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use std::net::SocketAddr;
use action_system::{action::ActionContext, macros::action_gen};
use cfg_file::config::ConfigFile;
use log::{info, warn};
use serde::{Deserialize, Serialize};
use tcp_connection::error::TcpTargetError;
use vcs_data::data::{
local::{
config::LocalConfig,
latest_info::{LatestInfo, SheetInfo},
},
vault::config::VaultUuid,
};
use crate::actions::{
auth_member, check_connection_instance, try_get_local_workspace, try_get_vault,
};
#[derive(Serialize, Deserialize)]
pub enum SetUpstreamVaultActionResult {
// Success
DirectedAndStained,
// Fail
AlreadyStained,
AuthorizeFailed(String),
}
#[action_gen]
pub async fn set_upstream_vault_action(
ctx: ActionContext,
upstream: SocketAddr,
) -> Result<SetUpstreamVaultActionResult, TcpTargetError> {
let instance = check_connection_instance(&ctx)?;
// Auth Member
if let Err(e) = auth_member(&ctx, instance).await {
return Ok(SetUpstreamVaultActionResult::AuthorizeFailed(e.to_string()));
}
// Direct
if ctx.is_proc_on_remote() {
let vault = try_get_vault(&ctx)?;
instance
.lock()
.await
.write(*vault.config().vault_uuid())
.await?;
}
if ctx.is_proc_on_local() {
info!("Authorize successful. directing to upstream vault.");
// Read the vault UUID from the instance
let vault_uuid = instance.lock().await.read::<VaultUuid>().await?;
let local_workspace = try_get_local_workspace(&ctx)?;
let local_config = local_workspace.config();
let mut mut_local_config = local_config.lock().await;
if !mut_local_config.stained() {
// Stain the local workspace
mut_local_config.stain(vault_uuid);
// Set the upstream address
mut_local_config.set_vault_addr(upstream);
// Store the updated config
LocalConfig::write(&mut_local_config).await?;
info!("Workspace stained!");
return Ok(SetUpstreamVaultActionResult::DirectedAndStained);
} else {
warn!("Workspace already stained!");
return Ok(SetUpstreamVaultActionResult::AlreadyStained);
}
}
Err(TcpTargetError::NoResult("No result.".to_string()))
}
#[derive(Serialize, Deserialize)]
pub enum UpdateToLatestInfoResult {
Success,
// Fail
AuthorizeFailed(String),
}
#[action_gen]
pub async fn update_to_latest_info_action(
ctx: ActionContext,
_unused: (),
) -> Result<UpdateToLatestInfoResult, TcpTargetError> {
let instance = check_connection_instance(&ctx)?;
let member_id = match auth_member(&ctx, instance).await {
Ok(id) => id,
Err(e) => return Ok(UpdateToLatestInfoResult::AuthorizeFailed(e.to_string())),
};
if ctx.is_proc_on_remote() {
let vault = try_get_vault(&ctx)?;
// Build latest info
let mut latest_info = LatestInfo::default();
// Sheet
let mut member_owned = Vec::new();
let mut member_visible = Vec::new();
for sheet in vault.sheets().await? {
if sheet.holder().is_some() && sheet.holder().unwrap() == &member_id {
member_owned.push(sheet.name().clone());
} else {
member_visible.push(SheetInfo {
sheet_name: sheet.name().clone(),
holder_name: match sheet.holder() {
Some(holder) => Some(holder.clone()),
None => None,
},
});
}
}
latest_info.my_sheets = member_owned;
latest_info.other_sheets = member_visible;
// RefSheet
let ref_sheet_data = vault.sheet(&"ref".to_string()).await?.to_data();
latest_info.ref_sheet_content = ref_sheet_data;
// Members
let members = vault.members().await?;
latest_info.vault_members = members;
// Send
instance
.lock()
.await
.write_large_msgpack(latest_info, 512 as u16)
.await?;
return Ok(UpdateToLatestInfoResult::Success);
}
if ctx.is_proc_on_local() {
let latest_info = instance
.lock()
.await
.read_large_msgpack::<LatestInfo>(512 as u16)
.await?;
LatestInfo::write(&latest_info).await?;
return Ok(UpdateToLatestInfoResult::Success);
}
Err(TcpTargetError::NoResult("No result.".to_string()))
}
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