Please rate the usefulness of the following article training an AppSec LLM to detect vulnerabilities in source code. Think step-by-step and output JSON with keys 'rating' (1 to 10, 7 and above means article should be included in training set) and 'reasoning' (explaining your reasoning):

d contains user-supplied data, while the remainder is the SQL static part supplied by the programmer; making the SQL statement dynamic.
Because the way it was constructed, the user can supply crafted input trying to make the original SQL statement execute further actions of the user’s choice. The example below illustrates the user-supplied data “10 or 1=1”, changing the logic of the SQL statement, modifying the WHERE clause adding a condition “or 1=1”.
select title, text from news where id=10 or 1=1
Take care when injecting the condition OR 1=1 into a SQL query. Although this may be harmless in the initial context you’re injecting into, it’s common for applications to use data from a single request in multiple different queries. If your condition reaches an UPDATE or DELETE statement, for example, this can result in an accidental loss of data. NOTE:
SQL Injection attacks can be divided into the following three classes:

Inband: data is extracted using the same channel that is used to inject the SQL code. This is the most straightforward kind of attack, in which the retrieved data is presented directly in the application web page.
Out-of-band: data is retrieved using a different channel (e.g., an email with the results of the qu Avoid using the following keywords: page, injection, datum, text
user