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use swanling::prelude::*;
use crate::common;
use rand::seq::SliceRandom;
use std::env;
/// Log into the website.
pub async fn log_in(user: &SwanlingUser) -> SwanlingTaskResult {
// Use ADMIN_USERNAME= to set custom admin username.
let admin_username = match env::var("ADMIN_USERNAME") {
Ok(username) => username,
Err(_) => "admin".to_string(),
};
// Use ADMIN_PASSWORD= to set custom admin username.
let admin_password = match env::var("ADMIN_PASSWORD") {
Ok(password) => password,
Err(_) => "P@ssw0rd1234".to_string(),
};
// Load the log in page.
let mut swanling = user.get("/en/user/login").await?;
// We can't invoke common::validate_and_load_static_assets as while it's important
// to validate the page and load static elements, we then need to extract form elements
// from the HTML of the page. So we duplicate some of the logic, enhancing it for form
// processing.
let mut logged_in_user;
match swanling.response {
Ok(response) => {
// Copy the headers so we have them for logging if there are errors.
let headers = &response.headers().clone();
match response.text().await {
Ok(html) => {
// Be sure we've properly loaded the log in page.
let title = "Log in";
if !common::valid_title(&html, title) {
return user.set_failure(
&format!("{}: title not found: {}", &swanling.request.url, title),
&mut swanling.request,
Some(&headers),
Some(&html),
);
}
// Load all static elements on the page, as a real user would.
common::load_static_elements(user, &html).await;
// Scrape the HTML to get the values needed in order to POST to the
// log in form.
let form_build_id = common::get_form_value(&html, "form_build_id");
if form_build_id.is_none() {
return user.set_failure(
&format!("{}: no form_build_id on page", swanling.request.url),
&mut swanling.request,
Some(&headers),
Some(&html),
);
}
// Build log in form with username and password from environment.
let params = [
("name", &admin_username),
("pass", &admin_password),
("form_build_id", &form_build_id.unwrap()),
("form_id", &"user_login_form".to_string()),
("op", &"Log+in".to_string()),
];
let request_builder = user.swanling_post("/en/user/login").await?;
logged_in_user = user
.swanling_send(request_builder.form(¶ms), None)
.await?;
// A successful log in is redirected.
if !logged_in_user.request.redirected {
return user.set_failure(
&format!(
"{}: login failed (check ADMIN_USERNAME and ADMIN_PASSWORD)",
logged_in_user.request.final_url
),
&mut logged_in_user.request,
Some(&headers),
None,
);
}
}
Err(e) => {
return user.set_failure(
&format!("{}: failed to parse page: {}", swanling.request.url, e),
&mut swanling.request,
Some(&headers),
None,
);
}
}
}
Err(e) => {
return user.set_failure(
&format!("{}: no response from server: {}", swanling.request.url, e),
&mut swanling.request,
None,
None,
);
}
}
// Check the title to verify that the user is logged in.
common::validate_and_load_static_assets(user, logged_in_user, &admin_username).await?;
Ok(())
}
/// Load and edit a random article.
pub async fn edit_article(user: &SwanlingUser) -> SwanlingTaskResult {
// First, load a random article.
let nodes = common::get_nodes(&common::ContentType::Article);
let article = nodes.choose(&mut rand::thread_rng());
let swanling = user.get(article.unwrap().url_en).await?;
common::validate_and_load_static_assets(user, swanling, article.unwrap().title_en).await?;
// Next, load the edit link for the chosen article.
let mut swanling = user
.get(&format!("/en/node/{}/edit", article.unwrap().nid))
.await?;
let mut saved_article;
match swanling.response {
Ok(response) => {
// Copy the headers so we have them for logging if there are errors.
let headers = &response.headers().clone();
match response.text().await {
Ok(html) => {
// Be sure we've properly loaded the edit page.
let title = "Edit Article";
if !common::valid_title(&html, title) {
return user.set_failure(
&format!("{}: title not found: {}", &swanling.request.url, title),
&mut swanling.request,
Some(&headers),
Some(&html),
);
}
// Load all static elements on the page, as a real user would.
common::load_static_elements(user, &html).await;
// Scrape the HTML to get the values needed in order to POST to the
// log in form.
let form_build_id = common::get_form_value(&html, "form_build_id");
if form_build_id.is_none() {
return user.set_failure(
&format!("{}: no form_build_id on page", swanling.request.url),
&mut swanling.request,
Some(&headers),
Some(&html),
);
}
let form_token = common::get_form_value(&html, "form_token");
if form_token.is_none() {
return user.set_failure(
&format!("{}: no form_token on page", swanling.request.url),
&mut swanling.request,
Some(&headers),
Some(&html),
);
}
// Build node form with random word from title.
let params = [
("form_build_id", &form_build_id.unwrap()),
("form_token", &form_token.unwrap()),
("form_id", &"node_article_edit_form".to_string()),
("op", &"Save (this translation)".to_string()),
];
let request_builder = user
.swanling_post(&format!("/en/node/{}/edit", article.unwrap().nid))
.await?;
saved_article = user
.swanling_send(request_builder.form(¶ms), None)
.await?;
// A successful node save is redirected.
if !saved_article.request.redirected {
return user.set_failure(
&format!("{}: saving article failed", saved_article.request.final_url),
&mut saved_article.request,
Some(&headers),
None,
);
}
}
Err(e) => {
return user.set_failure(
&format!("{}: failed to parse page: {}", swanling.request.url, e),
&mut swanling.request,
Some(&headers),
None,
);
}
}
}
Err(e) => {
return user.set_failure(
&format!("{}: no response from server: {}", swanling.request.url, e),
&mut swanling.request,
None,
None,
);
}
}
// Be sure we're viewing the same article after editing it.
common::validate_and_load_static_assets(user, saved_article, article.unwrap().title_en).await?;
Ok(())
}