intravenous | lightweight inversion of control container | Dependency Injection library

So im making a query it returns me PMCIDs which is again used to query using tidypmc libray to parse table which contains metadata from various papers, which is finally returned as list.Some of the PMCIDs will be empty since it doesn't have a proper table tag etc. So now I want to save each PMCIDs into individual file, which i tried but i got an error, its not that straightforward if i get it. Since under each list of PMCIDs there are multiple table which should be also need to saved under that PMCIDs.

Not sure how to proceed but a way i can think is each PMCID result should be written inside individual folder if a PMCID contain 4 table then 4 table under that receptive PMCID folder.

Below is the code I m using

So I'm trying to extract info from an XML file but I keep getting this error:

I got this one rowediting with combobox for my project. The value displayed in the rowediting is coming from DB, then user can edit the value in rowediting. I got problem when i edit the combobox in it. The combobox display back the previous value after I click Update. The other fields are okay. The backend side also okay if I submit the grid form. The only problem right now is the combobox display. Anyone have any idea on this? Thank you so much in advanced :)

Screenshot image:

This is my JS code:

I am using full text search capability of Neo4j to get nearest matching skills against an input list of search strings. Below in the cypher query.

I have a dataset with 82147 obs and 36 variables and I need to find the top 200 levels of the "Description" column with the highest frequency, but there is a QTY column in the dataset so although I am finding the most frequent levels of "Description," I am not getting a true picture of what is the most frequently repeated items as each record also lists a QTY which is not 1.

We are indexing our journals with PHP. We have journal meta data files. I am trying to parse it with PHP SimpleXML but i am getting lots of errors.

Warning: simplexml_load_string(): Entity: line 19: parser error : Opening and ending tag mismatch: XUI line 19 and BB in *** on line 62

Warning: simplexml_load_string(): s;S PERSPECTIVE

Warning: simplexml_load_string(): ^ in *** on line 62

Warning: simplexml_load_string(): Entity: line 44: parser error : Opening and ending tag mismatch: BB line 4 and D in *** on line 62

Warning: simplexml_load_string(): 33rd ed. St. Louis, MO: Elsevier Health Sciences; 2016.

Warning: simplexml_load_string(): ^ in *** on line 62

Warning: simplexml_load_string(): Entity: line 61: parser error : Opening and ending tag mismatch: XUI line 61 and BB in *** on line 62

Warning: simplexml_load_string(): R TO THE EDITOR

Warning: simplexml_load_string(): ^ in *** on line 62

Warning: simplexml_load_string(): Entity: line 74: parser error : Opening and ending tag mismatch: BB line 46 and D in *** on line 62

When i looked at the file it seems like an XML file. How can i parse it with PHP?.

The code i am using is:

I was thinking about a project for quiet a while that would require the extraction of the color and depth buffer from OpenGL applications, in particular games. It has absolutely nothing to do with modding, in terms of manipulating the game itself or is intended for "cheating" purposes but more just for data gathering.

So now I'm trying to figure out possible ways to accomplish it. Of course being able to do it with Direct3D under Windows would even lead to more available applications but as I'm pretty familar with OpenGL under Linux, I would start this way.

As there are many modding/cheating applications that actually manipulate the color/depth buffer of video games in different kinds (e.g. wallhacks in ego shooters), it seems that this definitely has to be possible somehow.

Now the question is, what would be the best way to accomplish this? Reading out the GPU memory directly would most probably not work according to this thread as memory mapping in OpenGL is completely dependent on vendor implementation and there is no trivial way to get the VRAM addresses of the corresponding data.

Alternative approaches I can think of might now be categorized as extravenous or intravenous ones:

• Extravenous: extract the OpenGL context from a process and access buffers, shaders, etc. from a third application without really manipulating the target applications binary directly.
• Intravenous: manipulate the target applications binary/code in such a way, that it writes the correspondings buffers/data either to a specific place in the memory or directly saves it somewhere.

Latter approach should definitely work, but might be associated with a larger effort and would need to be done per application. Hence first would be definitely preferred, but is the described way even applicable at all? Is it just possible to access OpenGL ressources from different processes when you have the OpenGL context value of another? Does anyone has experience with this?

Update:

After some research I found out that what I was looking for is pretty common and called "Hooking" or "Interception" in general.

For OpenGL and Direct3D there are many different libraries and programs to do this:

• glintercept: OpenGL @ Windows
• Indicium-Supra: DirectX
• apitrace: OpenGL + Direct3D @ Windows, macOS, Linux
• D3D9Interceptor: Direct3D
• Nvidia Nsight: Direct3D + OpenGL + Vulkan @ Windows, Linux

and many others.

I am trying to play with an open fda API. So far everything works well. Issue is coming for nested JSON data.

Here is my Json data:

I'm from a medical background and new to the concept of ontologies. I'm using Protégé to create an ontology for a resuscitation simulator. I have no problem expressing that "Blood pressure", "Oxygen saturations" and "Left ventricular ejection fraction" are disjointed subclasses of "Patient" and that "Intravenous fluid" is a subclass of "Medical interventions". However, I also want to express that intravenous fluids will increase blood pressure and decrease oxygen saturation as a function of left ventricular ejection fraction. I have no problem putting this function into code, but how do I best express it in an ontology so that non-medics can see this relationship? Or is this simply the point where an ontology ends and computer programming begins?

Thanks in advance for any help.