Private Html

Private Html

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New directadmin.conf option, where the internal default is:
default_private_html_link=0

such that existing installs will not have any behavior change.

New installs have:
default_private_html_link=1

in the template:
/usr/local/directadmin/data/templates/directadmin.conf

so NEW INSTALLS will have this feature enabled by default.
Old/existing installs are unaffected.

When you add:
default_private_html_link=1

any domain created with SSL enabled will have a private_html -> public_html link, instead of a private_html folder.
This should save some confusion, as the internet is slowing moving towards 100% https, so there is less need for split folders.

Of course, you can still set the private_html to be a folder or link via:
User Level -> Domain Setup -> domain.com -> private_html setup for domain.com

===============
RESTORES

There are several different scenarios to take into consideration.
We'll assume default_private_html_link=1 for all of these scenarios (default_private_html_link=0 is the old behavior)

A) Merge method:
- Empty User and domain are created normally first, then restore in a 2nd step.
- or User already exists, then restore to merge from backup

For a merge, if private_html->public_html already exists, but the backup has a private_html folder, the private_html folder has priority.
The link is removed before the tar extraction, and the data is extracted normally.

If private_html is a folder, and the backup has a link, again, the backup has priority.
This case means if you had any data in your private_html folder, *it will be deleted*, and replaced with the link from the backup.
OLD DATA WILL BE LOST if you had any data in the private_html before the restore.

Either way, backups have priority.

After a backup has been extracted, if there is no private_html at all in the backup (no link, no folder), then then original private_html, and old value it pointed to, will be restored (in case it was pointing elsewhere).
BUT if the file in the backup file: backup/domain.com/domain.conf has private_html_link=1, this causes an extra step to wipe the old private_html and replace it with a link (again, backup has priority, even if there was no link in the file).
So if you're doing something creative, where you don't want the domains/domiain.com/private_html in the backup at all, ensure private_html_link=0 is in the domain.conf file.
This probably doesn't apply to anyone.. as if it is set to 1, then the link would exist.. so might be a moot point.

B) restore creation
If the User does not exist prior to restore, then the User/domain will be created by DA at restore time.
With this case, the public_html/private_templates are not used, and backup has priority.
Related change: https://www.directadmin.com/features.php?id=1786
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when i try my webpage address with https, page shows only files in the private_html folder not public_html.
but my website runs in the public_html. for example i use an index.html file (including forwarder script) and when you type https://alirezah.net it redirects to http://alirezah.net .
how can i fix it? I wanna use cloudflare ssl service but this happens.
I tried to edit htaccess but it doesn't help
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If your website is hosted on Directadmin, then follow these steps:
If your website is installed in private_html it will be deleted using this function. If you want to keep your website installed in private html and also redirect http to https, then you need to create a .htaccess file in public_html with the following contents:
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class ClassWithPrivateField {
#privateField ;
}

class ClassWithPrivateMethod {
#privateMethod ( ) {
return 'hello world' ;
}
}

class ClassWithPrivateStaticField {
static # PRIVATE_STATIC_FIELD ;
}

class ClassWithPrivateStaticMethod {
static #privateStaticMethod ( ) {
return 'hello world' ;
}
}

class ClassWithPrivateField {
#privateField ;

constructor ( ) {
this . #privateField = 42 ;
delete this . #privateField ; // Syntax error
this . #undeclaredField = 444 ; // Syntax error
}
}

const instance = new ClassWithPrivateField ( )
instance . #privateField === 42 ; // Syntax error

class ClassWithPrivateField {
#privateField ;

constructor ( ) {
this . #privateField = 42 ;
}
}

class SubClass extends ClassWithPrivateField {
#subPrivateField ;

constructor ( ) {
super ( ) ;
this . #subPrivateField = 23 ;
}
}

new SubClass ( ) ;
// SubClass {#subPrivateField: 23}

class ClassWithPrivateStaticField {
static # PRIVATE_STATIC_FIELD ;

static publicStaticMethod ( ) {
ClassWithPrivateStaticField . # PRIVATE_STATIC_FIELD = 42 ;
return ClassWithPrivateStaticField . # PRIVATE_STATIC_FIELD ;
}

publicInstanceMethod ( ) {
ClassWithPrivateStaticField . # PRIVATE_STATIC_FIELD = 42 ;
return ClassWithPrivateStaticField . # PRIVATE_STATIC_FIELD ;
}
}

console . log ( ClassWithPrivateStaticField . publicStaticMethod ( ) ) ; // 42
console . log ( new ClassWithPrivateStaticField ( ) . publicInstanceMethod ( ) ) ; // 42

class BaseClassWithPrivateStaticField {
static # PRIVATE_STATIC_FIELD ;

static basePublicStaticMethod ( ) {
this . # PRIVATE_STATIC_FIELD = 42 ;
return this . # PRIVATE_STATIC_FIELD ;
}
}

class SubClass extends BaseClassWithPrivateStaticField { } ;

let error = null ;

try {
SubClass . basePublicStaticMethod ( ) ;
} catch ( e ) {
error = e ;
}

console . log ( error instanceof TypeError ) ;
// true
console . log ( error ) ;
// TypeError: Cannot write private member #PRIVATE_STATIC_FIELD
// to an object whose class did not declare it

class ClassWithPrivateMethod {
#privateMethod ( ) {
return 'hello world' ;
}

getPrivateMessage ( ) {
return this . #privateMethod ( ) ;
}
}

const instance = new ClassWithPrivateMethod ( ) ;
console . log ( instance . getPrivateMessage ( ) ) ;
// hello world

class ClassWithPrivateAccessor {
#message ;

get #decoratedMessage ( ) {
return ` 🎬 ${ this . #message } 🛑 ` ;
}
set #decoratedMessage ( msg ) {
this . #message = msg ;
}

constructor ( ) {
this . #decoratedMessage = 'hello world' ;
console . log ( this . #decoratedMessage ) ;
}
}

new ClassWithPrivateAccessor ( ) ;
// 🎬hello world🛑

class ClassWithPrivateStaticMethod {
static #privateStaticMethod ( ) {
return 42 ;
}

static publicStaticMethod1 ( ) {
return ClassWithPrivateStaticMethod . #privateStaticMethod ( ) ;
}

static publicStaticMethod2 ( ) {
return this . #privateStaticMethod ( ) ;
}
}

console . log ( ClassWithPrivateStaticMethod . publicStaticMethod1 ( ) === 42 ) ;
// true
console . log ( ClassWithPrivateStaticMethod . publicStaticMethod2 ( ) === 42 ) ;
// true

class Base {
static #privateStaticMethod ( ) {
return 42 ;
}
static publicStaticMethod1 ( ) {
return Base . #privateStaticMethod ( ) ;
}
static publicStaticMethod2 ( ) {
return this . #privateStaticMethod ( ) ;
}
}

class Derived extends Base { }

console . log ( Derived . publicStaticMethod1 ( ) ) ;
// 42
console . log ( Derived . publicStaticMethod2 ( ) ) ;
// TypeError: Cannot read private member #privateStaticMethod
// from an object whose class did not declare it

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Frequently asked questions about MDN Plus

Class fields are public by default, but private class members can be created
by using a hash # prefix. The privacy encapsulation of these class features is
enforced by JavaScript itself.

Private members are not native to the language before this syntax existed. In prototypical inheritance, its behavior may be emulated with WeakMap objects or closures , but they can't compare to the # syntax in terms of ergonomics.
Private fields include private instance fields and private static fields.

Private instance fields are declared with # names (pronounced
" hash names "), which are identifiers prefixed with # . The
# is a part of the name itself. Private fields are accessible on
the class constructor from inside the class
declaration itself. They are used for declaration of field names as well
as for accessing a field's value.

It is a syntax error to refer to # names from out of scope.
It is also a syntax error to refer to private fields
that were not declared before they were called, or to attempt to remove
declared fields with delete .

Note: Use the in operator to check for potentially missing private fields (or private methods). This will return true if the private field or method exists, and false otherwise.
Like public fields, private fields are added at construction time in a base class, or at the point where super() is invoked in a subclass.
Note: #privateField from the ClassWithPrivateField base class is private to ClassWithPrivateField and is not accessible from the derived Subclass .
Private static fields are added to the class constructor at class evaluation time. Like their public counterparts, private static fields are only accessible on the class itself or on the this context of static methods, but not on the this context of instance methods.

There is a restriction on private static fields: Only the class which
defines the private static field can access the field. This can lead to unexpected behavior when using this .
In the following example, this refers to the SubClass class (not
the BaseClassWithPrivateStaticField class) when we try to call
SubClass.basePublicStaticMethod() , and so causes a TypeError .

Private instance methods are methods available on class instances whose access is
restricted in the same manner as private instance fields.

Private instance methods may be generator, async, or async generator functions. Private
getters and setters are also possible, although not in generator, async, or
async generator forms.

Like their public equivalent, private static methods are called on the class itself,
not instances of the class. Like private static fields, they are only accessible from
inside the class declaration.

Private static methods may be generator, async, and async generator functions.

The same restriction previously mentioned for private static fields holds
for private static methods, and similarly can lead to unexpected behavior when using
this .
In the following example, when we try to call Derived.publicStaticMethod2() ,
this refers to the Derived class (not
the Base class) and so causes a TypeError .

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Last modified: Aug 8, 2022 , by MDN contributors
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The private keyword is an access modifier used for attributes, methods and constructors, making them only accessible within the declared class.
Read more about modifiers in our
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