w32 | A wrapper of windows apis for the Go Programming Language | REST library

This is my original df and fitted model

I have converted a normal DF into a tsibble object and used that for my time-series forecasting. While fitting the model I experience the date format error- "Error in decimal_date.default(x) : date(s) not in POSIXt or Date format". As you could see from the below code- the converted tsibble object clearly identifies column "Week.1" as week date type. Could you please help me clarify why I'm still getting the date format when I fit forecast models to the tsibble object?

Suppose I have matrices u, v, w of dimension 3 x n where n > 3. So u, v, w are of the form:

I'm building a windows aplication in Go using pure win32 api functions. My application suddenly hangs or gets stuck out of nowhere randomly. No error message or panic from go debugger. And the worst part is the problem is not appearing all the time but occasionally. I tried to put some 'log.Println' here and there in my program to trace exactly where it's getting stuck at and it appeared it's getting stuck at random places at random function calls but mostly, it's getting stuck at win32 api function calls like 'DefWindowProc' or 'GetMessage'. Over time my project got bigger and the more it got bigger the more often the problem seems to appear. So I tried to minimize the codes, simplify and comment out codes as much possible to see if the problem still occurs and I don't know it isn't helping much cause the problem just occurring randomly and my mind is a mess now.

I can just post codes from my original program but I'm not sure if those would help or not. I can show them if required. Now I've discovered something else which may or may not be related to my original problem. I was thinking if the garbage collector causing it since it gets called randomly if I'm doing something that is not GC friendly. I really don't know but here is this simple code. I never called the GC manually in my original application codes but here I'm doing it for test purpose.

I have a column of date strings like '2018-W01'

I have attempted to convert using pd.to_datetime(urldict[key]['Date'],format ="%Y-W%W",errors='coerce'), however the column returns NaT if errors are coerced. I have also checked to make sure that the string format is the same throughout the entire column, and have also tested len of each entry in the column to ensure that they are uniform.

I have also attempted changing the day of the week/removing it entirely for the to_datetime conversion and still cannot return a date. I have also read through the datetime documentation and cannot figure out the error.

The dataframe in question:

I am trying obs-studio-node.
This module require libobs as dependency. While building this module it download a pre-built version of libobs if none is specified. We can specify out custom libobs as mentioned in README.md

I followed these steps to build libobs. These steps are listed in README.md

1. git clone https://github.com/stream-labs/obs-studio
2. cd obs-studio
3. git submodule update --init --recursive
4. mkdir build
5. cd build
6. cmake .. -DENABLE_UI=false -DDepsPath="C:\Users\alokm\Downloads\dependencies2019\win64" -DENABLE_SCRIPTING=false -G"Visual Studio 16 2019" -A x64
7. cmake --build .
8. cpack -G ZIP

Last step (cpack -G ZIP) is failing with errors

It seems that glog doesn't compile on Windows with MinGW. Cmake configuration and generation is OK, but when I start the mingw32-make.exe -j10 command, I get a lot of errors related with ambiguity declarations.

This is the complete cmake configure and generate command output:

My English skill is poor because I'm not a native English speaker. Please understand.

I compiled some test code that operating alright in IAR with LLVM infra but the generated code was not operated on my test board. Detail are as follows.

I want to see operating the assembly code that generated with LLVM.

1. MCU : STM32L152VD (Cortex M3)
2. IDE : IAR 8.2
3. Debugger : Segger JLink
4. LLVM Site : http://ellcc.org/demo/index.cgi

1. Create test code that operating alright in IAR.
2. Move test code to http://ellcc.org/demo/index.cgi and compile after select Target.
3. Create test.s file with the generated assembly code.
4. Create makefile to generate a bin file and execute makefile with make program.
5. Load bin file to target board with JLink program.

I wrote simple code without library as below. This code turn on the LED simply.

I am trying to open a device file in windows using python. I heard I needed to use win32 API. So I am using that, to open my file I need to perform the following this stackoverflow question : Opening a handle to a device in Python on Windows