proton-bridge/internal/frontend/qml/ImportExportUI/DateInput.qml

265 lines
9.7 KiB
QML

// Copyright (c) 2021 Proton Technologies AG
//
// This file is part of ProtonMail Bridge.
//
// ProtonMail Bridge is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// ProtonMail Bridge is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with ProtonMail Bridge. If not, see <https://www.gnu.org/licenses/>.
// input for date
import QtQuick 2.8
import QtQuick.Controls 2.2
import ProtonUI 1.0
import ImportExportUI 1.0
Rectangle {
id: root
width : row.width + (root.label == "" ? 0 : textlabel.width)
height : row.height
color : Style.transparent
property alias label : textlabel.text
property string metricsLabel : root.label
property var dropDownStyle : Style.dropDownLight
// dates
property date currentDate : new Date() // default now
property date minDate : new Date(0) // default epoch start
property date maxDate : new Date() // default now
property bool isMaxDateToday : false
property int unix : Math.floor(currentDate.getTime()/1000)
onMinDateChanged: {
if (isNaN(minDate.getTime()) || minDate.getTime() > maxDate.getTime()) {
minDate = new Date(0)
}
//console.log(" minDate changed:", root.label, minDate.toDateString())
updateRange()
}
onMaxDateChanged: {
if (isNaN(maxDate.getTime()) || minDate.getTime() > maxDate.getTime()) {
maxDate = new Date()
}
//console.log(" maxDate changed:", root.label, maxDate.toDateString())
updateRange()
}
RoundedRectangle {
id: background
anchors.fill : row
strokeColor : dropDownStyle.line
strokeWidth : Style.dialog.borderInput
fillColor : dropDownStyle.background
radiusTopLeft : row.children[0].down && !row.children[0].below ? 0 : Style.dialog.radiusButton
radiusBottomLeft : row.children[0].down && row.children[0].below ? 0 : Style.dialog.radiusButton
radiusTopRight : row.children[row.children.length-1].down && !row.children[row.children.length-1].below ? 0 : Style.dialog.radiusButton
radiusBottomRight : row.children[row.children.length-1].down && row.children[row.children.length-1].below ? 0 : Style.dialog.radiusButton
}
TextMetrics {
id: textMetrics
text: root.metricsLabel+"M"
font: textlabel.font
}
Text {
id: textlabel
anchors {
left : root.left
verticalCenter : root.verticalCenter
}
font {
pointSize: Style.dialog.fontSize * Style.pt
bold: dropDownStyle.labelBold
}
color: dropDownStyle.text
width: textMetrics.width
verticalAlignment: Text.AlignVCenter
}
Row {
id: row
anchors {
left : root.label=="" ? root.left : textlabel.right
bottom : root.bottom
}
padding : Style.dialog.borderInput
DateBox {
id: monthInput
placeholderText: qsTr("Month")
enabled: !allDates
model: gui.allMonths
onActivated: updateRange()
anchors.verticalCenter: parent.verticalCenter
dropDownStyle: root.dropDownStyle
onDownChanged: {
if (root.isMaxDateToday){
root.maxDate = new Date()
}
}
}
Rectangle {
width: Style.dialog.borderInput
height: monthInput.height
color: dropDownStyle.line
anchors.verticalCenter: parent.verticalCenter
}
DateBox {
id: dayInput
placeholderText: qsTr("Day")
enabled: !allDates
model: gui.allDays
onActivated: updateRange()
anchors.verticalCenter: parent.verticalCenter
dropDownStyle: root.dropDownStyle
onDownChanged: {
if (root.isMaxDateToday){
root.maxDate = new Date()
}
}
}
Rectangle {
width: Style.dialog.borderInput
height: monthInput.height
color: dropDownStyle.line
}
DateBox {
id: yearInput
placeholderText: qsTr("Year")
enabled: !allDates
model: gui.allYears
onActivated: updateRange()
anchors.verticalCenter: parent.verticalCenter
dropDownStyle: root.dropDownStyle
onDownChanged: {
if (root.isMaxDateToday){
root.maxDate = new Date()
}
}
}
}
function setDate(d) {
//console.trace()
//console.log( " setDate ", label, d)
if (isNaN(d = parseInt(d))) return
var newUnix = Math.min(maxDate.getTime(), d*1000) // seconds to ms
newUnix = Math.max(minDate.getTime(), newUnix)
root.updateRange(new Date(newUnix))
//console.log( " set ", currentDate.getTime())
}
function updateRange(curr) {
if (curr === undefined || isNaN(curr.getTime())) curr = root.getCurrentDate()
//console.log( " update", label, curr, curr.getTime())
//console.trace()
if (isNaN(curr.getTime())) return // shouldn't happen
// full system date range
var firstYear = parseInt(gui.allYears[0])
var firstDay = parseInt(gui.allDays[0])
if ( isNaN(firstYear) || isNaN(firstDay) ) return
// get minimal and maximal available year, month, day
// NOTE: The order is important!!!
var minYear = minDate.getFullYear()
var maxYear = maxDate.getFullYear()
var minMonth = (curr.getFullYear() == minYear ? minDate.getMonth() : 0 )
var maxMonth = (curr.getFullYear() == maxYear ? maxDate.getMonth() : 11 )
var minDay = (
curr.getFullYear() == minYear &&
curr.getMonth() == minMonth ?
minDate.getDate() : firstDay
)
var maxDay = (
curr.getFullYear() == maxYear &&
curr.getMonth() == maxMonth ?
maxDate.getDate() : gui.daysInMonth(curr.getFullYear(), curr.getMonth()+1)
)
//console.log("update ranges: ", root.label, minYear, maxYear, minMonth+1, maxMonth+1, minDay, maxDay)
//console.log("update indexes: ", root.label, firstYear-minYear, firstYear-maxYear, minMonth, maxMonth, minDay-firstDay, maxDay-firstDay)
yearInput.filterItems(firstYear-maxYear, firstYear-minYear)
monthInput.filterItems(minMonth,maxMonth) // getMonth() is index not a month (i.e. Jan==0)
dayInput.filterItems(minDay-1,maxDay-1)
// keep ordering from model not from filter
yearInput .currentIndex = firstYear - curr.getFullYear()
monthInput .currentIndex = curr.getMonth() // getMonth() is index not a month (i.e. Jan==0)
dayInput .currentIndex = curr.getDate()-firstDay
/*
console.log(
"update current indexes: ", root.label,
curr.getFullYear() , '->' , yearInput.currentIndex ,
gui.allMonths[curr.getMonth()] , '->' , monthInput.currentIndex ,
curr.getDate() , '->' , dayInput.currentIndex
)
*/
// test if current date changed
if (
yearInput.currentText == root.currentDate.getFullYear() &&
monthInput.currentText == root.currentDate.toLocaleString(gui.locale, "MMM") &&
dayInput.currentText == gui.prependZeros(root.currentDate.getDate(),2)
) {
//console.log(" currentDate NOT changed", label, root.currentDate.toDateString())
return
}
root.currentDate = root.getCurrentDate()
// console.log(" currentDate changed", label, root.currentDate.toDateString())
}
// get current date from selected
function getCurrentDate() {
if (isNaN(root.currentDate.getTime())) { // wrong current ?
console.log("!WARNING! Wrong current date format", root.currentDate)
root.currentDate = new Date(0)
}
var currentString = ""
var currentUnix = root.currentDate.getTime()
if (
yearInput.currentText != "" &&
yearInput.currentText != yearInput.placeholderText &&
monthInput.currentText != "" &&
monthInput.currentText != monthInput.placeholderText
) {
var day = gui.daysInMonth(yearInput.currentText, monthInput.currentText)
if (!isNaN(parseInt(dayInput.currentText))) {
day = Math.min(day, parseInt(dayInput.currentText))
}
var month = gui.allMonths.indexOf(monthInput.currentText)
var year = parseInt(yearInput.currentText)
var pickedDate = new Date(year, month, day)
// Compensate automatic DST in windows
if (pickedDate.getDate() != day) {
pickedDate.setTime(pickedDate.getTime() + 60*60*1000) // add hour
}
currentUnix = pickedDate.getTime()
}
return new Date(Math.max(
minDate.getTime(),
Math.min(maxDate.getTime(), currentUnix)
))
}
}