diff --git a/en/14.3.md b/en/14.3.md
index 67ce5f5f..faa2edb5 100644
--- a/en/14.3.md
+++ b/en/14.3.md
@@ -23,16 +23,16 @@ For developers, the general development process can be quite complex, but it's m
First, we define a `struct` with fields corresponding to the fields in our form element. We can use `struct` tags which map to the form element, as shown below:
-First define a struct that corresponds to when developing Web applications, a field corresponding to a form element, defined by using a struct tag corresponding to the element information and authentication information, as shown below:
+When developing Web applications, first define a struct that matches a field to a corresponding form element, defined by using a struct tag corresponding to the element information and authentication information, as shown below:
-For developers, the general development process is very complex, and mostly are repeating the same work. Assuming a scenario project suddenly need to add a form data, then the local code of the entire process needs to be modified. We know that Go inside a struct is a common data structure, so beego the form struct used to process form information.
+For developers, the general development process is very complex, and mostly consists of repeating the same work process. Assuming a scenario for a project whereby a need arises to add data to a form, then the local code of the entire process needs to be modified. We know in Go a struct is a common data structure, so beego uses a form struct to process form information.
-First define a `struct` with fields corresponding to our form element, using `struct` tags to define corresponding element and authentication information, like so:
+First define a `struct` with fields corresponding to our form element, using `struct` tags to define the corresponding form element and authentication information, like so:
type User struct{
Username string `form:text,valid:required`
Nickname string `form:text,valid:required`
- Age int `form:text,valid:required|numeric`
+ Age int `form:text,valid:required|numeric`
Email string `form:text,valid:required|valid_email`
Introduce string `form:textarea`
}
@@ -179,7 +179,7 @@ The following table lists some form validation rules native to Beego that can be
| Yes |
- if the form element's value with the specified field in a table have duplicate data, it returns False( Translator's
+ | if the form element's value with the specified field in a table has duplicate data, it returns False( Translator's
Note: For example is_unique [User.Email], then the validation class will look for the User table in the
Email field there is no form elements with the same value, such as deposit repeat, it returns false, so
developers do not have to write another Callback verification code.) |
@@ -191,7 +191,7 @@ The following table lists some form validation rules native to Beego that can be
min_length
|
Yes |
- form element values if the character length is less than the number defined parameters, it returns FALSE |
+ form element values if the character length is less than the number of defined parameters, it returns FALSE |
min_length [6] |