def buildUI(self):
self.process = Process(self.dataReady, self.onError, self.onOutput,
self.isFinished, self)
self.cmdField = PlainTextEdit({
'lwm': QPlainTextEdit.NoWrap,
'sfh': 25,
'vsbp': SCROLLBAROFF,
'adr': True
})
self.textWindow = PlainTextEdit({'rol': True}, self)
self.cursor = self.cmdField.textCursor()
self.copySelectedTextAction = ShortCut('Copy', 'Copy', 'Shift+Ctrl+c',
self.copyText, self)
self.cancelAction = ShortCut('Cancel', 'Cancel', 'Ctrl+c',
self.killProcess, self)
self.pasteTextAction = ShortCut('Paste', 'Paste', 'Shift+Ctrl+v',
self.pasteText, self)
self.textWindow.addActions(
[self.cancelAction, self.copySelectedTextAction])
self.cmdField.addAction(self.pasteTextAction)
self.cmdField.installEventFilter(self)
self.cursorEnd()
sysinfo = QSysInfo()
myMachine = "CPU Architecture: {0}***{1}***{2}***{3}".format(
sysinfo.currentCpuArchitecture(), sysinfo.prettyProductName(),
sysinfo.kernelType(), sysinfo.kernelVersion())
self.statusBar = StatusBar(self)
self.statusBar.showMessage(myMachine, 0)
self.layout.addWidget(self.textWindow)
self.layout.addWidget(self.cmdField)
self.layout.addWidget(self.statusBar)
def get_os_name(self):
global q_os_version_available
try:
os_name = QSysInfo.prettyProductName()
if q_os_version_available:
ver = QOperatingSystemVersion.current()
if ver.name() != '':
os_name += ' {} '.format(ver.name())
if ver.segmentCount() > 2:
os_name += '{}.{}.{}'.format(ver.majorVersion(),
ver.minorVersion(),
ver.microVersion())
elif ver.segmentCount == 2:
os_name += '{}.{}'.format(ver.majorVersion(),
ver.minorVersion())
elif ver.segmentCount == 1:
os_name += '{}'.format(ver.majorVersion())
kernel_name = QSysInfo.kernelType() + ' ' + QSysInfo.kernelVersion(
)
if os_name != kernel_name:
os_name += ' ({})'.format(kernel_name)
return os_name
except Exception as e:
return platform.platform()
def setMessage(self, exType, exValue, exTrace):
"""Generate a message and append session data, error info and
error traceback.
"""
from traceback import format_tb
from novelwriter import __issuesurl__, __version__
from PyQt5.Qt import PYQT_VERSION_STR
from PyQt5.QtCore import QT_VERSION_STR, QSysInfo
self.msgHead.setText((
"<p>An unhandled error has been encountered.</p>"
"<p>Please report this error by submitting an issue report on "
"GitHub, providing a description and including the error "
"message and traceback shown below.</p>"
"<p>URL: <a href='{issueUrl}'>{issueUrl}</a></p>"
).format(
issueUrl=__issuesurl__,
))
try:
kernelVersion = QSysInfo.kernelVersion()
except Exception:
kernelVersion = "Unknown"
try:
import lxml
lxmlVersion = lxml.__version__
except Exception:
lxmlVersion = "Unknown"
try:
import enchant
enchantVersion = enchant.__version__
except Exception:
enchantVersion = "Unknown"
try:
exTrace = "\n".join(format_tb(exTrace))
self.msgBody.setPlainText((
"Environment:\n"
f"novelWriter Version: {__version__}\n"
f"Host OS: {sys.platform} ({kernelVersion})\n"
f"Python: {sys.version.split()[0]} ({sys.hexversion:#x})\n"
f"Qt: {QT_VERSION_STR}, PyQt: {PYQT_VERSION_STR}\n"
f"lxml: {lxmlVersion}\n"
f"enchant: {enchantVersion}\n\n"
f"{exType.__name__}:\n{str(exValue)}\n\n"
f"Traceback:\n{exTrace}\n"
))
except Exception:
self.msgBody.setPlainText("Failed to generate error report ...")
return
def setMessage(self, exType, exValue, exTrace):
"""Generate a message and append session data, error info and
error traceback.
"""
import sys
from traceback import format_tb
from nw import __issuesurl__, __version__
from PyQt5.Qt import PYQT_VERSION_STR
from PyQt5.QtCore import QT_VERSION_STR, QSysInfo
self.msgHead.setText((
"<p>An unhandled error has been encountered.</p>"
"<p>Please report this error by submitting an issue report on "
"GitHub, providing a description and including the error "
"message and traceback shown below.</p>"
"<p>URL: <a href='{issueUrl}'>{issueUrl}</a></p>"
).format(
issueUrl = __issuesurl__,
))
try:
kernelVersion = QSysInfo.kernelVersion()
except Exception:
kernelVersion = "Unknown"
try:
self.msgBody.setPlainText((
"Environment:\n"
"novelWriter Version: {nwVersion}\n"
"Host OS: {osType} ({osKernel})\n"
"Python: {pyVersion} ({pyHexVer:#x})\n"
"Qt: {qtVers}, PyQt: {pyqtVers}\n"
"\n"
"{exType}:\n{exMessage}\n"
"\n"
"Traceback:\n{exTrace}\n"
).format(
nwVersion = __version__,
osType = sys.platform,
osKernel = kernelVersion,
pyVersion = sys.version.split()[0],
pyHexVer = sys.hexversion,
qtVers = QT_VERSION_STR,
pyqtVers = PYQT_VERSION_STR,
exType = exType.__name__,
exMessage = str(exValue),
exTrace = "\n".join(format_tb(exTrace)),
))
except Exception:
self.msgBody.setPlainText("Failed to generate error report ...")
return
def get_defaultstyle() -> str:
style = STYLE_COOL
if platform == "win32":
version_str = QSysInfo.kernelVersion()
if "." in version_str:
dot_index = version_str.index(".")
if dot_index != -1:
version_str = version_str[: dot_index + 2]
version_str.replace(".", "0")
version_double, ok = QLocale().toDouble(version_str)
if version_double >= 602:
style = STYLE_THRESHOLD
elif platform == "darwin":
style = STYLE_VIENNA
return style
def initConfig(self, confPath=None, dataPath=None):
"""Initialise the config class. The manual setting of confPath
and dataPath is mainly intended for the test suite.
"""
logger.debug("Initialising Config ...")
if confPath is None:
confRoot = QStandardPaths.writableLocation(
QStandardPaths.ConfigLocation)
self.confPath = os.path.join(os.path.abspath(confRoot),
self.appHandle)
else:
logger.info("Setting config from alternative path: %s" % confPath)
self.confPath = confPath
if dataPath is None:
if self.verQtValue >= 50400:
dataRoot = QStandardPaths.writableLocation(
QStandardPaths.AppDataLocation)
else:
dataRoot = QStandardPaths.writableLocation(
QStandardPaths.DataLocation)
self.dataPath = os.path.join(os.path.abspath(dataRoot),
self.appHandle)
else:
logger.info("Setting data path from alternative path: %s" %
dataPath)
self.dataPath = dataPath
logger.verbose("Config path: %s" % self.confPath)
logger.verbose("Data path: %s" % self.dataPath)
self.confFile = self.appHandle + ".conf"
self.lastPath = os.path.expanduser("~")
self.appPath = getattr(sys, "_MEIPASS",
os.path.abspath(os.path.dirname(__file__)))
self.appRoot = os.path.abspath(
os.path.join(self.appPath, os.path.pardir))
if os.path.isfile(self.appRoot):
# novelWriter is packaged as a single file, so the app and
# root paths are the same, and equal to the folder that
# contains the single executable.
self.appRoot = os.path.dirname(self.appRoot)
self.appPath = self.appRoot
# Assets
self.assetPath = os.path.join(self.appPath, "assets")
self.themeRoot = os.path.join(self.assetPath, "themes")
self.dictPath = os.path.join(self.assetPath, "dict")
self.iconPath = os.path.join(self.assetPath, "icons")
self.appIcon = os.path.join(self.iconPath, "novelwriter.svg")
# Internationalisation
self.nwLangPath = os.path.join(self.appRoot, "i18n")
logger.verbose("App path: %s" % self.appPath)
logger.verbose("Last path: %s" % self.lastPath)
# If config folder does not exist, create it.
# This assumes that the os config folder itself exists.
if not os.path.isdir(self.confPath):
try:
os.mkdir(self.confPath)
except Exception as e:
logger.error("Could not create folder: %s" % self.confPath)
logException()
self.hasError = True
self.errData.append("Could not create folder: %s" %
self.confPath)
self.errData.append(str(e))
self.confPath = None
# Check if config file exists
if self.confPath is not None:
if os.path.isfile(os.path.join(self.confPath, self.confFile)):
# If it exists, load it
self.loadConfig()
else:
# If it does not exist, save a copy of the default values
self.saveConfig()
# If data folder does not exist, make it.
# This assumes that the os data folder itself exists.
if self.dataPath is not None:
if not os.path.isdir(self.dataPath):
try:
os.mkdir(self.dataPath)
except Exception as e:
logger.error("Could not create folder: %s" % self.dataPath)
logException()
self.hasError = True
self.errData.append("Could not create folder: %s" %
self.dataPath)
self.errData.append(str(e))
self.dataPath = None
# Host and Kernel
if self.verQtValue >= 50600:
self.hostName = QSysInfo.machineHostName()
self.kernelVer = QSysInfo.kernelVersion()
# Load recent projects cache
self.loadRecentCache()
# Check the availability of optional packages
self._checkOptionalPackages()
if self.spellTool is None:
self.spellTool = nwConst.SP_INTERNAL
if self.spellLanguage is None:
self.spellLanguage = "en"
# Check if local help files exist
self.helpPath = os.path.join(self.assetPath, "help", "novelWriter.qhc")
self.hasHelp = os.path.isfile(self.helpPath)
self.hasHelp &= os.path.isfile(
os.path.join(self.assetPath, "help", "novelWriter.qch"))
logger.debug("Config initialisation complete")
return True
def createPanel(self):
labelReportTitle = QLabel(
self.translate("bugReport", "Bug Report Title: "))
self.lineEditReportTitle = QLineEdit()
labelTestedEnvironment = QLabel(
self.translate("bugReport", "Tested Environment: "))
self.lineEditTestedEnvironment = QLineEdit(
self.translate(
"bugReport",
"""System Platform:{}_{} Python Version:{}.{}.{}-{} PyQt Version:{} QT Version:{}"""
).format(
QSysInfo.prettyProductName() if QSysInfo.prettyProductName()
== "unknown" else "{}-{}".format(QSysInfo.kernelType(),
QSysInfo.kernelVersion()),
QSysInfo.currentCpuArchitecture(), sys.version_info.major,
sys.version_info.minor, sys.version_info.micro,
sys.version_info.releaselevel, PYQT_VERSION_STR,
QT_VERSION_STR))
radioBtnQuickReport = QRadioButton(
self.translate("bugReport", "Quick Report"))
radioBtnKnowHowFix = QRadioButton(
self.translate("bugReport", "Know How Fix"))
radioBtnKnowHowFix.setChecked(True)
radioBtnFeatureRequest = QRadioButton(
self.translate("bugReport", "Feature Request"))
buttonOpenHowReportBugURL = QPushButton(
self.translate(
"bugReport",
"""Click Me! Read "HOW REPORT A BUG" before report a bug."""))
self.buttonGroupBugReport = QButtonGroup()
self.buttonGroupBugReport.addButton(radioBtnQuickReport)
self.buttonGroupBugReport.addButton(radioBtnKnowHowFix)
self.buttonGroupBugReport.addButton(radioBtnFeatureRequest)
self.buttonGroupBugReport.addButton(buttonOpenHowReportBugURL)
hboxRadiobutton = QHBoxLayout()
hboxRadiobutton.addWidget(radioBtnKnowHowFix)
hboxRadiobutton.addWidget(radioBtnQuickReport)
hboxRadiobutton.addWidget(radioBtnFeatureRequest)
hboxRadiobutton.addWidget(buttonOpenHowReportBugURL)
hboxRadiobutton.addStretch()
labelStepsToReproduce = QLabel(
self.translate("bugReport", "Steps To Reproduce: "))
self.textEditStepsToReproduce = QTextEdit()
labelActualresults = QLabel(
self.translate("bugReport", "Actual results: "))
self.textEditActualresults = QTextEdit()
self.textEditActualresults.insertPlainText(
self.translate(
"bugReport",
"if have Python's Traceback, Please Paste.\nif is V2Ray-core JSON Editor issue, please Paste the JSON File without server information."
))
self.textEditActualresults.setAcceptDrops(True)
labelExpectedresults = QLabel(
self.translate("bugReport", "Expected results: "))
self.textEditExpectedresults = QTextEdit()
labelFeatureRequest = QLabel(
self.translate("bugReport", "Feature Request: "))
self.textEditFeatureRequest = QTextEdit()
labelQuickReport = QLabel(self.translate("bugReport",
"Quick Report: "))
self.textEditQuickReport = QTextEdit()
labelHowFix = QLabel(self.translate("bugReport", "How Fix: "))
self.textEditHowFix = QTextEdit()
gridBoxReport = QGridLayout()
gridBoxReport.addWidget(labelReportTitle, 0, 0)
gridBoxReport.addWidget(self.lineEditReportTitle, 0, 1)
gridBoxReport.addWidget(labelTestedEnvironment, 1, 0)
gridBoxReport.addWidget(self.lineEditTestedEnvironment, 1, 1)
gridBoxReport.addLayout(hboxRadiobutton, 2, 0, 1, 2)
gridBoxQuickReport = QGridLayout()
gridBoxQuickReport.addWidget(labelQuickReport, 0, 0)
gridBoxQuickReport.addWidget(self.textEditQuickReport, 0, 1)
self.groupBoxQuickReport = QGroupBox("", self)
self.groupBoxQuickReport.setLayout(gridBoxQuickReport)
self.groupBoxQuickReport.hide()
gridBoxKnowHowFix = QGridLayout()
gridBoxKnowHowFix.addWidget(labelStepsToReproduce, 0, 0)
gridBoxKnowHowFix.addWidget(self.textEditStepsToReproduce, 0, 1)
gridBoxKnowHowFix.addWidget(labelActualresults, 1, 0)
gridBoxKnowHowFix.addWidget(self.textEditActualresults, 1, 1)
self.buttonInsertPiture = QPushButton(
self.translate("bugReport", "Insert Picture From URL:"))
self.lineEditInserPiture = QLineEdit()
gridBoxKnowHowFix.addWidget(self.lineEditInserPiture, 2, 1)
gridBoxKnowHowFix.addWidget(self.buttonInsertPiture, 2, 0)
gridBoxKnowHowFix.addItem(QSpacerItem(50, 50), 3, 0, 1, 4)
gridBoxKnowHowFix.addWidget(labelExpectedresults, 4, 0)
gridBoxKnowHowFix.addWidget(self.textEditExpectedresults, 4, 1)
gridBoxKnowHowFix.addWidget(labelHowFix, 5, 0)
gridBoxKnowHowFix.addWidget(self.textEditHowFix, 5, 1)
self.groupBoxKnowHowFix = QGroupBox()
self.groupBoxKnowHowFix.setLayout(gridBoxKnowHowFix)
gridBoxFeatureRequest = QGridLayout()
gridBoxFeatureRequest.addWidget(labelFeatureRequest, 0, 0)
gridBoxFeatureRequest.addWidget(self.textEditFeatureRequest, 0, 1)
self.groupBoxFeatureRequest = QGroupBox("", self)
self.groupBoxFeatureRequest.setLayout(gridBoxFeatureRequest)
self.groupBoxFeatureRequest.hide()
hboxButton = QHBoxLayout()
self.buttonExportBugReportText = QPushButton(
self.translate("bugReport", "Export Bug Report Text"))
self.buttonExitButReport = QPushButton(
self.translate("bugReport", "Exit"))
hboxButton.addStretch()
hboxButton.addWidget(self.buttonExportBugReportText)
hboxButton.addWidget(self.buttonExitButReport)
vboxBugReport = QVBoxLayout(self)
vboxBugReport.addLayout(gridBoxReport)
vboxBugReport.addWidget(self.groupBoxQuickReport)
vboxBugReport.addWidget(self.groupBoxKnowHowFix)
vboxBugReport.addWidget(self.groupBoxFeatureRequest)
vboxBugReport.addLayout(hboxButton)
vboxBugReport.addStretch()
self.settextEidtReadonly(result=True)
self.createSignals()
def createStatusBar(self):
sysinfo = QSysInfo()
myMachine = "current CPU Architecture: " + sysinfo.currentCpuArchitecture(
) + " *** " + sysinfo.prettyProductName(
) + " *** " + sysinfo.kernelType() + " " + sysinfo.kernelVersion()
self.statusBar().showMessage(myMachine, 0)
def __init__(self):
# Set Application Variables
self.appName = "novelWriter"
self.appHandle = self.appName.lower()
# Debug Settings
self.showGUI = True # Allow blocking the GUI (disabled for testing)
self.debugInfo = False # True if log level is DEBUG or VERBOSE
# Config Error Handling
self.hasError = False # True if the config class encountered an error
self.errData = [] # List of error messages
# Set Paths
self.cmdOpen = None # Path from command line for project to be opened on launch
self.confPath = None # Folder where the config is saved
self.confFile = None # The config file name
self.dataPath = None # Folder where app data is stored
self.lastPath = None # The last user-selected folder (browse dialogs)
self.appPath = None # The full path to the novelwriter package folder
self.appRoot = None # The full path to the novelwriter root folder
self.appIcon = None # The full path to the novelwriter icon file
self.assetPath = None # The full path to the nw/assets folder
self.themeRoot = None # The full path to the nw/assets/themes folder
self.dictPath = None # The full path to the nw/assets/dict folder
self.iconPath = None # The full path to the nw/assets/icons folder
self.helpPath = None # The full path to the novelwriter .qhc help file
# Runtime Settings and Variables
self.confChanged = False # True whenever the config has chenged, false after save
self.hasHelp = False # True if the Qt help files are present in the assets folder
## General
self.guiTheme = "default"
self.guiSyntax = "default_light"
self.guiIcons = "typicons_colour_light"
self.guiDark = False # Load icons for dark backgrounds, if available
self.guiLang = "en" # Hardcoded for now since the GUI is only in English
self.guiFont = "" # Defaults to system defualt font
self.guiFontSize = 11
self.guiScale = 1.0 # Set automatically by Theme class
## Sizes
self.winGeometry = [1100, 650]
self.treeColWidth = [120, 30, 50]
self.projColWidth = [140, 55, 140]
self.mainPanePos = [300, 800]
self.docPanePos = [400, 400]
self.viewPanePos = [500, 150]
self.outlnPanePos = [500, 150]
self.isFullScreen = False
## Features
self.hideVScroll = False # Hide vertical scroll bars on main widgets
self.hideHScroll = False # Hide horizontal scroll bars on main widgets
## Project
self.autoSaveProj = 60 # Interval for auto-saving project in seconds
self.autoSaveDoc = 30 # Interval for auto-saving document in seconds
## Text Editor
self.textFont = None # Editor font
self.textSize = 12 # Editor font size
self.textFixedW = True # Keep editor text fixed width
self.textWidth = 600 # Editor text width
self.textMargin = 40 # Editor/viewer text margin
self.tabWidth = 40 # Editor tabulator width
self.focusWidth = 800 # Focus Mode text width
self.hideFocusFooter = False # Hide document footer in Focus Mode
self.showFullPath = True # Show full document path in editor header
self.autoSelect = True # Auto-select word when applying format with no selection
self.doJustify = False # Justify text
self.showTabsNSpaces = False # Show tabs and spaces in edior
self.showLineEndings = False # Show line endings in editor
self.doReplace = True # Enable auto-replace as you type
self.doReplaceSQuote = True # Smart single quotes
self.doReplaceDQuote = True # Smart double quotes
self.doReplaceDash = True # Replace multiple hyphens with dashes
self.doReplaceDots = True # Replace three dots with ellipsis
self.scrollPastEnd = True # Allow scrolling past end of document
self.autoScroll = False # Typewriter-like scrolling
self.autoScrollPos = 30 # Start point for typewriter-like scrolling
self.wordCountTimer = 5.0 # Interval for word count update in seconds
self.bigDocLimit = 800 # Size threshold for heavy editor features in kilobytes
self.highlightQuotes = True # Highlight text in quotes
self.highlightEmph = True # Add colour to text emphasis
## User-Selected Symbols
self.fmtApostrophe = nwUnicode.U_RSQUO
self.fmtSingleQuotes = [nwUnicode.U_LSQUO, nwUnicode.U_RSQUO]
self.fmtDoubleQuotes = [nwUnicode.U_LDQUO, nwUnicode.U_RDQUO]
## Spell Checking
self.spellTool = None
self.spellLanguage = None
## Search Bar Switches
self.searchCase = False
self.searchWord = False
self.searchRegEx = False
self.searchLoop = False
self.searchNextFile = False
self.searchMatchCap = False
## Backup
self.backupPath = ""
self.backupOnClose = False
self.askBeforeBackup = True
## State
self.showRefPanel = True
self.viewComments = True
self.viewSynopsis = True
# Check Qt5 Versions
verQt = splitVersionNumber(QT_VERSION_STR)
self.verQtString = QT_VERSION_STR
self.verQtMajor = verQt[0]
self.verQtMinor = verQt[1]
self.verQtPatch = verQt[2]
self.verQtValue = verQt[3]
verQt = splitVersionNumber(PYQT_VERSION_STR)
self.verPyQtString = PYQT_VERSION_STR
self.verPyQtMajor = verQt[0]
self.verPyQtMinor = verQt[1]
self.verPyQtPatch = verQt[2]
self.verPyQtValue = verQt[3]
# Check Python Version
self.verPyString = sys.version.split()[0]
self.verPyMajor = sys.version_info[0]
self.verPyMinor = sys.version_info[1]
self.verPyPatch = sys.version_info[2]
self.verPyHexVal = sys.hexversion
# Check OS Type
self.osType = sys.platform
self.osLinux = False
self.osWindows = False
self.osDarwin = False
self.osUnknown = False
if self.osType.startswith("linux"):
self.osLinux = True
elif self.osType.startswith("darwin"):
self.osDarwin = True
elif self.osType.startswith("win32"):
self.osWindows = True
elif self.osType.startswith("cygwin"):
self.osWindows = True
else:
self.osUnknown = True
# Other System Info
if self.verQtValue >= 50600:
self.hostName = QSysInfo.machineHostName()
self.kernelVer = QSysInfo.kernelVersion()
else:
self.hostName = "Unknown"
self.kernelVer = "Unknown"
# Packages
self.hasEnchant = False # The pyenchant package
self.hasAssistant = False # The Qt Assistant executable
# Recent Cache
self.recentProj = {}
return