. macOS 10.14.6 or later.

Alternatives to Squish for all platforms with any license. QF-Test QF-Test is The test automation software for Java (Swing, JavaFX and SWT) and Web GUIs including AJAX. QF-Tet can be tested for free with the trial license for 4 weeks. Keyword Research Regression testing Scripting Add a feature.

4GB of RAM (8GB recommended for 4K editing, 3D titles and 360‑degree video editing). Metal-capable graphics card. 1GB of VRAM recommended for 4K editing, 3D titles and 360‑degree video editing.

3.8GB of available disk space. Some features require Internet access; fees may apply.

Blu-ray recorder is required for burning Blu-ray discs. Video output to VR headset requires Mac computer with discrete graphics running macOS Mojave. 27‑inch iMac with Radeon Pro 580 graphics or better is recommended. Import, edit and share 360° video from equirectangular images stitched together from a wide variety of cameras.

Support for HTC Vive VR headset. Send your iMovie for iOS project directly to Final Cut Pro for advanced editing, audio work and finishing. Automatically display the most useful functions for your task using the Touch Bar on MacBook Pro. Support for standard Rec. 709 Standard Dynamic Range (SDR) and Rec. 2020 High Dynamic Range (HDR) in libraries and projects from camera import to delivery. Edit and share Rec.

Roll Trim between two adjacent connected clips. Inline Precision Editor allows skimming of used and unused media around an edit point as well as trimming to Skimmer with a single click. Basic timeline trimming. Trim tool for advanced timeline trimming functions. Trim Start, Trim End or Trim to Selection in a single keystroke for fast news and documentary editing.

Ripple and roll. Slip and slide. Lift and ripple delete.

Dynamic 2-up trimming with Show Detailed Trimming Feedback enabled. Keyboard and numeric moving and trimming. macOS 10.14.6 or later. 4GB of RAM (8GB recommended for 4K editing, 3D titles and 360‑degree video editing). Metal-capable graphics card. 1GB of VRAM recommended for 4K editing, 3D titles and 360‑degree video editing. 4.7GB of available disk space (3.5GB app, 1.2GB supplemental content).

Some features require Internet access; fees may apply. Video output to VR headset requires Mac computer with discrete graphics running macOS Mojave. 27-inch iMac with Radeon Pro 580 graphics or better is recommended.

Export Selection can render out selected objects. Share 360° video directly to YouTube and Vimeo. Support for standard Rec. 709 and wide Rec. 64-bit engine uses all available RAM for improved render times and larger frame sizes.

Maintains support for 32-bit formats. Support for standard Rec. 601 and Rec. 709 colour spaces. Deliver High Dynamic Range (HDR) video with controls for colour space conversions and HDR metadata. Deliver HDR video as P3 D65 PQ, Rec. 2020 HLG and Rec. Dolby-certified encoding to Dolby Digital Professional AC-3 and EC-3 formats. Accepts QuickTime (single-channel or multichannel), AIFF, Sound Designer and WAV format sound files for encoding.

Support in the iTunes Store package to link a Dolby Vision graded video file to a Dolby Vision XML. Support for all channel formats from mono to 5.1 surround. Automatically creates 2.0 or 5.1 based on the number of channels in the source media file. Confidence decoding for preview of AC-3 and EC-3 files.

Apple Footer. Performance of projects containing 3D text may be adversely affected on systems with less than 1GB of VRAM.

Discrete graphics card and SteamVR are required for VR headset support. AMD Radeon RX 580 graphics card or better is recommended for best performance. Video monitoring via Thunderbolt requires a Thunderbolt-enabled Mac and third-party I/O device. Some features require additional hardware and software. Blu-ray recorder is required for burning Blu-ray discs. Native editing includes support for import and playback without transcoding.

Float processing requires a graphics card with 256MB of VRAM; 512MB or more is recommended.

Table of Contents

3.6.1. Supported browsers

3.6.2. Mozilla Firefox

3.6.3. Google Chrome/Chromium

3.6.4. Microsoft Internet Explorer

3.6.5. Microsoft® Edge on Windows 10

3.6.6. Chromium-based applications

3.6.7. Safari®

3.6.8. Opera® up to version 12

3.6.9. Browsers on mobile devices

This section covers the necessary installation steps for different browsers andautomation methods when using Squish for Web. Each subsection targets onebrowser or browser type and may be further divided in multiple parts.

Squish for Web supports a wide range of different browsers and browser versions. The following table attempts to provide an overview of the browsers and browser versions being supported. More detailed information for each browser can be found in the following sections

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Table 3.2. Supported Browsers

Browser	Version	Operating System	Attach to Running Instances
Mozilla Firefox	since 12	Linux, macOS, Windows	yes
Google Chrome/Chromium	since 40	Linux, macOS, Windows	yes
Microsoft Internet Explorer	9 to 11	Windows	yes
Microsoft Edge	since 38	Windows	no
Apple Safari	since 9	macOS	only Safari 9 to 11
Applications based on Chromium	since 40	Linux, macOS, Windows	yes
Opera	11 to 12	Windows, Linux	no
Browsers on mobile devices	all	iOS, Android	no

Table of Contents

3.6.2.1. Setup for attaching to running instances

You can execute, record and inspect web applications running in Firefoxby selecting it the Server Settings dialog in the Squish IDE.Open the dialog using EditServerSettings and then select theBrowser page. In the dropdown on the right selectFirefox. The Executable field allowsyou to specify the firefox executable if it is not found automatically bySquish.

Squish for Web needs to install an extension for Firefox to be able toautomate the browser. The installation of the extension is automaticallystarted from the IDE but it needs to be completed manually by accepting theextension and closing the browser. The extension installation process can bestarted at any time from the Server Settings dialog, butit is being started as well when the Squish IDE detects a missing or too old extensionversion. You can start the extension installation process manually from aterminal by issuing the following command after changing to the Squishinstallation directory:

Squish for Web uses a separate profile folder to separate passwords and otherbrowser data between the automation session and your normal usage of thebrowser. The profile is being stored in a folder namedsquish_firefox_profile_dir in the directory$HOME/.squish on Linux and macOS and%APPDATA%froglogicSquish on Windows. The folder will becreated by Firefox the first time Squish starts the browser.

Note
You only need to follow these instructions when you want to use theattachToBrowser function. The following instructionsare only needed if you plan to automate a Firefox process that is being started by some other program and not directlyby Squish for Web.

In order to automate Firefox you need to make sure the Squish Firefox Extensionis installed in the user profile used by Firefox when it is started outside ofSquish. The easiest way to install the extension is to open a file browser andnavigate to your Squish for Web package. From there go into thelib subfolder in the package. If you use Firefox 57 or anewer version drag and drop the filesquishWebExt@froglogic.com.xpi into the Firefox browserwindow and acknowledge the installation. If you use a Firefox version olderthan 57 you'll need to drag and drop the filesquish@froglogic.com.xpi into the Firefox browser windowand acknowledge the installation by restarting Firefox.

The Squish Firefox Extension by default uses the port 9932 for communication with the rest of Squish for Web. If this portis already used by some other program on your system you can configure the extension to use a different port. In orderto do this just open the Firefox menu, click on the Tools entry and in the submenu click onAddons item. This opens a new tab with the extensions loaded by Firefox, make sure the entry on the left of the page is selected. You should see the Squish Firefox Extension there andbelow it a button labeled or depending on your system. If youclick that button a new popup window appears where you can change the port number. This port number should then be passed to theattachToBrowser function to attach to this instance ofFirefox.

Usually Firefox will delay WebSocket connection attempts to a given WebSocket server for some time if the last attemptfailed. This is a problem when wanting to attach to the browser from Squish as the Extension will repeatedlytry to connect to Squish, but this connection will fail as long as there is no Squish test script executed with theattachToBrowser function. Hence after a while these connectionattempts will be delayed by Firefox and eventually the delay will be longer than the AUT timeout configured in Squishwhich will cause the connection to fail to be established.

This behavior of Firefox can be disabled by opening the special about:config URL in a new browser tab. Please acknowledgethe warning by clicking the button. The setting to change isnetwork.websocket.delay-failed-reconnects and it should be set to false. You cansearch for the setting by typing the name into the search field and changing the setting can be done with a simpledouble click of the mouse on the value.

Table of Contents

3.6.3.1. Setup for attaching to running instances

You can execute, record and inspect web applications running in GoogleChrome/Chromium by selecting it the Server Settings dialogin the Squish IDE. Open the dialog usingEditServerSettings and then select theBrowser page. In the dropdown on the right selectGoogle Chrome. The Executable fieldallows you to specify the executable if it is not found automaticallyby Squish.

Squish for Web needs to install an extension for Google Chrome/Chromium to be able toautomate the browser. The installation of the extension is automaticallystarted from the IDE but it needs to be completed manually by accepting theextension and closing the browser. The extension installation process can bestarted at any time from the Server Settings dialog, butit is being started as well when the Squish IDE detects a missing or too old extensionversion. You can start the extension installation process manually from aterminal by issuing the following command after changing to the Squishinstallation directory:

In order to automate Google Chrome/Chromium Squish for Web needs to installan extension for Google Chrome/Chromium. The installation of the extension isautomatically started from the IDE when you try to run a test against GoogleChrome/Chromium or start the browser using the button. The froglogicSquish Chrome extension is distributed through the Chrome Web Store.

Squish for Web uses a separate profile folder to separate passwords and otherbrowser data between the automation session and your normal usage of thebrowser. The profile is being stored in a folder namedsquish_chrome_data_dir in the directory$HOME/.squish on Linux and macOS and%APPDATA%froglogicSquish on Windows. The folder will becreated by Google Chrome/Chromium the first time Squish starts the browser.

Note
You only need to follow these instructions when you want to use theattachToBrowser function. The following instructionsare only needed if you plan to automate a Chrome process that is being started by some other program and not directlyby Squish for Web.

In order to automate Google Chrome you need to make sure the froglogic Squish Integration is loaded in the user profile usedby Google Chrome when it is started outside of Squish. The easiest way to make Chrome use the extension is to startthe browser and navigate to the Chrome store page for the Squish Integration:https://chrome.google.com/webstore/detail/mkfebldlkodkmhpdlgigfneaajboegdl.Once the page has loaded click the 'Add To Chrome' button and on the popup that is being opened up acknowledge theinstallation. You can verify that loading the extension succeeded by opening the Chrome menu and then selectingTools and then Extensions entry. This opens up a new tab withthe list of extensions, you should see an entry for froglogic Squish Integration in that list.

The froglogic Squish Integration by default uses the port 9935 for communication with the rest of Squish for Web. If this portis already used by some other program on your system you can configure the extension to use a different port. In orderto do this open the Chrome menu and then click on Tools andin the opened submenu click on Extensions. This opens a new tab with the Extensions loaded in Chrome.Below the entry for the froglogic Squish Integration you see a link labeled . If you clickthat link a new popup window appears where you can change the port number and save the change. This port number should then be passed to theattachToBrowser function to attach to this instance ofGoogle Chrome.

Table of Contents

3.6.4.1. Setup to attach to running instances

You can execute, record and inspect web applications running in Internet Explorerby selecting it the Server Settings dialog in the Squish IDE.Open the dialog using EditServerSettings and then select theBrowser page. In the dropdown on the right selectInternet Explorer.

Squish does not require any special setup steps to be able to automate InternetExplorer, all necessary setup is being done automatically when you start thebrowser the first time.

Note
You only need to follow these instructions when you want to use theattachToBrowser function. The following instructionsare only needed if you plan to automate an Internet Explorer window that is being started by some other program and not directlyby Squish for Web.

In order to automate Internet Explorer using Squish for Web it is necessary to instruct it to use just a single processfor all its tabs. Internet Explorer 10 and newer will usually use multiple processes for rendering websites as can beseen in the task manager.

Internet Explorer can be instructed to use only one process by changing a registry setting using the registry editor.The editor can be started by opening the Windows menu and then start typing regedit andselect the entry running the regedit command.

The registry editor shows a tree on the left, locate the entry HKEY_CURRENT_USER and expand it.Following the tree structure expand the Software entry, below that Microsoftand finally inside Microsoft expand Internet Explorer. In this sectionthere's an entry called Main and once it is selected you see a couple of keys on the rightside of the editor. There should be a DWORD entry called TabProcGrowth there. TheTabProcGrowth entry has to be set to 0 in order for Squish for Web to be able to automateInternet Explorer after attaching to it. Once this is done make sure to restart any running instances of the browser.

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3.6.5.1. Known issues when using Squish with Microsoft® Edge

Microsoft® Edge support on Windows 10 is realized through the Webdriver for Edge.The Webdriver is not redistributed with squish so you have to download it from Microsoft®.Download Microsoft® Edge Webdriver

When using the Webdriver implementation Squish does not start the browser itself but the Webdriver.Since the Webdriver executable can be located anywhere on the system you need to specify the path to the Webdriver.If you're using the IDE you can simply use the Browser-Executable field in the Server Settings Dialog under EditServer SettingsBrowser and Microsoft Edge.In case you do not use the IDE you can set the environment variable SQUISH_BROWSERPATHto point to the Webdriver-Executable.

Microsoft® Edge support is still in an early stage so there are some known issues.

• Switching to Fullscreen mode is not supported.

• Tab support is limited to playback. While recording only a single tab is supported.If you try to open multiple tabs or try to switch between tabs during recording the focuswill always go back to the initial tab.

• automateLogin is not supported. In generalwebsites with native login dialogs are not supported.

• When you start recording the browser window is sometimes opened before the initialization iscomplete, which might lead to events not being recorded. Make sure the Squish recording Control Bar is opened.

• When a new page is loaded there might be up to a 100ms gap in which no events are recorded by Squish.

• When a new page is loaded that has a different origin or domain it's possible that events recorded directlybefore the page change happens are lost.

• Drag and Drop on HTML input fields does not work reliably. As a workaroundyou can either drop the item with the relative x drop location set to 1. Or callmouseMove between the drag and drop calls (the mouseMovecoordinates should be the target coordinates offset by 1). This could be a generalproblem with how Microsoft® Edge processes drag and drop events and might thereforebe applicable to other scenarios as well.

• If you experience webdriver crashes after test script execution you might need toincrease the SoftExitTimeout: Configuring squishrunner (Section 7.4.3.26)

Table of Contents

3.6.6.1. Setup for attaching to a running instance

3.6.6.2. Known issues when using Squish with Chromium-based Applications

Support for automating the web content in Chromium-based applications is providedthrough the Webdriver for Chromium.The Webdriver is not redistributed with Squish so you have to download it from Google.Download Chromium Webdriver

Note

Different versions of Chromium require to use different versions of thechromedriver executable, in particular newer chromedriver versions do notsupport older versions of Chromium. In order to find the right chromedriverexecutable you need to determine the exact version of Chromium being used inyour application and check the release notes of chromedriver on the abovelinked download page to find the chromedriver version suitable for yourapplication.Older releases can be accessed by going to the parent directory from one of thenewer download links, which leads to a directory listing all versions.

In order for Squish to find the downloaded Chromium webdriver executable you can place it into a directorythat is in your PATH. As an alternative you can configure the location in the file webwrapper.ini that you can findin the etc directory of your Squish installation. Open the file in a text editor and replace the value 'chromedriver'in the line starting with 'ChromeDriverForChromiumBasedApps' with the absolute path of the downloaded chromedriverexecutable. On Windows it is necessary to duplicate the backslashes in the pathto fulfill the formatting requirements of the file.

Note
If you want to automate an application that is using nw.js please make sure to use the chromedriver executableprovided as part of the nw.js SDK download as the standard chromedriver seems to not work properly at the time ofwriting this.

In order to tell Squish about your Chromium-based application please select it as the browser executable in theServer Settings Dialog of the IDE. You can access the dialogby opening the Edit menu and below that the Server Settingssubmenu. In this submenu select the entry labeled Browser. In the dialogfill in the field below Chromium-based Applications (using CEF, Electron, nw.js etc.) and make sure that entryis selected.

In case you do not use the IDE you can set the environment variable SQUISH_BROWSERPATHto point to your application.

Note
You only need to follow these instructions when you want to use theattachToBrowser function. The following instructionsare only needed if you plan to automate a Chromium-based application that is being started by some other program and not directlyby Squish for Web.

In order to attach to a Chromium-based application its necessary to prepareSquish for automating Chromium-based applications as explained in Chromium-based applications (Section 3.6.6). Afterthe basic setup has been finished it is necessary to enable remote debuggingfeatures in the Chromium-part of the application. This is sometimes exposed asa commandline flag named --remote-debugging-port but itcan also be set through code in your application. The port number used for theremote debugging port number needs to be passed to the attachToBrowser function in the testscript to connect to the Chromium web content in the application.

• Window interaction methods (maximizing, minimizing, setting to fullscreen, changing the size) are notsupported as Squish only controls the web contents but not the whole application.

• Interaction with multiple web views in an application is possible, but limited to the web contentinside them. Squish cannot make them visible/invisible or bring one view to the foreground as a human usermay do.

• Screenshot verifications and Visual verifications will be using a desktop screenshot method which requiresthat the webview to be verified in is visible on screen fully. Web views that are not visible, for example becausethey are part of another tab inside the application cannot be grabbed. In addition the Chromium-based applicationmust not be overlapped by other applications at the time of grabbing the screenshot as the screenshot will includesuch overlapped applications if they're covering the web view.

• The isBrowserDialogOpen function always yields false for Chromium-based applications.

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3.6.7.1. Safari 12 or newer on macOS 10.13 or latser

3.6.7.2. Safari on macOS® 10.11.5 or later

You can execute, record and inspect web applications running in Safariby selecting it the Server Settings dialog in the Squish IDE.Open the dialog using EditServerSettings and then select theBrowser page. In the dropdown on the right selectSafari.

Safari 12 stopped supporting the use of Plug-In's which Squish relied on sofar, so Squish adopted a different mechanism for automation, based on Safari'ssupport for WebDriver. In order to allow automation via Safari's WebDriver youmust enable this through the Develop menu. This menu optionis usually hidden, but can be shown by opening the Preferences of Safari andselecting the Advanced tab. On the tab ensure the option is checked.

Once the Develop menu is shown open it and make surethe Allow Remote Automation option ischecked.

Safari 12
There are certain restrictions when automating Safari 12 as well asthings to be aware of, we documented all of those in Limitations (Section 3.6.7.1.3).

It is possible to enable the automation of Safari without starting the browserand going through the Develop menu. Safari's webdriverutility safaridriver allows to enable the Remote Automation through itscommandline arguments. You can invoke safaridriver as shown below and providethe administrator password to enable automation, please make sure that Safariis not running on the system while doing this.

safaridriver --enable

Safari 12
There are certain restrictions when automating Safari 12 as well asthings to be aware of, we documented all of those in Limitations (Section 3.6.7.1.3).

The automation of Safari through the WebDriver protocol and Safari'sbehavior when being automated through this protocol impose certain restrictionson what can be done in the test scripts. In particular Safari is being executedin a separate dedicated Session which does not share any data with the normalbrowsing session, so cookies and other data is not being taken over from thenormal browsing session. In addition to that the following limitations apply as well.

• No support for recording or picking objects. Since Safari ends the automationas soon as a native click appears on the window there is no way for Squish toreceive such click events (or text input) and hence neither recordinginteractions nor picking elements is possible. Only script execution andnavigation of the object structure via the Application Objects view's tree arepossible.

• No support for native native text input (nativeType) or native mouseinput via the mousePress/mouseRelease functions. Safari disallows native eventsin the special automation session, causing abortion of the automation ifattempted.

• Limited support for the nativeMouseClick function. The overload taking aHTML object can be used, but the relative coordinates will be ignored and onlyleft button clicks can be performed. The WebDriver protocol only allows toclick on the center of html elements with the left mouse button.

• Squish's automateLogin function, used for the Basic HTTP Authenticationdialogs used on some websites, cannot be used. The function uses native eventswhich would break the automation session and the WebDriver protocol does notprovide a way to interact with these dialogs. The login on such a websitemust be achieved through different means.

• Automation of file uploads requires that the input element used for theactual file upload is visible and interactable. Websites hiding this htmlelement and showing customized upload buttons require some manual scriptingthat makes the hidden input field visible and then automates that field viasetText, similar to the following snippet.

• The active browser tab will be changing regularly. In order to use theWebDriver protocol the active tab needs to be activated for certain operations.In Safari such a change of the active also visually changes the active tab inthe UI. Since Squish does such operations behind the scenes during the normaloperation some 'flickering' of tabs may occur

macOS 10.11.5 updated the version of Safari shipped with the system which now defaults to disallow the execution of JavaScript code in the web page through AppleScript. Squish relies on this method of executing JavaScript and thus it is necessary to enable this support again when using Safari on macOS 10.11.5 or later.

In order to enable this option its necessary to make Safari show the 'Develop' menu. This can be done by opening the Preferences of Safari, then selecting the Advanced tab and ensure the option 'Show Develop menu in menu bar' is checked.

Once the 'Develop' menu is available in the menu bar, open the menu and make sure the option 'Allow JavaScript from Apple Events' is checked. This enables Squish for Web to automate Safari on macOS 10.11.5 and later.

You can execute, record and inspect web applications running in Operaby selecting it the Server Settings dialog in the Squish IDE.Open the dialog using EditServerSettings and then select theBrowser page. In the dropdown on the right selectOpera.

The Opera browser in versions up to 12 uses its own configuration settingsfor proxy servers. This makes it necessary to configure it to use the Squish for Web proxy manually, so Squish isable to automate Websites running in Opera.

Configuring the proxy can be done in the settings of Opera, they can be opened from the Menu byselecting the 'Settings' entry and then in the submenu again selecting 'Settings'. In the dialog thatappears the tab labeled 'Advanced' needs to be selected to allow accessing the network configuration.The list on the left side of the tabs content has a corresponding entry called 'Network' which needs tobe selected. Click the button 'Proxy servers' in the dialog to configure the proxy servers that Operauses. In the newly opened dialog make sure the radio button 'Use manual proxyserver configuration' is selectedand check the checkbox next the 'HTTP' entry. The fields 'proxyserver' and 'port' need to be filled with thevalues 'localhost' and '8000' respectively. In addition the checkbox 'Use the proxy for local servers' further downshould be activated to make it possible to test the addressbook application that ships with Squish.

In addition to configuring the proxy, the Crash Recovery dialog in Opera should be disabled. Sincethe dialog cannot be automated with Squish for Web it would otherwise cause test execution abortion as itappears on each start of Opera after Squish has exited the browser. This setting needs to be changed inOperas configuration editor, which can be opened by putting 'about:config' into the location bar. The pagethat is being opened allows searching for specific settings. Use 'Problem' as keyword for the search so itwill reveal the configuration entry for enabling and disabling the dialog. The title of the setting is'Show Problem Dialog' and the configuration entry needs to be disabled by unchecking the checkbox next tothe text.

This completes the steps needed to setup Opera for testing with Squish, you can now select the Operaexecutable as a browser in the IDE and record and replay tests with it.

Note
Opera versions newer than 12 are currently not supported by Squish for Web

Table of Contents

3.6.9.1. Start the HTTP proxy

3.6.9.2. Configure Device Proxy Connection

3.6.9.3. Configure Squish for Web IDE

3.6.9.4. Limitations

This section assumes Squish for Web 6.1 or later is installed on a desktop operating system.(see Installing the Command Line Tools, Server, and IDEs (Section 3.1))

Note
Examples contain system prompt symbols which may vary, and using Windows, the commands do not include the leading ./

Start the HTTP-Proxy server by executing the following command in the console (this uses the default HTTP-proxy server port 8000):

Mac users
Confirm Python 2.6 or greater installed before proceeding

Connect your mobile device or tablet to the same network as your computer, and configure the device to use the computer's proxy server as follows:

• Android Device

  1. From Settings, tap

  2. Tap and hold the currently active wireless network connection, and select

  3. Tap the check box

  4. Click the box and select

  5. Enter the computer's IP address or name in the box

  6. Enter 8000 in the box, this is the standard port used by the HTTP-proxy

  7. Tap

• iOS Device

  1. From Settings, tap

  2. Tap the Information button for the currently active wireless network connection

  3. Tap in the HTTP PROXY section

  4. Enter the computer's IP address or name in the box

  5. Enter 8000 in the box, this is the standard port used by the HTTP-proxy

  6. Tap

• Test Device ConnectionTo test the connection, open a browser on the device and navigate to 'http://<anyURL>/startsquish/'. The browser page loads: “Squish/Web Automated GuiTesting Waiting for start of next testcase..”

From the computer, open the Squish (for Web) IDE, select EditServer SettingsBrowser, and choose the option.

This completes the device-specific setup for Squish for Web! You can nowrecord and playback tests using the Squish IDE on the computer just as you can withstandard web testing; only now when recording, the actions all take placeon the device—and, of course, the playback also takes placeon the device.

At the time of publication, testing Browsers on devices had somelimitations compared with web testing on desktops. The most significant known limitations are:

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Does not work with popup blockers when using a manually-started browser/proxy; popup blockers need to be disabled in the browser prior to testing.

Cannot use Screenshot Verification points with remote browsers (iphone/ipad browser testing), this is due to the screenshot code being purely C++ code in the webhook.

Complex Touch/Gesture events are currently not recognized/recorded/replayable with Safari on iOS. Simple tap interactions do work.

The HTTPS protocol is not supported.

Windows: Sometimes picking only works on the complete browser window and buttons; this can be fixed by renaming SQUISHDIRbinwinhook.dll.

Browser shows a ' session="" not="" correctly="" ended'="" dialog.="" this="" is="" due="" to="" the="" way="" we="" exit="" the="" browser;="" usually="" the="" browser="" has="" a="" setting="" to="" avoid="" the="">

Browser shows a progress indicator all the time. This is due to the way the internal communication with Squish/Web and the proxy works.