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use std::time::SystemTime;
use crate::{
arguments::status::JVStatusArgument,
outputs::status::JVStatusResult,
renderers::status::JVStatusRenderer,
systems::cmd::{
cmd_system::{JVCommand, JVCommandContext},
errors::{CmdExecuteError, CmdPrepareError},
},
utils::workspace_reader::LocalWorkspaceReader,
};
pub struct JVStatusCommand;
impl JVCommand<JVStatusArgument, JVStatusResult, JVStatusResult, JVStatusRenderer>
for JVStatusCommand
{
async fn prepare(
_args: JVStatusArgument,
_ctx: JVCommandContext,
) -> Result<JVStatusResult, CmdPrepareError> {
// Initialize a reader for the local workspace and a default result structure
let mut reader = LocalWorkspaceReader::default();
let mut input = JVStatusResult::default();
// Analyze the current status of the local workspace
// (detects changes like created, modified, moved, etc.)
let analyzed = reader.analyze_local_status().await?;
// Retrieve the current account (member) ID
let account = reader.current_account().await?;
// Retrieve the name of the current sheet
let sheet_name = reader.sheet_name().await?;
// Get the timestamp of the last update, defaulting to the current time if not available
let update_time = reader
.latest_info()
.await?
.update_instant
.unwrap_or(SystemTime::now());
// Record the current system time
let now_time = SystemTime::now();
// Populate the result structure with the gathered data
input.current_account = account;
input.current_sheet = sheet_name;
input.moved = analyzed.moved;
input.created = analyzed.created;
input.lost = analyzed.lost;
input.erased = analyzed.erased;
input.modified = analyzed.modified;
input.update_time = update_time;
input.now_time = now_time;
Ok(input)
}
async fn exec(input: JVStatusResult) -> Result<JVStatusResult, CmdExecuteError> {
Ok(input) // Analyze command, no needs execute
}
fn get_help_str() -> String {
"".to_string()
}
}
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