REMIND | PyTorch implementation of the REMIND method | Machine Learning library

You should check the specifications of the device that is laggy and monitor RAM and CPU usage of the device, before, after and during your app runtime, speatially the RAM usage, maybe Android 30 is putting too much pressure on device and that is causing the issue.

In General the issue that are seen on some devices and not on another are caused ether by the difference between Android Versions and their resource handling methods or bottleneck between Hardware and Software on same OS version on different devices.

You can monitor device resource usage ether by Android Studio's own resource monitor tool "Android Profiler" or third party Resource Monitoring Apps found on Google Play.

If there is a process or function in your App that causing the resource leak you can fix it easily by detecting it from android profiler but if the issue is caused by OS Resource handling or Hardware and Software bottleneck you should skip that device.

It will probably not break if you remove the setDay(""); line from onSubmit. Why do you need it after all?

I have 6 sets of code for 16, 32, 64 bit crc, non-reflected and reflected here. The code is setup for Visual Studio. Comments have been added to the constants which were missing from Intel's github site.

https://github.com/jeffareid/crc

32 bit non-relfected is here:

https://github.com/jeffareid/crc/tree/master/crc32f

You'll need to change the polynomial in crc32fg.cpp, which generates the constants. The polynomial you want is actually:

In short, yes, it's legal.

The concept of an identifier is a syntactic one: when parsing Raku, the parser needs to classify the things it sees, and the identifier rules indicate what sequences of characters should be recognized as an identifier.

By contrast, stashes, method tables, and lexical scopes are ultimately hash-like data structures: they map string keys into stored values. Just as there's no limit on what keys one can put into a hash, there's not one here either. Given meta-objects can be user-defined, it's unclear one could reliably enforce limits, even if it was considered desirable.

The ::(...) indirect name syntax in declarative contexts comes only with the restriction that what you put there must be a compile-time constant. So far as parsing goes, what comes inside of the parentheses is an expression. The compiler wants to get a string that it can use to install a symbol somewhere; with identifiers it comes directly from the program source text, and with indirect name syntax by evaluating the constant that is found there. In either case, it's used to make an entry in a symbol table, and those don't care, and thus between the two, you have a way to get symbol table entries that don't have identifier syntax.

It is called an implicit conversion.

From C standard:

Several operators convert operand values from one type to another automatically. This subclause specifies the result required from such an implicit conversion, as well as those that result from a cast operation (an explicit conversion ). The list in 6.3.1.8 summarizes the conversions performed by most ordinary operators; it is supplemented as required by the discussion of each operator in 6.5

Every integer type has an integer conversion rank defined as follows:

• No two signed integer types shall have the same rank, even if they have the same representation.
• The rank of a signed integer type shall be greater than the rank of any signed integer type with less precision.
• The rank of long long int shall be greater than the rank of long int, which shall be greater than the rank of int, which shall be greater than the rank of short int, which shall be greater than the rank of signed char.
• The rank of any unsigned integer type shall equal the rank of the corresponding signed integer type, if any.
• The rank of any standard integer type shall be greater than the rank of any extended integer type with the same width.
• The rank of char shall equal the rank of signed char and unsigned char.
• The rank of _Bool shall be less than the rank of all other standard integer types.
• The rank of any enumerated type shall equal the rank of the compatible integer type (see 6.7.2.2).
• The rank of any extended signed integer type relative to another extended signed integer type with the same precision is implementation-defined, but still subject to the other rules for determining the integer conversion rank.
• For all integer types T1, T2, and T3, if T1 has greater rank than T2 and T2 has greater rank than T3, then T1 has greater rank than T3.

1. The following may be used in an expression wherever an int or unsigned int may be used: — An object or expression with an integer type (other than int or unsigned int) whose integer conversion rank is less than or equal to the rank of int and unsigned int.

• A bit-field of type _Bool, int, signed int, or unsigned int. If an int can represent all v alues of the original type (as restricted by the width, for a bit-field), the value is converted to an int; otherwise, it is converted to an unsigned int. These are called the integer promotions.58) All other types are unchanged by the integer promotions.

1. The integer promotions preserve value including sign. As discussed earlier, whether a ‘‘plain’’ char is treated as signed is implementation-defined.

You cant avoid implicit conversion but you can cast the result of the operation to the required type

You can use FileSystem.getPath to return a Path suitable for use with another FileSystems.newFileSystem call which opens the nested ZIP/archive.

For example this code opens a war file and reads the contents of the inner jar file:

This might have a performance impact if your list is really big, but since .filter() returns back an array, why not chain 5 filters together.

For example,

Since tkinter has a canvas which gives you absolute control over positioning, you can accomplish this with just a little bit of math when adding items. You'll have to add code to reposition the widgets when the window is resized.

A simpler approach is to use the text widget, which supports embedded images or widgets, and has support for wrapping.

Here's a demonstration:

Add the below code to a .swift file in your project