start_command/
execution_resume.rs

1//! Resume tracked detached executions (issue #162).
2//!
3//! `--resume <id>` restarts a stored execution, and `--resume <id> -- <command>`
4//! runs a *different* command against the same container filesystem. Both keep
5//! the original execution UUID so `--status`, `--list` and `--upload-log` keep
6//! addressing one logical session across restarts.
7//!
8//! Three strategies, chosen from the probed session state:
9//! - `DockerStart`: the container still exists. Newly managed containers accept
10//!   replacement commands through a small handoff script, then restart in place
11//!   without a snapshot.
12//! - `DockerSnapshot`: a legacy container needs a replacement command, or
13//!   immutable labels need changing. After disk preflight, its filesystem is
14//!   committed under a host-wide lock and a derived container runs the command.
15//! - `Relaunch`: nothing is left of the session, so the command is launched
16//!   again through the stored isolation options.
17
18use std::path::PathBuf;
19
20use chrono::Utc;
21use serde_json::{json, Value};
22
23use crate::docker_cleanup::{
24    build_docker_runtime_args, docker_command, docker_networks,
25    get_docker_container_cleanup_policy, start_detached_docker_completion_watcher_with,
26    DockerWatcherOptions,
27};
28use crate::docker_resource_limits::{build_resource_limits_status_line, normalize_resource_limits};
29use crate::execution_control::{CommandRunner, SystemCommandRunner};
30use crate::execution_store::{ExecutionRecord, ExecutionStatus, ExecutionStore};
31use crate::isolation::isolation_log::append_log_file;
32use crate::isolation::{run_isolated, IsolationOptions, IsolationResult};
33use crate::output_blocks::escape_for_links_notation;
34use crate::session_probe::{probe_session, SessionProbe, SessionState};
35
36/// Strategies `build_resume_plan` can pick.
37#[derive(Debug, Clone, Copy, PartialEq, Eq)]
38pub enum ResumeMode {
39    DockerStart,
40    DockerSnapshot,
41    Relaunch,
42}
43
44impl ResumeMode {
45    pub fn as_str(self) -> &'static str {
46        match self {
47            ResumeMode::DockerStart => "docker-start",
48            ResumeMode::DockerSnapshot => "docker-snapshot",
49            ResumeMode::Relaunch => "relaunch",
50        }
51    }
52}
53
54/// One command run while carrying out a resume plan.
55#[derive(Debug, Clone, PartialEq, Eq)]
56pub struct ResumeStep {
57    pub command: String,
58    pub args: Vec<String>,
59    pub description: String,
60}
61
62/// How a stored execution will be resumed.
63#[derive(Debug, Clone)]
64pub struct ResumePlan {
65    pub mode: ResumeMode,
66    pub backend: String,
67    pub session_name: String,
68    /// Set only when a snapshot-derived container replaces the original one.
69    pub new_session_name: Option<String>,
70    pub snapshot_image: Option<String>,
71    pub command: String,
72    pub attempt: u64,
73    /// Resource limits the new container is started with (snapshot resumes
74    /// only, issue #176): `docker commit` does not carry the HostConfig over.
75    pub resource_limits: Vec<String>,
76    pub steps: Vec<ResumeStep>,
77    pub launch_options: Option<IsolationOptions>,
78    pub message: String,
79}
80
81/// Result of `resume_execution`.
82pub struct ExecutionResumeResult {
83    pub success: bool,
84    pub output: Option<String>,
85    pub error: Option<String>,
86    /// Process exit code for a failure, e.g. 75 (EX_TEMPFAIL) when a snapshot
87    /// resume can be retried later (issue #224).
88    pub exit_code: Option<i32>,
89}
90
91/// Side effects a resume performs beyond running plan steps.
92///
93/// Injectable so tests can exercise the full resume flow without spawning a
94/// completion watcher, launching an isolation backend, or reading log files.
95pub trait ResumeHooks {
96    /// Attach a fresh completion watcher to a resumed docker session.
97    fn start_watcher(&self, session_name: &str, record: &ExecutionRecord);
98    /// Report attachment failures while keeping existing injectable hooks compatible.
99    fn attach_watcher(&self, session_name: &str, record: &ExecutionRecord) -> Result<(), String> {
100        self.start_watcher(session_name, record);
101        Ok(())
102    }
103
104    /// Launch the command again through its isolation backend.
105    fn relaunch(&self, backend: &str, command: &str, options: &IsolationOptions)
106        -> IsolationResult;
107
108    /// Resolve the terminal result of a session that ended unsupervised.
109    fn reconcile(&self, record: &ExecutionRecord) -> ExecutionRecord;
110}
111
112/// The real side effects: docker watcher, isolation backends, log evidence.
113#[derive(Debug, Default)]
114pub struct SystemResumeHooks;
115
116impl ResumeHooks for SystemResumeHooks {
117    fn start_watcher(&self, session_name: &str, record: &ExecutionRecord) {
118        let _ = self.attach_watcher(session_name, record);
119    }
120
121    fn attach_watcher(&self, session_name: &str, record: &ExecutionRecord) -> Result<(), String> {
122        let log_path = (!record.log_path.is_empty()).then(|| PathBuf::from(&record.log_path));
123        start_detached_docker_completion_watcher_with(
124            session_name,
125            get_docker_container_cleanup_policy(&build_launch_options(record)),
126            log_path.as_ref(),
127            // The resumed session gets the same record, so the watcher that
128            // outlives this process finalizes it too (issue #170.1).
129            Some(record.uuid.as_str()),
130            &DockerWatcherOptions {
131                since: record
132                    .attempt
133                    .as_ref()
134                    .map(|attempt| attempt.started_at.clone()),
135                attempt_number: record.attempt.as_ref().map(|attempt| attempt.number),
136                recover_on_kill: keeps_kill_recovery(session_name, record),
137            },
138        )
139    }
140
141    fn relaunch(
142        &self,
143        backend: &str,
144        command: &str,
145        options: &IsolationOptions,
146    ) -> IsolationResult {
147        run_isolated(backend, command, options)
148    }
149
150    fn reconcile(&self, record: &ExecutionRecord) -> ExecutionRecord {
151        crate::status_formatter::enrich_detached_status(record)
152    }
153}
154
155/// `docker start` re-runs the launch-time selector, so a container resumed in
156/// place or relaunched through isolation keeps its kill recovery (issue #176);
157/// a snapshot-derived container has no selector.
158pub fn keeps_kill_recovery(session_name: &str, record: &ExecutionRecord) -> bool {
159    record.attempt.as_ref().is_none_or(|attempt| {
160        matches!(
161            attempt.mode.as_str(),
162            "docker-start" | "automatic-recovery" | "relaunch"
163        )
164    }) && record_option(record, "sessionName") == Some(session_name)
165        && record
166            .options
167            .get("onKillResume")
168            .is_some_and(|value| value.as_u64().unwrap_or(0) > 0)
169}
170
171fn record_option<'a>(record: &'a ExecutionRecord, key: &str) -> Option<&'a str> {
172    record.options.get(key).and_then(|value| value.as_str())
173}
174
175fn record_flag(record: &ExecutionRecord, key: &str) -> bool {
176    record
177        .options
178        .get(key)
179        .and_then(|value| value.as_bool())
180        .unwrap_or(false)
181}
182
183fn record_strings(record: &ExecutionRecord, key: &str) -> Vec<String> {
184    record
185        .options
186        .get(key)
187        .and_then(|value| value.as_array())
188        .map(|items| {
189            items
190                .iter()
191                .filter_map(|item| item.as_str().map(str::to_string))
192                .collect()
193        })
194        .unwrap_or_default()
195}
196
197/// Build the docker image name used to snapshot a container before running a
198/// new command in it. Docker repository names must be lowercase and limited to
199/// `[a-z0-9._-]`, so session names are sanitized.
200pub fn build_snapshot_image_name(session_name: &str, attempt: u64) -> String {
201    let mut sanitized = String::new();
202    let mut pending_dash = false;
203    for ch in session_name.to_lowercase().chars() {
204        if ch.is_ascii_lowercase() || ch.is_ascii_digit() || ch == '.' || ch == '_' || ch == '-' {
205            if pending_dash {
206                sanitized.push('-');
207                pending_dash = false;
208            }
209            sanitized.push(ch);
210        } else if !sanitized.is_empty() || !pending_dash {
211            pending_dash = true;
212        }
213    }
214    if pending_dash {
215        sanitized.push('-');
216    }
217    let sanitized = sanitized.trim_start_matches(['-', '.']).to_string();
218    let sanitized = if sanitized.is_empty() {
219        "session".to_string()
220    } else {
221        sanitized
222    };
223    format!("start-command-resume/{}:{}", sanitized, attempt)
224}
225
226/// Build the container name for a snapshot-based resume.
227pub fn build_resumed_session_name(session_name: &str, attempt: u64) -> String {
228    format!("{}-resume-{}", session_name, attempt)
229}
230
231/// Rebuild the isolation options stored on a record so the command can be
232/// launched again with the same configuration.
233pub fn build_launch_options(record: &ExecutionRecord) -> IsolationOptions {
234    let networks = record_strings(record, "networks");
235    IsolationOptions {
236        session: record_option(record, "sessionName").map(str::to_string),
237        labels: record_strings(record, "labels"),
238        uuid: Some(record.uuid.clone()),
239        root_session: Some(
240            record_option(record, "rootSession")
241                .or_else(|| {
242                    record
243                        .options
244                        .get("sessionNameHistory")
245                        .and_then(Value::as_array)
246                        .and_then(|history| history.first())
247                        .and_then(Value::as_str)
248                })
249                .unwrap_or_else(|| record_option(record, "sessionName").unwrap_or("session"))
250                .to_string(),
251        ),
252        resume_count: record
253            .options
254            .get("resumeCount")
255            .and_then(Value::as_u64)
256            .unwrap_or(0) as u32
257            + 1,
258        image: record_option(record, "image").map(str::to_string),
259        volumes: record_strings(record, "volumes"),
260        mounts: record_strings(record, "mounts"),
261        env: record_strings(record, "env"),
262        privileged: record_flag(record, "privileged"),
263        network: networks.first().cloned(),
264        networks,
265        network_aliases: record_strings(record, "networkAliases"),
266        // Limits captured from the container on an earlier resume (issue #176).
267        resource_limits: normalize_resource_limits(record.options.get("resourceLimits")),
268        cpu_penalty_config: record
269            .options
270            .get("cpuPenaltyConfig")
271            .and_then(|v| serde_json::from_value(v.clone()).ok()),
272        on_kill_resume: record
273            .options
274            .get("onKillResume")
275            .and_then(Value::as_u64)
276            .map(|n| n as u32),
277        recovery_command: record_option(record, "recoveryCommand").map(str::to_string),
278        endpoint: record_option(record, "endpoint").map(str::to_string),
279        detached: true,
280        user: record_option(record, "user").map(str::to_string),
281        keep_alive: record_flag(record, "keepAlive"),
282        auto_remove_docker_container: record_flag(record, "autoRemoveDockerContainer"),
283        always_cleanup_container: record_flag(record, "alwaysCleanupContainer"),
284        keep_container: record_flag(record, "keepContainer"),
285        keep_container_on_fail: record_flag(record, "keepContainerOnFail"),
286        shell: record_option(record, "shell").unwrap_or("auto").to_string(),
287        // Append to the same log so one logical session keeps one gap-free record.
288        log_path: (!record.log_path.is_empty()).then(|| PathBuf::from(&record.log_path)),
289        // The relaunched session keeps writing to this record, so its watcher
290        // is the one that must mark it terminal (issue #170.1).
291        execution_id: Some(record.uuid.clone()),
292        defer_completion_watcher: true,
293    }
294}
295
296/// Build the steps that start a snapshot-derived container.
297///
298/// `docker run` can only join one network, so a session that was launched on
299/// several networks is rebuilt the same way `run_isolated` builds it: create
300/// the container, connect the additional networks, then start it. Dropping to a
301/// single `docker run` when there is nothing extra to connect keeps the common
302/// case to one command.
303fn build_snapshot_start_steps(
304    docker: &str,
305    container_args: Vec<String>,
306    extra_networks: &[String],
307    new_session_name: &str,
308    snapshot_image: &str,
309) -> Vec<ResumeStep> {
310    if extra_networks.is_empty() {
311        let mut args = vec!["run".to_string(), "-d".to_string()];
312        args.extend(container_args);
313        return vec![ResumeStep {
314            command: docker.to_string(),
315            args,
316            description: format!("Run the new command in {}", new_session_name),
317        }];
318    }
319
320    let mut create_args = vec!["create".to_string()];
321    create_args.extend(container_args);
322    let mut steps = vec![ResumeStep {
323        command: docker.to_string(),
324        args: create_args,
325        description: format!("Create {} from {}", new_session_name, snapshot_image),
326    }];
327    for network in extra_networks {
328        steps.push(ResumeStep {
329            command: docker.to_string(),
330            args: vec![
331                "network".to_string(),
332                "connect".to_string(),
333                network.clone(),
334                new_session_name.to_string(),
335            ],
336            description: format!("Connect {} to network {}", new_session_name, network),
337        });
338    }
339    steps.push(ResumeStep {
340        command: docker.to_string(),
341        args: vec!["start".to_string(), new_session_name.to_string()],
342        description: format!("Run the new command in {}", new_session_name),
343    });
344    steps
345}
346
347fn docker_snapshot_plan(
348    record: &ExecutionRecord,
349    backend: &str,
350    session_name: &str,
351    command: &str,
352    attempt: u64,
353    live_resource_limits: Option<Vec<String>>,
354) -> ResumePlan {
355    let snapshot_image = build_snapshot_image_name(session_name, attempt);
356    let new_session_name = build_resumed_session_name(session_name, attempt);
357    let docker = docker_command().to_string_lossy().to_string();
358
359    let mut launch_options = build_launch_options(record);
360    launch_options.session = Some(new_session_name.clone());
361    launch_options.resume_count = attempt as u32;
362    launch_options.labels =
363        crate::isolation_metadata::docker_attribution_labels(&launch_options, &new_session_name);
364    // `docker commit` keeps the filesystem but not the HostConfig, so the
365    // limits must be passed to the new container explicitly (issue #176).
366    if let Some(limits) = live_resource_limits {
367        launch_options.resource_limits = limits;
368    }
369    let mut container_args = vec!["--name".to_string(), new_session_name.clone()];
370    container_args.extend([
371        "--label".into(),
372        format!(
373            "{}={}",
374            crate::docker_snapshot_safety::SNAPSHOT_IMAGE_LABEL,
375            snapshot_image
376        ),
377    ]);
378    if let Some(user) = record_option(record, "user") {
379        container_args.push("--user".to_string());
380        container_args.push(user.to_string());
381    }
382    container_args.extend(
383        build_docker_runtime_args(&launch_options)
384            .into_iter()
385            .map(str::to_string),
386    );
387    container_args.push(snapshot_image.clone());
388    container_args.extend(crate::docker_command_handoff::build_command_handoff_args(
389        &["sh".into(), "-c".into(), command.into()],
390        &crate::docker_command_handoff::command_handoff_path(&new_session_name),
391    ));
392
393    let mut steps = vec![ResumeStep {
394        command: docker.clone(),
395        args: vec![
396            "commit".to_string(),
397            session_name.to_string(),
398            snapshot_image.clone(),
399        ],
400        description: format!("Snapshot container {} as {}", session_name, snapshot_image),
401    }];
402    steps.extend(build_snapshot_start_steps(
403        &docker,
404        container_args,
405        &docker_networks(&launch_options)
406            .into_iter()
407            .skip(1)
408            .map(str::to_string)
409            .collect::<Vec<_>>(),
410        &new_session_name,
411        &snapshot_image,
412    ));
413
414    ResumePlan {
415        mode: ResumeMode::DockerSnapshot,
416        backend: backend.to_string(),
417        session_name: session_name.to_string(),
418        new_session_name: Some(new_session_name.clone()),
419        snapshot_image: Some(snapshot_image.clone()),
420        command: command.to_string(),
421        attempt,
422        resource_limits: launch_options.resource_limits.clone(),
423        steps,
424        launch_options: None,
425        message: format!(
426            "Resumed session in new container {} from snapshot of {}",
427            new_session_name, session_name
428        ),
429    }
430}
431
432/// Decide how a stored execution should be resumed.
433pub fn build_resume_plan(
434    record: &ExecutionRecord,
435    new_command: Option<&str>,
436    probe: &SessionProbe,
437) -> Result<ResumePlan, String> {
438    build_resume_plan_with_limits(record, new_command, probe, None)
439}
440
441/// [`build_resume_plan`] with the resource limits read from the stopped
442/// container with `docker inspect`; falls back to the stored ones when `None`.
443pub fn build_resume_plan_with_limits(
444    record: &ExecutionRecord,
445    new_command: Option<&str>,
446    probe: &SessionProbe,
447    live_resource_limits: Option<Vec<String>>,
448) -> Result<ResumePlan, String> {
449    let session_name = record_option(record, "sessionName")
450        .ok_or_else(|| "Execution record does not contain an isolation session name.".to_string())?
451        .to_string();
452
453    if record_option(record, "isolationMode") != Some("detached") {
454        return Err("Only detached isolated executions can be resumed.".to_string());
455    }
456
457    if probe.alive {
458        return Err(format!(
459            "Session \"{}\" is still running. Use `$ --attach {}` to re-enter it, or `$ --stop {}` first.",
460            session_name, record.uuid, record.uuid
461        ));
462    }
463
464    let backend = record_option(record, "isolated")
465        .unwrap_or("unknown")
466        .to_string();
467    let command = new_command.unwrap_or(record.command.as_str()).to_string();
468    if command.is_empty() {
469        return Err(format!(
470            "Execution \"{}\" has no stored command to resume.",
471            record.uuid
472        ));
473    }
474
475    let attempt = record
476        .options
477        .get("resumeCount")
478        .and_then(|value| value.as_u64())
479        .unwrap_or(0)
480        + 1;
481
482    if backend == "docker" && probe.state == SessionState::Stopped {
483        return Ok(match new_command {
484            None | Some(_)
485                if !record_flag(record, "forceSnapshot")
486                    && (new_command.is_none() || record_flag(record, "commandHandoff")) =>
487            {
488                ResumePlan {
489                    mode: ResumeMode::DockerStart,
490                    backend,
491                    new_session_name: None,
492                    snapshot_image: None,
493                    command,
494                    attempt,
495                    resource_limits: Vec::new(),
496                    steps: vec![ResumeStep {
497                        command: docker_command().to_string_lossy().to_string(),
498                        args: vec!["start".to_string(), session_name.clone()],
499                        description: format!("Start stopped container {}", session_name),
500                    }],
501                    launch_options: None,
502                    message: if new_command.is_some() {
503                        format!("Resumed new command in the same detached docker container: {} (no filesystem snapshot)", session_name)
504                    } else {
505                        format!("Resumed detached docker container: {}", session_name)
506                    },
507                    session_name,
508                }
509            }
510            Some(new_command) => docker_snapshot_plan(
511                record,
512                &backend,
513                &session_name,
514                new_command,
515                attempt,
516                live_resource_limits,
517            ),
518            None => docker_snapshot_plan(
519                record,
520                &backend,
521                &session_name,
522                &command,
523                attempt,
524                live_resource_limits,
525            ),
526        });
527    }
528
529    Ok(ResumePlan {
530        mode: ResumeMode::Relaunch,
531        message: format!("Relaunched {} session: {}", backend, session_name),
532        backend,
533        new_session_name: None,
534        snapshot_image: None,
535        command,
536        attempt,
537        resource_limits: Vec::new(),
538        steps: Vec::new(),
539        launch_options: Some(build_launch_options(record)),
540        session_name,
541    })
542}
543
544/// Fields reported after a resume attempt.
545pub struct ResumeResultFields<'a> {
546    pub identifier: &'a str,
547    pub uuid: &'a str,
548    pub mode: ResumeMode,
549    pub backend: &'a str,
550    pub session_name: &'a str,
551    pub previous_session_name: Option<&'a str>,
552    pub snapshot_image: Option<&'a str>,
553    /// Limits the snapshot-derived container was started with (issue #176).
554    pub resource_limits: &'a [String],
555    pub command: &'a str,
556    pub message: &'a str,
557}
558
559/// Format a resume result as links notation.
560pub fn format_resume_result_as_links_notation(result: &ResumeResultFields) -> String {
561    let mut lines = vec![
562        "executionResume".to_string(),
563        format!(
564            "  identifier {}",
565            escape_for_links_notation(result.identifier)
566        ),
567        format!("  uuid {}", escape_for_links_notation(result.uuid)),
568        format!("  mode {}", escape_for_links_notation(result.mode.as_str())),
569        format!("  backend {}", escape_for_links_notation(result.backend)),
570        format!(
571            "  sessionName {}",
572            escape_for_links_notation(result.session_name)
573        ),
574    ];
575    if let Some(previous) = result.previous_session_name {
576        lines.push(format!(
577            "  previousSessionName {}",
578            escape_for_links_notation(previous)
579        ));
580    }
581    if let Some(image) = result.snapshot_image {
582        lines.push(format!(
583            "  snapshotImage {}",
584            escape_for_links_notation(image)
585        ));
586    }
587    if !result.resource_limits.is_empty() {
588        lines.push(format!(
589            "  resourceLimits {}",
590            escape_for_links_notation(&result.resource_limits.join(" "))
591        ));
592    }
593    lines.push(format!(
594        "  command {}",
595        escape_for_links_notation(result.command)
596    ));
597    lines.push(format!(
598        "  message {}",
599        escape_for_links_notation(result.message)
600    ));
601    lines.join("\n")
602}
603
604/// Format a resume result in the requested output format.
605pub fn format_resume_result(result: &ResumeResultFields, output_format: Option<&str>) -> String {
606    match output_format {
607        Some("json") => {
608            let mut value = json!({
609                "identifier": result.identifier,
610                "uuid": result.uuid,
611                "mode": result.mode.as_str(),
612                "backend": result.backend,
613                "sessionName": result.session_name,
614                "previousSessionName": result.previous_session_name,
615                "snapshotImage": result.snapshot_image,
616                "resourceLimits": (!result.resource_limits.is_empty())
617                    .then_some(result.resource_limits),
618                "command": result.command,
619                "message": result.message,
620            });
621            if let Value::Object(ref mut map) = value {
622                map.retain(|_, entry| !entry.is_null());
623            }
624            serde_json::to_string_pretty(&value).unwrap_or_else(|_| "{}".to_string())
625        }
626        Some("text") => {
627            let mut lines = vec![
628                format!("Resume Mode:   {}", result.mode.as_str()),
629                format!("UUID:          {}", result.uuid),
630                format!("Backend:       {}", result.backend),
631                format!("Session Name:  {}", result.session_name),
632                format!("Command:       {}", result.command),
633            ];
634            if !result.resource_limits.is_empty() {
635                lines.push(format!(
636                    "Resource Limits: {}",
637                    result.resource_limits.join(" ")
638                ));
639            }
640            lines.push(result.message.to_string());
641            lines.join("\n")
642        }
643        _ => format_resume_result_as_links_notation(result),
644    }
645}
646
647/// Apply the resume outcome to the stored record, keeping the original UUID so
648/// one logical session stays addressable across restarts.
649pub fn apply_resume_to_record(
650    record: &mut ExecutionRecord,
651    plan: &ResumePlan,
652    container_id: Option<&str>,
653) {
654    let attempt = crate::execution_attempt::create_attempt(
655        record,
656        plan.mode.as_str(),
657        active_session_name(plan),
658    );
659    crate::execution_attempt::archive_attempt(record);
660    record.attempt = Some(attempt);
661    record
662        .options
663        .insert("resumeCount".to_string(), json!(plan.attempt));
664    record.options.insert(
665        "resumedAt".to_string(),
666        json!(record.attempt.as_ref().unwrap().started_at),
667    );
668    // A resume is a new deliberate start: launch-time recovery applies again.
669    record.options.remove("stopRequestedAt");
670    record.options.remove("exitEvidence");
671    if !plan.resource_limits.is_empty() {
672        record
673            .options
674            .insert("resourceLimits".to_string(), json!(plan.resource_limits));
675    }
676
677    if !record.options.contains_key("rootSession") {
678        let root = record
679            .options
680            .get("sessionNameHistory")
681            .and_then(Value::as_array)
682            .and_then(|history| history.first())
683            .and_then(Value::as_str)
684            .or_else(|| record_option(record, "sessionName"))
685            .unwrap_or("session")
686            .to_string();
687        record.options.insert("rootSession".into(), json!(root));
688    }
689    if let Some(new_session_name) = &plan.new_session_name {
690        let mut history = record
691            .options
692            .get("sessionNameHistory")
693            .and_then(|value| value.as_array())
694            .cloned()
695            .unwrap_or_default();
696        if let Some(previous) = record.options.get("sessionName").cloned() {
697            history.push(previous);
698        }
699        record
700            .options
701            .insert("sessionNameHistory".to_string(), Value::Array(history));
702        record
703            .options
704            .insert("sessionName".to_string(), json!(new_session_name));
705    }
706    if let Some(snapshot_image) = &plan.snapshot_image {
707        record
708            .options
709            .insert("image".to_string(), json!(snapshot_image));
710        record
711            .options
712            .insert("snapshotImage".into(), json!(snapshot_image));
713        record.options.insert("commandHandoff".into(), json!(true));
714    }
715    if plan.mode == ResumeMode::Relaunch && plan.backend == "docker" {
716        record.options.insert("commandHandoff".into(), json!(true));
717    }
718    if let Some(container_id) = container_id {
719        record
720            .options
721            .insert("containerId".to_string(), json!(container_id));
722    }
723
724    record.command = plan.command.clone();
725    record.status = ExecutionStatus::Executing;
726    record.exit_code = None;
727    record.end_time = None;
728    record.exit_reason = None;
729    record.oom_killed = None;
730}
731
732fn active_session_name(plan: &ResumePlan) -> &str {
733    plan.new_session_name
734        .as_deref()
735        .unwrap_or(&plan.session_name)
736}
737
738#[path = "execution_resume_flow.rs"]
739mod resume_flow;
740pub use resume_flow::{
741    resume_execution, resume_execution_with, resume_execution_with_options,
742    resume_execution_with_resources,
743};
start_command/execution_resume.rs

start_command/
execution_resume.rs
