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iserv-ipad-helper
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Initial commit - intermediate / not fully working state

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Kevin Dorner 2022-03-17 19:44:58 +01:00
commit a6f4357ded
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/target

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Cargo.toml Normal file
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[package]
name = "modify-device"
version = "0.1.0"
edition = "2021"
# See more keys and their definitions at https://doc.rust-lang.org/cargo/reference/manifest.html
[dependencies]
reqwest = { version = "0.11", features = ["blocking", "json"] }
clap = { version = "3.1.6", features = ["derive"] }
serde_json = "1.0"
regex = "1.5"

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src/main.rs Normal file
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use std::borrow::Cow;
use clap::Parser;
#[derive(Parser, Debug)]
#[clap(author, version, about, long_about = None)]
struct Args {
#[clap(short, long)]
hostname: String,
//example: "IServSAT=mvuvFvCZSlpvuwhk0mmNwF1NKEQypM4d; IServSession=xEPqyJO1a5nsVd34HEpbPqQGMMQKapvw; nav-show-additional-modules=true; PHPSESSID=mchbrl11epjnnp851q0i4rt8rc"
#[clap(short, long)]
session_cookie: String,
#[clap(long)]
target_ip: String,
#[clap(long)]
target_room: u16,
#[clap(long)]
target_compilation: u16,
}
fn main() -> Result<(), Box<dyn std::error::Error>> {
let args = Args::parse();
loop {
let params = [
("filter[controllable]", ""),
("filter[room][]", "__none"),
("filter[group]", ""),
("filter[search]", "iPad"),
];
let header = ("Cookie", args.session_cookie.to_owned());
let client = reqwest::blocking::Client::new();
let resp = client
.get(format!("https://{}/iserv/admin/hosts", args.hostname))
.header(header.0, header.to_owned().1)
.query(&params)
.send()?;
let status = &resp.status();
let plain = &resp.text()?;
let content = squeeze(
&plain,
"<script id=\"crud-data\" type=\"application/json\">",
"</script>",
);
let json: serde_json::Value = serde_json::from_str(content).expect("Bad Jason!");
let json_part = &json["data"][0]["name"]["rendered"]
.to_string()
.replace("\\", "");
// skip rest of loop when no entry appeared
if json_part == "null" {
println!("###################################");
println!("No new host: skipping (Retry in 5s)");
println!("###################################");
//sleep for 5 seconds
std::thread::sleep(std::time::Duration::from_secs(5));
continue;
}
let host_id = squeeze(json_part, "data-host-id=\"", "\"");
let device_name = squeeze(json_part, "</span>", "</a>");
println!("-----------------------------------");
println!("1/7 Found host");
println!("Host id: {}", host_id);
println!("Device name: {}", device_name);
println!("Received response status: {:?}", status);
let dest = format!("https://{}/iserv/admin/host/edit/{}", args.hostname, &host_id);
let resp = client.get(&dest).header(header.0, header.to_owned().1).send()?;
//TODO Check for non 200 response
let status = &resp.status();
let plain = &resp.text()?;
let mut form_ip: &str = &args.target_ip; //default
let form_name = squeeze_html_form(plain, "name=\"host[name]\"", "value=\"", "\"");
let form_tags = squeeze_html_form(plain, "name=\"host[tags][]\"", "value=\"", "\"");
let form_mac = squeeze_html_form(plain, "name=\"host[mac]\"", "value=\"", "\"");
let form_description = squeeze_html_form(plain, "name=\"host[description]\"", ">", "<");
let form_token = squeeze_html_form(plain, "name=\"host[_token]\"", "value=\"", "\"");
let mut form_data = [
("host[name]", form_name),
("host[tags][]", form_tags),
("host[room]", &args.target_room.to_string()),
("host[ip]", &form_ip),
("host[mac]", form_mac),
("host[internet]", "1"),
("host[proxyEnforce]", "0"),
("host[owner]", ""),
("host[controllable]", "0"),
("host[inventoryNumber]", ""),
("host[shutdown]", ""),
("host[description]", form_description),
("host[image][id]", ""),
("host[image][x]", ""),
("host[image][y]", ""),
("host[actions][submit]", ""),
("host[_token]", form_token),
];
println!("-----------------------------------");
println!("2/7 Received current host properties");
println!("Received response status: {:?}", status);
let resp = client
.post(&dest)
.header(header.0, header.to_owned().1)
.form(&form_data)
.send()?;
let status = &resp.status();
let plain = &resp.text()?;
form_ip = squeeze_html_form(plain, "name=\"host[ip]\"", "value=\"", "\"");
form_data[3] = ("host[ip]", form_ip);
println!("-----------------------------------");
println!("3/7 Received recommended ip: {}", form_ip);
println!("Received response status: {:?}", status);
let resp = client
.post(&dest)
.header(header.0, header.to_owned().1)
.form(&form_data)
.send()?;
let status = &resp.status();
println!("-----------------------------------");
println!("4/7 Sucessfully updated host");
println!("Received response status: {:?}", status);
println!("-----------------------------------");
let resp = client
.get(format!("https://{}/iserv/admin/mdm/ios/compilation/edit/1", args.hostname))
.header(header.0, header.to_owned().1)
.send()?;
//TODO Check for non 200 response
let status = &resp.status();
let plain = &resp.text()?;
println!("-----------------------------------");
println!("5/7 Received MDM compilation");
println!("Received response status: {:?}", status);
println!("-----------------------------------");
let mut form_data = Vec::from([
(
Cow::Borrowed("ioscompilation[name]"),
Cow::Borrowed(squeeze_html_form(plain, "name=\"ioscompilation[name]\"", "value=\"", "\"")),
),
(
Cow::Borrowed("ioscompilation[description]"),
Cow::Borrowed(squeeze_html_form(plain, "name=\"ioscompilation[description]\"", "value=\"", "\"")),
),
]);
// push apps (<option value="52" selected="selected">)
let plain_inner_applications = squeeze_html_form(plain, "name=\"ioscompilation[applications][]\"", ">", "</select>");
form_data.append(&mut squeeze_loop(plain_inner_applications, "<option value=\"", "\"", " selected=\"selected\"", 3, "ioscompilation[applications][]"));
// push profiles
let plain_inner_profiles = squeeze_html_form(plain, "name=\"ioscompilation[profiles][]\"", ">", "</select>");
form_data.append(&mut squeeze_loop(plain_inner_profiles, "<option value=\"", "\"", " selected=\"selected\"", 3, "ioscompilation[profiles][]"));
// push existing devices ([\s\n]* seems not needed)
let plain_inner_devices = squeeze_html_form(plain, "name=\"ioscompilation[devices][]\"", ">", "</select>");
form_data.append(&mut squeeze_loop(plain_inner_devices, "<option value=\"", "\"", " selected=\"selected\"", 3, "ioscompilation[devices][]"));
/*
let re =
regex::Regex::new(r#"<option value="(\d+)" selected="selected">(iPad-\w+)</option>"#)
.unwrap();
form_data.extend(
re.captures_iter(plain)
.map(|cap| ("ioscompilation[devices][]".into(), cap[1].to_owned().into())),
); */
// push new device
if plain_inner_devices.contains(form_name) {
form_data.push(("ioscompilation[devices][]".into(), squeeze_right(plain_inner_devices, "<option value=\"", &format!("\">{}", form_name)).into()));
} else {
eprintln!("Device not found in compilation edit.")
}
/*
let re = regex::Regex::new(&format!(
"<option value=\"(\\d+)\">({})</option>",
form_name
))
.unwrap();
let mut iter = re
.captures_iter(plain)
.map(|cap| ("ioscompilation[devices][]".into(), cap[1].to_owned().into()));
form_data.push(iter.next().expect("Device not found in compilation edit"));
if iter.next().is_none() {
eprintln!("Expected single device match, found multiple");
eprintln!("Perhaps the item already was added to the compilation");
};*/
// push submit action
form_data.push(("ioscompilation[actions][submit]".into(), "".into()));
//push token
let form_token = squeeze_html_form(plain, "name=\"ioscompilation[_token]\"", "value=\"", "\"");
form_data.push(("ioscompilation[_token]".into(), form_token.into()));
println!("{:#?}", form_data);
//remove me
//std::fs::write("plain.out", &plain).unwrap();
continue;
let resp = client
.post(format!("https://{}/iserv/admin/mdm/ios/compilation/edit/1", args.hostname))
.header(header.0, header.to_owned().1)
.form(&form_data)
.send()?;
let status = &resp.status();
//let plain = &resp.text()?;
println!("-----------------------------------");
println!("6/7 Added device to MDM Compilation");
println!("Received response status: {:?}", status);
println!("-----------------------------------");
let form_data = [
("iserv_crud_multi_select[actions][apply-all-changes]", ""),
("iserv_crud_multi_select[grouped_actions]", ""),
// seems to work with and without token :o (but without it throws a csrf error) // example token: rqB8um_Y6sJ1hCFMeVlg9r3L0v__tH3GS5KcV4Lj_ug
("iserv_crud_multi_select[_token]", ""),
];
let resp = client
.post(format!("https://{}/iserv/admin/mdm/ios/device/batch/confirm", args.hostname))
.header(header.0, header.to_owned().1)
.form(&form_data)
.send()?;
let status = &resp.status();
//let plain = &resp.text()?;
//println!("{}", plain);
/*{
"iserv_crud_multi_select[actions][apply-all-changes]": "",
"iserv_crud_multi_select[grouped_actions]": "",
"iserv_crud_multi_select[_token]": "rqB8um_Y6sJ1hCFMeVlg9r3L0v__tH3GS5KcV4Lj_ug"
}*/
println!("-----------------------------------");
println!("7/7 Confirmed actions");
println!("Received response status: {:?}", status);
println!("-----------------------------------");
}
Ok(())
}
// helper functions
fn squeeze<'input>(input: &'input str, before: &str, after: &str) -> &'input str {
//find before occurence (excluded from output)
if let Some(before_bytes) = input.find(before) {
let adjusted_before_bytes = before_bytes + before.len();
let leftover = &input[adjusted_before_bytes..];
//find after occurence (excluded from output)
if let Some(after_bytes) = leftover.find(after) {
let adjusted_after_bytes = after_bytes + adjusted_before_bytes;
// ensure bytes are not equal
if adjusted_before_bytes < adjusted_after_bytes {
return &input[adjusted_before_bytes..adjusted_after_bytes];
}
}
}
return "";
}
fn squeeze_right<'input>(input: &'input str, before: &str, after: &str) -> &'input str {
//find before occurence (excluded from output)
if let Some(after_bytes) = input.find (after) {
// let adjusted_before_bytes = after_bytes + after.len();
let leftover = &input[..after_bytes];
//find after occurence (excluded from output)
if let Some(before_bytes) = leftover.rfind(before) {
let adjusted_before_bytes = before_bytes + before.len();
// ensure bytes are not equal
if adjusted_before_bytes < after_bytes {
return &input[adjusted_before_bytes..after_bytes];
}
}
}
return "";
}
fn squeeze_html_form<'input>(
input: &'input str,
first: &str,
second: &str,
last: &str,
) -> &'input str {
//find first occurence (broad search)
if let Some(from_first_bytes) = input.find(first) {
let after_first_bytes = from_first_bytes + first.len();
let after_first = &input[after_first_bytes..];
//find second occurence (field search)
if let Some(rel_from_second_bytes) = after_first.find(second) {
let after_second_bytes = rel_from_second_bytes + after_first_bytes + second.len();
let after_second = &input[after_second_bytes..];
//find closing last match (excluded from output)
if let Some(rel_from_last_byte) = after_second.find(last) {
let from_last_byte = rel_from_last_byte + after_second_bytes;
return &input[after_second_bytes..from_last_byte];
}
}
}
return "";
}
fn squeeze_loop<'input, 'vec> (input: &'input str, before: &str, after: &str, must_include_after: &str, include_after_distance: usize, index_name: &'input str) -> Vec<(Cow<'input, str>, Cow<'input, str>)> {
let mut collector: Vec<(Cow<str>, Cow<str>)> = Vec::new();
let mut leftover = input;
//find before occurence (excluded from output)
while let Some(before_bytes) = leftover.find(before) {
let input = leftover;
let adjusted_before_bytes = before_bytes + before.len();
leftover = &leftover[adjusted_before_bytes..];
//find after occurence (excluded from output)
if let Some(after_bytes) = leftover.find(after) {
let absolute_after_bytes = after_bytes + adjusted_before_bytes;
leftover = &leftover[after_bytes + after.len()..];
// ensure bytes are not equal
if let Some(must_include_distance) = leftover.find(must_include_after) {
if adjusted_before_bytes < absolute_after_bytes && must_include_distance < include_after_distance {
collector.push((index_name.into(), input[adjusted_before_bytes..absolute_after_bytes].into()));
}
}
}
}
collector
}