Can a character with the healer achievement use the exploit's second advantage to heal?

The second benefit of the Healer exploit (PHB, p. 167) gives me the following action:

  • As an action, you can spend a healer's kit use for
    creature and restores 1d6 + 4 hit points, plus an additional hit
    points equal to the creature's maximum number of dice. the
    creature can't regain hit points before
    ends a short or long rest.

Can I use this ability to heal myself?

Advantage you can earn

Experience is another benefit you can gain if you trade real or fictitious accounts for practice. Once you enter the Forex market, you will have a better idea of ​​how the Forex markets work. The school should also have different negotiation systems to allow you to choose the negotiation system with which you are most comfortable. In addition, you will have a direct idea of ​​how to use these systems and avoid making mistakes in the real world.

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Thunderbolt display – How to take advantage of a desktop iMacPro with a Macbook Pro?

Trapped at home with COVID (undiagnosed, but shelter on site). My business will not allow me to install VPN software on my desktop (an iMac Pro). However, I have my Macbook Pro 16 with me which has a VPN.

I was hoping to be able to mirror the screen via Thunderbolt to be able to take advantage of the larger monitor. I was also hoping to reuse the wireless keyboard and mouse from my iMac Pro.

Is there a simple way to turn the iMac Pro into a screen while (easily) switching the mouse and keyboard between the desktop and the laptop? I'm fine twice a day reconnecting Bluetooth to each other if necessary, but hoping that there is a lighter solution.

Stay healthy and safe all!

sitemap – Is there an SEO or pagerank advantage in grouping (rel = "alternative") multilingual websites (using multiple domains) together?

I am building this website which will be multi-region / multi-language.

And for that, Google suggests the following:

https://support.google.com/webmasters/answer/182192?hl=en

enter description of image here

Since, my domain will have to change according to the language of the country, I will have to go there with Option 1.

A country-specific area.

Example:

  • www.name-in-english.net
  • www.name-in-deutsch.net
  • www.name-in-spanish.net
  • www.name-in-french.net

Since they all have different domains, if I don't let Google know that this is the same website, they will all be treated as unique and unique websites.

Google suggests "grouping" them using one of these 3 options:

https://support.google.com/webmasters/answer/189077

enter description of image here

If I do, I will use the Sitemap option.

But my question is:

What do I gain by letting Google know that all of these websites are identical, but in different languages? What will be different if I let Google think that these are unique and separate websites?

Do I need to gain SEO or pagerank by doing this?

I mean, what if I get a lot of traffic to my website in English Does it benefit my other languages ​​in other areas?

Server does not take advantage of memory

I have a web server running Ubuntu 18.04, Apache 2.4, MySQL8 .. the server is quite busy and has a lot of traffic but I noticed that memory usage is always constant regardless traffic .. what can be the reason?
enter description of image here

dnd 5e – Does a Druid Shifter lose his race change advantage if his wild form is reduced to zero HP?

The end of the wild form will not end the Shifter ability; the end of the Shifter ability will not end the wild form

As you pointed out, the Shifter ability states (it is me who points out):

Once a short rest as a bonus action, you can take on a more beastly appearance. This transformation lasts 1 minute, until you die or until you regain your normal appearance as a bonus action.

Meanwhile, the Wild Shape feature (accentuates mine):

You can go back to your normal shape earlier using a bonus action on your turn. You will automatically return if you fall unconscious, fall to 0 life, or die.

Now, I would say that "your normal shape" does not mean "a completely normal version of yourself" as that would mean that Wild Shape is ending the currently active and other magical effects. It just means that you are losing the benefits of your current use of Wild Shape; it does not remove other active effects, even transformative effects such as the Shifter ability.


Another way to reach this conclusion is to look at what ends the Shifter ability: reaching the 1 minute mark, dying and reversing the effects using your bonus action. Notably, none of this happens when Wild Shape ends up falling to zero life. Even if you used your bonus action to end Wild Shape, you would do just that, ending Wild Shape and do not Shifter ability.

At least for me, these features are completely separate and do not interfere with each other. The end of the Shifter ability when using Wild Shape does not end Wild Shape; terminating Wild Shape when using the Shifter ability does not terminate the Shifter ability.

As far as I know, the only way for the two features to end simultaneously would be for the two timers to run out at the same time.

Any SEO advantage by switching to the PostGreSQL database

Any SEO Advantage by Switching to the PostGreSQL Database | Web Talk Hosting

& # 39;);
var sidebar_align = & # 39; droite & # 39 ;;
var content_container_margin = parseInt (& # 39; 350px & # 39;);
var sidebar_width = parseInt (& # 39; 330px & # 39;);
// ->

  1. Any SEO advantage by switching to the PostGreSQL database

    My host offers the option of MySQL and PostGreSQL databases when configuring websites. Does the switch to PostGreSQL DB have a major advantage in terms of speed? I haven't tried it for new websites yet because I haven't found much on Google on the benefits. Also, I thought that if I had to switch to another provider and it was not part of their standard package, I might be somewhere. But I want to try the same for new websites, if that can significantly reduce the loading time of the website. Can anyone advise who tried to switch from MySQL to PostGreSQL?


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Any SEO advantage by switching to the PostGreSQL database

Any SEO Advantage by Switching to the PostGreSQL Database | Web Talk Hosting

& # 39;);
var sidebar_align = & # 39; droite & # 39 ;;
var content_container_margin = parseInt (& # 39; 350px & # 39;);
var sidebar_width = parseInt (& # 39; 330px & # 39;);
// ->

  1. Any SEO advantage by switching to the PostGreSQL database

    My host offers the option of MySQL and PostGreSQL databases when setting up websites. Does the switch to PostGreSQL DB have a major advantage in terms of speed? I haven't tried it for new websites yet because I haven't found much on Google on the benefits. Also, I thought that if I had to switch to another provider and it was not part of their standard package, I might be somewhere. But I want to try the same for new websites, if that can significantly reduce the loading time of the website. Can anyone advise who tried to switch from MySQL to PostGreSQL?


Similar sons

  1. Answers: 0

    Last post: Today, 4:55 AM

  2. Answers: 19

    Last post: 2013-03-29, 11.51 p.m.

  3. Answers: 35

    Last post: 03-09-2013, 3:08 p.m.

  4. Answers: 13

    Last post: 03/20/2011, 10.58 a.m.

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performance – Calculate when it's convenient by taking advantage of sorting in the filter tables

I'm trying to optimize my FilterArray function, so I thought about using the sorted column (when available).

The original function iterates through all the elements of the array, performs a comparison in different columns and creates the resulting array.

In this new version, I want to reduce the number of iterations of the main loop by finding the first and last valid line in the sorted column, so I added a first loop which:

  • Compare the value in the sorted column with the lowest acceptable limit

  • When the first valid line is founded, store it and start searching
    height limit

  • If the upper limit is founded or the upper limit is reached, quit
    the loop
  • Skip to the main loop the valid range in which the search

This new approach works and can significantly reduce execution time, but not always.

From an intuitive point of view, I can understand that it is an optimization when the first loop is reduced at least? A little? the number of loops of the main loop .. But ..

1- How can I calculate when is it really convenient to use it?

I really don't know the concept of complexity, but for now, I have been able to understand that this new approach does not reduce the magnitude of the complexity, but in cases where the first loop works well, the operating time is significantly shorter. .

2- What type of optimization is it? Sorry if this is not a good question ..

In this first piece of code, I guess the order of sortedColumn is increasing, because that is the only way that the name of the variable has meaning (I wrote it first for ascending order, then adjusted for both orders).

You will find the correct code below.

You will find the new code that searches in the column sorted between & # 39; —————

Thanks in advance!

Function FilterArray(ByVal originalArray As Variant, _
                    Optional arrayOfColumnToReturn As Variant, _
                    Optional sortedColumn As Integer = -1, Optional IsAscendingSorted As Boolean, Optional sortedColumnLowValue As Variant, Optional sortedColumnHighValue As Variant, _
                    Optional firstExactMatchColumn As Integer = -1, Optional firstExactMatchValue As Variant, _
                    Optional secondExactMatchColumn As Integer = -1, Optional secondExactMatchValue As Variant, _
                    Optional thirdExactMatchColumn As Integer = -1, Optional thirdExactMatchValue As Variant, _
                    Optional firstColumnToExclude As Integer = -1, Optional firstValueToExclude As Variant, _
                    Optional secondColumnToExclude As Integer = -1, Optional secondValueToExclude As Variant, _
                    Optional thirdColumnToExclude As Integer = -1, Optional thirdValueToExclude As Variant, _
                    Optional firstColumnIsBetween As Integer = -1, Optional firstLowValue As Variant, Optional firstHighValue As Variant, _
                    Optional secondColumnIsBetween As Integer = -1, Optional secondLowValue As Variant, Optional secondHighValue As Variant, _
                    Optional thirdColumnIsBetween As Integer = -1, Optional thirdLowValue As Variant, Optional thirdHighValue As Variant, _
                    Optional partialMatchColumnsArray As Variant = -1, Optional partialMatchValue As Variant) As Variant

    FilterArray = -1

    If Not IsArray(originalArray) Then Exit Function

    Dim firstRow            As Long
    Dim lastRow             As Long
    Dim firstColumn         As Long
    Dim lastColumn          As Long
    Dim row                 As Long
    Dim col                 As Long
    Dim filteredArrayRow    As Long
    Dim partialCol          As Long

    ' If the caller don't pass the array of column to return I create an array with all the columns and I preserve the order
    If Not IsArray(arrayOfColumnToReturn) Then
        ReDim arrayOfColumnToReturn(LBound(originalArray, 2) To UBound(originalArray, 2))
        For col = LBound(originalArray, 2) To UBound(originalArray, 2)
            arrayOfColumnToReturn(col) = col
        Next col
    End If

    firstRow = LBound(originalArray, 1)
    lastRow = UBound(originalArray, 1)
    firstColumn = LBound(arrayOfColumnToReturn)
    lastColumn = UBound(arrayOfColumnToReturn)

    ' If the caller don't pass an array for partial match check if it pass the special value 1, if true the partial macth will be performed on values in columns to return
    If Not IsArray(partialMatchColumnsArray) Then
        If partialMatchColumnsArray = 1 Then partialMatchColumnsArray = arrayOfColumnToReturn
    End If

    ReDim tempFilteredArray(firstColumn To lastColumn, firstRow To firstRow) As Variant

    filteredArrayRow = firstRow - 1
    '-------------------------------------------------------------------------------------------------------------------
    If sortedColumn > -1 Then

        Dim ImSearchingForLowLine   As Boolean
        Dim lowRow                  As Long
        Dim highRow                 As Long

        highRow = lastRow  'Set default values that won't allow to run the Main loop if First loop don't change them.
        lowRow = lastRow + 1

        ImSearchingForLowLine = True

        'First loop
        For row = firstRow To lastRow
            If ImSearchingForLowLine Then
                If originalArray(row, sortedColumn) < sortedColumnLowValue Then
                    GoTo NextRow
                Else
                    'This second check is needed to avoid false positive.
                    If originalArray(row, sortedColumn) <= sortedColumnHighValue Then
                        'Now I've found the first valid row, I store it and start search for last valid row
                        lowRow = row
                        ImSearchingForLowLine = False
                    End If
                End If
            Else
                If originalArray(row, sortedColumn) > sortedColumnHighValue Then
                    'Now row is the first invalid row.
                    highRow = row - 1
                    Exit For
                Else
                    GoTo NextRow
                End If
            End If
NextRow:
        Next row
        firstRow = lowRow
        lastRow = highRow
    End If
    '-------------------------------------------------------------------------------------------------------------------
    'Main Loop
    For row = firstRow To lastRow

        ' Start Exact Match check
        If firstExactMatchColumn > -1 Then
            If LCase(originalArray(row, firstExactMatchColumn)) <> LCase(firstExactMatchValue) Then GoTo SkipRow
        End If
        If secondExactMatchColumn > -1 Then
            If LCase(originalArray(row, secondExactMatchColumn)) <> LCase(secondExactMatchValue) Then GoTo SkipRow
        End If
        If thirdExactMatchColumn > -1 Then
            If LCase(originalArray(row, thirdExactMatchColumn)) <> LCase(thirdExactMatchValue) Then GoTo SkipRow
        End If
        ' End Exact Match check

        ' Start Negative Match check
        If firstColumnToExclude > -1 Then
            If LCase(originalArray(row, firstColumnToExclude)) = LCase(firstValueToExclude) Then GoTo SkipRow
        End If
        If secondColumnToExclude > -1 Then
            If LCase(originalArray(row, secondColumnToExclude)) = LCase(secondValueToExclude) Then GoTo SkipRow
        End If
        If thirdColumnToExclude > -1 Then
            If LCase(originalArray(row, thirdColumnToExclude)) = LCase(thirdValueToExclude) Then GoTo SkipRow
        End If
        ' End Negative Match check

        ' Start isBetween check
        If firstColumnIsBetween > -1 Then
            If originalArray(row, firstColumnIsBetween) < firstLowValue Or originalArray(row, firstColumnIsBetween) > firstHighValue Then GoTo SkipRow
        End If
        If secondColumnIsBetween > -1 Then
            If originalArray(row, secondColumnIsBetween) < secondLowValue Or originalArray(row, secondColumnIsBetween) > secondHighValue Then GoTo SkipRow
        End If
        If thirdColumnIsBetween > -1 Then
            If originalArray(row, thirdColumnIsBetween) < thirdLowValue Or originalArray(row, thirdColumnIsBetween) < thirdHighValue Then GoTo SkipRow
        End If
        ' End isBetween check

        ' Start partial match check
        If IsArray(partialMatchColumnsArray) Then
            For partialCol = LBound(partialMatchColumnsArray) To UBound(partialMatchColumnsArray)
                If InStr(1, originalArray(row, partialMatchColumnsArray(partialCol)), partialMatchValue, vbTextCompare) > 0 Then
                    GoTo WriteRow
                End If
            Next partialCol
            GoTo SkipRow
        End If
        ' End partial match check
WriteRow:
        ' Writing data in the filtered array
        filteredArrayRow = filteredArrayRow + 1
        ReDim Preserve tempFilteredArray(firstColumn To lastColumn, LBound(tempFilteredArray, 1) To filteredArrayRow)

        For col = firstColumn To lastColumn
            tempFilteredArray(col, filteredArrayRow) = originalArray(row, arrayOfColumnToReturn(col))
        Next col
SkipRow:
    Next row

    If filteredArrayRow > LBound(tempFilteredArray, 1) - 1 Then
        FilterArray = Inverti_matrice(tempFilteredArray) 'This is similar to Application.Transpose
    End If

    Erase originalArray
    Erase arrayOfColumnToReturn
    If IsArray(partialMatchColumnsArray) Then Erase partialMatchColumnsArray
    If IsArray(tempFilteredArray) Then Erase tempFilteredArray

End Function

Code with the two sort orders:

Function FilterArray(ByVal originalArray As Variant, _
                    Optional arrayOfColumnToReturn As Variant, _
                    Optional sortedColumn As Integer = -1, Optional IsAscendingSorted As Boolean, Optional sortedColumnLowValue As Variant, Optional sortedColumnHighValue As Variant, _
                    Optional firstExactMatchColumn As Integer = -1, Optional firstExactMatchValue As Variant, _
                    Optional secondExactMatchColumn As Integer = -1, Optional secondExactMatchValue As Variant, _
                    Optional thirdExactMatchColumn As Integer = -1, Optional thirdExactMatchValue As Variant, _
                    Optional firstColumnToExclude As Integer = -1, Optional firstValueToExclude As Variant, _
                    Optional secondColumnToExclude As Integer = -1, Optional secondValueToExclude As Variant, _
                    Optional thirdColumnToExclude As Integer = -1, Optional thirdValueToExclude As Variant, _
                    Optional firstColumnIsBetween As Integer = -1, Optional firstLowValue As Variant, Optional firstHighValue As Variant, _
                    Optional secondColumnIsBetween As Integer = -1, Optional secondLowValue As Variant, Optional secondHighValue As Variant, _
                    Optional thirdColumnIsBetween As Integer = -1, Optional thirdLowValue As Variant, Optional thirdHighValue As Variant, _
                    Optional partialMatchColumnsArray As Variant = -1, Optional partialMatchValue As Variant) As Variant

    FilterArray = -1

    If Not IsArray(originalArray) Then Exit Function

    Dim firstRow            As Long
    Dim lastRow             As Long
    Dim firstColumn         As Long
    Dim lastColumn          As Long
    Dim row                 As Long
    Dim col                 As Long
    Dim filteredArrayRow    As Long
    Dim partialCol          As Long

    ' If the caller don't pass the array of column to return I create an array with all the columns and I preserve the order
    If Not IsArray(arrayOfColumnToReturn) Then
        ReDim arrayOfColumnToReturn(LBound(originalArray, 2) To UBound(originalArray, 2))
        For col = LBound(originalArray, 2) To UBound(originalArray, 2)
            arrayOfColumnToReturn(col) = col
        Next col
    End If

    firstRow = LBound(originalArray, 1)
    lastRow = UBound(originalArray, 1)
    firstColumn = LBound(arrayOfColumnToReturn)
    lastColumn = UBound(arrayOfColumnToReturn)

    ' If the caller don't pass an array for partial match check if it pass the special value 1, if true the partial macth will be performed on values in columns to return
    If Not IsArray(partialMatchColumnsArray) Then
        If partialMatchColumnsArray = 1 Then partialMatchColumnsArray = arrayOfColumnToReturn
    End If

    ReDim tempFilteredArray(firstColumn To lastColumn, firstRow To firstRow) As Variant

    filteredArrayRow = firstRow - 1
    '-------------------------------------------------------------------------------------------------------------------
    If sortedColumn > -1 Then

        Dim ImSearchingForLowLine   As Boolean
        Dim lowRow                  As Long
        Dim highRow                 As Long

        highRow = IIf(IsAscendingSorted, lastRow, firstRow) 'Set default values that won't allow to run the Main loop if First loop don't change them.
        lowRow = IIf(IsAscendingSorted, lastRow + 1, firstRow - 1)

        ImSearchingForLowLine = True

        'First loop
        'Depending from the sorting order, loop from FirstToLast or LastToFirst
        For row = IIf(IsAscendingSorted, firstRow, lastRow) To IIf(IsAscendingSorted, lastRow, firstRow) Step IIf(IsAscendingSorted, 1, -1)
            If ImSearchingForLowLine Then
                If originalArray(row, sortedColumn) < sortedColumnLowValue Then
                    GoTo NextRow
                Else
                    'This second check is needed to avoid false positive.
                    If originalArray(row, sortedColumn) <= sortedColumnHighValue Then
                        'Now I've found the first valid row, I store it and start search for last valid row
                        lowRow = row
                        ImSearchingForLowLine = False
                    End If
                End If
            Else
                If originalArray(row, sortedColumn) > sortedColumnHighValue Then
                    'Now row is the first invalid row.
                    highRow = row + IIf(IsAscendingSorted, -1, 1)
                    Exit For
                Else
                    GoTo NextRow
                End If
            End If
NextRow:
        Next row
        firstRow = IIf(IsAscendingSorted, lowRow, highRow)
        lastRow = IIf(IsAscendingSorted, highRow, lowRow)
    End If
    '-------------------------------------------------------------------------------------------------------------------
    'Main Loop
    For row = firstRow To lastRow

        ' Start Exact Match check
        If firstExactMatchColumn > -1 Then
            If LCase(originalArray(row, firstExactMatchColumn)) <> LCase(firstExactMatchValue) Then GoTo SkipRow
        End If
        If secondExactMatchColumn > -1 Then
            If LCase(originalArray(row, secondExactMatchColumn)) <> LCase(secondExactMatchValue) Then GoTo SkipRow
        End If
        If thirdExactMatchColumn > -1 Then
            If LCase(originalArray(row, thirdExactMatchColumn)) <> LCase(thirdExactMatchValue) Then GoTo SkipRow
        End If
        ' End Exact Match check

        ' Start Negative Match check
        If firstColumnToExclude > -1 Then
            If LCase(originalArray(row, firstColumnToExclude)) = LCase(firstValueToExclude) Then GoTo SkipRow
        End If
        If secondColumnToExclude > -1 Then
            If LCase(originalArray(row, secondColumnToExclude)) = LCase(secondValueToExclude) Then GoTo SkipRow
        End If
        If thirdColumnToExclude > -1 Then
            If LCase(originalArray(row, thirdColumnToExclude)) = LCase(thirdValueToExclude) Then GoTo SkipRow
        End If
        ' End Negative Match check

        ' Start isBetween check
        If firstColumnIsBetween > -1 Then
            If originalArray(row, firstColumnIsBetween) < firstLowValue Or originalArray(row, firstColumnIsBetween) > firstHighValue Then GoTo SkipRow
        End If
        If secondColumnIsBetween > -1 Then
            If originalArray(row, secondColumnIsBetween) < secondLowValue Or originalArray(row, secondColumnIsBetween) > secondHighValue Then GoTo SkipRow
        End If
        If thirdColumnIsBetween > -1 Then
            If originalArray(row, thirdColumnIsBetween) < thirdLowValue Or originalArray(row, thirdColumnIsBetween) < thirdHighValue Then GoTo SkipRow
        End If
        ' End isBetween check

        ' Start partial match check
        If IsArray(partialMatchColumnsArray) Then
            For partialCol = LBound(partialMatchColumnsArray) To UBound(partialMatchColumnsArray)
                If InStr(1, originalArray(row, partialMatchColumnsArray(partialCol)), partialMatchValue, vbTextCompare) > 0 Then
                    GoTo WriteRow
                End If
            Next partialCol
            GoTo SkipRow
        End If
        ' End partial match check
WriteRow:
        ' Writing data in the filtered array
        filteredArrayRow = filteredArrayRow + 1
        ReDim Preserve tempFilteredArray(firstColumn To lastColumn, LBound(tempFilteredArray, 1) To filteredArrayRow)

        For col = firstColumn To lastColumn
            tempFilteredArray(col, filteredArrayRow) = originalArray(row, arrayOfColumnToReturn(col))
        Next col
SkipRow:
    Next row

    If filteredArrayRow > LBound(tempFilteredArray, 1) - 1 Then
        FilterArray = Inverti_matrice(tempFilteredArray) 'This is similar to Application.Transpose
    End If

    Erase originalArray
    Erase arrayOfColumnToReturn
    If IsArray(partialMatchColumnsArray) Then Erase partialMatchColumnsArray
    If IsArray(tempFilteredArray) Then Erase tempFilteredArray

End Function

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