Vaibhav Surve
99902e743c
- Created generated_plugin_registrant.cc and generated_plugin_registrant.h to manage plugin registration. - Added generated_plugins.cmake for plugin configuration in CMake. - Implemented CMakeLists.txt for the Windows runner, defining build settings and dependencies. - Created Runner.rc for application resources including versioning and icons. - Developed flutter_window.cpp and flutter_window.h to manage the Flutter window lifecycle. - Implemented main.cpp as the entry point for the Windows application. - Added resource.h for resource definitions. - Included app icon in resources. - Created runner.exe.manifest for application settings. - Developed utils.cpp and utils.h for console management and command line argument handling. - Implemented win32_window.cpp and win32_window.h for high DPI-aware window management.
481 lines
17 KiB
Dart
481 lines
17 KiB
Dart
import 'dart:async';
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import 'package:marco/controller/my_controller.dart';
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import 'package:flutter/material.dart';
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import 'package:intl/intl.dart';
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import 'package:syncfusion_flutter_maps/maps.dart';
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class MapController extends MyController {
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late List<Model> data;
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late MapShapeSource dataSource;
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late MapShapeSource source;
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late List<CountryTimeInGMT> timeZones;
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late MapShapeSource mapSource;
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late List<CountryDensity> worldPopulationDensity;
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final NumberFormat numberFormat = NumberFormat('#.#');
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late MapShapeSource mapSource1;
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late List<TimeDetails> worldClockData;
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late MapShapeSource mapSource2;
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@override
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void onInit() {
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data = <Model>[
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Model('New South Wales', 'New South Wales'),
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Model('Queensland', 'Queensland'),
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Model('Northern Territory', 'Northern sTerritory'),
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Model('Victoria', 'Victoria'),
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Model('South Australia', 'South Australia'),
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Model('Western Australia', 'Western Australia'),
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Model('Tasmania', 'Tasmania'),
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];
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dataSource = MapShapeSource.asset(
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'assets/data/australia.json',
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shapeDataField: 'STATE_NAME',
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dataCount: data.length,
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primaryValueMapper: (int index) => data[index].state,
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dataLabelMapper: (int index) => data[index].dataLabel,
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);
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source = const MapShapeSource.network(
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'http://www.json-generator.com/api/json/get/bVqXoJvfjC?indent=2',
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shapeDataField: 'name',
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);
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timeZones = <CountryTimeInGMT>[
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CountryTimeInGMT('Albania', 'GMT+2'),
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CountryTimeInGMT('Aland', 'GMT+3'),
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CountryTimeInGMT('Andorra', 'GMT+1'),
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CountryTimeInGMT('Austria', 'GMT+2'),
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CountryTimeInGMT('Belgium', 'GMT+2'),
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CountryTimeInGMT('Bulgaria', 'GMT+3'),
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CountryTimeInGMT('Bosnia and Herz.', 'GMT+2'),
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CountryTimeInGMT('Belarus', 'GMT+3'),
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CountryTimeInGMT('Switzerland', 'GMT+2'),
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CountryTimeInGMT('Czech Rep.', 'GMT+2'),
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CountryTimeInGMT('Germany', 'GMT+2'),
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CountryTimeInGMT('Denmark', 'GMT+2'),
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CountryTimeInGMT('Spain', 'GMT+2'),
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CountryTimeInGMT('Estonia', 'GMT+3'),
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CountryTimeInGMT('Finland', 'GMT+3'),
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CountryTimeInGMT('France', 'GMT+2'),
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CountryTimeInGMT('Faeroe Is.', 'GMT+1'),
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CountryTimeInGMT('United Kingdom', 'GMT+1'),
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CountryTimeInGMT('Guernsey', 'GMT+1'),
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CountryTimeInGMT('Greece', 'GMT+3'),
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CountryTimeInGMT('Croatia', 'GMT+2'),
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CountryTimeInGMT('Hungary', 'GMT+2'),
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CountryTimeInGMT('Isle of Man', 'GMT+1'),
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CountryTimeInGMT('Ireland', 'GMT+1'),
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CountryTimeInGMT('Iceland', 'GMT+0'),
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CountryTimeInGMT('Italy', 'GMT+2'),
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CountryTimeInGMT('Jersey', 'GMT+1'),
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CountryTimeInGMT('Kosovo', 'GMT+2'),
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CountryTimeInGMT('Liechtenstein', 'GMT+2'),
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CountryTimeInGMT('Lithuania', 'GMT+3'),
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CountryTimeInGMT('Luxembourg', 'GMT+2'),
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CountryTimeInGMT('Latvia', 'GMT+3'),
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CountryTimeInGMT('Monaco', 'GMT+2'),
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CountryTimeInGMT('Moldova', 'GMT+3'),
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CountryTimeInGMT('Macedonia', 'GMT+2'),
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CountryTimeInGMT('Malta', 'GMT+2'),
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CountryTimeInGMT('Montenegro', 'GMT+2'),
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CountryTimeInGMT('Netherlands', 'GMT+2'),
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CountryTimeInGMT('Norway', 'GMT+2'),
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CountryTimeInGMT('Poland', 'GMT+2'),
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CountryTimeInGMT('Portugal', 'GMT+1'),
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CountryTimeInGMT('Romania', 'GMT+3'),
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CountryTimeInGMT('San Marino', 'GMT+2'),
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CountryTimeInGMT('Serbia', 'GMT+2'),
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CountryTimeInGMT('Slovakia', 'GMT+2'),
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CountryTimeInGMT('Slovenia', 'GMT+2'),
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CountryTimeInGMT('Sweden', 'GMT+2'),
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CountryTimeInGMT('Ukraine', 'GMT+3'),
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CountryTimeInGMT('Vatican', 'GMT+1'),
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];
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mapSource = MapShapeSource.asset(
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'assets/data/europe_map.json',
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shapeDataField: 'name',
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dataCount: timeZones.length,
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primaryValueMapper: (int index) => timeZones[index].countryName,
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shapeColorValueMapper: (int index) => timeZones[index].gmtTime,
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shapeColorMappers: <MapColorMapper>[
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const MapColorMapper(value: 'GMT+0', color: Colors.lightBlue, text: 'GMT+0'),
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const MapColorMapper(value: 'GMT+1', color: Colors.orangeAccent, text: 'GMT+1'),
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const MapColorMapper(value: 'GMT+2', color: Colors.lightGreen, text: 'GMT+2'),
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const MapColorMapper(value: 'GMT+3', color: Colors.purple, text: 'GMT+3'),
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],
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);
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worldPopulationDensity = <CountryDensity>[
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CountryDensity('Monaco', 26337),
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CountryDensity('Macao', 21717),
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CountryDensity('Singapore', 8358),
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CountryDensity('Hong kong', 7140),
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CountryDensity('Gibraltar', 3369),
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CountryDensity('Bahrain', 2239),
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CountryDensity('Holy See', 1820),
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CountryDensity('Maldives', 1802),
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CountryDensity('Malta', 1380),
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CountryDensity('Bangladesh', 1265),
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CountryDensity('Sint Maarten', 1261),
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CountryDensity('Bermuda', 1246),
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CountryDensity('Channel Islands', 915),
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CountryDensity('State of Palestine', 847),
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CountryDensity('Saint-Martin', 729),
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CountryDensity('Mayotte', 727),
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CountryDensity('Taiwan', 672),
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CountryDensity('Barbados', 668),
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CountryDensity('Lebanon', 667),
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CountryDensity('Mauritius', 626),
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CountryDensity('Aruba', 593),
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CountryDensity('San Marino', 565),
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CountryDensity('Nauru', 541),
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CountryDensity('Korea', 527),
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CountryDensity('Rwanda', 525),
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CountryDensity('Netherlands', 508),
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CountryDensity('Comoros', 467),
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CountryDensity('India', 464),
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CountryDensity('Burundi', 463),
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CountryDensity('Saint-Barthélemy', 449),
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CountryDensity('Haiti', 413),
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CountryDensity('Israel', 400),
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CountryDensity('Tuvalu', 393),
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CountryDensity('Belgium', 382),
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CountryDensity('Curacao', 369),
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CountryDensity('Philippines', 367),
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CountryDensity('Reunion', 358),
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CountryDensity('Martinique', 354),
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CountryDensity('Japan', 346),
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CountryDensity('Sri Lanka', 341),
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CountryDensity('Grenada', 331),
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CountryDensity('Marshall Islands', 328),
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CountryDensity('Puerto Rico', 322),
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CountryDensity('Vietnam', 313),
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CountryDensity('El Salvador', 313),
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CountryDensity('Guam', 312),
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CountryDensity('Saint Lucia', 301),
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CountryDensity('United States Virgin Islands', 298),
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CountryDensity('Pakistan', 286),
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CountryDensity('Saint Vincent and the Grenadines', 284),
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CountryDensity('United Kingdom', 280),
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CountryDensity('American Samoa', 276),
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CountryDensity('Cayman Islands', 273),
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CountryDensity('Jamaica', 273),
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CountryDensity('Trinidad and Tobago', 272),
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CountryDensity('Qatar', 248),
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CountryDensity('Guadeloupe', 245),
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CountryDensity('Luxembourg', 241),
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CountryDensity('Germany', 240),
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CountryDensity('Kuwait', 239),
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CountryDensity('Gambia', 238),
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CountryDensity('Liechtenstein', 238),
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CountryDensity('Uganda', 228),
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CountryDensity('Sao Tome and Principe', 228),
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CountryDensity('Nigeria', 226),
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CountryDensity('Dominican Rep.', 224),
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CountryDensity('Antigua and Barbuda', 222),
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CountryDensity('Switzerland', 219),
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CountryDensity('Dem. Rep. Korea', 214),
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CountryDensity('Seychelles', 213),
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CountryDensity('Italy', 205),
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CountryDensity('Saint Kitts and Nevis', 204),
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CountryDensity('Nepal', 203),
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CountryDensity('Malawi', 202),
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CountryDensity('British Virgin Islands', 201),
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CountryDensity('Guatemala', 167),
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CountryDensity('Anguilla', 166),
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CountryDensity('Andorra', 164),
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CountryDensity('Micronesia', 164),
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CountryDensity('China', 153),
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CountryDensity('Togo', 152),
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CountryDensity('Indonesia', 151),
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CountryDensity('Isle of Man', 149),
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CountryDensity('Kiribati', 147),
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CountryDensity('Tonga', 146),
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CountryDensity('Czech Rep.', 138),
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CountryDensity('Cabo Verde', 138),
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CountryDensity('Thailand', 136),
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CountryDensity('Ghana', 136),
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CountryDensity('Denmark', 136),
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CountryDensity('Tokelau', 135),
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CountryDensity('Cyprus', 130),
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CountryDensity('Northern Mariana Islands', 125),
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CountryDensity('Poland', 123),
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CountryDensity('Moldova', 122),
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CountryDensity('Azerbaijan', 122),
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CountryDensity('France', 119),
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CountryDensity('United Arab Emirates', 118),
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CountryDensity('Ethiopia', 115),
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CountryDensity('Jordan', 114),
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CountryDensity('Slovakia', 113),
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CountryDensity('Portugal', 111),
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CountryDensity('Sierra Leone', 110),
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CountryDensity('Turkey', 109),
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CountryDensity('Austria', 109),
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CountryDensity('Benin', 107),
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CountryDensity('Hungary', 106),
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CountryDensity('Cuba', 106),
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CountryDensity('Albania', 105),
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CountryDensity('Armenia', 104),
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CountryDensity('Slovenia', 103),
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CountryDensity('Egypt', 102),
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CountryDensity('Serbia', 99),
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CountryDensity('Costa Rica', 99),
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CountryDensity('Malaysia', 98),
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CountryDensity('Dominica', 95),
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CountryDensity('Syria', 95),
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CountryDensity('Cambodia', 94),
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CountryDensity('Kenya', 94),
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CountryDensity('Spain', 93),
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CountryDensity('Iraq', 92),
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CountryDensity('Timor-Leste', 88),
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CountryDensity('Honduras', 88),
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CountryDensity('Senegal', 86),
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CountryDensity('Romania', 83),
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CountryDensity('Myanmar', 83),
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CountryDensity('Brunei Darussalam', 83),
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CountryDensity("Côte d'Ivoire", 82),
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CountryDensity('Morocco', 82),
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CountryDensity('Macedonia', 82),
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CountryDensity('Greece', 80),
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CountryDensity('Wallis and Futuna Islands', 80),
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CountryDensity('Bonaire, Sint Eustatius and Saba', 79),
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CountryDensity('Uzbekistan', 78),
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CountryDensity('French Polynesia', 76),
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CountryDensity('Burkina Faso', 76),
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CountryDensity('Tunisia', 76),
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CountryDensity('Ukraine', 75),
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CountryDensity('Croatia', 73),
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CountryDensity('Cook Islands', 73),
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CountryDensity('Ireland', 71),
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CountryDensity('Ecuador', 71),
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CountryDensity('Lesotho', 70),
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CountryDensity('Samoa', 70),
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CountryDensity('Guinea-Bissau', 69),
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CountryDensity('Tajikistan', 68),
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CountryDensity('Eswatini', 67),
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CountryDensity('Tanzania', 67),
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CountryDensity('Mexico', 66),
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CountryDensity('Bosnia and Herz.', 64),
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CountryDensity('Bulgaria', 64),
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CountryDensity('Afghanistan', 59),
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CountryDensity('Panama', 58),
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CountryDensity('Georgia', 57),
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CountryDensity('Yemen', 56),
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CountryDensity('Cameroon', 56),
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CountryDensity('Nicaragua', 55),
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CountryDensity('Guinea', 53),
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CountryDensity('Liberia', 52),
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CountryDensity('Iran', 51),
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CountryDensity('Eq. Guinea', 50),
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CountryDensity('Montserrat', 49),
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CountryDensity('Fiji', 49),
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CountryDensity('South Africa', 48),
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CountryDensity('Madagascar', 47),
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CountryDensity('Montenegro', 46),
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CountryDensity('Belarus', 46),
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CountryDensity('Colombia', 45),
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CountryDensity('Lithuania', 43),
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CountryDensity('Djibouti', 42),
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CountryDensity('Turks and Caicos Islands', 40),
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CountryDensity('Mozambique', 39),
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CountryDensity('Dem. Rep. Congo', 39),
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CountryDensity('Palau', 39),
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CountryDensity('Bahamas', 39),
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CountryDensity('Zimbabwe', 38),
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CountryDensity('United States of America', 36),
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CountryDensity('Eritrea', 35),
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CountryDensity('Faroe Islands', 35),
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CountryDensity('Kyrgyzstan', 34),
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CountryDensity('Venezuela', 32),
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CountryDensity('Lao PDR', 31),
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CountryDensity('Estonia', 31),
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CountryDensity('Latvia', 30),
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CountryDensity('Angola', 26),
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CountryDensity('Peru', 25),
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CountryDensity('Chile', 25),
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CountryDensity('Brazil', 25),
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CountryDensity('Somalia', 25),
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CountryDensity('Vanuatu', 25),
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CountryDensity('Saint Pierre and Miquelon', 25),
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CountryDensity('Sudan', 24),
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CountryDensity('Zambia', 24),
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CountryDensity('Sweden', 24),
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CountryDensity('Solomon Islands', 24),
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CountryDensity('Bhutan', 20),
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CountryDensity('Uruguay', 19),
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CountryDensity('Papua New Guinea', 19),
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CountryDensity('Niger', 19),
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CountryDensity('Algeria', 18),
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CountryDensity('S. Sudan', 18),
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CountryDensity('New Zealand', 18),
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CountryDensity('Finland', 18),
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CountryDensity('Paraguay', 17),
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CountryDensity('Belize', 17),
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CountryDensity('Mali', 16),
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CountryDensity('Argentina', 16),
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CountryDensity('Oman', 16),
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CountryDensity('Saudi Arabia', 16),
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CountryDensity('Congo', 16),
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CountryDensity('New Caledonia', 15),
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CountryDensity('Saint Helena', 15),
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CountryDensity('Norway', 14),
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CountryDensity('Chad', 13),
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CountryDensity('Turkmenistan', 12),
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CountryDensity('Bolivia', 10),
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CountryDensity('Russia', 8),
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CountryDensity('Gabon', 8),
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CountryDensity('Central African Rep.', 7),
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CountryDensity('Kazakhstan', 6),
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CountryDensity('Niue', 6),
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CountryDensity('Mauritania', 4),
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CountryDensity('Canada', 4),
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CountryDensity('Botswana', 4),
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CountryDensity('Guyana', 3),
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CountryDensity('Libya', 3),
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CountryDensity('Suriname', 3),
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CountryDensity('French Guiana', 3),
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CountryDensity('Iceland', 3),
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CountryDensity('Australia', 3),
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CountryDensity('Namibia', 3),
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CountryDensity('W. Sahara', 2),
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CountryDensity('Mongolia', 2),
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CountryDensity('Falkland Is.', 0.2),
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CountryDensity('Greenland', 0.1),
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];
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mapSource1 = MapShapeSource.asset(
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'assets/data/world_map.json',
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shapeDataField: 'name',
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dataCount: worldPopulationDensity.length,
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primaryValueMapper: (int index) => worldPopulationDensity[index].countryName,
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shapeColorValueMapper: (int index) => worldPopulationDensity[index].density,
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shapeColorMappers: <MapColorMapper>[
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const MapColorMapper(from: 0, to: 100, color: Color.fromRGBO(128, 159, 255, 1), text: '{0},{100}'),
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const MapColorMapper(from: 100, to: 500, color: Color.fromRGBO(51, 102, 255, 1), text: '500'),
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const MapColorMapper(from: 500, to: 1000, color: Color.fromRGBO(0, 57, 230, 1), text: '1k'),
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const MapColorMapper(from: 1000, to: 5000, color: Color.fromRGBO(0, 45, 179, 1), text: '5k'),
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const MapColorMapper(from: 5000, to: 50000, color: Color.fromRGBO(0, 26, 102, 1), text: '50k'),
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],
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);
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final DateTime currentTime = DateTime.now().toUtc();
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worldClockData = <TimeDetails>[
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TimeDetails('Seattle', 47.60621, -122.332071, currentTime.subtract(const Duration(hours: 7))),
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TimeDetails('Belem', -1.455833, -48.503887, currentTime.subtract(const Duration(hours: 3))),
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TimeDetails('Greenland', 71.706936, -42.604303, currentTime.subtract(const Duration(hours: 2))),
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TimeDetails('Yakutsk', 62.035452, 129.675475, currentTime.add(const Duration(hours: 9))),
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TimeDetails('Delhi', 28.704059, 77.10249, currentTime.add(const Duration(hours: 5, minutes: 30))),
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TimeDetails('Brisbane', -27.469771, 153.025124, currentTime.add(const Duration(hours: 10))),
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TimeDetails('Harare', -17.825166, 31.03351, currentTime.add(const Duration(hours: 2))),
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];
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mapSource2 = const MapShapeSource.asset(
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'assets/data/world_map.json',
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shapeDataField: 'name',
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);
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super.onInit();
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}
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@override
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void dispose() {
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timeZones.clear();
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worldPopulationDensity.clear();
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super.dispose();
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}
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}
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class TimeDetails {
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TimeDetails(this.countryName, this.latitude, this.longitude, this.date);
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final String countryName;
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final double latitude;
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final double longitude;
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final DateTime date;
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}
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class CountryDensity {
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CountryDensity(this.countryName, this.density);
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final String countryName;
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final double density;
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}
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class CountryTimeInGMT {
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CountryTimeInGMT(this.countryName, this.gmtTime);
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final String countryName;
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final String gmtTime;
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}
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class Model {
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Model(this.state, this.dataLabel);
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String state;
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String dataLabel;
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}
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class ClockWidget extends StatefulWidget {
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const ClockWidget({super.key, required this.countryName, required this.date});
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final String countryName;
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final DateTime date;
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@override
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_ClockWidgetState createState() => _ClockWidgetState();
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}
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class _ClockWidgetState extends State<ClockWidget> {
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late String _currentTime;
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late DateTime _date;
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Timer? _timer;
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@override
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void initState() {
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_date = widget.date;
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_currentTime = _getFormattedDateTime(widget.date);
|
|
_timer = Timer.periodic(const Duration(seconds: 1), (Timer t) => _updateTime(_date));
|
|
super.initState();
|
|
}
|
|
|
|
@override
|
|
void dispose() {
|
|
_timer!.cancel();
|
|
super.dispose();
|
|
}
|
|
|
|
@override
|
|
Widget build(BuildContext context) {
|
|
return Column(
|
|
children: <Widget>[
|
|
Center(
|
|
child: Container(
|
|
width: 8,
|
|
height: 8,
|
|
decoration: const BoxDecoration(shape: BoxShape.circle, color: Colors.red),
|
|
),
|
|
),
|
|
Text(
|
|
widget.countryName,
|
|
style: Theme.of(context).textTheme.bodyMedium!.copyWith(fontWeight: FontWeight.bold),
|
|
),
|
|
Center(
|
|
child: Text(_currentTime, style: Theme.of(context).textTheme.labelSmall!.copyWith(letterSpacing: 0.5, fontWeight: FontWeight.w500)),
|
|
),
|
|
],
|
|
);
|
|
}
|
|
|
|
void _updateTime(DateTime currentDate) {
|
|
_date = currentDate.add(const Duration(seconds: 1));
|
|
setState(() {
|
|
_currentTime = DateFormat('hh:mm:ss a').format(_date);
|
|
});
|
|
}
|
|
|
|
String _getFormattedDateTime(DateTime dateTime) {
|
|
return DateFormat('hh:mm:ss a').format(dateTime);
|
|
}
|
|
}
|