methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also after view is called because there is no bound check for the parent array; e.g., it may cause a segmentation fault. Some immutable parent arrays (like ranges) may choose to simply recompute a new array

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also after view is called because there is no bound check for the parent array; e.g., it may cause a segmentation fault. Some immutable parent arrays (like ranges) may choose to simply recompute a new array

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are very careful about reading any data if another thread might write to it, as it could result in segmentation faults or worse. Below are a couple of unsafe ways to access global variables from different into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are very careful about reading any data if another thread might write to it, as it could result in segmentation faults or worse. Below are a couple of unsafe ways to access global variables from different into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also after view is called because there is no bound check for the parent array; e.g., it may cause a segmentation fault. Some immutable parent arrays (like ranges) may choose to simply recompute a new array

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are very careful about reading any data if another thread might write to it, as it could result in segmentation faults or worse. Below are a couple of unsafe ways to access global variables from different into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are very careful about reading any data if another thread might write to it, as it could result in segmentation faults or worse. Below are a couple of unsafe ways to access global variables from different into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are very careful about reading any data if another thread might write to it, as it could result in segmentation faults or worse. Below are a couple of unsafe ways to access global variables from different into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are very careful about reading any data if another thread might write to it, as it could result in segmentation faults or worse. Below are a couple of unsafe ways to access global variables from different into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also

methods if the underlying storage is not actually strided, as it may lead to incorrect results or segmentation faults. Here are some examples to demonstrate which type of arrays are strided and which are into an AbstractArray is not safe if the Array uses unconventional indexing, and may cause a segmentation fault if bounds checking is turned off. Use LinearIndices(x) or eachindex(x) instead (see also after view is called because there is no bound check for the parent array; e.g., it may cause a segmentation fault. Some immutable parent arrays (like ranges) may choose to simply recompute a new array