keymard is a simple tool to capture images as a slideshow.
It is designed to help users make simple but beautiful screenshoots from the images they collect through another software, and it also can display pictures as images on the monitor.
For a still image, you can press F8, F9, F11 to make a slide show. For a video, you can press F10, F11, F12 to make a slideshow. Press Ctrl+L, R to cycle through the pictures. In a video, it will capture the mouse position at every frame.
Keymard can work in fullscreen mode, which can be used when you want to capture whole-screen images. When you use fullscreen mode, you may accidentally capture some part of the monitor which is not your screen. There is an option to set a margin at the left and the right side of the screen. You can press the “Set margin” button to specify the margin, then all the activity on the screen will be placed in the screen. When you use area selection mode, you can press the “Toggle area selection” button to toggle area selection on and off. When area selection mode is off, you can press Ctrl+S to place a region on the screen. You can press Ctrl+E to show the captured area selection.
Keymard is under SourceForge, please give it a try!
Since version 0.2.5, keymard can support the following formats as input files: jpg, bmp, png, tif, gif, and asp. It also supports these output formats as output files: jpg, bmp, png, tif, gif, and asp.
Screenshot is a simple screen capture software based on MFC.It supports capture area selection, capture area continuous selection, slideshow capture and much more.Key Features: – The capture area selection mode – The capture area continuous selection mode – The automatic pause mode when the capture process starts – The automatic pause mode when the capture process ends – The capture area continuous selection can be toggled on and off, the slideshow can be toggled on and off – The capture area continuous selection can be paused and resumed – The capture area continuous selection can be switched to a slideshow – Captured screen images can be saved to various formats – Captured images can be directly opened by other programs. – Captured images can be opened in other programs by pressing Ctrl+P. – Captured images can 384a16bd22
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The main package feature that I wanted was to make sure that I have a full instrumentation of package execution. To achieve this I have used all the features provided by SSIS logging since Sql Server 2005. I’ve implemented a custom source/destination, a custom header and a custom column.
Step 1. Packages are instrumented right from the execution tool.
My custom header is being used to hold an identification value that refers to a table that is logginned by the system. In order to avoid to log all information about the header (that normally you might have to analyze to understand why something has happened), I only log the IDENTIFIER (that is, the name of the header). This is something that makes the process more simple. The reason why I did it this way is that my custom header is being used only to log, so it doesn’t need any further processing.
The IDENTIFIER is used to query the database table that contain infromation about what’s happening to the package execution, as in what tables have been touched, how many rows have been processed, how many rows have been skipped,… The column that contains the identificator allows me to filter the inforamtion I need, without having to desing a complex package to log all data that the custom header is providing.
Step 2. I implement the necessary transformations to capture the dataflow execution
My system uses the DTS project model, so I have a Project DTS.dtsx to capture all the package execution. This Project Project has a package parameter that holds a package parameter. This package parameter is used to tell the DTS project what package to execute.
The custom header contains a value that identifies the package we are executing. The custom source/destination we are using right now is storing the dataflow task inforamtion in a database table. In addition to this, we are using the row count column we have previously described to capture what has been processed (since we need it for profiling, which require to know how many rows have been processed).
We also used a custom column that holds a timestamp of the package execution. This allows me to control the time window in which my logging system will capture the dataflow execution. If I need to look at the dataflow execution details at a specific time of execution, I need to fix the time window parameter of the custom header, and the custom source/destination to capture only the executions that have taken place within the