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agenciapsd · 5 years ago

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Loja

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redballpointpen2-blog · 6 years ago

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Werkstatt - Creative Portfolio WordPress Theme

New Post has been published on https://babesgobananas.com/werkstatt-creative-portfolio-wordpress-theme/

Werkstatt - Creative Portfolio WordPress Theme

Changelog

Update 4.1.1.5 – 15.06.2019

– Fixes External Product links – Fixes Column video backgrounds

Update 4.1.1.2 – 07.06.2019

– Fixes demo imports, please update your Required Plugin – Added Custom 404 Page option inside Theme Options

Update 4.1.1.1 – 29.05.2019

– Fixes demo imports, please update your Required Plugin

Update 4.1.1 – 27.05.2019

– WP Compliance changes.

Update 4.1.0 – 20.05.2019

– New Demo, Agency 93: https://werkstatt.fuelthemes.net/werkstatt-ninetythree/ – New Floating Portfolio Setting – New Portfolio Hover Style – New Fade Text Style – New Video Lightbox Button – New Iconbox Style – WP Compliance changes

Update 4.0.3 – 08.05.2019

– Navigation Menu Widget now has collapsible sub-menus – Added Mobile height option for Spacer page builder element – Added Offset option for Blog Posts page builder element – Various improvements

Update 4.0.2.2 – 29.04.2019

– Fixes WerkStatt – Required Plugin update issues – PHPCS updates – ThemeForest WP Compliance updates & security fixes

Update 4.0.2.1 – 24.04.2019

– Minor fix related to portfolio header background – PHPCS fixes

Update 4.0.2 – 23.04.2019

– New Demo Import page allows you to import content/images, theme options and widgets separetely.

Update 4.0.1.2 – 17.04.2019

– Improved Gutenberg Compatibility – Improved Elementor Compatibility – WooCommerce compatibility improvements – Fixes Portfolio Categories not showing on element settings

Update 4.0.1.1 – 15.04.2019

– Portfolios page now shows featured image and categories – Added version number to style.css – iPhoneX improvements

Update 4.0.1 – 04.04.2019

– Fixes link color issue – RTL improvements

Update 4.0.0 – 25.03.2019

This is a Major update. Contains compatibility fixes for Gutenberg and ThemeForest ’s new WordPress Compliance rules.

Please make sure to update your WerkStatt – Required Plugin and make sure your theme folder name is not changed from werkstatt

Update 3.1.5.3 – 16.03.2019

– Added Load More button support for Blog Posts element – Added ‘thb_image_sizes_filter’ filter – Added General Text Color Theme Option

Update 3.1.5.2 – 10.03.2019

– Minor fixes

Update 3.1.5.1 – 04.03.2019

– Fixes lazyloading on some instances – Fixes hover effects on touch screens – IE11 fixes – Lateral header fixes

Update 3.1.5 – 26.02.2019

– Added AJAX add-to-cart support for product pages

Update 3.1.4.2 – 19.02.2019

– Added Gesture support for Google Maps – Added ability to exclude categories from Portfolio Navigation – Added Full Menu – Submenu Typography option

Update 3.1.4.1 – 05.02.2019

– Added Fixed Header option inside Theme Options – Added Mobile Menu link color options – Minor fixes

Update 3.1.4 – 29.01.2019

– Added Shop Typography Options – Minor fixes

Update 3.1.3 – 23.01.2019

– Added WooCommerce Category styling – Added Password Protected pages for FullScreen and One Page templates – Minor fixes

Update 3.1.2.8 – 17.01.2019

– Added Ability to have Video Lightboxes for portfolio items – Minor fixe

Update 3.1.2.7 – 09.01.2019

– Added Circular Team Member style – Typography setting for full menu sub-menus

Update 3.1.2.6 – 06.01.2019

– Minor bugfixes

Update 3.1.2.4 – 12.12.2018

– Added SVG Logo support – Header Buttons White & Black now changes color on Midnight header – Minor fixes

Update 3.1.2.3 – 04.12.2018

– Minor bugfixes

Update 3.1.2.2 – 27.11.2018

– Slider Revolution compatibility fixes – Blog post category support for portfolio layouts

Update 3.1.2 – 20.11.2018

– Added Load More for Portfolio Grid – Added ability to group Image elements to use as a Lightbox Gallery

Update 3.1.1 – 16.11.2018

– Added option to clear font cache – Minor fixes

Update 3.1.0 – 08.11.2018

– New Demo: https://werkstatt.fuelthemes.net/werkstatt-rudiger/ – New Text Animation Page Builder elements – Ability to Construct Custom Masonry layouts – Video Lightbox Element – New Portfolio hover style – New Flip Box Element – Ability to play/pause Background videos – Now Using a faster Lightbox with Video support – WooCommerce 3.5.1 Compatibility fixes

Update 3.0.7 – 24.10.2018

– WooCommerce 3.5 Compatibility fixes – Added Portfolio Only Demo Import

Version: 3.0.6 – 17.10.2018

– Added Progressbar Element – Added Free Scroll Element – Added New header settings for portfolio pages – Added Hover Image for iconboxes – Minor improvements

Version: 3.0.5.8 – 08.10.2018

– Added Header CTA button support for the mobile menu – Added Header CTA button Target selection – Minor improvements

Version: 3.0.5.7 – 01.10.2018

– Added GDPR bar support – Minor improvements

Version: 3.0.5.6 – 20.09.2018

– Fixes lateral header image inside theme options – Fixes iconbox text size option bug

Version: 3.0.5.5 – 20.09.2018

– Preloader for Theme Options – Minor bugfixes

Version: 3.0.5.5 – 20.09.2018

– Preloader for Theme Options – Minor bugfixes

Update 3.0.5.4 – 04.09.2018

– UX improvements for Theme Options – New “Share icons” Page Builder Element – Minor bugfixes

Update 3.0.5.3 – 04.09.2018

– Fixes minor issues with Full Screen Sliders – Added options to change colors for iconbox elements

Update 3.0.5.1 – 29.08.2018

– Added an option for Portfolio Grid to display images in their own Aspect Ratio. – UX: Portfolio Grid & Masonry Page Builder elements now feature tabs and images to show which layout they are using.

Update 3.0.5 – 13.08.2018

– Minor bugfixes and performance improvements.

Update 3.0.4 – 04.08.2018

– Quick fix for the autoplay issue introduced in the previous update

Update 3.0.3 – 04.08.2018

– Fixes autoplay for fullscreens – Fixes “Show All” button scroll

Update 3.0.2 – 31.07.2018

– Performance improvements – WooCommerce fixes – Fixes aspect ratio for Ajax loaded portfolio items

Update 3.0.0 – 03.07.2018

– 2 New demos – New Carousel & Full Screen styles – Performance Improvements – Activate by Envato Purchase Code – New Theme Options – New Mobile menu – All page elements available on Fuel Studio

Update 2.3.8.8 – 27.05.2018

– Added Support for hashtag links for buttons – Added Portfolio IDs for Portfolio BG List element. – PHP 7.2 fixes for theme options

Update 2.3.8.7 – 24.05.2018

– WooCommerce 3.4 compatibility

Update 2.3.8.6 – 08.05.2018

– Minor bugixes

Update 2.3.8 – 28.03.2018

We have added support for LQIP ( Low Quality Image Placeholders ) which will greatly increase loading speed of your website. Please make sure regenerate your thumbnails after the update using https://wordpress.org/plugins/force-regenerate-thumbnails/

You can toggle this feature from your theme options > customization > lazy load

Update 2.0.0 – 16.05.2017

This is a big update with lots of changed files, which comes with lots of new features! Please make sure you test your installation on a staging site.

New license verification system that brings Auto-Update for your bundled plugins and the WerkStatt theme! 2 new demos that utilise a left-aligned header: – http://werkstatt.fuelthemes.net/werkstatt-lateral/ – http://werkstatt.fuelthemes.net/werkstatt-lateral-dark/

If you would like to use the images featured inside the demos, you would need to purchase your own license or use them at your own risk.

Source

#Anna Rawson

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eiheducation · 2 years ago

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How to use ProgressBar in Android Studio?

Developers are always interested in knowing how to utilize ProgressBar to their advantage in Android Studio. It's a regular part of their life and they have to utilize ProgressBar for their jobs. It's element of their life as well as their work. They have to learn how to utilize ProgressBar inside Android Studio. They will not be able to live without ProgressBar.

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1. Introduction

ProgressBar is used to display the progress of an procedure or task. This is often useful when the status of the operation is not apparent until the task has been completed. ProgressBar is generally used in conjunction with the ProgressDialog. The ProgressBar can also be useful for animating the progress of a process.

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2. How to add ProgressBar

You can use ProgressBar in Android Studio. It will track the progression of your app. You can add a ProgressBar to your activity by following these steps: 1. Add the ProgressBar widget in your layout file. Set the height and width of the widget to your desired values 3. The background color should be set to 4. Add the following line to the XML file < ProgressBar 5. Incorporate the next line into the XML file < ProgressBar 6. Incorporate the next line into the XML file < ProgressBar 7. Incorporate the next line into the XML file < ProgressBar 8. Add the following line to the XML file ProgressBar 9. Incorporate the next line into the XML file < ProgressBar 10. Incorporate the next line into the XML file ProgressBar 11. Add the following line to the XML file: ProgressBar 12. The following lines should be added to the XML file ProgressBar 13. The following lines should be added to the XML file: ProgressBar 14. Include the line below to the XML file

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3. How to use ProgressBar

ProgressBar is an extremely useful tool available in Android Studio. It's an excellent tool to help you in the development process. ProgressBar is an application that shows the amount of progress you've made within your project. It is found on the left-hand side of the Android Studio window. It is also possible to include the ProgressBar to your layout file, and it will automatically appear within the windows. You can change the color of the ProgressBar via its Properties menu. You can also change your color for the ProgressBar via the Properties menu.

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4. Conclusion.

A method of monitoring the current process of a project is to use the progress bar. These bars show the status of a task the user. The progress bar provides an image representation of the task that has been initiated and is in progress. This can be done by using a progress indicator in Android Studio.

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mobilenamic · 6 years ago

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Qt, QML and Felgo tutorial. NASA Astronomy Picture of the Day app for Desktop, iOS and Android

Javier did it again! Thank you very much for your NASA Astronomy Picture of the Day app tutorial. We at Felgo team enjoyed reading this easy-to-follow tutorial.

We hope Felgo users will find it useful and put it into practice. This is the original article that we fetched below:

This is an introductory tutorial to getting started with Qt/QML and Felgo to design multi-platform apps for desktop (Linux, Window & macOS) and mobile devices (iOS & Android). A complete app is developed in this tutorial: NASA Astronomy Picture of the Day app. This tutorial also describes how to create custom QML components and how to perform HTTP requests by accessing one of the NASA Open APIs.

Have a look at the following video to see the app in action! This app works on Linux, Window, macOS, Android and iOS, all from the same code. Isn’t it cool? But there is more, Felgo roadmap includes building apps for different platforms in the cloud, support for embedded and IoT devices and publishing apps to the web.

youtube

Astronomy Picture of the Day app

Background

If you are not familiar with the Qt framework or Felgo, I recommend first having a look at Qt 5 framework technology and tools: QML, Qt Quick, Qt Creator and Felgo.

Outline

Astronomy Picture of the Day (APoD) app

NASA APoD open API

Performing an HTTP Request

Creating Custom QML Components

How can I execute the app? How about live reloading in my mobile phone?

What can I do to learn and improve the app?

Astronomy Picture of the Day (APoD) app

Let’s see how we can design a QML app for accessing NASA Astronomy Picture of the Day open API and test it in our mobile phone or tablet using live code reloading. The cool thing is that you can use any combination of desktop operating system (Linux, Windows and macOS) and mobile device (Android or iOS).

The code of the APoD app is open source and available at our APoDapp repository hosted on GitHub.

APoD app screenshot

The first thing to do is to download and install Felgo. It integrates everything needed. Felgo includes the Qt framework and the Qt Creator IDE. Once installed, execute Felgo and you should see Qt Creator. Have a look at the Example section to see what can be done with this Software Development Kit (SDK).

Felgo – Qt Creator IDE

The next step is to create a new app, click on File -> New File or Project, and then select Felgo Apps, Single-Page Application. Give it a name “APoDapp” and select the destination folder. In the kit selection, choose only Felgo desktop, click next, again next and finish.

The QML code in Main.qml is a hierarchical tree of QML objects. The import statements define the modules and versions we want to use. We can set an alias if needed (such as Quick2) in case there are components with the same name in different modules.

The general structure of our app is shown below. The App component in the main node. The NavigationStack component adds a navigation bar that shows the page title and is used to navigate between pages. A Page is a container for components.

import QtQuick 2.11 import QtQuick.Controls 2.4 as Quick2 import QtMultimedia 5.8 import Felgo 3.0 App { id: app NavigationStack { Page { id: page title: qsTr("NASA - Astronomy Picture of the Day") ..... ..... } } }

Each QML object has a different set of properties, but some of them are common to all of them, for instance the id property. Each QML object can be referenced by the name given in its id property. The title property in the Page object defines the text shown in the navigation bar. The qsTr function is a helper function for translating your app to different languages.

Inside the assets folder in your app main folder you can place the assets (images, videos, documents, etc.) you want to distribute with your app.

The app appearance can be customized implementing a handler (onInitTheme) for the App initTheme signal. This code set a new tintColor (app-wide default main color), and the background and text colors of the navigation bar.

App { id: app onInitTheme: { Theme.colors.tintColor = "#1e73be" Theme.navigationBar.backgroundColor = Theme.colors.tintColor Theme.navigationBar.titleColor = "white" } property bool isVideo: false ..... ..... }

In the App object, a variable (property in QML) is declared to store if the media from the NASA open API is a video (isVideo), because the requested media can be an image or a video link as we will see later.

In page, we define a background image and a set of QML components inside a Column object which is nested with a Flickable object.

..... ..... Page { ..... ..... Image{ anchors.fill: parent source: "../assets/MTB_background.jpg" fillMode: Image.PreserveAspectCrop opacity: 0.5 } Flickable{ anchors.fill: parent contentWidth: column.width contentHeight: column.height flickableDirection: Flickable.VerticalFlick interactive: !dateControl.isDialogOpenend Column{ id: column width: page.width spacing: dp(10) topPadding: dp(10) bottomPadding: dp(30) ..... ..... } } } ..... .....

The first component inside page is the page background Image. Qt Quick provides a way to layout components using the concept of anchors. In this case, the background image is filling the whole area of its parent (page object). Besides the image source, the fillMode and opacity properties are also set.

The Flickable object places its nested objects on a surface that can be dragged and flicked, causing the view onto the nested objects to scroll. Inside the flickable, objects are organized following a Colum layout. The flickable object properties contentWidth and contentHeight are therefore set to the width and height of the column. The flickable direction is also set to be only in the vertical axis (VerticalFlick). Additionally, we disable the flicking when the calendar is opened (interactive = false), more about this later.

QML components can be organized considering different layouts (column, row, grid, etc). In the column object, we set the width, which corresponds to the page width, and also the top and bottom paddings (topPadding and bottomPadding) and the spacing between the QML objects inside the column layout. The dp method provides a density-independent unit for the value passed as an argument, that must be specified in pixels.

The QML objects inside the Column layout are given below.

Column{ ..... ..... Image // Logo AppText // Text: "Choose date" DateControl // Date control (custom QML object) AppText // Picture title AppText // Picture author ProgressBar // Loading image progress bar Image // Media - Image YouTubeWebPlayer // Media - Video Rectangle // Black rectangle DescriptionBlock // Description of media (custom QML object) }

The following QML components are the logo and the text “Choose date”, both are horizontally centered. We also set the image width with respect to its parent width. The image height is implicitly calculated by setting the preserve aspect fit mode.

Image{ source: "../assets/MTB_logo.png" fillMode: Image.PreserveAspectFit anchors.horizontalCenter: parent.horizontalCenter width: parent.width - dp(40) } AppText{ anchors.horizontalCenter: parent.horizontalCenter text: qsTr("Choose date") }

There isn’t a stock date picker or control in QML, but we can create our own component. This component is described later in this tutorial. Our date control trigger an signal when a date is selected accepted, and we can implement a handler of such signal (onAccepted) where we call a JavaScript function (request_nasa_image_QML). This function is also described later. Our date control also implement two additional handlers: onOpened and onCanceled.

DateControl{ id: dateControl onAccepted: request_nasa_image_QML(dateStr) onOpened: hideVideo(isVideo) onCancelled: showVideo(isVideo) }

The video component (nasaVideo) is tricky since we need to hide it to show the date dialog over it, so we call JavaScript functions to show (showVideo) or hide (hideVideo) it. When we hide the video component, we show a black rectangle (rectangle) with its same size. Also, we have to hide this rectangle when the video container is shown.

function hideVideo(isVideo) { if (isVideo) { nasaVideo.stop() rectangle.width = nasaVideo.width rectangle.height = nasaVideo.height nasaVideo.visible = false rectangle.visible = true } } function showVideo(isVideo) { if (isVideo) { rectangle.visible = false nasaVideo.visible = true } }

Next, we have two AppText components that show the title and author of the retrieved media. Some configuration is done in both components, such as: width minus some spacing, center horizontal alignment, bold font and word warp mode.

AppText{ id: message horizontalAlignment: AppText.AlignHCenter font.bold: true wrapMode: AppText.WordWrap width: parent.width - 2*dp(10) } AppText{ id: author horizontalAlignment: AppText.AlignHCenter wrapMode: AppText.WordWrap font.pixelSize: sp(12) font.bold: true width: parent.width - 2*dp(10) }

A progress bar shows the loading progress when the retrieved media is an image, hence it is only visible when an image is loading (nasaImage.status === Image.Loading). The loading progress is obtained from the image progress property (nasaImage.progress). This value is between [0,1], so we set accordingly the progress bar interval (from and to properties).

Quick2.ProgressBar{ anchors.horizontalCenter: parent.horizontalCenter visible: nasaImage.status === Image.Loading value: nasaImage.progress from: 0 to: 1 }

If the retrieved media type is an image, we show it in the nasaImage component. If we click or touch this image (MouseArea component), the image URL is opened in the default browser (onClicked handler) thanks to the functionality provided by the Felgo nativeUtils object.

Image { id: nasaImage anchors.horizontalCenter: parent.horizontalCenter visible: nasaImage.status === Image.Ready fillMode: Image.PreserveAspectFit width: parent.width - 2*dp(10) MouseArea{ anchors.fill: parent onClicked: nativeUtils.openUrl(nasaImage.source) } }

It may happen that the media retrieved from the API REST call is a link to a YouTube video instead of a link to an image. In this case, we use the Felgo YouTubeWebPlayer QML component (nasaVideo) to load the video.

We also have a Rectangle component (rectangle) that is shown when the YouTubeWebPlayer component is hidden.

YouTubeWebPlayer{ id: nasaVideo anchors.horizontalCenter: parent.horizontalCenter width: parent.width - 2*dp(10) visible: false } Rectangle{ id: rectangle color: "black" anchors.horizontalCenter: parent.horizontalCenter visible: false }

Finally, we include another custom QML object (DescriptionBlock) to customize the appearance of the media text description obtained from the API REST call. This custom QML object is described later in this tutorial.

DescriptionBlock{ id: descriptionBlock }

NASA APoD open API

One of the NASA Open APIs is Astronomy Picture of the Day (APoD) API. To get access to this API we have to perform a GET request to the following URL.

GET https://api.nasa.gov/planetary/apod

Three parameter can be provided as shown below. We don’t need a key for testing but it is required for expanded usage, we can easily apply for one here.

Parameter Type Default Description date YYYY-MM-DD Today The date of the APoD image or video hd bool False High resolution image api_key string DEMO_KEY Key for expanded usage

A successful request returns a JSON object with the following structure.

{ "title", // Media title "copyright", // Author/s "explanation", // Media description "media_type", // "image" or "video" "url" // Media URL (image or YouTube link) "hdurl", // High-definition media URL "service_version" // "v1" }

Performing an HTTP Request

We have different ways to perform a GET request to the NASA APoD API in our QML app. We can use pure JavaScript or a Felgo QML object. Let’s have a look at both.

XMLHttpRequest JavaScript object

The get_request function is a general function that performs an asynchronous GET request using the XMLHttpRequest JavaScript object. This function has three arguments: url, parameters and a callback function that is called when the request is finished.

function get_request(url,params,callback) { var http = new XMLHttpRequest() http.onreadystatechange = function(myhttp) { return function() { if (myhttp.readyState === XMLHttpRequest.DONE) callback(myhttp) } }(http) http.open("GET", url + "?" + params, true) http.send() }

The request_nasa_image_JS function uses the get_request function. It receives as an argument (dateStr) a date in string format (yyyy-mm-dd).

The first thing done in this function is to clear the GUI (clearInfo). Then, the request is performed. Inside the callback function, we check that the status is OK (Http_OK = 200). Then, the responseText is parsed to a JSON object (res_json). If everything went well, the requestSuccess function is called, otherwise requestError is executed.

function request_nasa_image_JS(dateStr) { const url_base = "https://api.nasa.gov/planetary/apod" const apiKey = "DEMO_KEY" const Http_OK = 200 var params = "date=" + dateStr + "&api_key=" + apiKey clearInfo() get_request(url_base,params, function(http) { if (http.status === Http_OK) { var res_json = JSON.parse(http.responseText) if (requestSuccess(res_json)) return } requestError() }) }

The clearInfo function simply clears all the previously shown information in the GUI.

function clearInfo() { message.text = "" nasaImage.source = "" nasaVideo.visible = false isVideo = false rectangle.visible = false author.text = "" descriptionBlock.text = "" }

The requestError function just sets an error message and the text color to red.

function requestError() { message.color = "red" message.text = qsTr("No data found") }

The requestSuccess function checks that the JSON object (res_json) is not empty. Then, it sets the title (res_json.title) and description (res_json.description).

After that, it checks if media is an image or a video, and set accordingly the image source or open the YouTube video. We use the youtube_parser function to obtain the YouTube video id from the URL, since the NASA APoD API provides a URL but the YouTubeWebPlayer object asks for the YouTube video id.

It may happen that there is not author information in our JSON (res_json.copyright), in this case the author QML component is hiden.

function requestSuccess(res_json) { if (res_json && res_json !== {}) { message.color = Theme.tintColor message.text = res_json.title descriptionBlock.text = res_json.explanation if (res_json.media_type === "image") nasaImage.source = res_json.url else if (res_json.media_type === "video") { nasaVideo.loadVideo(youtube_parser(res_json.url),true) nasaVideo.visible = true } if (res_json.copyright !== undefined) { author.visible = true author.text = "Copyright " + res_json.copyright } else author.visible = false return true } return false }

HttpRequest QML Component

Another way to perform an HTTP request is to use the Felgo HttpRequest QML object. The following JavaScript function makes use of it. Notice that we are also using here the clearInfo, requestError and requestSuccess JavaScript functions previously introduced.

function request_nasa_image_QML(dateStr) { const url_base = "https://api.nasa.gov/planetary/apod" const apiKey = "DEMO_KEY" const Http_OK = 200 const timeout_ms = 5000 var params = "date=" + dateStr + "&api_key=" + apiKey var url = url_base + "?" + params clearInfo() HttpRequest .get(url) .timeout(timeout_ms) .then(function(res) { if (res.status === Http_OK) if (requestSuccess(res.body)) return requestError() }) .catch(function(err) { requestError() }); }

Creating Custom QML Components

To create a new QML component, go to File -> New File or Project, then in File and Classes, select Felgo Apps and then choose Item (this is the base class of our custom component, it can be changed if needed). The name of our QML custom component will be the same as the given filename, also make sure that you create this file inside the qml folder.

DateControl QML Component

Our DateControl component has a row layout (Row) and a custom Felgo Dialog.

Calendar QML component

Item{ id: item width: parent.width height: row.height property date selectedDate: new Date() property alias isDialogOpenend: dateDialog.isOpen signal accepted(string dateStr) signal cancelled() signal opened() Row { id: row anchors.horizontalCenter: parent.horizontalCenter property date selectedDate: new Date() signal accepted(string dateStr) ..... ..... } Dialog{ ..... ..... } }

The components inside the row layout will be horizontally centered. A property (variable) is defined to store the chosen date (selectedDay), its default value is today (new Date()). Another property tracks when the dialog is opened (isDialogOpened).

We also define signals that will be emitted when a date is chosen by the user (accepted), the dialog is opened (opened) or the selection of a date cancelled (cancelled).

DateControl has three additional components: a read-only (enabled: false) text field (textDate), an icon button and a calendar (calendar). The calendar is inside a custom dialog (dateDialog).

Below, you can see the text field and its custom property values.

AppTextField{ id: textDate anchors.verticalCenter: parent.verticalCenter width: dp(120) height: dp(30) borderWidth: dp(2) borderColor: Theme.tintColor radius: dp(20) placeholderText: "yyyy-mm-dd" horizontalAlignment: TextInput.AlignHCenter enabled: false }

When the icon button is clicked (onClicked) the calendar dialog is shown (dateDialog.open()) and the opened signal is emitted. The Felgo IconType object provides a set of cool icons to use in our apps.

IconButton{ anchors.verticalCenter: parent.verticalCenter icon: IconType.calendar onClicked: { item.opened() dateDialog.open() } }

The calendar dialog is a custom dialog that includes only one QML component, a calendar. A dialog has two buttons by default, “Cancel” and “OK”.

In the calendar component, the default date is given by the selectedDate property in the row component. A locale can be set if needed.

When “OK” is pressed, the onAccepted signal is emitted in dateDialog. The same happens if the date is double clicked. On the other hand, when “Cancel” is pressed the onCanceled signal is emitted.

We intercept the onAccepted signal to format the selectedDate in textDate (Qt.formatDateTime), close the dateDialog and also emit the accepted signal in the row component.

For the onCanceled signal, we close the dateDialog and emit the cancelled signal to the dialog parent object (row).

Dialog{ id: dateDialog title: "Choose a date" autoSize: true outsideTouchable: false onAccepted:{ textDate.text = Qt.formatDateTime(calendar.selectedDate,"yyyy-MM-dd") dateDialog.close() parent.accepted(textDate.text) } onCanceled: { dateDialog.close() parent.cancelled() } Calendar{ id: calendar width: parent.width locale: Qt.locale("en_EN") selectedDate: parent.selectedDate onDoubleClicked: dateDialog.accepted() } }

DescriptionBlock QML Component

This QML object is used to define the style of the description block in the app. We use two Rectangle components. One of them defines a border around the description text and the other sets a semi transparent background. The column object has two nested AppText components: the text “Description” and the media description itself obtained from the APoD API call.

Custom description QML component

Rectangle{ id: root anchors.horizontalCenter: parent.horizontalCenter width: parent.width - 2*dp(10) height: columnDescription.height border.width: dp(2) border.color: Theme.tintColor radius: dp(20) visible: text color: "transparent" property string text Rectangle{ anchors.fill: parent opacity: 0.2 color: Theme.tintColor radius: parent.radius } Column{ id: columnDescription width: parent.width topPadding: dp(15) bottomPadding: dp(20) spacing: dp(10) AppText{ anchors.horizontalCenter: parent.horizontalCenter text: qsTr("Description") color: Theme.tintColor font.bold: true font.pixelSize: sp(18) } AppText{ id: description anchors.horizontalCenter: parent.horizontalCenter width: parent.width leftPadding: dp(15) rightPadding: dp(15) wrapMode: AppText.WordWrap font.pixelSize: sp(14) horizontalAlignment: AppText.AlignJustify text: root.text } } }

How can I execute the app? How about live reloading in my mobile phone?

Let’s see the functionality of each one of the buttons placed in the bottom-left corner of Qt Creator.

Qt creator buttons

Live Reloading – Start the live server.

Run – Run your app locally in your computer

Debug – Debug your app locally in your computer

Build – Build your app

The live reloading button opens a new window (Felgo live server) and starts the live server. Now, you can connect to it from your desktop client by hitting start, see the figure below, or in your mobile device. In both cases, the app will be automatically updated when you save new changes in your code.

Felgo Live Server – Start desktop client

For live code reloading in your mobile device, you have to keep the Felgo Live Server window opened and use the Felgo & QML Live Scripting App in your mobile device to connect to the live server. Download and follow the instructions given in the app (we have to press the Connect Desktop option in the app to connect to our desktop live server). Felgo & QML Live Scripting app download links for Android and iOS are below.

Felgo & QML Live Scripting App

Check Felgo Live Server documentation for detailed information.

Note: if your app includes custom C++ code (not considered in this tutorial), you have to turn out your own application in a Felgo Live Client Module and deploy it conventionally to your mobile device. After that, you will be able to connect to it and use live code reloading for your QML and JavaScript code.

For deploying your apps conventionally to mobile devices (Android and iOS), follow this guide.

What can I do to learn further and improve the app?

The APoD app is nice but there is room for improvement for sure. Some ideas are listed below.

Editable date component (introducing text).

Automatically load the astronomy picture (media) of the day when the app is loaded.

Change the month and year easily and directly in the date dialog.

Share a link to the media of the day (copy to clipboard or post in social networks).

We hope you enjoyed this tutorial and find it helpful for learning Qt, QML and Felgo! Feel free to share it on Facebook or Twitter.

Get Felgo Apps!

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The post Qt, QML and Felgo tutorial. NASA Astronomy Picture of the Day app for Desktop, iOS and Android appeared first on Felgo.

Qt, QML and Felgo tutorial. NASA Astronomy Picture of the Day app for Desktop, iOS and Android published first on https://medium.com/@TheTruthSpy

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suzanneshannon · 6 years ago

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Nesting Components in Figma

For the past couple of weeks, I’ve been building our UI Kit at Gusto, where I work, and this is a Figma document that contains all of our design patterns and components so that designers on our team can hop in, go shopping for a component that they need, and then get back to working on the problem that they’re trying to solve.

There’s a couple things that I’ve learned since I started. First, building a UI Kit is immensely delicate work and takes a really long time (although it happens to be very satisfying all the while). But, most importantly, embedding Figma components within other components is sort of magic.

Here’s why.

First, it’s important to note that I’ve tried to break down our components into the smallest, littlest chunks. So, for example, our Breadcrumbs, Tabs, and Progress Bar components are all separate from one another and I’ve dumped them all into a Symbols page.

Here’s an example of how I’ve started to build our form elements:

From what I can tell, this is how a lot of UI Kits are designed — there’s a welcome page that introduces what this document is and how to use it; there’s a symbols page that the design systems folks will maintain that has everything from buttons to forms inside it as symbols or components; and then there’s typically another page that has examples of these symbols that represent the final application.

Shopify’s design system, Polaris, does also this with their Sketch file, but so do a lot of examples I’ve seen from other big design teams:

But anyway, going back to my design in Figma — notice below that a forward slash (/) is used in the name of ProgressBar/Two and ProgressBar/Three components.

Well, that’s Figma’s naming convention for identifying Instances. What this means is that when a designer drags in the ProgressBar component from the UI Kit, they can switch between different options, like this:

That’s nifty! But once I broke up our UI into these tiny components, I started to wonder how I might combine these pieces together to make things even easier for our design team. I soon realized that in our app we have navigation items like breadcrumbs or progress bars but they always have a title associated with them. Once I figured that out, I started a series of new components called Header/Default, Header/Breadcrumbs, Header/ProgressBar, etc., which have all these components embedded within them.

So, now when a designer drags in the Header component into their mockups, they can do the following:

We’re switching between the different Header instances there and that doesn’t look like much, yet. But! Since we’re nesting components within our Header component, designers can jump down into the subcomponents, like ProgressBar and update that, too:

How neat is that? And again, this doesn’t look particularly useful just yet but nesting components within larger components means that you can start to use them in clever ways.

Where this gets interesting is here: at Gusto, we have two different UIs for our types of customers. We have admins that run payroll and then their employees that can access their account to see how much they’ve been paid. There’s different navigation and options for both, so I created two components for them: Frame/Admin and Frame/Employee.

These two components have the sidebar and navigation items but are then placed into a separate component called Layout/Default where we’ve placed our Header component. But since these components are instances and nested together, we can begin to click-clack bits of the UI together to get the precise interface that we want.

Now, whenever designers need to switch between different UIs, they can use these nested components and instances to toggle between them super fast. I’ve only just started experimenting with this but the idea is that by using these nested components you give folks a way to toggle between the different variants inside them whilst also providing a nice API for larger layouts.

If you’re using instances in Figma, Sketch, or another design tool — let me know! I’m constantly on the lookout for improving things here, but I think this is certainly a good start.

The post Nesting Components in Figma appeared first on CSS-Tricks.

Nesting Components in Figma published first on https://deskbysnafu.tumblr.com/

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jacob-cs · 8 years ago

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Android Wear 개발방법 (Creating Custom Layouts)

original source: https://developer.android.com/training/wearables/apps/layouts.html

Create Custom Notifications

ou should create notifications on the phone and let them automatically sync to the wearable. Note: When creating custom notifications on the watch, you can use the standard notification APIs (API Level 20) instead of the Support Library.

1.Create a layout and set it as the content view for the activity that you want to display.

public void onCreate(Bundle bundle){ ... setContentView(R.layout.notification_activity); }

2.in the Android manifest

For example:

3.Create a PendingIntent for the activity that you want to display.

Intent notificationIntent = new Intent(this, NotificationActivity.class); PendingIntent notificationPendingIntent = PendingIntent.getActivity( this, 0, notificationIntent, PendingIntent.FLAG_UPDATE_CURRENT);

4.Build a Notification and call setDisplayIntent() providing the PendingIntent. The system uses this PendingIntent to launch the activity when users view your notification.

5.Issue the notification using the notify() method.

Create Layouts with the Wear UI Library

사용자 정의 layout을 만드는데 유용한 wear 에 특화된 ui library element

BoxInsetLayout A FrameLayout object that's aware of screen shape and can box its children in the center square of a round screen.

ConfirmationActivity An activity that displays confirmation animations after the user completes an action.

AnimationSet A group of animations that should be played together.

CircularProgressLayout A layout that provides a circular countdown timer around a child view. Typically used as an automatic timer to confirm an operation after a short delay has elapsed.

SnapHelperSnapHelper supports snapping for a RecyclerView object.

PagerSnapHelper Implementation of the SnapHelper instance supporting pager style snapping in either vertical or horizontal orientation.

AlertDialog A subclass of Dialog that can display one, two or three buttons.

ProgressBar Displays a bar to the user representing how far the operation has progressed; the application can change the amount of progress (modifying the length of the bar) as it moves forward.

WearableRecyclerView Wearable specific implementation of the RecyclerView class for displaying scrollable lists of items in square and round devices.

#android #development #개발 #wear #watch #wearable #custom #layout #notification

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draegerit · 4 years ago

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Android Programmierung: AsyncTask mit ProgressDialog (Lösung mit einem Callback)

In diesem Tutorial möchte ich beschreiben wie man eine asynchrone Aufgabe auslagert und parallel dazu einen Dialog anzeigt. Den ProgressDialog habe ich bereits im Tutorial Android, ProgressDialog für lange Operationen erläutert. Es gibt bereits einige Beispiele dazu im Internet und die Lösungen sind zumeist praktikabel und funktionell. Jedoch sind diese zumeist mit einer inneren Klasse (wie in der offiziellen Dokumentation https://developer.android.com/reference/android/os/AsyncTask) und blähen dadurch den Quellcode unnötig auf. Ich möchte gerne einen anderen Weg gehen und den AsyncTask auslagern und mit einem Callback versehen so halten wir unseren Quellcode schlank und haben immer das Wesentliche im blick.

Projekt erstellen

Für die nachfolgenden Schritte benötigen wir ein einfaches, leeres Android Projekt mit einer Activity (EmptyActivity). Gerne möchte ich dir der einfachheithalber ein Download für ein Projekt anbieten welches du dir in Android Studio importieren kannst. Layout erstellen Für das Ausführen des asynchronen Task benötigen wir eine Schaltfläche und für die Anzeige der Daten TextView Elemente. Diese Elemente fügen wir über den Designer auf das Layout "activity_main.xml".

Interface ICallback erzeugen

Für die Verarbeitung des Ergebnisses unseres asynchronen Tasks benötigen wir ein Interfaces. Dieses ermöglicht es uns späterer mehrere Implementationen für eventuelle verschiedene Ausführungen zu implementieren. package de.draegerit.asynctaskcallbackapp; public interface ICallback { void handleResult(Result result); } Nun müssen wir uns eine innere Klasse schreiben welche das Interface "ICallback" implementiert. Mit dem implementieren des Interfaces müssen wir zusätzlich die Methode "handleResult" implementieren. class CallbackImpl implements ICallback { @Override public void handleResult(Result result) { } } package de.draegerit.asynctaskcallbackapp; public class Result { private int size; private String filename; private String message; public int getSize() { return size; } public void setSize(int size) { this.size = size; } public String getMessage() { return message; } public void setMessage(String message) { this.message = message; } public String getFilename() { return filename; } public void setFilename(String filename) { this.filename = filename; } }

asynchronen Task erstellen

Nun können wir uns eine öffentliche Klasse für den asynchronen Task erstellen welchen wir mit der Schaltfläche starten wollen. In diesem Beispiel möchte ich eine einfache Datei aus dem Internet laden. Da ich in diesem Tutorial beschreiben möchte wie ein asynchroner Task mit einem Callback ausgestattet werden kann überspringe ich die Erläuterungen für das herunterladen von Dateien. In dem Kontruktors des asynchronen Task wird der Context und zusätzlich ein Callback übergeben. package de.draegerit.asynctaskcallbackapp; import android.app.ProgressDialog; import android.content.Context; import android.content.DialogInterface; import android.os.AsyncTask; import android.util.Log; import java.io.DataInputStream; import java.io.File; import java.io.FileOutputStream; import java.io.IOException; import java.lang.ref.WeakReference; import java.net.URL; import java.net.URLConnection; public class RequestAsyncTask extends AsyncTask { //TAG für den Logger private static final String TAG = "RequestAsyncTask"; //Zieldatei private static final String ADDRESS = "http://progs.draeger-it.blog/example.file"; //Schwache Referenz auf den Context private WeakReference contextRef; //ProgressDialog für die Fortschrittsanzeige private ProgressDialog progressDialog; //Das Ergebniss des asynchronen Tasks private Result result; //Der Callback welcher zum schluss ausgeführt werden soll. private ICallback callback; //Variable welche gesetzt wird wenn die Schaltfläche "Abbrechen" im ProgressDialog betätigt wird. private boolean abortDownload; /** * Konstruktor * @param ctx - der Context * @param callback - der Callback welcher zum Schluss ausgeführt werden soll */ public RequestAsyncTask(Context ctx, ICallback callback) { contextRef = new WeakReference(ctx); this.callback = callback; } @Override protected Result doInBackground(Void... voids) { result = new Result(); try { //Die Progressbar soll den Fortschritt in Prozent anzeigen. progressDialog.setMax(100); DataInputStream stream = null; //Dateiname generieren String filename = String.valueOf(System.currentTimeMillis()).concat(".file"); result.setFilename(filename); //Referenz des Context laden Context ctx = contextRef.get(); try (FileOutputStream outputStream = ctx.openFileOutput(filename, Context.MODE_PRIVATE);){ File privateFileDirectory = ctx.getFilesDir(); Log.i(TAG, privateFileDirectory.getAbsolutePath()); //Aufbau der Verbindung URL u = new URL(ADDRESS); URLConnection conn = u.openConnection(); //ermitteln der Dateigröße int contentLength = conn.getContentLength(); //ablegen der Dateigröße in unseren Result result.setSize(contentLength); //Datenstream öffnen stream = new DataInputStream(u.openStream()); byte buffer = new byte; int count; int total = 0; int percent; //Solange der Stream noch Daten hat und die Variable abortDownload nicht Boolean.True ist, mache... while (((count = stream.read(buffer)) != -1) && !abortDownload) { outputStream.write(buffer, 0, count); total += count; percent = (total * 100) / contentLength; progressDialog.setProgress(percent); } } catch (Exception e) { //Wenn ein Fehler auftritt so soll dieser in unser Result gespeichert werden. result.setMessage(e.getMessage()); e.printStackTrace(); } finally { //Zum Schluss den Datenstream schließen if (stream != null) { try { stream.close(); } catch (IOException e) { //Wenn ein Fehler auftritt so soll dieser in unser Result gespeichert werden. result.setMessage(e.getMessage()); e.printStackTrace(); } } } } catch (Exception e) { //Wenn ein Fehler auftritt so soll dieser in unser Result gespeichert werden. result.setMessage(e.getMessage()); e.printStackTrace(); } //Rückgabe unseres Ergebnisses. return result; } @Override protected void onPreExecute() { super.onPreExecute(); //Anzeigen des ProgressDialoges, //dieses geschieht noch bevor der Download gestartet wird. progressDialog = getWaitDialog(); progressDialog.show(); } @Override protected void onPostExecute(Result result) { super.onPostExecute(result); //nach dem Download (erfolgreich oder nicht) //soll der ProgressDialog geschlossen werden. progressDialog.dismiss(); //Ausführen des Callbacks callback.handleResult(result); } /** * Liefert einen ProgressDialog * @return ein ProgressDialog */ private ProgressDialog getWaitDialog() { Context context = contextRef.get(); String titel = context.getResources().getString(R.string.msg_loaddialog_titel); String message = context.getResources().getString(R.string.msg_loaddialog_message); ProgressDialog progressDialog = new ProgressDialog(context); progressDialog.setTitle(titel); progressDialog.setMessage(message); progressDialog.setCancelable(false); progressDialog.setProgressStyle(ProgressDialog.STYLE_HORIZONTAL); progressDialog.setButton(ProgressDialog.BUTTON_POSITIVE, context.getResources().getString(R.string.abort), new DialogInterface.OnClickListener() { @Override public void onClick(DialogInterface dialog, int which) { abortDownload = true; } }); return progressDialog; } } Für dieses Beispiel habe ich eine Datei mit ca. 30MB auf eine Subdomain (http://progs.draeger-it.blog/example.file) geladen. Ich kann & möchte nicht garantieren das diese Datei auf ewig bereitgestellt wird. Die Datei selbst habe ich mit dem Befehl "fsutil file createnew example.file 3000000" unter Microsoft Windows 10 erstellt.

ProgressDialog - Download im Vorgang Wichtig ist hier die Methode "onPostExecute", diese Methode wird zum Schluss ausgeführt und in diesem Beispiel werde ich hier den Callback aufrufen. @Override protected void onPostExecute(Result result) { super.onPostExecute(result); //nach dem Download (erfolgreich oder nicht) //soll der ProgressDialog geschlossen werden. progressDialog.dismiss(); //Ausführen des Callbacks callback.handleResult(result); }

Ausführen des asynchronen Task

Für das Ausführen des asynchronen Task haben wir im ersten Schritt eine Schaltfläche erzeugt. Nun wollen wir an diese Schaltfläche einen Listener hängen und in diesem den Task starten. public class MainActivity extends AppCompatActivity { @Override protected void onCreate(Bundle savedInstanceState) { super.onCreate(savedInstanceState); setContentView(R.layout.activity_main); Button startBtn = findViewById(R.id.startBtn); startBtn.setOnClickListener(new View.OnClickListener() { @Override public void onClick(View v) { RequestAsyncTask requestAsyncTask = new RequestAsyncTask(MainActivity.this, new CallbackImpl()); requestAsyncTask.executeOnExecutor(AsyncTask.THREAD_POOL_EXECUTOR); } }); } Nun müssen wir noch ein Callback implementieren. In diesem Callback werde ich 2 Textfelder (jeweils mit Dateiname, Dateigröße) und / oder ein Feld mit der Fehlermeldung einer Exception befüllen. class CallbackImpl implements ICallback { @Override public void handleResult(Result result) { //Wenn das Feld "message" leer bzw. NULL ist dann ist kein Fehler aufgetreten. boolean showErrorMessage = result.getMessage() == null; TextView errorMsgTextView = findViewById(R.id.errorMsgTextView); //Wenn keine Fehlermeldung aufgetreten ist dann soll das TextView Element ausgeblendet werden. errorMsgTextView.setVisibility(showErrorMessage ? View.VISIBLE : View.INVISIBLE); if(showErrorMessage){ errorMsgTextView.setText(result.getMessage()); } TextView dateinameTextView = findViewById(R.id.dateinameTextView); dateinameTextView.setText(result.getFilename()); TextView dateigroesseTextView = findViewById(R.id.dateigroesseTextView); dateigroesseTextView.setText(String.valueOf(result.getSize()).concat(" byte")); } }

Download

Fazit

Das auslagern des asynchronen Task hat mir geholfen ein bereits bestehendes Projekt deutlich zu verschlanken. Man könnte nun statt einem Callback auch ein funktionales Interface nutzen jedoch geht dieses erst ab Java 8. Read the full article

#Android #AsyncTask #Callback #Interface #Java #ProgressDialog

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superiorroofingca · 5 years ago

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Shetland Case Study

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Re-Roof Project Case Study in Bakersfield

Summary

The residents of this beautiful home in the 93309 area needed to replace their roofing system that had reached the end of its life. The homeowners also wanted to install solar in order to save on energy and add even more value to their home. Our customers knew replacing their roof was not going to be an easy task.

Core Challenges:

Hiring a dependable contractor.

Obtaining a permit to conduct construction work.

Protecting the home and landscape.

Roof deck inspection.

Quality of material.

Workmanship and site clean-up.

Warranty.

overall

5/5

Quality

Speed

Materials

Cost

Solution

Our new customers on Shetland Dr. Bakersfield, CA hired us to tackle this roof replacement project so our team of expert roofers went to work. Here are the key tasks we carried out to deliver a successful project:

Removed existing roof down to the sheathing.

This takes an experienced team that understands the importance of protecting your home. The first thing we had to do is get a building permit through the County of Kern. This alone has its challenges and many roofers will bypass this part to save time and money but we refuse to cut corners. 1) We set up the job to be more efficient at cleaning up. This prevents old materials such as nails and other debris from damaging the property. 2) From there, our crew stripped the old roofing down to the sheathing (wood deck below shingles). It's important to get this right and not leave one bit of shingles left over. After we remove the existing roof, building inspectors investigate sheathing to make sure plywood is installed properly. 3) This property was wide open so we did not have issues parking our trash containers. But, every home is unique and some properties create tear out challenges. Our roofers are trained to handle heavy shingles so disposing of the old material was not a problem.

Installed 7/16 oriented strand board (OSB) plywood

We have a go-to process when installing plywood and pass inspections 95% of the time. Your roof sheathing is very important and often overlooked. The roof deck builds up your roofing system and also protects from potential fires.

Installed ASTM Felt Underlayment

The underlayment is another barrier to help strengthen your roof. We use top of the line underlayment to give you the best protection possible. Install Vents To comply with Kern County Building Codes

You want to be sure there is plenty of air flowing through your attic. Proper ventilation will prolong the life of your roof and reduce energy usage.

Install GAF cool color lifetime composition shingles.

Superior Roofing is a certified installer for GAF. These shingles came out beautiful and the solar made it even more attractive. The GAF reflective shingles plus the solar panels will help our customers save a ton of energy throughout the year. To give you an overview of this re-roof project here is the complete job description:

Remove existing roof.

Install OSB (oriented strand board) plywood.

Install leak barrier to all valleys and penetrations to achieve lifetime warranty.

Install enamel drip edge.

Install valley metal.

Replace all pipe flashing.

Install felt underlayment.

Install vents as needed per building codes.

Paint all pipes and vents to match shingles.

Install GAF Cool Color lifetime composition shingles.

Replace crickets with TPO.

Install raised profile ridge to match shingles.

Daily clean up and disposal of all materials.

If you'd like to learn what it'll take to re-roof your home here's what to do:

From there we'll take the time to answer your questions, address concerns, inspect your roof and customize an accurate and well-presented quote that shows the reality in all the details (no hidden cost or fine print)...

Or you can call to book an appointment 661-679-6923 (Mon-Fri 8 AM - 5 PM).

New Roofing System With solar panel installation. READY FOR SOLAR We bring our client's vision to life. GAF Timberline® We install nothing but the best material. UNBEATABLE WARRANTY Our workmanship warranty will give you peace of mind knowing your investment is taken care of. setREVStartSize({c: 'rev_slider_2_1',rl:[1240,1024,778,480],el:[720,720,480,360],gw:[800,640,480,480],gh:[720,720,480,360],type:'carousel',justify:'',layout:'fullwidth',mh:"0"}); var revapi2, tpj; function revinit_revslider21() { jQuery(function() { tpj = jQuery; revapi2 = tpj("#rev_slider_2_1"); if(revapi2==undefined || revapi2.revolution == undefined){ revslider_showDoubleJqueryError("rev_slider_2_1"); }else{ revapi2.revolution({ sliderType:"carousel", sliderLayout:"fullwidth", visibilityLevels:"1240,1024,778,480", gridwidth:"800,640,480,480", gridheight:"720,720,480,360", perspective:600, perspectiveType:"local", editorheight:"720,720,480,360", responsiveLevels:"1240,1024,778,480", carousel: { infinity:true, vary_fade:true }, progressBar:{disableProgressBar:true}, navigation: { mouseScrollNavigation:false, onHoverStop:false, tabs: { enable:true, tmp:"<span class=\"tp-tab-title\">", style:"zeus", hide_onmobile:true, hide_under:480, v_align:"top", v_offset:30, space:1, height:30, wrapper_padding:0, wrapper_color:"transparent", visibleAmount:3, span:true } }, parallax: { levels:[5,10,15,20,25,30,35,40,45,50,47,48,49,50,51,30], type:"scroll" }, fallbacks: { allowHTML5AutoPlayOnAndroid:true }, }); } }); } // End of RevInitScript var once_revslider21 = false; if (document.readyState === "loading") {document.addEventListener('readystatechange',function() { if((document.readyState === "interactive" || document.readyState === "complete") && !once_revslider21 ) { once_revslider21 = true; revinit_revslider21();}});} else {once_revslider21 = true; revinit_revslider21();} var htmlDivCss = unescape("%40import%20url%28http%3A%2F%2Ffonts.googleapis.com%2Fcss%3Ffamily%3DRoboto%2BSlab%3A400%2C100%2C300%2C700%29%3B"); var htmlDiv = document.getElementById('rs-plugin-settings-inline-css'); if(htmlDiv) { htmlDiv.innerHTML = htmlDiv.innerHTML + htmlDivCss; }else{ var htmlDiv = document.createElement('div'); htmlDiv.innerHTML = '<style>' + htmlDivCss + ''; document.getElementsByTagName('head')[0].appendChild(htmlDiv.childNodes[0]); } var htmlDivCss = unescape("%23rev_slider_2_1_wrapper%20.zeus%20.tp-tab%20%7B%20%0A%20%20opacity%3A1%3B%20%20%20%20%20%20%0A%20%20box-sizing%3Aborder-box%3B%0A%7D%0A%0A%23rev_slider_2_1_wrapper%20.zeus%20.tp-tab-title%20%7B%20%0Adisplay%3A%20block%3B%0Atext-align%3A%20center%3B%0Abackground%3A%20rgba%280%2C0%2C0%2C0.25%29%3B%0Afont-family%3A%20%27Roboto%20Slab%27%2C%20serif%3B%20%0Afont-weight%3A%20700%3B%20%0Afont-size%3A%2013px%3B%20%0Aline-height%3A%2013px%3B%0Acolor%3A%20%23ffffff%3B%20%0Apadding%3A%209px%2010px%3B%20%7D%0A%0A%23rev_slider_2_1_wrapper%20.zeus%20.tp-tab%3Ahover%20.tp-tab-title%2C%0A%23rev_slider_2_1_wrapper%20.zeus%20.tp-tab.selected%20.tp-tab-title%20%7B%0A%20%20color%3A%20%23000000%3B%0A%20%20background%3A%23ffffff%3B%20%0A%7D%0A"); var htmlDiv = document.getElementById('rs-plugin-settings-inline-css'); if(htmlDiv) { htmlDiv.innerHTML = htmlDiv.innerHTML + htmlDivCss; }else{ var htmlDiv = document.createElement('div'); htmlDiv.innerHTML = '<style>' + htmlDivCss + ''; document.getElementsByTagName('head')[0].appendChild(htmlDiv.childNodes[0]); } var htmlDivCss = unescape("%0A%0A%0A%0A"); var htmlDiv = document.getElementById('rs-plugin-settings-inline-css'); if(htmlDiv) { htmlDiv.innerHTML = htmlDiv.innerHTML + htmlDivCss; }else{ var htmlDiv = document.createElement('div'); htmlDiv.innerHTML = '<style>' + htmlDivCss + ''; document.getElementsByTagName('head')[0].appendChild(htmlDiv.childNodes[0]); }

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darkmellorecordings · 5 years ago

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MRB's New Release Now Available Listen Now Discover Artist setREVStartSize({c: 'rev_slider_10_2',rl:,el:,gw:,gh:,type:'hero',justify:'',layout:'fullwidth',mh:"0"}); var revapi10, tpj; function revinit_revslider102() { jQuery(function() { tpj = jQuery; revapi10 = tpj("#rev_slider_10_2"); if(revapi10==undefined || revapi10.revolution == undefined){ revslider_showDoubleJqueryError("rev_slider_10_2"); }else{ revapi10.revolution({ sliderType:"hero", sliderLayout:"fullwidth", visibilityLevels:"1240,1024,778,480", gridwidth:"1480,1024,778,480", gridheight:"968,768,960,720", perspective:600, perspectiveType:"local", editorheight:"968,768,960,720", responsiveLevels:"1240,1024,778,480", progressBar:{disableProgressBar:true}, navigation: { onHoverStop:false }, parallax: { levels:, type:"scroll", speed:4000, disable_onmobile:true }, scrolleffect: { set:true, fade:true, blur:true, maxblur:15, layers:true, multiplicator:1.3, multiplicator_layers:1.3, tilt:10, disable_onmobile:true }, fallbacks: Read the full article

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php-sp · 5 years ago

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Cyber fundraiser - Online Fundraising Campaign Tool

New Post has been published on https://intramate.com/wordpress-plugins/cyber-fundraiser-online-fundraising-campaign-tool/

Cyber fundraiser - Online Fundraising Campaign Tool

LIVE PREVIEWGet it now for only $35

This is WordPress based plugin, To facilitate non-profit organization virtually from any domain, like education, poverty, health, human services, religion, environment and animals etc. the plugin will help those organizations to manage and organize donations and boost campaign through fundraisers, social media and customize emails. The plugin statistics also help an organization to target the right prospect.

Each project can have a different layout, the layout, title, images, video, goal, and other elements position can be customized through drag and drop page builder. organizations can create many campaigns at a time for fundraising. The plugin also provides multiple payment gateways like Paypal, Stripe, Braintree. The organization can also add bank detail for online bank transfer and address for donations through check, Upon receiving donations, admin can change the status of those donors from the backend.

The plugin has good linking with social media where a campaign can be posted to a facebook automatically to get more donors and fundraiser. Admin can set a goal, can check the status and a number of different donors and donors detail statistics.

Become a Fundraiser

An activist can become a fundraiser and would be part of that campaign. The system will handle the activist as a fundraiser where he/she can create a customized page under that campaign. The fundraiser would be able to share the campaign with his/her circle on social media and can also invite friends and family through a customize email.

FEATURES

Unlimited Campaigns:

Create as many fundraising campaigns as you need

Create campaign by just drag and drop element in the page builder

Set goals for your campaigns

Toggle whether to receive donations after campaign date over or not

Copy plugin templates file to you theme and edit it in your own way

Customizable Donation Forms:

Provide suggested amounts, allow people to donate as much as they want

Shorten your donation forms by just showing required fields

Add you own custom fields to donation form from admin dashboard. You can add as many field as you need

Embed a donation form on any page

Online & Offline Payment Support:

Easy PayPal, stripe and braintree setup

Offline payments can be accepted via cash and direct bank transfer

Collect donation on regular basis by using plugin recurring payment feature

Donation Management:

Create and edit donations in the dashboard. No add-on necessary

Resend donation emails

Sort and search donations in the dashboard

Filter completed and pending donations and on project basis

Customizable Emails:

Automated donation receipt

Offline donation receipts with payment instructions

Admin notifications when people donate

Recurring Donations:

Generate reliable income for your non-profit

Increase the lifetime value of donors

Peer to Peer Fundraising:

Front-end campaign submission form

Allow your supporters to become fundraisers for your campaigns

Grow your reach exponentially through your supporters’ network of friends and family

Powerful Donation Forms:

Customize donation forms in your WordPress admin

Make the fields as required or optional

Make new text fields, password field, radio button, hidden field or drop down

Assign default values, placeholder and labels of your own choice

Full-Featured Reporting:

Get a complete overview of your donation activity

Filter reports by date and campaign

Measure performance across multiple campaigns

View report in both charts and tabular form

View reports daily, monthly, yearly and between campaigns

One-Click Demo importer:

Import data in your website for demo purpose

Import campaigns, donations, fundraisers, settings and widgets

Engage User through social media:

Auto publish your campaign on facebook as you create in the admin dashboard

You just need to configure facebook setting, the campaign you create will be auto published by the plugin itself

List Campaigns on any page:

List the campaigns on any page that you need. Just paste shortcode in that page

Include or exclude any data of your choice from a campaign in the list

You can include campaign image, campaign title, campaign details, progressbar, campaign descriptions, donate button etc

Include campaign data in the order your own choice

Multi-langual Support:

The plugin is 100% multi-langual

Plugin all text is ready for translation

Live Demo

Cyber Fundraiser Online Demo

Note: D in Upper case.

Username : Demo

Password : Demo

Version 1.2.1

* Fix – Default Settings for Pages (Checkout, Become Fundraiser and Success Page). * Recurring Donations for online Payment Methods. * Campaign Templates and Elements can be overridden within a theme. * Manual donations insertion from a backend. * Donate as Anonymous User.

LIVE PREVIEWGet it now for only $35

#Wordpress Plugins

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