Grcov report - lib.rs

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use std::collections::HashMap;

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use log::error;

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use sylvia_iot_corelib::{err::ErrResp, role::Role};

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use super::super::State as AppState;

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use crate::models::{

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    application::{Application, QueryCond as ApplicationQueryCond},

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    device::{Device, QueryCond as DeviceQueryCond},

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    network::{Network, QueryCond as NetworkQueryCond},

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    unit::{QueryCond as UnitQueryCond, Unit},

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};

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/// To check if the user ID can access the unit. Choose `only_owner` to check if the user is the

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/// owner or one of members.

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///

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/// # Errors

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///

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/// Returns Ok if the unit is found or not. Otherwise errors will be returned.

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1764

pub async fn check_unit(

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1764

    fn_name: &str,

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    user_id: &str,

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    roles: &HashMap<String, bool>,

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1764

    unit_id: &str,

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1764

    only_owner: bool,

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1764

    state: &AppState,

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1764

) -> Result<Option<Unit>, ErrResp> {

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1764

    let mut cond = UnitQueryCond {

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        unit_id: Some(unit_id),

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1764

        ..Default::default()

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1764

};

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1764

    if !Role::is_role(roles, Role::ADMIN) && !Role::is_role(roles, Role::MANAGER) {

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1047

        if only_owner {

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            cond.owner_id = Some(user_id);

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648

        } else {

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648

            cond.member_id = Some(user_id);

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648

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717

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3525

    match state.model.unit().get(&cond).await {

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        Err(e) => {

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            error!("[{}] check unit error: {}", fn_name, e);

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            return Err(ErrResp::ErrDb(Some(format!("check unit error: {}", e))));

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1764

        Ok(unit) => Ok(unit),

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1764

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/// To check if the user ID can access the application. Choose `only_owner` to check if the user is

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/// the unit owner or one of unit members.

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///

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/// # Errors

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///

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/// Returns Ok if the application is found or not. Otherwise errors will be returned.

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321

pub async fn check_application(

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    fn_name: &str,

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    application_id: &str,

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    user_id: &str,

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    only_owner: bool, // to check if this `user_id` is the owner.

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    roles: &HashMap<String, bool>,

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    state: &AppState,

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) -> Result<Option<Application>, ErrResp> {

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    let cond = ApplicationQueryCond {

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        application_id: Some(application_id),

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        ..Default::default()

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};

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642

    let application = match state.model.application().get(&cond).await {

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        Err(e) => {

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            error!("[{}] get error: {}", fn_name, e);

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            return Err(ErrResp::ErrDb(Some(e.to_string())));

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321

        Ok(application) => match application {

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            None => return Ok(None),

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            Some(application) => application,

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},

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};

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    if Role::is_role(roles, Role::ADMIN) || Role::is_role(roles, Role::MANAGER) {

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        return Ok(Some(application));

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    let unit_id = application.unit_id.as_str();

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    match check_unit(fn_name, user_id, &roles, unit_id, only_owner, &state).await? {

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        None => Ok(None),

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        Some(_) => Ok(Some(application)),

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321

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/// To check if the user ID can access the network. Choose `only_owner` to check if the user is the

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/// unit owner or one of unit members.

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///

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/// # Errors

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///

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/// Returns OK if the network is found or not. Otherwise errors will be returned.

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pub async fn check_network(

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    fn_name: &str,

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    network_id: &str,

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    user_id: &str,

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    only_owner: bool, // to check if this `user_id` is the owner.

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    roles: &HashMap<String, bool>,

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    state: &AppState,

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) -> Result<Option<Network>, ErrResp> {

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    let cond = NetworkQueryCond {

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        network_id: Some(network_id),

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        ..Default::default()

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};

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533

    let network = match state.model.network().get(&cond).await {

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        Err(e) => {

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            error!("[{}] get error: {}", fn_name, e);

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            return Err(ErrResp::ErrDb(Some(e.to_string())));

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        Ok(network) => match network {

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            None => return Ok(None),

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            Some(network) => network,

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},

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};

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    if Role::is_role(roles, Role::ADMIN) || Role::is_role(roles, Role::MANAGER) {

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        return Ok(Some(network));

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    let unit_id = match network.unit_id.as_ref() {

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        None => return Ok(None),

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        Some(unit_id) => unit_id.as_str(),

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};

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    match check_unit(fn_name, user_id, &roles, unit_id, only_owner, &state).await? {

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        None => Ok(None),

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        Some(_) => Ok(Some(network)),

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267

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/// To check if the user ID can access the device. Choose `only_owner` to check if the user is the

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/// unit owner or one of unit members.

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///

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/// # Errors

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///

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/// Returns OK if the device is found or not. Otherwise errors will be returned.

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pub async fn check_device(

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    fn_name: &str,

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    device_id: &str,

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    user_id: &str,

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    only_owner: bool, // to check if this `user_id` is the owner.

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    roles: &HashMap<String, bool>,

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    state: &AppState,

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) -> Result<Option<Device>, ErrResp> {

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    let cond = DeviceQueryCond {

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        device_id: Some(device_id),

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        ..Default::default()

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};

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    let device = match state.model.device().get(&cond).await {

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        Err(e) => {

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            error!("[{}] get error: {}", fn_name, e);

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            return Err(ErrResp::ErrDb(Some(e.to_string())));

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        Ok(device) => match device {

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            None => return Ok(None),

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            Some(device) => device,

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},

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};

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    let unit_id = device.unit_id.as_str();

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    match check_unit(fn_name, user_id, roles, unit_id, only_owner, state).await? {

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        None => Ok(None),

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        Some(_) => Ok(Some(device)),

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249

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/// To generate a key for managing managers. Empty unit for public networks.

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pub fn gen_mgr_key(unit: &str, name: &str) -> String {

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    format!("{}.{}", unit, name)

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406