We were using SCADA of Movicon 11.6 along with the Siemens 1200 PLC. Which was working fine since last three years. In last year the system were got formatted and all the softwares got uninstalled. We had the backup files of all programs, so we installed softwares again which we know and afterwards SCADA started working fine& communication with PLC also started. System is with windows 10 32 bit.
But the problem is, Reports are not getting open. Reports are loading, but after loading symbol it is showing 'Exception 80070057'in a popup screen with a title of Report filename.movbas
We are not aware which version of MS were used in the system. What will be cause. Can anyone support?
Related
I am trying to setup monitors that detect any penetration attempts to a website. For that, I am using the Alert functionality in open distro ( older version of opensearch ).
The problem is we have indices for the actual day and the 29 day before. And as far as I know, I can only select one of these 30 options.
Is there a workaround where I can create monitors for indices that haven´t been created yet or a persistent monitor that I don´t have to modify every time a new day/indice comes up ?
Every answer or comment is very much appreciated !
I'm trying to use p5.serial to display my Arduino-like device's USB output on a web page. It generates about ten strings a second continually.
the problem:
When I run p5serial (in a shell window) or p5.serialcontrol (an Electron/GUI app), the node server starts out at ~ 12 MB, but as it runs it bloats quickly to > 1 GB and the output becomes sluggish. The server eventually dies with
FATAL ERROR: CALL_AND_RETRY_LAST Allocation failed - JavaScript heap out of memory
...
Abort trap: 6
the question:
Is this a known issue (aside from the bug report I just filed)? Or perhaps an error in the way I'm using it?
some details:
When I connect the Arduino-like device via a serial USB terminal, things work just fine (except for the lack of lovely p5.js graphics).
I'm running OS X (10.12.6 / Sierra), node v6.3.0, p5.serialserver#0.0.24
I've posted a gist containing a minimal example (but understand that it assumes you have an Arduino-like device with USB).
This memory link was fixed in p5.serial: https://github.com/p5-serial/p5.serialcontrol/issues/12
I just picked up the Lenovo Thinkpad Yoga 15 (20DQ001KUS) for $799. Here is a link: http://shop.lenovo.com/us/en/laptops/thinkpad/yoga-series/yoga-15/#tab-tech_specs
I'd really like to get the tablet features working in Linux Mint 17.2. I have been doing some googling and found some old scripts below:
https://github.com/admiralakber/thinkpad-yoga-scripts
https://launchpad.net/magick-rotation
With their help, I was able to put together a python script that polls my accelerometer values (found in /sys/bus/iio/devices/iio:device*) to figure out when the screen should be rotated. The difficult part seems to be detecting when the device should be in laptop or tablet mode. If I bend the lid past 180 degrees, or if I tilt the device on its side so that it is perpendicular to the ground, there is a light on my keyboard that shuts off and the keyboard itself is completely disabled. This appears to be a bios feature and indicates that there is definitely a sensor. This would be ideal, and it would solve all of my current problems.
Unfortunately, I have been unable to find any sensor readout in linux that would tell me when the computer should be in tablet mode. I need this to determine when autorotate should be turned on, when the touchpad/trackpad/keyboard should be disabled, and when I should launch or kill the onscreen keyboard app.
In the meantime, I'm using the lid's incline sensor (also found in /sys/bus/iio/devices/iio:device*). This works mostly, as It can detect tent mode and tablet mode. Unfortunately, the sensor is aligned to gravity, so it cannot tell the difference between laptop mode and stand mode (because the lid/screen is in the same orientation with respect to gravity).
The older scripts suggest that there is a special keycode in older models that is triggered when the mode changes from laptop to tablet and vice-versa. Unfortunately, I am not seeing any such keycode/scancode being thrown when I monitor xev/evtest.
In short, I'd like to be able to programmatically determine when the laptop screen/lid is opened more than 180 degrees. Can anyone help me with this?
My current script is linked below, if anyone else wants to see how I'm doing it (or if anyone else wants to make suggestions), I've only spent a day on it, so it's nowhere near finished. I'll probably publish it for GNU release at some later point in time for anyone else needing the same functionality.
https://gist.github.com/anonymous/5d2c2d2967eac8774b69
P.S. As an aside, I'm still trying to get full functionality from the ALPS touchpad. Using some psmouse DKMS installers, I have been able to get multi-touch capabilities like two-finger scroll and two/three finger tap working. However, the 3 physical buttons don't do anything (even in xev/evtest). Passing proto=imps to the psmouse module causes them to work , but breaks multi-touch functionality. If anyone would like to offer advice for that, I'd be grateful as well.
I am using LENEVO G500 Laptop and my sound card has support for Dolby Advanced Audio v2 that works nicely in Windows OS (i.e. Windows 7, 8 and 8.1). However I have failed to enable Dolby sound effect in my Linux OS (have tried it with Linux Mint 17, Fedora 20).
Does anyone have an idea which linux version has support for this feature or how I can enable in a linux OS.
I would appreciate if you could direct me to the right direction.
Thanks.
I've googled out a very good advise on forums that helps me to achieve a Dolby like sound on my Kubuntu 19.04 with Lenovo g780.
Install PulseEffects https://github.com/wwmm/pulseeffects
(repos with deb files are here: https://github.com/wwmm/pulseeffects/wiki/Package-Repositories#debian--ubuntu)
Restart the user session or reboot after this, because PulseAudio will be upgraded, and it may cause problems if you don't restart.
Run PulseEffects and close it. It'll create all settings dirs on first launch. They required for next step.
Install PulseEffects-Presets from here: https://github.com/JackHack96/PulseEffects-Presets
(I've used the suggested script that automatically downloads them to PulseEffects import dirs, it will require flatpak that could be got from repos with sudo apt install flatpak)
Launch PulseEffects again. Select Convolver. Enable it. Click on wave button. You'll see a list of presets. Enable:
Dolby ATMOS ((128K MP3)) 1.Default.irs
Close the dialog and that's it. You can toggle Convolver in PulseEffects on and off while playng music to compare results. You may play with other presets as well.
For improving sound on a notebook or a tablet PulseEffects help pages come with a tuorial about how to achieve this.
App can be minimized to tray on GTK-enabled desktops with an additional application: https://github.com/boomshop/pulseffectstray
It's better enable autostart in app settings (it will copy it's desktop file to ~/.config/autostart with --gapplication-service command line. So next time start without GUI).
It is possible to get reasonably close to the Dolby Advanced Audio output on Linux.
TLDR:
Record the result of playing a -0dBFS impulse in Windows with all effects enabled. Save that as a wav file and use it as input to the PulseEffects Convolver.
Step-by-step:
Install Audacity in Windows.
Configure Audacity to use WASAPI
Select the loopback device as input
Select your laptop speakers as output, making sure all Dolby Advanced Audio effects are enabled.
Start recording
Play an impulse audio file (you might need to do this twice, Audacity often doesn't pick up the first impulse.
Zoom in and select the area around the recorded impulse (see screenshot below)
Export the selection as a WAV file and change the extension to irs
Import this irs file into the Convolver.
Some notes:
Audacity isn't required, presumably any software capable of recording from the output device will be fine.
To avoid any changes introduced by sample rate conversion, set the sample rate of the output and input devices in Windows to be the same.
When recording, in Step 5, Audacity would not record unless audio was playing. This is probably due to using WASAPI. Just start recording, play the impulse and if you don't see it in the recording output as a single spike, play it again.
The screenshot is quite heavily zoomed in so that you can see the area where there is data. When selecting what to export, try to make sure the selection is roughly centered around the central peak. It doesn't have to be perfect.
As a useful check to make sure what you are recording has been processed by Dolby Advanced Audio, you can disable all effects on the output device in Windows and record the impulse a second time. This should show up as a single peak sample and not the symmetric pattern.
After a bit of research I found this explanation that seems to have satisfied my query. It generally says ...
There isn't going to be an easy fix for this, unless Dolby releases a Linux driver or publishes more information on what exactly their software is doing (which is unlikely).
Haswell-ThinkPad-problems, linux-low-audio-quality
Beware that recently PulseEffects has changed it's name to EasyEffects, but PulseEffects-Presets hasn't updated it's config files to cover this change; Therefore this answer might not be applicable anymore.
I'm using Ubuntu 11.04 and trying to import Sun Wireless Toolkit 2.5.2 audio sample project in NetBeans 6.9. On Windows this works, while on Ubuntu, when running the sample midlet code, it does not make any sound, even not playing a simple tone.
After player.start() nothing happens, checking player.getMediaTime() gets always 0, and finally attempt to stop = player.stop() will not return the call at all.
I've searched all over the place. This post seems to report an answer for a potentially similar problem when using FreeTTs:
FreeTTS no audio linux ubuntu - no errors
the suggested workaround involves modifying/replacing the player class in com.sun.speech.freetts.audio packages. I wonder how to find the corresponding class that causes the lock in my case.
Probably it's easier to drop Ubuntu and use Windows VM for development, but at least I'd like to try. Maybe there is a simple solution.
Updated: Any type of player plays well on my Ubuntu box. Also I tried to use different non-me code, such as JLayer or Jorbis based players, even Java sound API. All work. It's just somewhere in the Java ME style player where it breaks down.