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Fix apostrophe

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Mauricio Dinarte 2020-10-04 12:50:50 -06:00
parent fa717d98e1
commit 5f36e0497a
2 changed files with 3 additions and 3 deletions
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09.txt
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@ -119,6 +119,6 @@ process:
field_photos/2/alt: source_alt_third field_photos/2/alt: source_alt_third
``` ```
Manually setting a multivalue field is less flexible and error-prone. In today’s example, we showed how to accommodate for the list of terms not being provided. Imagine having to that for each _delta_ and _subfield_ combination, but the functionality is there in case you need it. In the end, Drupal offers more _syntactic sugar_ so you can write shorted field mappings. Additionally, there are various process plugins that can handle _arrays_ for setting multivalue fields. Manually setting a multivalue field is less flexible and error-prone. In today's example, we showed how to accommodate for the list of terms not being provided. Imagine having to that for each _delta_ and _subfield_ combination, but the functionality is there in case you need it. In the end, Drupal offers more _syntactic sugar_ so you can write shorted field mappings. Additionally, there are various process plugins that can handle _arrays_ for setting multivalue fields.
_Note_: There are other ways to migrate multivalue fields. For example, when using the [`entity_generate`](https://git.drupalcode.org/project/migrate_plus/blob/HEAD/src/Plugin/migrate/process/EntityGenerate.php) plugin provided by Migrate Plus, there is no need to create a separate taxonomy term migration. This plugin is able to create the terms on the fly while running the import process. The caveat is that terms created this way are not deleted upon rollback. _Note_: There are other ways to migrate multivalue fields. For example, when using the [`entity_generate`](https://git.drupalcode.org/project/migrate_plus/blob/HEAD/src/Plugin/migrate/process/EntityGenerate.php) plugin provided by Migrate Plus, there is no need to create a separate taxonomy term migration. This plugin is able to create the terms on the fly while running the import process. The caveat is that terms created this way are not deleted upon rollback.

4
10.txt
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@ -50,7 +50,7 @@ migration_dependencies:
## Processing the fields ## Processing the fields
The interesting part of a _user_ migration is the field mapping. The specific transformation will depend on your _source_, but some arguably complex cases will be addressed in the example. Let’s start with the basics: verbatim copies from source to destination. The following snippet shows three mappings: The interesting part of a _user_ migration is the field mapping. The specific transformation will depend on your _source_, but some arguably complex cases will be addressed in the example. Let's start with the basics: verbatim copies from source to destination. The following snippet shows three mappings:
```yaml ```yaml
mail: user_email mail: user_email
@ -85,7 +85,7 @@ destination:
md5_passwords: true md5_passwords: true
``` ```
The `pass`, entity property stores the user’s password. In this example, the source provides the passwords in plain text. Needless to say, that is a terrible idea. But let’s work with it for now. Drupal uses portable PHP password hashes implemented by PhpassHashedPassword. Understanding the details of how Drupal converts one algorithm to another will be left as an exercise for the curious reader. In this example, we are going to take advantage of a feature provided by the migrate API to automatically convert MD5 hashes to the algorithm used by Drupal. The `callback` plugin is configured to use the `md5` PHP function to convert the plain text password into a hashed version. The last part of the puzzle is set, in the _process_ section, the `md5_passwords` configuration to `true`. This will take care of converting the already md5-hashed password to the value expected by Drupal. The migrate API documentation provides more examples for migrating already [MD5 hashed passwords](https://www.drupal.org/docs/8/api/migrate-api/migrate-destination-plugins-examples/migrating-users) and [other hashing algorithms](https://www.drupal.org/docs/8/api/migrate-api/migrate-destination-plugins-examples/migrating-users-advanced-password). The `pass`, entity property stores the user's password. In this example, the source provides the passwords in plain text. Needless to say, that is a terrible idea. But let's work with it for now. Drupal uses portable PHP password hashes implemented by PhpassHashedPassword. Understanding the details of how Drupal converts one algorithm to another will be left as an exercise for the curious reader. In this example, we are going to take advantage of a feature provided by the migrate API to automatically convert MD5 hashes to the algorithm used by Drupal. The `callback` plugin is configured to use the `md5` PHP function to convert the plain text password into a hashed version. The last part of the puzzle is set, in the _process_ section, the `md5_passwords` configuration to `true`. This will take care of converting the already md5-hashed password to the value expected by Drupal. The migrate API documentation provides more examples for migrating already [MD5 hashed passwords](https://www.drupal.org/docs/8/api/migrate-api/migrate-destination-plugins-examples/migrating-users) and [other hashing algorithms](https://www.drupal.org/docs/8/api/migrate-api/migrate-destination-plugins-examples/migrating-users-advanced-password).
_Note_: MD5-hash passwords are insecure. In the example, the password is encrypted with MD5 as an **intermediate step only**. Drupal uses other algorithms to store passwords securely. _Note_: MD5-hash passwords are insecure. In the example, the password is encrypted with MD5 as an **intermediate step only**. Drupal uses other algorithms to store passwords securely.