def intLineEditWidgetValidation(self, widget, varName, msg):
var = self.tempQadVariables.getVariable(
QadMsg.translate("Environment variables", varName))
err = False
string = widget.text()
if qad_utils.str2int(string) is None:
err = True
else:
if var.minNum is not None:
if qad_utils.str2int(string) < var.minNum:
err = True
if var.maxNum is not None:
if qad_utils.str2int(string) > var.maxNum:
err = True
if err:
msg = msg + QadMsg.translate("QAD", ": enter a number")
if var.minNum is not None:
msg = msg + QadMsg.translate("QAD", " >= {0}").format(
str(var.minNum))
if var.maxNum is not None:
if var.minNum is not None:
msg = msg + QadMsg.translate("QAD", " and")
msg = msg + QadMsg.translate("QAD", " <= {0}").format(
str(var.maxNum))
msg = msg + "."
QMessageBox.critical(self, "QAD", msg)
widget.setFocus()
widget.selectAll()
return False
return True
def intLineEditWidgetValidation(self, widget, varName, msg):
var = self.tempQadVariables.getVariable(QadMsg.translate("Environment variables", varName))
err = False
string = widget.text()
if qad_utils.str2int(string) is None:
err = True
else:
if var.minNum is not None:
if qad_utils.str2int(string) < var.minNum:
err = True
if var.maxNum is not None:
if qad_utils.str2int(string) > var.maxNum:
err = True
if err:
msg = msg + QadMsg.translate("QAD", ": enter a number")
if var.minNum is not None:
msg = msg + QadMsg.translate("QAD", " >= {0}").format(str(var.minNum))
if var.maxNum is not None:
if var.minNum is not None:
msg = msg + QadMsg.translate("QAD", " and")
msg = msg + QadMsg.translate("QAD", " <= {0}").format(str(var.maxNum))
msg = msg + "."
QMessageBox.critical(self, "QAD", msg)
widget.setFocus()
widget.selectAll()
return False
return True
def accept_selection_tab(self):
# PICKBOX
self.tempQadVariables.set(QadMsg.translate("Environment variables", "PICKBOX"), self.horizontalSlider_PICKBOX.value())
# PICKFIRST
pickFirst = 1 if self.checkBox_PICKFIRST.checkState() == Qt.Checked else 0
self.tempQadVariables.set(QadMsg.translate("Environment variables", "PICKFIRST"), pickFirst)
# PICKADD
pickAdd = 0 if self.checkBox_PICKADD.checkState() == Qt.Checked else 1
self.tempQadVariables.set(QadMsg.translate("Environment variables", "PICKADD"), pickAdd)
# GRIPSIZE
self.tempQadVariables.set(QadMsg.translate("Environment variables", "GRIPSIZE"), self.horizontalSlider_GRIPSIZE.value())
# GRIPS
grips = 1 if self.checkBox_GRIPS.checkState() == Qt.Checked else 0
self.tempQadVariables.set(QadMsg.translate("Environment variables", "GRIPS"), grips)
# GRIPMULTIFUNCTIONAL
gripMultiFunctional = self.tempQadVariables.get(QadMsg.translate("Environment variables", "GRIPMULTIFUNCTIONAL"))
if self.checkBox_GRIPMULTIFUNCTIONAL_ON_DYNAMIC_MENU_AND_HOT_GRIPT.checkState() == Qt.Checked:
gripMultiFunctional = gripMultiFunctional | QadGRIPMULTIFUNCTIONALEnum.ON_DYNAMIC_MENU_AND_HOT_GRIPT # aggiungo i bit
else:
gripMultiFunctional = gripMultiFunctional &~ QadGRIPMULTIFUNCTIONALEnum.ON_DYNAMIC_MENU_AND_HOT_GRIPT # tolgo i bit
self.tempQadVariables.set(QadMsg.translate("Environment variables", "GRIPMULTIFUNCTIONAL"), gripMultiFunctional)
# GRIPOBJLIMIT
gripObjLimit = qad_utils.str2int(self.lineEdit_GRIPOBJLIMIT.text())
self.tempQadVariables.set(QadMsg.translate("Environment variables", "GRIPOBJLIMIT"), gripObjLimit)
def load(self, Path=""):
"""
Carica il dizionario delle variabili da file
Ritorna True in caso di successo, false in caso di errore
"""
# svuoto il dizionario e lo reimposto con i valori di default
self.__VariableValuesDict.clear()
self.__init__()
if Path == "":
# Se la path non é indicata uso il file "qad.ini" in
Path = QDir.cleanPath(QgsApplication.qgisSettingsDirPath()) + "python/plugins/qad/"
Path = Path + "qad.ini"
if not os.path.exists(Path):
return False
file = open(Path, "r") # apre il file in lettura
for line in file:
# leggo il valore + il tipo (es var = 5 <type 'int'>)
sep = line.rfind(" = ")
VarName = line[0:sep]
VarName = VarName.strip(" ") # rimuovo gli spazi prima e dopo
VarValue = line[sep+3:]
sep = VarValue.rfind(" <type '")
sep2 = VarValue.rfind("'>")
VarType = VarValue[sep+8:sep2]
VarValue = VarValue[:sep]
if VarType == "int":
VarValue = qad_utils.str2int(VarValue)
if VarValue is None:
self.set(VarName, int(0))
else:
self.set(VarName, VarValue)
elif VarType == "long":
VarValue = qad_utils.str2long(VarValue)
if VarValue is None:
self.set(VarName, long(0))
else:
self.set(VarName, VarValue)
elif VarType == "float":
VarValue = qad_utils.str2float(VarValue)
if VarValue is None:
self.set(VarName, float(0))
else:
self.set(VarName, VarValue)
elif VarType == "bool":
VarValue = qad_utils.str2bool(VarValue)
if VarValue is None:
self.set(VarName, False)
else:
self.set(VarName, VarValue)
else:
self.set(VarName, str(VarValue))
file.close()
return True
def accept_display_tab(self):
# Memorizzo il valore di SHOWTEXTWINDOW
newSHOWTEXTWINDOW = True if self.checkBox_SHOWTEXTWINDOW.checkState() == Qt.Checked else False
self.tempQadVariables.set(QadMsg.translate("Environment variables", "SHOWTEXTWINDOW"), newSHOWTEXTWINDOW)
# Memorizzo il valore di CMDINPUTHISTORYMAX
SHistoryMax = self.lineEdit_CMDINPUTHISTORYMAX.text()
historyMax = qad_utils.str2int(SHistoryMax)
self.tempQadVariables.set(QadMsg.translate("Environment variables", "CMDINPUTHISTORYMAX"), historyMax)
# Memorizzo il valore di INPUTSEARCHOPTIONS
newInputSearchOptions = 0
if self.checkBox_INPUTSEARCHOPTIONS_ON.checkState() == Qt.Checked:
newInputSearchOptions = newInputSearchOptions | QadINPUTSEARCHOPTIONSEnum.ON
if self.checkBox_INPUTSEARCHOPTIONS_AUTOCOMPLETE.checkState() == Qt.Checked:
newInputSearchOptions = newInputSearchOptions | QadINPUTSEARCHOPTIONSEnum.AUTOCOMPLETE
if self.checkBox_INPUTSEARCHOPTIONS_DISPLAY_LIST.checkState() == Qt.Checked:
newInputSearchOptions = newInputSearchOptions | QadINPUTSEARCHOPTIONSEnum.DISPLAY_LIST
if self.checkBox_INPUTSEARCHOPTIONS_DISPLAY_ICON.checkState() == Qt.Checked:
newInputSearchOptions = newInputSearchOptions | QadINPUTSEARCHOPTIONSEnum.DISPLAY_ICON
if self.checkBox_INPUTSEARCHOPTIONS_EXCLUDE_SYS_VAR.checkState() == Qt.Checked:
newInputSearchOptions = newInputSearchOptions | QadINPUTSEARCHOPTIONSEnum.EXCLUDE_SYS_VAR
self.tempQadVariables.set(QadMsg.translate("Environment variables", "INPUTSEARCHOPTIONS"), newInputSearchOptions)
# Memorizzo il valore di INPUTSEARCHDELAY
SInputSearchDelay = self.lineEdit_INPUTSEARCHDELAY.text()
InputSearchDelay = qad_utils.str2int(SInputSearchDelay)
self.tempQadVariables.set(QadMsg.translate("Environment variables", "INPUTSEARCHDELAY"), InputSearchDelay)
# Memorizzo il valore di ARCMINSEGMENTQTY
SArcMinSegmentQty = self.lineEdit_ARCMINSEGMENTQTY.text()
ArcMinSegmentQty = qad_utils.str2int(SArcMinSegmentQty)
self.tempQadVariables.set(QadMsg.translate("Environment variables", "ARCMINSEGMENTQTY"), ArcMinSegmentQty)
# Memorizzo il valore di CIRCLEMINSEGMENTQTY
SCircleMinSegmentQty = self.lineEdit_CIRCLEMINSEGMENTQTY.text()
CircleMinSegmentQty = qad_utils.str2int(SCircleMinSegmentQty)
self.tempQadVariables.set(QadMsg.translate("Environment variables", "CIRCLEMINSEGMENTQTY"), CircleMinSegmentQty)
# Memorizzo il valore di TOLERANCE2APPROXCURVE
STolerance2ApproxCurve = self.lineEdit_TOLERANCE2APPROXCURVE.text()
Tolerance2ApproxCurve = qad_utils.str2int(STolerance2ApproxCurve)
self.tempQadVariables.set(QadMsg.translate("Environment variables", "TOLERANCE2APPROXCURVE"), Tolerance2ApproxCurve)
# Memorizzo il valore di CURSORSIZE
SCursorSize = self.lineEdit_CURSORSIZE.text()
CursorSize = qad_utils.str2int(SCursorSize)
self.tempQadVariables.set(QadMsg.translate("Environment variables", "CURSORSIZE"), CursorSize)
def evaluate(self, cmd):
#------------------------------------------------------------------------------
# nome di un comando
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.COMMAND:
if cmd == "":
cmd = unicode(self.showLast()) # ripeto ultimo comando
if self.parentWidget().isValidCommand(cmd):
self.updateHistory(cmd)
self.parentWidget().runCommand(cmd)
else:
msg = QadMsg.translate("QAD", "\nComando sconosciuto \"{0}\".")
self.showMsg(msg.format(cmd.encode('ascii','ignore')), True) # ripete il prompt
return
if cmd == "":
if self.default is not None:
if type(self.default) == QgsPoint:
cmd = self.default.toString()
else:
cmd = unicode(self.default)
if cmd == "" and \
not (self.inputMode & QadInputModeEnum.NOT_NULL): # permesso input nullo
self.parentWidget().continueCommand(None)
return
#------------------------------------------------------------------------------
# punto 2D
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.POINT2D:
snapType = qad_utils.str2snapTypeEnum(cmd)
if snapType != -1:
# se é stato forzato uno snap
snapParams = qad_utils.str2snapParams(cmd)
self.parentWidget().forceCommandMapToolSnapTypeOnce(snapType, snapParams)
self.showMsg(QadMsg.translate("QAD", "\n(impostato snap temporaneo)\n"), True) # ripeti il prompt
return
if (self.inputType & QadInputTypeEnum.INT) or \
(self.inputType & QadInputTypeEnum.LONG) or \
(self.inputType & QadInputTypeEnum.FLOAT) or \
(self.inputType & QadInputTypeEnum.ANGLE) or \
(self.inputType & QadInputTypeEnum.BOOL):
oneNumberAllowed = False
else:
oneNumberAllowed = True
pt = qad_utils.str2QgsPoint(cmd, \
self.parentWidget().getLastPoint(), \
self.parentWidget().getCurrenPointFromCommandMapTool(), \
oneNumberAllowed)
if pt is not None:
self.parentWidget().setLastPoint(pt)
self.parentWidget().continueCommand(pt)
return
#------------------------------------------------------------------------------
# punto 3D
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.POINT3D: # punto
pass
#------------------------------------------------------------------------------
# una parola chiave
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.KEYWORDS:
keyWord = self.evaluateKeyWords(cmd)
if keyWord is not None:
self.parentWidget().continueCommand(keyWord)
return
#------------------------------------------------------------------------------
# una stringa
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.STRING:
if cmd is not None:
self.parentWidget().continueCommand(cmd)
return
#------------------------------------------------------------------------------
# un numero intero
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.INT:
num = qad_utils.str2int(cmd)
if num == 0 and (self.inputMode & QadInputModeEnum.NOT_ZERO): # non permesso valore = 0
num = None
elif num < 0 and (self.inputMode & QadInputModeEnum.NOT_NEGATIVE): # non permesso valore < 0
num = None
elif num > 0 and (self.inputMode & QadInputModeEnum.NOT_POSITIVE): # non permesso valore > 0
num = None
if num is not None:
self.parentWidget().continueCommand(int(num))
return
#------------------------------------------------------------------------------
# un numero lungo
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.LONG:
num = qad_utils.str2long(cmd)
if num == 0 and (self.inputMode & QadInputModeEnum.NOT_ZERO): # non permesso valore = 0
num = None
elif num < 0 and (self.inputMode & QadInputModeEnum.NOT_NEGATIVE): # non permesso valore < 0
num = None
elif num > 0 and (self.inputMode & QadInputModeEnum.NOT_POSITIVE): # non permesso valore > 0
num = None
if num is not None:
self.parentWidget().continueCommand(long(num))
return
#------------------------------------------------------------------------------
# un numero reale
#------------------------------------------------------------------------------
if self.inputType & QadInputTypeEnum.FLOAT or self.inputType & QadInputTypeEnum.ANGLE:
num = qad_utils.str2float(cmd)
if num == 0 and (self.inputMode & QadInputModeEnum.NOT_ZERO): # non permesso valore = 0
num = None
elif num < 0 and (self.inputMode & QadInputModeEnum.NOT_NEGATIVE): # non permesso valore < 0
num = None
elif num > 0 and (self.inputMode & QadInputModeEnum.NOT_POSITIVE): # non permesso valore > 0
num = None
if num is not None:
if self.inputType & QadInputTypeEnum.ANGLE: # se é un angolo in gradi
# i gradi vanno convertiti in radianti
num = qad_utils.toRadians(num)
self.parentWidget().continueCommand(float(num))
return
#------------------------------------------------------------------------------
# un valore booleano
#------------------------------------------------------------------------------
elif self.inputType & QadInputTypeEnum.BOOL:
value = qad_utils.str2bool(cmd)
if value is not None:
self.parentWidget().continueCommand(value)
return
self.showMsg(self.getInvalidInputMsg())
if self.inputType & QadInputTypeEnum.KEYWORDS:
self.displayKeyWordsPrompt()
else:
self.displayPrompt()
return
def lineEdit_CURSORSIZE_textChanged(self):
value = qad_utils.str2int(self.lineEdit_CURSORSIZE.text())
self.horizontalSlider_CURSORSIZE.setValue(value)
def lineEdit_CURSORSIZE_textChanged(self):
value = qad_utils.str2int(self.lineEdit_CURSORSIZE.text())
self.horizontalSlider_CURSORSIZE.setValue(value)