def isDirty(self, *args):
date = self.getSelectedDate()
time = self.getSelectedTime()
datetime = QDateTime(date, time)
if self.mode == "Date":
value = datetime.toString("ddd d MMM yyyy")
elif self.mode == "Time":
value = datetime.toString("hh:mm ap")
else:
value = datetime.toString("ddd d MMM yyyy 'at' hh:mm ap")
self.label.setText("Set as: {}".format(value))
def isDirty(self, *args):
date = self.getSelectedDate()
time = self.getSelectedTime()
datetime = QDateTime(date, time)
if self.mode == "Date":
value = datetime.toString("ddd d MMM yyyy")
elif self.mode == "Time":
value = datetime.toString("h:m ap")
else:
value = datetime.toString("ddd d MMM yyyy 'at' h:m ap")
self.label.setText(value)
def add_talk(self):
date = self.addTalkWidget.dateEdit.date()
startTime = self.addTalkWidget.startTimeEdit.time()
datetime = QDateTime(date,
startTime) # original "time" is now "startTime"
presentation = Presentation(
unicode(self.addTalkWidget.titleLineEdit.text()),
unicode(self.addTalkWidget.presenterLineEdit.text()),
"", # description
"", # level
unicode(self.addTalkWidget.eventLineEdit.text()),
unicode(self.addTalkWidget.roomLineEdit.text()),
unicode(datetime.toString()),
unicode(self.addTalkWidget.endTimeEdit.text()))
# Do not add talks if they are empty strings
if (len(presentation.title) == 0):
return
self.db.insert_presentation(presentation)
# cleanup
self.addTalkWidget.titleLineEdit.clear()
self.addTalkWidget.presenterLineEdit.clear()
self.failureModel.select()
self.hide_add_talk_widget()
def add_talk(self):
date = self.addTalkWidget.dateEdit.date()
time = self.addTalkWidget.timeEdit.time()
datetime = QDateTime(date, time)
presentation = Presentation(
unicode(self.addTalkWidget.titleLineEdit.text()),
unicode(self.addTalkWidget.presenterLineEdit.text()),
"", # description
"", # level
unicode(self.addTalkWidget.eventLineEdit.text()),
unicode(self.addTalkWidget.roomLineEdit.text()),
unicode(datetime.toString(Qt.ISODate)))
# Do not add talks if they are empty strings
if (len(presentation.title) == 0):
return
self.db.insert_presentation(presentation)
# cleanup
self.addTalkWidget.titleLineEdit.clear()
self.addTalkWidget.presenterLineEdit.clear()
self.presentationModel.select()
self.hide_add_talk_widget()
# If this is launched from the recording app
# refresh the talk list
if self.recordapp:
self.recordapp.load_event_list()
def add_talk(self):
date = self.addTalkWidget.dateEdit.date()
time = self.addTalkWidget.timeEdit.time()
datetime = QDateTime(date, time)
presentation = Presentation(unicode(self.addTalkWidget.titleLineEdit.text()),
unicode(self.addTalkWidget.presenterLineEdit.text()),
"", # description
"", # level
unicode(self.addTalkWidget.eventLineEdit.text()),
unicode(self.addTalkWidget.roomLineEdit.text()),
unicode(datetime.toString(Qt.ISODate)))
# Do not add talks if they are empty strings
if (len(presentation.title) == 0):
return
self.db.insert_presentation(presentation)
# cleanup
self.addTalkWidget.titleLineEdit.clear()
self.addTalkWidget.presenterLineEdit.clear()
self.presentationModel.select()
self.hide_add_talk_widget()
# If this is launched from the recording app
# refresh the talk list
if self.recordapp:
self.recordapp.load_event_list()
def add_talk(self):
date = self.addTalkWidget.dateEdit.date()
time = self.addTalkWidget.timeEdit.time()
datetime = QDateTime(date, time)
presentation = Presentation(unicode(self.addTalkWidget.titleLineEdit.text()),
unicode(self.addTalkWidget.presenterLineEdit.text()),
"", # description
"", # level
unicode(self.addTalkWidget.eventLineEdit.text()),
unicode(self.addTalkWidget.roomLineEdit.text()),
unicode(datetime.toString()))
# Do not add talks if they are empty strings
if (len(presentation.title) == 0):
return
self.db.insert_presentation(presentation)
# cleanup
self.addTalkWidget.titleLineEdit.clear()
self.addTalkWidget.presenterLineEdit.clear()
self.failureModel.select()
self.hide_add_talk_widget()
def __init__(self, date):
if date:
d = QDateTime(QDate(0, 0, 0))
d.setTime_t(int(date))
EdwCell.__init__(self, d.toString("yyyy-MM-dd hh:mm"))
else:
EdwCell.__init__(self, tr("Never"))
def __convertXData(self, data): loc = QLocale() out = [] for polozka in data: time = QDateTime() time.setTime_t(polozka) out.append(time.toString(loc.dateFormat(QLocale.ShortFormat))) return out
class DateLabel(QLabel):
def __init__(self, text, parent, date_format):
self.date_format = date_format
self.t = QDateTime()
super(DateLabel, self).__init__(text=text, parent=parent)
def setValue(self, unixtimestampe):
"""Set the text with a value from a unix timestamp"""
self.t.setTime_t(unixtimestampe)
super(DateLabel, self).setText(self.t.toString(self.date_format))
def tickStringsDate(self, values, scale, spacing):
"""Return HH:mm:ss strings from unixtime values"""
# FIXME Change date format depending of min max value
# FIXME Make better date locator
out = []
for value in values:
t = QDateTime()
t.setTime_t(value)
out.append(t.toString('HH:mm:ss'))
return out
class DateLabel(QLabel):
def __init__(self, text, parent, date_format):
self.date_format = date_format
self.t = QDateTime()
super(DateLabel, self).__init__(text=text, parent=parent)
def setValue(self, unixtimestampe):
"""Set the text with a value from a unix timestamp"""
self.t.setTime_t(unixtimestampe)
super(DateLabel, self).setText(self.t.toString(self.date_format))
def tickStringsDate(self, values, scale, spacing):
"""Return HH:mm:ss strings from unixtime values"""
# FIXME Change date format depending of min max value
# FIXME Make better date locator
out = []
for value in values:
t = QDateTime()
t.setTime_t(value)
out.append(t.toString('HH:mm:ss'))
return out
class JRodosModelOutputConfig(ProviderConfig):
def __init__(self):
ProviderConfig.__init__(self)
self.url = 'http://localhost:8080/geoserver/wps'
#self.url = 'http://172.19.115.90:8080/geoserver/wps'
self.wps_id = 'gs:JRodosGeopkgWPS' # gs:JRodosWPS = one zipped shapefile, gs:JRodosGeopkgWPS = one GeoPackage
self.user = '******'
self.password = '******'
# taskArg parameter:
self.jrodos_project = "'wps-test-3'"
# dataitem parameter:
self.jrodos_path = "'Model data=;=Output=;=Prognostic Results=;=Potential doses=;=Total potential dose=;=effective'"
# jrodos_path= "'Model data=;=Output=;=Prognostic Results=;=Cloud arrival time=;=Cloud arrival time'" # 1
# jrodos_path = "'Model data=;=Output=;=Prognostic Results=;=Activity concentrations=;=Air concentration, time integrated near ground surface=;=I -135'" # 24
# jrodos_path = "'Model data=;=Output=;=Prognostic Results=;=Activity concentrations=;=Air concentration, time integrated near ground surface=;=Cs-137'" # 24
# jrodos_path = "'Model data=;=Output=;=Prognostic Results=;=Activity concentrations=;=Ground contamination dry+wet=;=I -135'" # 24
# jrodos_path = "'Model data=;=Output=;=Prognostic Results=;=Activity concentrations=;=Ground contamination dry+wet=;=Cs-137'" # 24
# jrodos_path = "'Model data=;=Output=;=Prognostic Results=;=Potential doses=;=Total potential dose=;=effective'"
# this 3 props define the column parameter
self.jrodos_datetime_start = QDateTime(QDate(2016, 05, 17), QTime(6, 0))
self.jrodos_model_time = -1 # IN MINUTES !
self.jrodos_model_step = 3600 # IN SECONDS !
self.jrodos_columns = 0 # starting at 0, but can also be a range: '0,' '0-23', '0-'
# vertical parameter:
self.jrodos_verticals = 0 # z / layers
# actual output format for WPS
self.jrodos_format = "application/zip" # format = "application/zip" "text/xml; subtype=wfs-collection/1.0"
self.jrodos_datetime_start = QDateTime(QDate(2016, 05, 17), QTime(6, 0))
self.jrodos_datetime_format = "yyyy-MM-ddTHH:mm:ss.000 00:00" # '2016-04-25T08:00:00.000+00:00'
self.timestamp = datetime.now().strftime("%Y%m%d%H%M%f")
self.units = ''
def __str__(self):
return u"""WPS settings:\n WPS id: {}\n WPS url: {}\n outputdir: {}\n user: {}\n password: {}\n project: {}\n path: {}\n format: {}\n modeltime(minutes): {} ({} hours)\n step(seconds): {} ({} minutes)\n columns: {}\n verticals: {}\n format: {}\n start : {}\n units : {}
""".format(self.wps_id, self.url, self.output_dir, self.user, self.password, self.jrodos_project, self.jrodos_path,
self.jrodos_format, self.jrodos_model_time, self.jrodos_model_time/60, self.jrodos_model_step, self.jrodos_model_step/60, self.jrodos_columns, self.jrodos_verticals, self.jrodos_datetime_format,
self.jrodos_datetime_start.toString(self.jrodos_datetime_format), self.units)
@property
def output_dir(self):
return Utils.jrodos_dirname(self.jrodos_project, self.jrodos_path, self.timestamp)
class LogResultRow():
def __init__(self, logFeature, featureLayer, pkeyName, geomColumn):
self.featureLayer = featureLayer
self.fields = featureLayer.dataProvider().fields()
self.logFeature = QgsFeature(logFeature)
self.geomColumn = geomColumn
self.date = QDateTime().fromString(logFeature["action_tstamp_clk"],
Qt.ISODate)
print logFeature[
"action_tstamp_clk"], self.date, self.date.toMSecsSinceEpoch()
self.dateMs = self.date.toMSecsSinceEpoch()
self.logData = self.logFeature["row_data"]
self.layerFeatureId = int(self.getFieldValue(self.logData, pkeyName))
def getFieldValue(self, data, fieldName):
if data is None:
return None
p = fieldRe(fieldName).search(data)
if p:
value = ""
data = data[p.end():]
p = dataReWithQuote.match(data)
if p:
value = data[p.start() + 1:p.end() - 1]
else:
p = dataReWithoutQuote.match(data)
if p:
value = data[p.start():p.end() - 1]
else:
p = dataReWithoutQuoteEndOfString.match(data)
if p:
value = data[p.start():p.end()]
return value
return None
def dateStr(self):
return self.date.toString("ddd dd MMM yyyy hh:mm")
def user(self):
return self.logFeature["session_user_name"]
def action(self):
action = self.logFeature["action"]
if action == "I":
#return u"\u002B" # plus sign
return "insert"
if action == "U":
#return u"\u2713" # check sign
return "update"
if action == "D":
#return u"\u2A2F" # cross sign
return "delete"
raise NameError("Invalid action %s" % action)
def application(self):
return self.logFeature["application_name"]
def clientIP(self):
return self.logFeature["client_addr"]
def clientPort(self):
return self.logFeature["client_port"]
def changedFields(self):
data = self.logFeature["changed_fields"]
columns = ""
for field in self.fields:
if self.getFieldValue(data, field.name()) is not None:
columns += field.name() + ", "
return columns[:-2]
def changedGeometry(self):
data = self.logFeature["changed_fields"]
geometry = self.getFieldValue(data, self.geomColumn)
return geometry is not None
def changedGeometryStr(self):
if self.changedGeometry():
return u"\u2713" # i.e. check sign
else:
return ""
def geometry(self):
if self.geomColumn is None:
return QgsGeometry()
ewkb = "%s" % self.getFieldValue(self.logData, self.geomColumn)
return geometryTools.ewkb2gqgis(ewkb)
def data(self):
out = dict()
for field in self.fields:
out[field.name()] = self.getFieldValue(self.logData, field.name())
return out
def getLayerFeature(self):
layerFeature = QgsFeature()
featReq = QgsFeatureRequest().setFilterFid(self.layerFeatureId)
if not self.featureLayer.hasGeometryType():
featReq.setFlags(QgsFeatureRequest.NoGeometry)
if self.featureLayer.getFeatures(featReq).nextFeature(layerFeature):
return layerFeature
else:
return None
def restoreFeature(self):
if not self.featureLayer.isEditable():
return False
currentFeature = self.getLayerFeature()
editBuffer = self.featureLayer.editBuffer()
if currentFeature is not None:
fid = currentFeature.id()
for idx, field in enumerate(self.fields):
value = self.getFieldValue(self.logData, field.name())
editBuffer.changeAttributeValue(fid, idx, value)
if self.featureLayer.hasGeometryType():
editBuffer.changeGeometry(fid, self.geometry())
else:
newFeature = QgsFeature()
newFeature.setFields(self.fields)
newFeature.initAttributes(self.fields.size())
for field in self.fields:
value = self.getFieldValue(self.logData, field.name())
newFeature[field.name()] = QVariant(value)
if self.featureLayer.hasGeometryType():
newFeature.setGeometry(self.geometry())
editBuffer.addFeature(newFeature)
def isDirty(self, *args):
date = self.getSelectedDate()
time = self.getSelectedTime()
datetime = QDateTime(date, time)
value = datetime.toString("ddd d MMM yyyy 'at' h:m ap")
self.ui.label.setText(value)
class LogResultRow():
def __init__(self, logFeature, featureLayer, pkeyName, geomColumn):
self.featureLayer = featureLayer
self.fields = featureLayer.dataProvider().fields()
self.logFeature = QgsFeature(logFeature)
self.geomColumn = geomColumn
self.date = QDateTime().fromString(logFeature["action_tstamp_clk"], Qt.ISODate)
print logFeature["action_tstamp_clk"], self.date, self.date.toMSecsSinceEpoch()
self.dateMs = self.date.toMSecsSinceEpoch()
self.logData = self.logFeature["row_data"]
self.layerFeatureId = int(self.getFieldValue(self.logData, pkeyName))
def getFieldValue(self, data, fieldName):
if data is None:
return None
p = fieldRe(fieldName).search(data)
if p:
value = ""
data = data[p.end():]
p = dataReWithQuote.match(data)
if p:
value = data[p.start()+1:p.end()-1]
else:
p = dataReWithoutQuote.match(data)
if p:
value = data[p.start():p.end()-1]
else:
p = dataReWithoutQuoteEndOfString.match(data)
if p:
value = data[p.start():p.end()]
return value
return None
def dateStr(self):
return self.date.toString("ddd dd MMM yyyy hh:mm")
def user(self):
return self.logFeature["user_name"]
def action(self):
action = self.logFeature["action"]
if action == "I":
#return u"\u002B" # plus sign
return "insert"
if action == "U":
#return u"\u2713" # check sign
return "update"
if action == "D":
#return u"\u2A2F" # cross sign
return "delete"
raise NameError("Invalid action %s" % action)
def clientIP(self):
return self.logFeature["addr"]
def changedFields(self):
data = self.logFeature["changed_fields"]
columns = ""
for field in self.fields:
if self.getFieldValue(data, field.name()) is not None:
columns += field.name() + ", "
return columns[:-2]
def changedGeometry(self):
data = self.logFeature["changed_fields"]
geometry = self.getFieldValue(data, self.geomColumn)
return geometry is not None
def changedGeometryStr(self):
if self.changedGeometry():
return u"\u2713" # i.e. check sign
else:
return ""
def geometry(self):
if self.geomColumn is None:
return QgsGeometry()
ewkb = "%s" % self.getFieldValue(self.logData, self.geomColumn)
return geometryTools.ewkb2gqgis(ewkb)
def data(self):
out = dict()
for field in self.fields:
out[field.name()] = self.getFieldValue(self.logData, field.name())
return out
def getLayerFeature(self):
layerFeature = QgsFeature()
featReq = QgsFeatureRequest().setFilterFid(self.layerFeatureId)
if not self.featureLayer.hasGeometryType():
featReq.setFlags(QgsFeatureRequest.NoGeometry)
if self.featureLayer.getFeatures(featReq).nextFeature(layerFeature):
return layerFeature
else:
return None
def restoreFeature(self):
if not self.featureLayer.isEditable():
return False
currentFeature = self.getLayerFeature()
editBuffer = self.featureLayer.editBuffer()
if currentFeature is not None:
fid = currentFeature.id()
for idx, field in enumerate(self.fields):
value = self.getFieldValue(self.logData, field.name())
editBuffer.changeAttributeValue(fid, idx, value)
if self.featureLayer.hasGeometryType():
editBuffer.changeGeometry(fid, self.geometry())
else:
newFeature = QgsFeature()
newFeature.setFields(self.fields)
newFeature.initAttributes(self.fields.size())
for field in self.fields:
value = self.getFieldValue(self.logData, field.name())
newFeature[field.name()] = value
if self.featureLayer.hasGeometryType():
newFeature.setGeometry(self.geometry())
editBuffer.addFeature(newFeature)
class QASession(QARecord):
def __init__(self):
QARecord.__init__()
self.Type = QARecordType.Session
self.NULLDATE = QDateTime(QDate(2222, 2, 22), QTime(22, 22, 22, 22))
self.dwgCreated = QDateTime()
self.dwgSaved = QDateTime()
self.dwgFileName = None
self.dwgSizeOpened = 0
self.dwgSizeClosed = 0
self.tagName = None
self.tagProject = None
self.tagReason = None
self.tagSection = None
self.sessionType = None
self.qaLastSaved = QDateTime()
self.closed = QDateTime()
self.correlation = None
self.corrupted = None
def method_6(self, stringBuilder_0, string_0, bool_0, bool_1):
if (bool_0):
QARecord.smethod_0(self.title, stringBuilder_0)
self.HtmlBody(stringBuilder_0, string_0)
if (bool_1):
QARecord.smethod_1(stringBuilder_0)
def method_9(self, stringBuilder_0, string_0):
if (not String.IsNullOrEmpty(string_0)):
stringBuilder_0.Append("\n{0}\n\n".format(string_0))
stringBuilder_0.AppendLine(self.Text)
def method_10(self, object_0, object_1, string_0):
self.WordDocumentBody(object_0, object_1, string_0)
QARecord.method_10(object_0, object_1, string_0)
def method_12(self, string_0, string_1):
return "<tr><td><b>{0}</b></td><td>{1}</td></tr>".format(
string_0, string_1)
def method_13(self, string_0, string_1, string_2):
if (String.IsNullOrEmpty(string_2)):
return self.method_12(string_0, string_1)
return "<tr><td {0}><b>{1}</b></td><td {2}>{3}</td></tr>".format(
string_2, string_0, string_2, string_1)
def method_14(self, binaryReader_0, qafileVersion_0):
#TODO: UnCompleted
pass
# switch (qafileVersion_0)
# {
# case QAFileVersion.V8:
# case QAFileVersion.V8_1:
# {
# base.Stamp = DateTime.FromOADate(binaryReader_0.ReadDouble());
# this.dwgCreated = DateTime.FromOADate(binaryReader_0.ReadDouble());
# this.dwgSaved = DateTime.FromOADate(binaryReader_0.ReadDouble());
# this.dwgFileName = Encoding.Default.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.dwgSizeOpened = binaryReader_0.ReadDouble();
# this.dwgSizeClosed = binaryReader_0.ReadDouble();
# this.tagName = Encoding.Default.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.tagProject = Encoding.Default.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.tagReason = Encoding.Default.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.tagSection = Encoding.Default.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.sessionType = (QASessionType)binaryReader_0.ReadByte();
# this.qaLastSaved = DateTime.FromOADate(binaryReader_0.ReadDouble());
# this.closed = DateTime.FromOADate(binaryReader_0.ReadDouble());
# this.correlation = binaryReader_0.ReadBoolean();
# break;
# }
# case QAFileVersion.V10:
# {
# base.Stamp = DateTime.FromBinary(binaryReader_0.ReadInt64());
# this.dwgCreated = DateTime.FromBinary(binaryReader_0.ReadInt64());
# this.dwgSaved = DateTime.FromBinary(binaryReader_0.ReadInt64());
# this.dwgFileName = Encoding.Unicode.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.dwgSizeOpened = binaryReader_0.ReadDouble();
# this.dwgSizeClosed = binaryReader_0.ReadDouble();
# this.tagName = Encoding.Unicode.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.tagProject = Encoding.Unicode.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.tagReason = Encoding.Unicode.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.tagSection = Encoding.Unicode.GetString(binaryReader_0.ReadBytes(binaryReader_0.ReadInt32()));
# this.sessionType = (QASessionType)binaryReader_0.ReadByte();
# this.qaLastSaved = DateTime.FromBinary(binaryReader_0.ReadInt64());
# this.closed = DateTime.FromBinary(binaryReader_0.ReadInt64());
# this.correlation = binaryReader_0.ReadBoolean();
# break;
# }
# default:
# {
# throw new NotSupportedException();
# }
# }
# if (QADocument.ProgressUpdate != null)
# {
# QADocument.ProgressUpdate((int)(binaryReader_0.BaseStream.Position * (long)100 / binaryReader_0.BaseStream.Length));
# }
# int num = binaryReader_0.ReadInt32();
# for (int i = 0; i < num; i++)
# {
# base.Children.Add(QARecord.smethod_2(binaryReader_0, qafileVersion_0));
# }
def WordDocumentBody(self, wordApp, wordDoc, title):
raise SystemError
def HtmlBody(self, lines, title):
lines.AppendLine("<div align=\"center\">")
lines.AppendLine(
"<table border=\"0\" cellpadding=\"2\" cellspacing=\"0\">")
lines.AppendLine("<tbody>")
if (self.sessionType == QASessionType.Started):
lines.AppendLine(self.method_12(Captions.PROJECT, self.tagProject))
lines.AppendLine(self.method_12(Captions.NAME, self.tagName))
lines.AppendLine(self.method_12(Captions.SECTION, self.tagSection))
lines.AppendLine(self.method_12(Captions.REASON, self.tagReason))
lines.AppendLine(self.method_12(Captions.DWG_NAME, self.dwgFileName))
if (not self.dwgCreated.toString() == self.NULLDATE.toString()):
lines.AppendLine(
self.method_12(Captions.DWG_CREATED,
Extensions.smethod_19(self.dwgCreated)))
if (not self.dwgSaved.toString() == self.NULLDATE.toString()):
lines.AppendLine(
self.method_12(Captions.DWG_LAST_SAVED,
Extensions.smethod_19(self.dwgSaved)))
if (self.dwgSizeOpened > 0):
if (self.dwgSizeOpened >= 1024):
lines.AppendLine(
self.method_12(
Captions.DWG_SIZE_SESSION_OPENED,
"{0:0.###} {1}".format(
self.dwgSizeOpened / float(1024), Captions.MB)))
else:
lines.AppendLine(
self.method_12(
Captions.DWG_SIZE_SESSION_OPENED,
"{0:0.###} {1}".format(self.dwgSizeOpened,
Captions.KB)))
if (self.dwgSizeClosed > 0):
if (self.dwgSizeClosed >= 1024):
lines.AppendLine(
self.method_12(
Captions.DWG_SIZE_SESSION_SAVED,
"{0:0.###} {1}".format(
self.dwgSizeClosed / float(1024), Captions.MB)))
else:
lines.AppendLine(
self.method_12(
Captions.DWG_SIZE_SESSION_SAVED,
"{0:0.###} {1}".format(self.dwgSizeClosed,
Captions.KB)))
if (not self.qaLastSaved.toString() == self.NULLDATE.toString()):
lines.AppendLine(
self.method_12(Captions.QA_LAST_SAVED,
Extensions.smethod_19(self.qaLastSaved)))
if (not self.correlation):
lines.AppendLine(
self.method_13(Captions.WARNING, Captions.NO_CORRELATION,
"style=\"color: rgb(255, 0, 0);\""))
if (self.corrupted):
lines.AppendLine(
self.method_13(Captions.WARNING,
Captions.POSSIBLE_QA_FILE_CORRUPTION,
"style=\"color: rgb(255, 0, 0);\""))
lines.AppendLine("</tbody>")
lines.AppendLine("</table>")
lines.AppendLine("</div>")
def getClosed(self):
return self.closed
def setClosed(self, val):
self.closed = val
Closed = property(getClosed, setClosed, None, None)
def getCorrelation(self):
return self.correlation
def setCorrelation(self, val):
self.correlation = val
Correlation = property(getCorrelation, setCorrelation, None, None)
def getCorrupted(self):
return self.corrupted
def setCorrupted(self, val):
self.corrupted = val
Corrupted = property(getCorrupted, setCorrupted, None, None)
def getDwgCreated(self):
return self.dwgCreated
def setDwgCreated(self, val):
self.dwgCreated = val
DwgCreated = property(getDwgCreated, setDwgCreated, None, None)
def getDwgFileName(self):
return self.dwgFileName
def setDwgFileName(self, val):
self.dwgFileName = val
DwgFileName = property(getDwgFileName, setDwgFileName, None, None)
def getDwgSaved(self):
return self.dwgSaved
def setDwgSaved(self, val):
self.dwgSaved = val
DwgSaved = property(getDwgSaved, setDwgSaved, None, None)
def getDwgSizeClosed(self):
return self.dwgSizeClosed
def setDwgSizeClosed(self, val):
self.dwgSizeClosed = val
DwgSizeClosed = property(getDwgSizeClosed, setDwgSizeClosed, None, None)
def getDwgSizeOpened(self):
return self.dwgSizeOpened
def setDwgSizeOpened(self, val):
self.dwgSizeOpened = val
DwgSizeOpened = property(getDwgSizeOpened, setDwgSizeOpened, None, None)
def getQaLastSaved(self):
return self.qaLastSaved
def setQaLastSaved(self, val):
self.qaLastSaved = val
QaLastSaved = property(getQaLastSaved, setQaLastSaved, None, None)
def getSessionType(self):
return self.sessionType
def setSessionType(self, val):
self.sessionType = val
SessionType = property(getSessionType, setSessionType, None, None)
def getTagName(self):
return self.tagName
def setTagName(self, val):
self.tagName = val
TagName = property(getTagName, setTagName, None, None)
def getTagProject(self):
return self.tagProject
def setTagProject(self, val):
self.tagProject = val
TagProject = property(getTagProject, setTagProject, None, None)
def getTagReason(self):
return self.tagReason
def setTagReason(self, val):
self.tagReason = val
TagReason = property(getTagReason, setTagReason, None, None)
def getTagSection(self):
return self.tagSection
def setTagSection(self, val):
self.tagSection = val
TagSection = property(getTagSection, setTagSection, None, None)
def getText(self):
stringBuilder = StringBuilder()
if (self.sessionType == QASessionType.Started):
stringBuilder.AppendLine("{0}\t{1}".format(Captions.PROJECT,
self.tagProject))
stringBuilder.AppendLine("{0}\t{1}".format(Captions.NAME,
self.tagName))
stringBuilder.AppendLine("{0}\t{1}".format(Captions.SECTION,
self.tagSection))
stringBuilder.AppendLine("{0}\t{1}".format(Captions.REASON,
self.tagReason))
stringBuilder.AppendLine("{0}\t{1}".format(Captions.DWG_NAME,
self.dwgFileName))
if (not self.dwgCreated.toString() == self.NULLDATE.toString()):
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.DWG_CREATED, Extensions.smethod_19(self.dwgCreated)))
if (not self.dwgSaved.toString() == self.NULLDATE.toString()):
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.DWG_LAST_SAVED, Extensions.smethod_19(self.dwgSaved)))
if (self.dwgSizeOpened > 0):
if (self.dwgSizeOpened >= 1024):
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.DWG_SIZE_SESSION_OPENED,
"{0:0.###} {1}".format(self.dwgSizeOpened / float(1024),
Captions.MB)))
else:
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.DWG_SIZE_SESSION_OPENED,
"{0:0.###} {1}".format(self.dwgSizeOpened, Captions.KB)))
if (self.dwgSizeClosed > 0):
if (self.dwgSizeClosed >= 1024):
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.DWG_SIZE_SESSION_SAVED,
"{0:0.###} {1}".format(self.dwgSizeClosed / float(1024),
Captions.MB)))
else:
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.DWG_SIZE_SESSION_SAVED,
"{0:0.###} {1}".format(self.dwgSizeClosed, Captions.KB)))
if (not self.qaLastSaved.toString() == self.NULLDATE.toString()):
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.QA_LAST_SAVED,
Extensions.smethod_19(self.qaLastSaved)))
if (not self.correlation):
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.WARNING, Captions.NO_CORRELATION))
if (self.corrupted):
stringBuilder.AppendLine("{0}\t{1}".format(
Captions.WARNING, Captions.POSSIBLE_QA_FILE_CORRUPTION))
return stringBuilder.ToString()
def setText(self, val):
raise SystemError
Text = property(getText, None, None, None)