
printCnt = (printTo - printFrom)
printCopies = self.printer_.numCopies()
self.totalSteps_ = printCnt * printCopies
currentStep = 1
self.printer_.setNumCopies(self.numCopies_)
self.printer_.setResolution(self.dpi_)
util = FLUtil()
self.progress_ = util.createProgressDialog(
FLUtil.translate(self, "app", "Imprimiendo Informe..."),
self.totalSteps_)
# self.progress_.setMinimunDuration(self.M_PROGRESS_DELAY)
self.progress_.canceled.connect(self.slotCancelPrinting)
util.setProgress(0)
QtWidgets.QApplication.processEvents()
painter.begin(self.printer_)
pdm = self.printer_.device()
dim = self.report_.pageDimensions()
painter.setWindow(0, 0, dim.width(), dim.height())
painter.setViewport(0, 0, pdm.width(), pdm.height())
for j in range(printCopies):
i = printFrom
while i < printTo:
if not self.printer_.aborted():
util.setProgress(currentStep)
QtWidgets.QApplication.processEvents()
if printRev:
self.report_.setCurrentPage(i if printCnt == 1 else
(printCnt - 1) - i)
else:
self.report_.setCurrentPage(i)
page = self.report_.getCurrentPage()
page.play(painter)
if (i - printFrom) < (printCnt - 1):
self.printer_.newPage()
else:
j = printCopies
break
i += 1
currentStep += 1
if j < (printCopies - 1):
self.printer_.newPage()
painter.end()
self.report_.setCurrentPage(viewIdx)
del self.printer_
return True
def printReport(self):
if self.report_ == 0:
return False
self.report_.setPrintToPos(self.printToPos_)
if self.report_.printToPos():
return self.printToPosReport()
if False:
# WIN32 #FIXME
pass
cnt = self.report_.pageCount()
if cnt == 0:
QtCore.QMessageBox.critical(
self, "Kugar",
FLUtil.translate(self, "app",
"No hay páginas en el\ninforme para."),
QtCore.QMessageBox.Ok, QtCore.QMessageBox.NoButton,
QtCore.QMessageBox.NoButton)
return False
self.printer_ = QtPrintSupport.QPrinter(
QtPrintSupport.QPrinter.HighResolution)
self.printer_.setPageSize(self.report_.pageSize())
if self.printer_.pageSize() == self.printer_.Custom:
self.printer_.setCustomPaperSize(self.report_.pageDimensions())
self.printer_.setOrientation(self.report_.pageOrientation())
self.printer_.setPrintRange(self.printer_.AllPages)
self.printer_.setFromTo(1, cnt)
self.printer_.setFullPage(True)
self.printer_.setColorMode(self.colorMode_)
self.printer_.setCopyCount(self.numCopies_)
if self.printerName_ and self.printerName_ != "":
self.printer_.setPrinterName(self.printerName_)
printProg = self.printer_.printProgram()
if printProg and printProg != "":
self.printer_.setPrintProgram(printProg)
printNow = True
if not self.printerName_ or self.printerName_ == "":
dialog = QtPrintSupport.QPrintDialog()
if dialog.exec_() != dialog.Accepted:
printNow = False
# printNow = self.printer_.setup(
# QtWidgets.QApplication.focusWidget())
if printNow:
painter = QtGui.QPainter()
printRev = False
viewIdx = self.report_.getCurrentIndex()
lpf = QtPrintSupport.QPrinter.LastPageFirst
if self.printer_.pageOrder() == lpf:
printRev = True
printFrom = self.printer_.fromPage() - 1
printTo = self.printer_.toPage()
printCnt = (printTo - printFrom)
printCopies = self.printer_.copyCount()
self.totalSteps_ = printCnt * printCopies
currentStep = 1
self.printer_.setCopyCount(1)
util = FLUtil()
self.progress_ = util.createProgressDialog(
util.translate("app", "Imprimiendo Informe..."),
self.totalSteps_)
# self.progress_.setMinimunDuration(self.M_PROGRESS_DELAY)
self.progress_.canceled.connect(self.slotCancelPrinting)
util.setProgress(0)
QtWidgets.QApplication.processEvents()
painter.begin(self.printer_)
pdm = self.printer_.device()
dim = self.report_.pageDimensions()
painter.setWindow(0, 0, dim.width(), dim.height())
painter.setViewport(0, 0, pdm.width(), pdm.height())
for j in range(printCopies):
i = printFrom
while i < printTo:
if not self.printer_.aborted():
util.setProgress(currentStep)
QtWidgets.QApplication.processEvents()
if printRev:
self.report_.setCurrentPage(i if printCnt == 1 else
(printCnt - 1) - i)
else:
self.report_.setCurrentPage(i)
page = self.report_.getCurrentPage()
page.play(painter)
if (i - printFrom) < (printCnt - 1):
self.printer_.newPage()
else:
j = printCopies
break
i += 1
currentStep += 1
if j < (printCopies - 1):
self.printer_.newPage()
painter.end()
self.report_.setCurrentPage(viewIdx)
del self.printer_
return True
del self.printer_
return False
def metadata(self, n, quick=False):
"""
Para obtener definicion de una tabla de la base de datos, a partir de un fichero XML.
El nombre de la tabla corresponde con el nombre del fichero mas la extensión ".mtd"
que contiene en XML la descripción de la tablas. Este método escanea el fichero
y construye/devuelve el objeto FLTableMetaData correspondiente, además
realiza una copia de estos metadatos en una tabla de la misma base de datos
para poder determinar cuando ha sido modificados y así, si es necesario, reconstruir
la tabla para que se adapte a la nuevos metadatos. NO SE HACEN
CHEQUEOS DE ERRORES SINTÁCTICOS EN EL XML.
IMPORTANTE :Para que estos métodos funcionen correctamente, es estrictamente
necesario haber creado la base de datos en PostgreSQL con codificación
UNICODE; "createdb -E UNICODE abanq".
@param n Nombre de la tabla de la base de datos de la que obtener los metadatos
@param quick Si TRUE no realiza chequeos, usar con cuidado
@return Un objeto FLTableMetaData con los metadatos de la tabla solicitada
"""
util = FLUtil()
if not n:
return None
if isinstance(n, str):
if not n or not self.db_.dbAux():
return None
ret = False
acl = False
key = n
stream = None
isSysTable = (n[0:3] == "sys" or self.isSystemTable(n))
if not isSysTable:
stream = self.db_.managerModules().contentCached("%s.mtd" %
key)
if not stream:
qWarning(
"FLManager : Error al cargar los metadatos para la tabla %s"
% n)
return None
# if not key:
# key = n
if not isSysTable:
for fi in self.cacheMetaData_:
if fi.name() == key:
ret = fi
break
else:
for fi in self.cacheMetaDataSys_:
if fi.name() == key:
ret = fi
break
if not ret:
if isSysTable:
stream = self.db_.managerModules().contentCached("%s.mtd" %
n)
if not stream:
qWarning("FLManager : " + util.tr(
"Error al cargar los metadatos para la tabla %s" %
n))
return None
doc = QDomDocument(n)
if not util.domDocumentSetContent(doc, stream):
qWarning("FLManager : " + util.tr(
"Error al cargar los metadatos para la tabla %s" % n))
return None
docElem = doc.documentElement()
ret = self.metadata(docElem, quick)
if not ret:
return None
if not isSysTable and not ret.isQuery():
self.cacheMetaData_.append(ret)
elif isSysTable:
self.cacheMetaDataSys_.append(ret)
else:
acl = self._prj.acl()
if ret.fieldsNamesUnlock():
ret = FLTableMetaData(ret)
if acl:
acl.process(ret)
if not quick and not isSysTable and self._prj.consoleShown(
) and not ret.isQuery() and self.db_.mismatchedTable(n, ret):
msg = util.translate(
"application",
"La estructura de los metadatos de la tabla '%1' y su estructura interna en la base de datos no coinciden.\n"
"Debe regenerar la base de datos.").replace("%1", n)
logger.warn(msg)
# throwMsgWarning(self.db_, msg)
return ret
else:
# QDomDoc
name = None
q = None
a = None
ftsfun = None
v = True
ed = True
cw = False
dl = False
no = n.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() == "field":
no = no.nextSibling()
continue
if e.tagName() == "name":
name = e.text()
no = no.nextSibling()
continue
if e.tagName() == "query":
q = e.text()
no = no.nextSibling()
continue
if e.tagName() == "alias":
a = auto_qt_translate_text(e.text())
a = util.translate("Metadata", a)
no = no.nextSibling()
continue
if e.tagName() == "visible":
v = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "editable":
ed = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "concurWarn":
cw = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "detectLocks":
dl = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "FTSFunction":
ftsfun = (e.text() == "true")
no = no.nextSibling()
continue
no = no.nextSibling()
tmd = FLTableMetaData(name, a, q)
cK = None
assocs = []
tmd.setFTSFunction(ftsfun)
tmd.setConcurWarn(cw)
tmd.setDetectLocks(dl)
no = n.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() == "field":
f = self.metadataField(e, v, ed)
if not tmd:
tmd = FLTableMetaData(name, a, q)
tmd.addFieldMD(f)
if f.isCompoundKey():
if not cK:
cK = FLCompoundKey()
cK.addFieldMD(f)
if f.associatedFieldName():
assocs.append(f.associatedFieldName())
assocs.append(f.associatedFieldFilterTo())
assocs.append(f.name())
no = no.nextSibling()
continue
no = no.nextSibling()
tmd.setCompoundKey(cK)
aWith = None
aBy = None
for it in assocs:
if not aWith:
aWith = it
continue
if not aBy:
aBy = it
continue
if not tmd.field(it):
continue
tmd.field(it).setAssociatedField(tmd.field(aWith), aBy)
if q and not quick:
qry = self.query(q, tmd)
if qry:
fL = qry.fieldList()
table = None
field = None
fields = tmd.fieldsNames()
# .split(",")
fieldsEmpty = (not fields)
for it in fL:
pos = it.find(".")
if pos > -1:
table = it[:pos]
field = it[pos + 1:]
else:
field = it
# if not (not fieldsEmpty and table == name and fields.find(field.lower())) != fields.end():
# print("Tabla %s nombre %s campo %s buscando en %s" % (table, name, field, fields))
# if not fieldsEmpty and table == name and (field.lower() in fields): Asi esta en Eneboo, pero incluye campos repetidos
if not fieldsEmpty and (field.lower() in fields):
continue
mtdAux = self.metadata(table, True)
if mtdAux:
fmtdAux = mtdAux.field(field)
if mtdAux:
isForeignKey = False
if fmtdAux.isPrimaryKey(
) and not table == name:
fmtdAux = FLFieldMetaData(fmtdAux)
fmtdAux.setIsPrimaryKey(False)
fmtdAux.setEditable(False)
# newRef = (not isForeignKey)
fmtdAuxName = fmtdAux.name().lower()
if fmtdAuxName.find(".") == -1:
# fieldsAux = tmd.fieldsNames().split(",")
fieldsAux = tmd.fieldsNames()
# if not fieldsAux.find(fmtdAuxName) == fieldsAux.end():
if fmtdAuxName not in fieldsAux:
if not isForeignKey:
FLFieldMetaData(fmtdAux)
# fmtdAux.setName("%s.%s" % (table, field))
# if newRef:
# fmtdAux.ref()
tmd.addFieldMD(fmtdAux)
del qry
acl = self._prj.acl()
if acl:
acl.process(tmd)
return tmd
def sendEMailPDF(self):
t = self.ui_.leDocumento.text()
util = FLUtil()
name = "informe.pdf" if not t or t == "" else t
fileName = QtCore.QFileDialog.getSaveFileName(
AQ_USRHOME + "/" + name + ".pdf",
util.translate("app", "Fichero PDF a enviar (*.pdf)"),
self,
util.translate("app", "Exportar a PDF para enviar"),
util.translate("app", "Exportar a PDF para enviar")
)
if not fileName or fileName == "":
return
if not fileName.upper().contains(".PDF"):
fileName = fileName + ".pdf"
q = QtCore.QMessageBox.question(
self,
util.translate("app", "Sobreescribir {}").format(fileName),
util.translate(
self,
"app",
"Ya existe un fichero llamado {}. ¿Desea sobreescribirlo?"
).format(fileName),
util.translate("app", "&Sí"),
util.translate("app", "&No"),
"",
0,
1
)
if QtCore.QFile.exists(fileName) and q:
return
autoCloseSave = self.autoClose_
self.slotPrintReportToPdf(fileName)
self.autoClose_ = autoCloseSave
util.writeSettingEntry("email/to", self.ui_["lePara"].text())
util.writeSettingEntry("email/from", self.ui_["leDe"].text())
util.writeSettingEntry(
"email/mailserver", self.ui_["leMailServer"].text()
)
fi = QtCore.QFileInfo(fileName)
name = fi.fileName()
self.smtpClient_.setMailServer(self.ui_["leMailServer"].text())
self.smtpClient_.setTo(self.ui_["lePara"].text())
self.smtpClient_.setFrom(self.ui_["leDe"].text())
asutxt = self.ui_["leAsunto"].text()
self.smtpClient_.setSubject(name if asutxt == "" else asutxt)
self.smtpClient_.setBody(self.ui_["leCuerpo"].text() + "\n\n")
html = "<html><body><a href=\"http://abanq.org/\">"
html += "<img src=\"cid:logo.png@3d8b627b6292\"/>"
html += "</a><br/><br/></body></html>"
self.smtpClient_.addTextPart(html, "text/html")
self.smtpClient_.addAttachment(fileName)
self.smtpClient_.startSend()
def doCommit(self, cur,notify = True):
#if not cur or not aqApp or not qApp: #FIXMME
if not cur:
return False
if not notify:
self.emit(cur.autocommit())
if self.transaction_ > 0:
if not cur.d.transactionsOpened_ == []:
trans = cur.d.transactionsOpened_.pop()
if not trans == self.transaction_:
print(FLUtil.translate("app","FLSqlDatabase : El cursor va a terminar la transacción %s pero la última que inició es la %s" % (self.transaction_, trans)))
else:
print(FLUtil.translate("app","FLSqlDatabase : El cursor va a terminar la transacción %s pero no ha iniciado ninguna" % self.transaction_))
self.transaction_ = self.transaction_ -1
else:
return True
if self.transaction_ == 0 and self.canTransaction():
#aqApp->statusHelpMsg(qApp->tr("Terminando transacción...")); #FIXME
if self.db_.commit():
self.lastActiveCursor_ = None
if not self.canSavePoint():
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
if notify:
cur.d.modeAccess_ = FLSqlCursor.BROWSE
#aqApp.emitTransactionEnd(cur)
cur.d.md5Tuples_ = self.db_.md5TuplesStateTable(cur.d.curName_)
return True
else:
print(FLUtil.translate("app","FLSqlDatabase::doCommit : Fallo al intentar terminar transacción"))
return False
else:
#aqApp->statusHelpMsg(qApp->tr("Liberando punto de salvaguarda %1...").arg(transaction_));
if (self.transaction_ == 1 and self.canTransaction()) or (self.transaction_ == 0 and not self.canTransaction()):
if not self.canSavePoint():
if self.currentSavePoint_:
del self.currentSavePoint_
self.currentSavePoint_ = None
self.stackSavePoints_.clear()
self.queueSavePoints_.clear()
else:
self.releaseSavePoint(self.transaction_)
if notify:
cur.d.modeAccess_ = FLSqlCursor.BROWSE
return True
if not self.canSavePoint():
for tempSavePoint in self.queueSavePoints_:
tempSavePoint.setId(self.transaction_ - 1)
if self.currentSavePoint_:
self.queueSavePoints_.append(self.currentSavePoint_)
self.currentSavePoint_ = None
if not self.stackSavePoints_ == []:
self.currentSavePoint_ = self.stackSavePoints_.pop()
else:
self.releaseSavePoint(self.transaction_)
if notify:
cur.d.modeAccess_ = FLSqlCursor.BROWSE
return True
def metadataField(self, field, v=True, ed=True):
"""
Crea un objeto FLFieldMetaData a partir de un elemento XML.
Dado un elemento XML, que contiene la descripción de un
campo de una tabla construye y agrega a una lista de descripciones
de campos el objeto FLFieldMetaData correspondiente, que contiene
dicha definición del campo. Tambien lo agrega a una lista de claves
compuesta, si el campo construido pertenece a una clave compuesta.
NO SE HACEN CHEQUEOS DE ERRORES SINTÁCTICOS EN EL XML.
@param field Elemento XML con la descripción del campo
@param v Valor utilizado por defecto para la propiedad visible
@param ed Valor utilizado por defecto para la propiedad editable
@return Objeto FLFieldMetaData que contiene la descripción del campo
"""
if not field:
return None
util = FLUtil()
ck = False
n = None
a = None
ol = False
rX = None
assocBy = None
assocWith = None
so = None
aN = True
iPK = True
c = False
iNX = False
uNI = False
coun = False
oT = False
vG = True
fullCalc = False
trimm = False
t = -1
length = 0
pI = 4
pD = 0
dV = None
no = field.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() in ("relation", "associated"):
no = no.nextSibling()
continue
if e.tagName() == "name":
n = e.text()
no = no.nextSibling()
continue
if e.tagName() == "alias":
a = auto_qt_translate_text(e.text())
no = no.nextSibling()
continue
if e.tagName() == "null":
aN = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "pk":
iPK = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "type":
if e.text() == "int":
t = "int"
elif e.text() == "uint":
t = "uint"
elif e.text() == "bool":
t = "bool"
elif e.text() == "double":
t = "double"
elif e.text() == "time":
t = "time"
elif e.text() == "date":
t = "date"
elif e.text() == "pixmap":
t = "pixmap"
elif e.text() == "bytearray":
t = "bytearray"
elif e.text() == "string":
t = "string"
elif e.text() == "stringlist":
t = "stringlist"
elif e.text() == "unlock":
t = "unlock"
elif e.text() == "serial":
t = "serial"
no = no.nextSibling()
continue
if e.tagName() == "length":
length = int(e.text())
no = no.nextSibling()
continue
if e.tagName() == "regexp":
rX = e.text()
no = no.nextSibling()
continue
if e.tagName() == "default":
if e.text().find("QT_TRANSLATE_NOOP") > -1:
dV = auto_qt_translate_text(e.text())
else:
dV = e.text()
no = no.nextSibling()
continue
if e.tagName() == "outtransaction":
oT = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "counter":
coun = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "calculated":
c = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "fullycalculated":
fullCalc = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "trimmed":
trimm = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "visible":
v = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "visiblegrid":
vG = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "editable":
ed = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "partI":
pI = int(e.text())
no = no.nextSibling()
continue
if e.tagName() == "partD":
pD = int(e.text())
no = no.nextSibling()
continue
if e.tagName() == "index":
iNX = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "unique":
uNI = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "ck":
ck = (e.text() == "true")
no = no.nextSibling()
continue
if e.tagName() == "optionslist":
ol = e.text()
no = no.nextSibling()
continue
if e.tagName() == "searchoptions":
so = e.text()
no = no.nextSibling()
continue
no = no.nextSibling()
f = FLFieldMetaData(n, util.translate("Metadata",
a), aN, iPK, t, length, c, v, ed,
pI, pD, iNX, uNI, coun, dV, oT, rX, vG, True, ck)
f.setFullyCalculated(fullCalc)
f.setTrimed(trimm)
if ol:
f.setOptionsList(ol)
if so is not None:
f.setSearchOptions(so)
no = field.firstChild()
while not no.isNull():
e = no.toElement()
if not e.isNull():
if e.tagName() == "relation":
f.addRelationMD(self.metadataRelation(e))
no = no.nextSibling()
continue
if e.tagName() == "associated":
noas = e.firstChild()
while not noas.isNull():
eas = noas.toElement()
if not eas.isNull():
if eas.tagName() == "with":
assocWith = eas.text()
noas = noas.nextSibling()
continue
if eas.tagName() == "by":
assocBy = eas.text()
noas = noas.nextSibling()
continue
noas = noas.nextSibling()
no = no.nextSibling()
continue
no = no.nextSibling()
if assocWith and assocBy:
f.setAssociatedField(assocWith, assocBy)
return f
def saveSnapShot(self, pathFile):
fi = QtCore.QFile(pathFile)
if not fi.open(QtCore.QFile.WriteOnly):
print("FLFormDB : " + FLUtil.translate("sys", "Error I/O al intentar escribir el fichero %s" % pathFile))
return
self.snapShot().save(fi, "PNG")
