main.rs · smbcloud/smbcloud-ascapi

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main

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1	use anyhow::{Context, Result};
2	use clap::{Parser, Subcommand, ValueEnum};
3	use smbcloud_ascapi_aso::app::AppUpdateAttributes;
4	use smbcloud_ascapi_aso::app_info_localization::{
5	AppInfoLocalizationCreateAttributes, AppInfoLocalizationUpdateAttributes,
6	};
7	use smbcloud_ascapi_aso::app_screenshot_set::{
8	AppScreenshotSetCreateAttributes, ScreenshotDisplayType,
9	};
10	use smbcloud_ascapi_aso::app_store_version::{
11	AppStoreVersionCreateAttributes, AppStoreVersionUpdateFields, Platform,
12	};
13	use smbcloud_ascapi_aso::app_store_version_localization::{
14	AppStoreVersionLocalizationAttributes, AppStoreVersionLocalizationCreateAttributes,
15	AppStoreVersionLocalizationFields,
16	};
17	use smbcloud_ascapi_aso::beta_app_review_detail::BetaAppReviewDetailUpdate;
18	use smbcloud_ascapi_aso::build::{BuildFilter, BuildUpdateAttributes};
19	use smbcloud_ascapi_aso::bundle_id::{BundleIdCreateAttributes, BundleIdPlatform};
20	use smbcloud_ascapi_aso::prelude::*;
21	use smbcloud_ascapi_core::{ApiKey, Client};
22	use smbcloud_ascapi_frontend::attach_build::attach_build;
23	use smbcloud_ascapi_frontend::await_processing::{await_processing, AwaitConfig};
24	use smbcloud_ascapi_frontend::review;
25	use smbcloud_ascapi_frontend::upload::{self, upload_package, validate_app, AltoolAuth, AltoolOp};
26	use smbcloud_ascapi_play::{ImageType as PlayImageType, ListingFields as PlayListingFields};
27	use smbcloud_ascapi_pricing::app_price::PriceKind;
28	use smbcloud_ascapi_pricing::prelude::*;
29	use smbcloud_ascapi_reports::prelude::*;
30	use smbcloud_ascapi_reports::SalesReportRequest;
31	use smbcloud_ascapi_signing::certificate::{CertificateCreateAttributes, CertificateType};
32	use smbcloud_ascapi_signing::csr::generate_certificate_request;
33	use smbcloud_ascapi_signing::prelude::*;
34	use smbcloud_ascapi_signing::profile::{
35	ProfileCreateAttributes, ProfileCreateRelationships, ProfileType,
36	};
37	use std::collections::HashSet;
38	use std::path::PathBuf;
39	use std::time::Duration;
40
41	/// Add/update App Store Connect app metadata (apps, app infos, app store
42	/// versions, and their localizations) from the terminal or a script.
43	#[derive(Parser)]
44	#[command(name = "asc", version, about)]
45	struct Cli {
46	/// App Store Connect API key ID (Users and Access → Integrations → App
47	/// Store Connect API). Not required with `--mcp`, which resolves
48	/// credentials per tool call so an unconfigured server can still list
49	/// its tools.
50	#[arg(long, env = "ASC_API_KEY")]
51	key_id: Option<String>,
52
53	/// App Store Connect API issuer ID (same page as the key).
54	#[arg(long, env = "ASC_ISSUER_ID")]
55	issuer_id: Option<String>,
56
57	/// Run as an MCP server over stdio instead of executing a subcommand.
58	///
59	/// stdout carries the JSON-RPC stream in this mode, so nothing else
60	/// may be written to it.
61	#[arg(long)]
62	mcp: bool,
63
64	/// Path to the key's .p8 private key file. Defaults to
65	/// `~/.appstoreconnect/private_keys/AuthKey_<key-id>.p8`, matching
66	/// Xcode's own convention.
67	#[arg(long, env = "ASC_PRIVATE_KEY_PATH", global = true)]
68	private_key_path: Option<PathBuf>,
69
70	/// Print the request body that would be sent instead of sending it.
71	/// Only affects commands that create or modify data.
72	#[arg(long, global = true)]
73	dry_run: bool,
74
75	#[command(subcommand)]
76	command: Option<Command>,
77	}
78
79	#[derive(Subcommand)]
80	enum PlayCommand {
81	/// Localized store listing text (title, short and full description).
82	Listings {
83	#[command(subcommand)]
84	command: PlayListingsCommand,
85	},
86	/// Listing images: screenshots, feature graphic, icon.
87	Images {
88	#[command(subcommand)]
89	command: PlayImagesCommand,
90	},
91	/// Release notes on a track release.
92	Tracks {
93	#[command(subcommand)]
94	command: PlayTracksCommand,
95	},
96	}
97
98	#[derive(Subcommand)]
99	enum PlayListingsCommand {
100	/// Every localized listing of an app.
101	List { package: String },
102	/// Patch one locale's listing, then read it back. With `--dry-run` the
103	/// edit is opened, the body printed, and the edit deleted.
104	Update {
105	package: String,
106	#[arg(long)]
107	locale: String,
108	/// Title, up to 30 characters.
109	#[arg(long, conflicts_with = "title_file")]
110	title: Option<String>,
111	/// Read the title from a UTF-8 file; one trailing newline is dropped.
112	#[arg(long)]
113	title_file: Option<PathBuf>,
114	/// Short description, up to 80 characters.
115	#[arg(long, conflicts_with = "short_description_file")]
116	short_description: Option<String>,
117	/// Read the short description from a UTF-8 file.
118	#[arg(long)]
119	short_description_file: Option<PathBuf>,
120	/// Full description, up to 4000 characters.
121	#[arg(long, conflicts_with = "full_description_file")]
122	full_description: Option<String>,
123	/// Read the full description from a UTF-8 file.
124	#[arg(long)]
125	full_description_file: Option<PathBuf>,
126	},
127	}
128
129	#[derive(Clone, Copy, ValueEnum)]
130	enum CliPlayImageType {
131	PhoneScreenshots,
132	SevenInchScreenshots,
133	TenInchScreenshots,
134	FeatureGraphic,
135	Icon,
136	}
137
138	impl From<CliPlayImageType> for PlayImageType {
139	fn from(value: CliPlayImageType) -> Self {
140	match value {
141	CliPlayImageType::PhoneScreenshots => Self::PhoneScreenshots,
142	CliPlayImageType::SevenInchScreenshots => Self::SevenInchScreenshots,
143	CliPlayImageType::TenInchScreenshots => Self::TenInchScreenshots,
144	CliPlayImageType::FeatureGraphic => Self::FeatureGraphic,
145	CliPlayImageType::Icon => Self::Icon,
146	}
147	}
148	}
149
150	#[derive(Subcommand)]
151	enum PlayImagesCommand {
152	/// Images in one bucket of one locale.
153	List {
154	package: String,
155	#[arg(long)]
156	locale: String,
157	#[arg(long = "type")]
158	image_type: CliPlayImageType,
159	},
160	/// Replace a bucket with the given files, in order, in one edit: the old
161	/// set is deleted and the new one uploaded, so a failed upload keeps the
162	/// old set. Sizes are checked before anything is sent.
163	Replace {
164	package: String,
165	#[arg(long)]
166	locale: String,
167	#[arg(long = "type")]
168	image_type: CliPlayImageType,
169	/// PNG or JPEG file; repeat for each image, in display order.
170	#[arg(long = "file", required = true)]
171	files: Vec<PathBuf>,
172	},
173	}
174
175	#[derive(Subcommand)]
176	enum PlayTracksCommand {
177	/// A track and its releases, with their release notes.
178	Get {
179	package: String,
180	#[arg(long)]
181	track: String,
182	},
183	/// Set one locale's release notes (up to 500 characters) on the release
184	/// carrying a version code, then read the track back.
185	SetNotes {
186	package: String,
187	#[arg(long)]
188	track: String,
189	#[arg(long)]
190	version_code: String,
191	#[arg(long)]
192	locale: String,
193	#[arg(
194	long,
195	conflicts_with = "notes_file",
196	required_unless_present = "notes_file"
197	)]
198	notes: Option<String>,
199	/// Read the notes from a UTF-8 file; one trailing newline is dropped.
200	#[arg(long)]
201	notes_file: Option<PathBuf>,
202	},
203	}
204
205	#[derive(Subcommand)]
206	enum Command {
207	/// Google Play store listings: text, images, and release notes. Uses a
208	/// Play service account, not the App Store Connect key.
209	Play {
210	/// Path to the Play service-account JSON key. Falls back to
211	/// `PLAY_SERVICE_ACCOUNT_JSON_PATH`, then to the key contents in
212	/// `PLAY_SERVICE_ACCOUNT_JSON`.
213	#[arg(long, global = true)]
214	play_service_account: Option<PathBuf>,
215	#[command(subcommand)]
216	command: PlayCommand,
217	},
218	/// Look up apps by bundle ID, or a specific app by its ASC app ID.
219	Apps {
220	#[command(subcommand)]
221	command: AppsCommand,
222	},
223	/// Register or look up bundle identifiers.
224	BundleIds {
225	#[command(subcommand)]
226	command: BundleIdsCommand,
227	},
228	/// Per-platform App Store Version records for an app — create one to
229	/// add a new platform (e.g. visionOS) to an existing app.
230	AppStoreVersions {
231	#[command(subcommand)]
232	command: AppStoreVersionsCommand,
233	},
234	/// Send an App Store Version to App Review, see what's waiting, or
235	/// withdraw a submission that hasn't been reviewed yet.
236	ReviewSubmissions {
237	#[command(subcommand)]
238	command: ReviewSubmissionsCommand,
239	},
240	/// Localized name/subtitle for an app's AppInfo.
241	AppInfoLocalizations {
242	#[command(subcommand)]
243	command: AppInfoLocalizationsCommand,
244	},
245	/// Localized description/keywords/etc for an App Store Version.
246	AppStoreVersionLocalizations {
247	#[command(subcommand)]
248	command: AppStoreVersionLocalizationsCommand,
249	},
250	/// Per-device-class screenshot buckets on an App Store Version
251	/// Localization — create one, then add images to it with
252	/// `app-screenshots upload`.
253	AppScreenshotSets {
254	#[command(subcommand)]
255	command: AppScreenshotSetsCommand,
256	},
257	/// Screenshot image binaries within an AppScreenshotSet.
258	AppScreenshots {
259	#[command(subcommand)]
260	command: AppScreenshotsCommand,
261	},
262	/// What an app costs, per territory — the manual price a human set
263	/// and the automatic ones Apple converted it into.
264	AppPrices {
265	#[command(subcommand)]
266	command: AppPricesCommand,
267	},
268	/// Signing certificates: list what the team holds, issue a new one, or
269	/// revoke an old one.
270	Certificates {
271	#[command(subcommand)]
272	command: CertificatesCommand,
273	},
274	/// Provisioning profiles: what a bundle ID is allowed to claim, and
275	/// which certificates may sign it. Create a new one after changing an
276	/// App ID's capabilities — existing profiles never pick the change up.
277	Profiles {
278	#[command(subcommand)]
279	command: ProfilesCommand,
280	},
281	/// Download account-level App Store sales reports as JSON.
282	SalesReports {
283	#[command(subcommand)]
284	command: SalesReportsCommand,
285	},
286	/// Manage TestFlight beta testing: groups, review details, and review submissions.
287	Testflight {
288	#[command(subcommand)]
289	command: TestflightCommand,
290	},
291	/// Local signing health checks that compare this machine against App
292	/// Store Connect. macOS only — they read the login keychain.
293	#[cfg(target_os = "macos")]
294	Signing {
295	#[command(subcommand)]
296	command: SigningCommand,
297	},
298	}
299
300	async fn run_play(
301	service_account: Option<&std::path::Path>,
302	command: PlayCommand,
303	dry_run: bool,
304	) -> Result<()> {
305	use smbcloud_ascapi_frontend::play;
306	let client = play::play_client(service_account).map_err(\|e\| anyhow::anyhow!(e))?;
307	let fail = \|e: String\| anyhow::anyhow!(e);
308	match command {
309	PlayCommand::Listings { command } => match command {
310	PlayListingsCommand::List { package } => {
311	print_json(&play::read_listings(&client, &package).await.map_err(fail)?)
312	}
313	PlayListingsCommand::Update {
314	package,
315	locale,
316	title,
317	title_file,
318	short_description,
319	short_description_file,
320	full_description,
321	full_description_file,
322	} => {
323	let fields = PlayListingFields {
324	title: text_arg(title, title_file, "--title-file")?,
325	short_description: text_arg(
326	short_description,
327	short_description_file,
328	"--short-description-file",
329	)?,
330	full_description: text_arg(
331	full_description,
332	full_description_file,
333	"--full-description-file",
334	)?,
335	};
336	let result = play::update_listing(&client, &package, &locale, fields, dry_run)
337	.await
338	.map_err(fail)?;
339	if result.dry_run {
340	println!("# dry run: nothing was committed; body that would be sent:");
341	}
342	print_json(&result)
343	}
344	},
345	PlayCommand::Images { command } => match command {
346	PlayImagesCommand::List {
347	package,
348	locale,
349	image_type,
350	} => print_json(
351	&play::read_images(&client, &package, &locale, image_type.into())
352	.await
353	.map_err(fail)?,
354	),
355	PlayImagesCommand::Replace {
356	package,
357	locale,
358	image_type,
359	files,
360	} => {
361	let result = play::replace_images(
362	&client,
363	&package,
364	&locale,
365	image_type.into(),
366	&files,
367	dry_run,
368	)
369	.await
370	.map_err(fail)?;
371	if result.dry_run {
372	println!("# dry run: nothing was committed; images that would be uploaded:");
373	}
374	print_json(&result)
375	}
376	},
377	PlayCommand::Tracks { command } => match command {
378	PlayTracksCommand::Get { package, track } => print_json(
379	&play::read_track(&client, &package, &track)
380	.await
381	.map_err(fail)?,
382	),
383	PlayTracksCommand::SetNotes {
384	package,
385	track,
386	version_code,
387	locale,
388	notes,
389	notes_file,
390	} => {
391	let notes = text_arg(notes, notes_file, "--notes-file")?
392	.context("--notes or --notes-file is required")?;
393	let result = play::set_track_notes(
394	&client,
395	&package,
396	&track,
397	&version_code,
398	&locale,
399	&notes,
400	dry_run,
401	)
402	.await
403	.map_err(fail)?;
404	if result.dry_run {
405	println!("# dry run: nothing was committed; track as it would be:");
406	}
407	print_json(&result)
408	}
409	},
410	}
411	}
412
413	/// macOS-only signing diagnostics.
414	#[cfg(target_os = "macos")]
415	#[derive(Subcommand)]
416	enum SigningCommand {
417	/// Cross-check the login keychain against Apple's certificates and
418	/// report which of Apple's certificates this machine can actually sign
419	/// with — i.e. which ones have their private key present locally.
420	///
421	/// Read-only: it lists certificates and inspects the keychain, and
422	/// never writes or transmits key material.
423	Doctor,
424	}
425
426	#[derive(Subcommand)]
427	enum TestflightCommand {
428	/// Manage TestFlight beta groups.
429	Groups {
430	#[command(subcommand)]
431	command: BetaGroupsCommand,
432	},
433	/// Manage the Beta App Review contact details for an app.
434	AppReviewDetail {
435	#[command(subcommand)]
436	command: BetaAppReviewDetailCommand,
437	},
438	/// Manage Beta App Review submissions for a build.
439	AppReviewSubmissions {
440	#[command(subcommand)]
441	command: BetaAppReviewSubmissionsCommand,
442	},
443	/// Manage the per-locale "What to Test" notes testers see on a build.
444	BuildLocalizations {
445	#[command(subcommand)]
446	command: BetaBuildLocalizationsCommand,
447	},
448	}
449
450	#[derive(Subcommand)]
451	enum BetaBuildLocalizationsCommand {
452	/// `GET /v1/betaBuildLocalizations?filter[build]={build_id}` — every
453	/// locale's note for a build (find the build with `apps builds`).
454	List {
455	/// The ASC build ID.
456	build_id: String,
457	},
458	/// `POST /v1/betaBuildLocalizations` — add a locale's note to a build.
459	/// A build holds one note per locale; use `update` if the locale already
460	/// has one.
461	#[command(group(clap::ArgGroup::new("text").required(true).args(["whats_new", "whats_new_file"])))]
462	Create {
463	/// The ASC build ID.
464	build_id: String,
465	/// BCP 47 locale tag, e.g. `en-US` or `id`.
466	#[arg(long)]
467	locale: String,
468	/// The "What to Test" text (up to 4000 characters).
469	#[arg(long)]
470	whats_new: Option<String>,
471	/// Read the "What to Test" text from a UTF-8 file instead of
472	/// `--whats-new`; one trailing newline is dropped.
473	#[arg(long)]
474	whats_new_file: Option<PathBuf>,
475	},
476	/// `PATCH /v1/betaBuildLocalizations/{id}` — replace the text of an
477	/// existing note (the id comes from `list`).
478	#[command(group(clap::ArgGroup::new("text").required(true).args(["whats_new", "whats_new_file"])))]
479	Update {
480	/// The ASC beta build localization ID.
481	id: String,
482	/// The "What to Test" text (up to 4000 characters).
483	#[arg(long)]
484	whats_new: Option<String>,
485	/// Read the "What to Test" text from a UTF-8 file instead of
486	/// `--whats-new`; one trailing newline is dropped.
487	#[arg(long)]
488	whats_new_file: Option<PathBuf>,
489	},
490	}
491
492	#[derive(Subcommand)]
493	enum BetaGroupsCommand {
494	/// List all beta groups for an app.
495	List {
496	/// The ASC app ID to list groups for.
497	app_id: String,
498	},
499	/// Fetch a single beta group by its ASC ID.
500	Get {
501	/// The ASC beta group ID.
502	group_id: String,
503	},
504	/// Add one or more builds to a beta group.
505	///
506	/// Adding a build to an external group may trigger Beta App Review if the
507	/// app has not received approval for that group yet. This command is
508	/// CLI-only for that reason.
509	AddBuild {
510	/// The ASC beta group ID.
511	group_id: String,
512	/// One or more ASC build IDs to add to the group.
513	#[arg(long = "build-id", required = true, num_args = 1..)]
514	build_ids: Vec<String>,
515	},
516	}
517
518	#[derive(Subcommand)]
519	enum BetaAppReviewDetailCommand {
520	/// Fetch the Beta App Review contact details for an app.
521	Get {
522	/// The ASC app ID.
523	app_id: String,
524	},
525	/// Update the Beta App Review contact and demo-account details for an app.
526	///
527	/// Only supplied flags are updated; omitted fields are left unchanged.
528	Update {
529	/// The ASC app ID.
530	app_id: String,
531	/// Contact email address for Beta App Review questions.
532	#[arg(long)]
533	contact_email: Option<String>,
534	/// Contact first name.
535	#[arg(long)]
536	contact_first_name: Option<String>,
537	/// Contact last name.
538	#[arg(long)]
539	contact_last_name: Option<String>,
540	/// Contact phone number (international format recommended).
541	#[arg(long)]
542	contact_phone: Option<String>,
543	/// Demo account username (if the app requires login to review).
544	#[arg(long)]
545	demo_account_name: Option<String>,
546	/// Demo account password.
547	#[arg(long)]
548	demo_account_password: Option<String>,
549	/// Whether a demo account is required to review the app.
550	#[arg(long)]
551	demo_account_required: Option<bool>,
552	/// Free-form notes for the reviewer (max 4000 chars).
553	#[arg(long)]
554	notes: Option<String>,
555	},
556	}
557
558	#[derive(Subcommand)]
559	enum BetaAppReviewSubmissionsCommand {
560	/// List Beta App Review submissions for a build.
561	List {
562	/// The ASC build ID whose submission record to retrieve.
563	#[arg(long)]
564	build_id: String,
565	},
566	/// Submit a build to Beta App Review.
567	///
568	/// This is irreversible — it immediately sends the build to Apple's
569	/// review queue. Use `--dry-run` to confirm which build would be submitted
570	/// before committing.
571	Submit {
572	/// The ASC build ID to submit for review.
573	#[arg(long)]
574	build_id: String,
575	},
576	}
577
578	#[derive(Subcommand)]
579	enum SalesReportsCommand {
580	/// Download, decompress, and convert one Apple sales report to JSON.
581	Download {
582	/// App Store Connect vendor number, from Payments and Financial
583	/// Reports. May also be set through ASC_VENDOR_NUMBER.
584	#[arg(long, env = "ASC_VENDOR_NUMBER")]
585	vendor_number: String,
586	/// Apple report frequency, such as DAILY, WEEKLY, MONTHLY, or YEARLY.
587	#[arg(long)]
588	frequency: String,
589	/// Report date in Apple's required format for the selected frequency.
590	#[arg(long)]
591	report_date: String,
592	/// Apple report type. Defaults to SALES for paid-app and IAP sales.
593	#[arg(long, default_value = "SALES")]
594	report_type: String,
595	/// Apple report subtype. Defaults to SUMMARY.
596	#[arg(long, default_value = "SUMMARY")]
597	report_subtype: String,
598	/// Optional Apple report format version, for report types that use one.
599	#[arg(long)]
600	version: Option<String>,
601	/// Write the JSON array to this file instead of stdout.
602	#[arg(long)]
603	output: Option<PathBuf>,
604	},
605	}
606
607	#[derive(Subcommand)]
608	enum ProfilesCommand {
609	/// List the team's profiles, newest expiry last.
610	///
611	/// `profileContent` is deliberately not shown; use `download` for the
612	/// file itself.
613	List {
614	/// Only show profiles with this exact name. Apple allows
615	/// duplicates, so this can still match several.
616	#[arg(long)]
617	name: Option<String>,
618	/// Only show one type.
619	#[arg(long, value_enum)]
620	r#type: Option<CliProfileType>,
621	/// Add each profile's bundle ID (`bundle_id`, `bundle_identifier`).
622	/// One extra request per profile.
623	#[arg(long)]
624	with_bundle_id: bool,
625	},
626	/// Create a profile over a bundle ID and one or more certificates.
627	///
628	/// This is the only way to pick up a capability added to the App ID
629	/// after an existing profile was made: profiles are snapshots, and
630	/// Apple keeps serving the stale one as ACTIVE until its certificate
631	/// dies. Apple does not treat an equivalent profile as a duplicate, so
632	/// repeated runs accumulate profiles rather than replacing one.
633	Create {
634	/// Label shown in the developer portal.
635	#[arg(long)]
636	name: String,
637	#[arg(long, value_enum)]
638	r#type: CliProfileType,
639	/// Resource id of the bundle ID (from `bundle-ids list`), not the
640	/// reverse-DNS identifier.
641	#[arg(long)]
642	bundle_id: String,
643	/// Certificate resource id (from `certificates list`). Repeat for
644	/// several.
645	#[arg(long = "certificate", required = true)]
646	certificates: Vec<String>,
647	/// Device resource id. Only meaningful for development and ad hoc
648	/// types; ignored for store profiles, which Apple rejects if sent
649	/// devices.
650	#[arg(long = "device")]
651	devices: Vec<String>,
652	},
653	/// Write a profile's bytes to a file.
654	///
655	/// The output is the binary `.provisionprofile`/`.mobileprovision` a
656	/// bundle embeds, not JSON.
657	Download {
658	id: String,
659	/// Where to write the profile.
660	#[arg(long)]
661	output: PathBuf,
662	},
663	/// Delete a profile.
664	///
665	/// Narrower than revoking a certificate: builds already signed with it
666	/// keep working, but new signing against it fails.
667	Delete {
668	id: String,
669	/// Required. Pass the profile id again to confirm.
670	#[arg(long)]
671	confirm: String,
672	},
673	}
674
675	#[derive(Copy, Clone, Debug, ValueEnum)]
676	enum CliProfileType {
677	/// iOS development — device-scoped.
678	IosAppDevelopment,
679	/// iOS App Store distribution.
680	IosAppStore,
681	/// iOS ad hoc — device-scoped.
682	IosAppAdhoc,
683	/// iOS in-house (Enterprise) distribution.
684	IosAppInhouse,
685	/// macOS development — device-scoped.
686	MacAppDevelopment,
687	/// Mac App Store distribution — the embedded.provisionprofile a MAS
688	/// submission carries.
689	MacAppStore,
690	/// Developer ID — distribution outside the App Store.
691	MacAppDirect,
692	/// tvOS development — device-scoped.
693	TvosAppDevelopment,
694	/// tvOS App Store distribution.
695	TvosAppStore,
696	/// tvOS ad hoc — device-scoped.
697	TvosAppAdhoc,
698	/// tvOS in-house (Enterprise) distribution.
699	TvosAppInhouse,
700	/// Mac Catalyst development — device-scoped.
701	MacCatalystAppDevelopment,
702	/// Mac Catalyst App Store distribution.
703	MacCatalystAppStore,
704	/// Mac Catalyst Developer ID distribution.
705	MacCatalystAppDirect,
706	}
707
708	impl From<CliProfileType> for ProfileType {
709	fn from(value: CliProfileType) -> Self {
710	match value {
711	CliProfileType::IosAppDevelopment => ProfileType::IosAppDevelopment,
712	CliProfileType::IosAppStore => ProfileType::IosAppStore,
713	CliProfileType::IosAppAdhoc => ProfileType::IosAppAdHoc,
714	CliProfileType::IosAppInhouse => ProfileType::IosAppInHouse,
715	CliProfileType::MacAppDevelopment => ProfileType::MacAppDevelopment,
716	CliProfileType::MacAppStore => ProfileType::MacAppStore,
717	CliProfileType::MacAppDirect => ProfileType::MacAppDirect,
718	CliProfileType::TvosAppDevelopment => ProfileType::TvOsAppDevelopment,
719	CliProfileType::TvosAppStore => ProfileType::TvOsAppStore,
720	CliProfileType::TvosAppAdhoc => ProfileType::TvOsAppAdHoc,
721	CliProfileType::TvosAppInhouse => ProfileType::TvOsAppInHouse,
722	CliProfileType::MacCatalystAppDevelopment => ProfileType::MacCatalystAppDevelopment,
723	CliProfileType::MacCatalystAppStore => ProfileType::MacCatalystAppStore,
724	CliProfileType::MacCatalystAppDirect => ProfileType::MacCatalystAppDirect,
725	}
726	}
727	}
728
729	#[derive(Subcommand)]
730	enum CertificatesCommand {
731	/// List the team's certificates, newest expiry last. Apple returns
732	/// expired ones too; `expired` in the output says which.
733	List {
734	/// Only show one type.
735	#[arg(long, value_enum)]
736	r#type: Option<CliCertificateType>,
737	},
738	/// Generate an RSA 2048 key pair, ask Apple to certify it, and write
739	/// both halves to disk.
740	///
741	/// The private key is written first and is the part that matters:
742	/// Apple keeps no copy, so losing it makes the certificate permanently
743	/// useless. Back up the whole output directory somewhere encrypted.
744	Create {
745	#[arg(long, value_enum)]
746	r#type: CliCertificateType,
747	/// Where to write `<name>.key.pem` and `<name>.cer`.
748	#[arg(long, default_value = ".")]
749	out_dir: PathBuf,
750	/// Subject common name for the CSR. Apple replaces it on the
751	/// issued certificate, so this only labels the request itself.
752	#[arg(long, default_value = "smbcloud-ascapi")]
753	common_name: String,
754	},
755	/// Revoke a certificate.
756	///
757	/// Irreversible, and it breaks every provisioning profile embedding
758	/// this certificate for the whole team at once. Use it to free a slot
759	/// at Apple's per-type cap, or when a private key is compromised.
760	Revoke {
761	id: String,
762	/// Required. Pass the certificate id again to confirm.
763	#[arg(long)]
764	confirm: String,
765	},
766	}
767
768	#[derive(Copy, Clone, PartialEq, Eq, ValueEnum)]
769	enum CliCertificateType {
770	/// Apple Development — all platforms.
771	Development,
772	/// Apple Distribution — App Store and Ad Hoc, all platforms.
773	Distribution,
774	/// 3rd Party Mac Developer Application — the .app in a Mac App Store build.
775	MacAppDistribution,
776	/// 3rd Party Mac Developer Installer — the .pkg `productbuild --sign` needs.
777	MacInstallerDistribution,
778	/// Developer ID Application — distribution outside the App Store.
779	DeveloperIdApplication,
780	}
781
782	impl From<CliCertificateType> for CertificateType {
783	fn from(value: CliCertificateType) -> Self {
784	match value {
785	CliCertificateType::Development => CertificateType::Development,
786	CliCertificateType::Distribution => CertificateType::Distribution,
787	CliCertificateType::MacAppDistribution => CertificateType::MacAppDistribution,
788	CliCertificateType::MacInstallerDistribution => {
789	CertificateType::MacInstallerDistribution
790	}
791	CliCertificateType::DeveloperIdApplication => CertificateType::DeveloperIdApplication,
792	}
793	}
794	}
795
796	#[derive(Subcommand)]
797	enum AppPricesCommand {
798	/// `GET /v1/appPriceSchedules/{app_id}` — the base territory Apple
799	/// converts every other storefront from.
800	Schedule { app_id: String },
801	/// `GET /v1/appPriceSchedules/{app_id}/manualPrices`, joined against
802	/// the price points and territories so the money is actually visible.
803	///
804	/// Defaults to the manual prices — what a human set, usually one row
805	/// in the base territory. `--automatic` instead lists what Apple
806	/// converted that into for all ~178 storefronts, which is where a
807	/// scheduled conversion shows up as a near-future `endDate`.
808	List {
809	app_id: String,
810	/// List Apple's converted per-storefront prices rather than the
811	/// manually set ones.
812	#[arg(long)]
813	automatic: bool,
814	/// Narrow to one territory code, e.g. IDN. Applied by Apple as
815	/// `filter[territory]`, so it is much cheaper than fetching every
816	/// storefront.
817	#[arg(long)]
818	territory: Option<String>,
819	},
820	}
821
822	#[derive(Subcommand)]
823	enum AppsCommand {
824	/// `GET /v1/apps`.
825	List {
826	#[arg(long)]
827	bundle_id: Option<String>,
828	},
829	/// `GET /v1/apps/{id}`.
830	Get { app_id: String },
831	/// `PATCH /v1/apps/{id}`.
832	Update {
833	app_id: String,
834	#[arg(long)]
835	primary_locale: Option<String>,
836	},
837	/// `GET /v1/apps/{id}/appInfos`.
838	Infos { app_id: String },
839	/// `GET /v1/builds?filter[app]={id}` — newest first, so the
840	/// most recently uploaded build (e.g. after a fixplist re-upload) is
841	/// first. Check `processingState` (VALID/INVALID/PROCESSING/FAILED).
842	Builds {
843	app_id: String,
844	/// `filter[version]` — the build (upload) number, e.g. `42`.
845	#[arg(long)]
846	version: Option<String>,
847	/// `filter[preReleaseVersion.version]` — the marketing version the
848	/// build sits under, e.g. `1.1.0`.
849	#[arg(long)]
850	pre_release_version: Option<String>,
851	/// `filter[processingState]` — PROCESSING, FAILED, INVALID, or VALID.
852	#[arg(long)]
853	processing_state: Option<String>,
854	},
855	/// `GET /v1/builds/{id}` — a single build by its App Store Connect id.
856	Build { id: String },
857	/// `PATCH /v1/builds/{id}` `usesNonExemptEncryption` — answer export
858	/// compliance for a build that shows "Missing Compliance" (it was uploaded
859	/// without `ITSAppUsesNonExemptEncryption` in every bundle's Info.plist).
860	/// App Review rejects a version whose build has no answer.
861	SetEncryption {
862	/// The build's App Store Connect id (from `apps builds`), not its build number.
863	build_id: String,
864	/// `false`: no encryption beyond what Apple's OS provides (HTTPS via
865	/// URLSession or Security.framework counts), i.e. "None of the
866	/// algorithms mentioned above". `true`: non-exempt encryption.
867	#[arg(long, action = clap::ArgAction::Set)]
868	uses_non_exempt_encryption: bool,
869	},
870	/// `GET /v1/preReleaseVersions?filter[app]={id}` — the marketing version strings
871	/// (e.g. `1.1.0`) TestFlight groups builds under.
872	PreReleaseVersions {
873	app_id: String,
874	/// Restrict to one platform.
875	#[arg(long, value_enum)]
876	platform: Option<CliPlatform>,
877	},
878	/// Pre-flight an exported `.ipa`/`.pkg` with `xcrun altool --validate-app`:
879	/// run App Store Connect's checks without delivering the binary. Catches
880	/// most of what a failed upload would, in seconds. Run this before `upload`.
881	Validate {
882	/// The exported package (`xcodebuild -exportArchive` output).
883	package: PathBuf,
884	},
885	/// Upload an exported `.ipa`/`.pkg` with `xcrun altool --upload-package`,
886	/// authenticated with the same key and `.p8` as every other command.
887	/// Afterwards, find the build with `apps builds <APP_ID> --version <N>`.
888	Upload {
889	/// The exported package (`xcodebuild -exportArchive` output).
890	package: PathBuf,
891	/// Block until App Store Connect finishes processing the build.
892	#[arg(long)]
893	wait: bool,
894	},
895	/// Poll `GET /v1/builds?filter[app]={id}` until the newest matching build
896	/// finishes processing (VALID) or fails (INVALID/FAILED), or the timeout
897	/// elapses. This is the signal that confirms an upload or a
898	/// binary-rejection fix worked. Narrow with `--version` /
899	/// `--pre-release-version` when more than one upload is in flight.
900	AwaitProcessing {
901	app_id: String,
902	/// `filter[version]` — the build (upload) number, e.g. `42`.
903	#[arg(long)]
904	version: Option<String>,
905	/// `filter[preReleaseVersion.version]` — the marketing version the
906	/// build sits under, e.g. `1.1.0`.
907	#[arg(long)]
908	pre_release_version: Option<String>,
909	/// Seconds between polls.
910	#[arg(long, default_value_t = 30)]
911	interval: u64,
912	/// Give up after this many seconds without a terminal state.
913	#[arg(long, default_value_t = 30 * 60)]
914	timeout: u64,
915	},
916	}
917
918	#[derive(Subcommand)]
919	enum BundleIdsCommand {
920	/// `GET /v1/bundleIds`.
921	List {
922	#[arg(long)]
923	identifier: Option<String>,
924	},
925	/// `POST /v1/bundleIds`.
926	Create {
927	#[arg(long)]
928	identifier: String,
929	#[arg(long)]
930	name: String,
931	#[arg(long, value_enum, default_value_t = CliBundleIdPlatform::Ios)]
932	platform: CliBundleIdPlatform,
933	},
934	}
935
936	#[derive(Subcommand)]
937	enum AppStoreVersionsCommand {
938	/// `GET /v1/apps/{app_id}/appStoreVersions`.
939	List {
940	app_id: String,
941	#[arg(long, value_enum)]
942	platform: Option<CliPlatform>,
943	},
944	/// `GET /v1/appStoreVersions/{id}`.
945	Get { id: String },
946	/// `POST /v1/appStoreVersions`.
947	Create {
948	app_id: String,
949	#[arg(long, value_enum)]
950	platform: CliPlatform,
951	#[arg(long)]
952	version_string: String,
953	#[arg(long)]
954	copyright: Option<String>,
955	},
956	/// `PATCH /v1/appStoreVersions/{id}` — edit a version's own attributes,
957	/// e.g. rename the platform's editable version (`--version-string
958	/// 1.1.0`). The version must be in an editable state. Apple has no
959	/// separate rename action and such a version can't be deleted once a
960	/// build exists, so this is the way to bump its number.
961	Update {
962	id: String,
963	#[arg(long)]
964	version_string: Option<String>,
965	#[arg(long)]
966	copyright: Option<String>,
967	},
968	/// `DELETE /v1/appStoreVersions/{id}`.
969	Delete { id: String },
970	/// `PATCH /v1/appStoreVersions/{id}` — attach a `Build` (see
971	/// `apps builds`) to this version, e.g. after fixing an
972	/// `INVALID_BINARY` version with a re-uploaded build.
973	SetBuild {
974	id: String,
975	#[arg(long)]
976	build_id: String,
977	/// Skip the read-back check that the version now reports this build.
978	#[arg(long)]
979	no_verify: bool,
980	},
981	/// `GET /v1/appStoreVersions/{id}/build` — the build attached to this
982	/// version, or `null` when there is none. Read-only; run it before
983	/// `review-submissions submit`.
984	Build { id: String },
985	}
986
987	#[derive(Subcommand)]
988	enum ReviewSubmissionsCommand {
989	/// `GET /v1/reviewSubmissions?filter[app]={app_id}`.
990	List {
991	app_id: String,
992	#[arg(long, value_enum)]
993	platform: Option<CliPlatform>,
994	/// Only submissions in this state, e.g. READY_FOR_REVIEW,
995	/// WAITING_FOR_REVIEW, IN_REVIEW, UNRESOLVED_ISSUES, COMPLETE.
996	#[arg(long)]
997	state: Option<String>,
998	},
999	/// Submit an App Store Version for review: reuse the platform's open
1000	/// submission or create one, add the version to it, then submit.
1001	/// `--dry-run` reads everything and prints the plan without writing.
1002	Submit {
1003	app_id: String,
1004	/// The App Store Version to submit (see `app-store-versions list`).
1005	/// It needs a build attached (`app-store-versions set-build`;
1006	/// check with `app-store-versions build`).
1007	#[arg(long)]
1008	version_id: String,
1009	},
1010	/// `PATCH /v1/reviewSubmissions/{id}` with `canceled: true` — withdraw
1011	/// a submission before App Review picks it up.
1012	Cancel { id: String },
1013	}
1014
1015	#[derive(Subcommand)]
1016	enum AppInfoLocalizationsCommand {
1017	List {
1018	app_info_id: String,
1019	},
1020	Create {
1021	app_info_id: String,
1022	#[arg(long)]
1023	locale: String,
1024	#[arg(long)]
1025	name: String,
1026	#[arg(long)]
1027	subtitle: Option<String>,
1028	},
1029	Update {
1030	id: String,
1031	#[arg(long)]
1032	name: Option<String>,
1033	#[arg(long)]
1034	subtitle: Option<String>,
1035	},
1036	Delete {
1037	id: String,
1038	},
1039	}
1040
1041	#[derive(Subcommand)]
1042	enum AppStoreVersionLocalizationsCommand {
1043	List {
1044	app_store_version_id: String,
1045	},
1046	Create {
1047	app_store_version_id: String,
1048	#[arg(long)]
1049	locale: String,
1050	#[arg(long)]
1051	description: Option<String>,
1052	/// Read `description` from a UTF-8 file; one trailing newline is dropped.
1053	#[arg(long, conflicts_with = "description")]
1054	description_file: Option<PathBuf>,
1055	#[arg(long)]
1056	keywords: Option<String>,
1057	/// Read `keywords` from a UTF-8 file; one trailing newline is dropped.
1058	#[arg(long, conflicts_with = "keywords")]
1059	keywords_file: Option<PathBuf>,
1060	#[arg(long)]
1061	whats_new: Option<String>,
1062	/// Read `whatsNew` from a UTF-8 file; one trailing newline is dropped.
1063	#[arg(long, conflicts_with = "whats_new")]
1064	whats_new_file: Option<PathBuf>,
1065	#[arg(long)]
1066	promotional_text: Option<String>,
1067	/// Read `promotionalText` from a UTF-8 file; one trailing newline is dropped.
1068	#[arg(long, conflicts_with = "promotional_text")]
1069	promotional_text_file: Option<PathBuf>,
1070	#[arg(long)]
1071	marketing_url: Option<String>,
1072	#[arg(long)]
1073	support_url: Option<String>,
1074	/// Skip the read-back check that compares the stored values with
1075	/// what was sent.
1076	#[arg(long)]
1077	no_verify: bool,
1078	},
1079	Update {
1080	id: String,
1081	#[arg(long)]
1082	description: Option<String>,
1083	/// Read `description` from a UTF-8 file; one trailing newline is dropped.
1084	#[arg(long, conflicts_with = "description")]
1085	description_file: Option<PathBuf>,
1086	#[arg(long)]
1087	keywords: Option<String>,
1088	/// Read `keywords` from a UTF-8 file; one trailing newline is dropped.
1089	#[arg(long, conflicts_with = "keywords")]
1090	keywords_file: Option<PathBuf>,
1091	#[arg(long)]
1092	whats_new: Option<String>,
1093	/// Read `whatsNew` from a UTF-8 file; one trailing newline is dropped.
1094	#[arg(long, conflicts_with = "whats_new")]
1095	whats_new_file: Option<PathBuf>,
1096	#[arg(long)]
1097	promotional_text: Option<String>,
1098	/// Read `promotionalText` from a UTF-8 file; one trailing newline is dropped.
1099	#[arg(long, conflicts_with = "promotional_text")]
1100	promotional_text_file: Option<PathBuf>,
1101	#[arg(long)]
1102	marketing_url: Option<String>,
1103	#[arg(long)]
1104	support_url: Option<String>,
1105	/// Skip the read-back check that compares the stored values with
1106	/// what was sent.
1107	#[arg(long)]
1108	no_verify: bool,
1109	},
1110	Delete {
1111	id: String,
1112	},
1113	}
1114
1115	#[derive(Subcommand)]
1116	enum AppScreenshotSetsCommand {
1117	/// `GET /v1/appStoreVersionLocalizations/{id}/appScreenshotSets`.
1118	List {
1119	app_store_version_localization_id: String,
1120	},
1121	/// `POST /v1/appScreenshotSets`.
1122	Create {
1123	app_store_version_localization_id: String,
1124	#[arg(long, value_enum)]
1125	display_type: CliScreenshotDisplayType,
1126	},
1127	/// `DELETE /v1/appScreenshotSets/{id}`.
1128	Delete { id: String },
1129	}
1130
1131	#[derive(Subcommand)]
1132	enum AppScreenshotsCommand {
1133	/// `GET /v1/appScreenshotSets/{id}/appScreenshots`.
1134	List { app_screenshot_set_id: String },
1135	/// Reserve, PUT, and commit an image file in one call — the full
1136	/// `POST /v1/appScreenshots` → upload → `PATCH …uploaded:true` flow.
1137	Upload {
1138	app_screenshot_set_id: String,
1139	#[arg(long)]
1140	file: PathBuf,
1141	},
1142	/// `DELETE /v1/appScreenshots/{id}`.
1143	Delete { id: String },
1144	}
1145
1146	#[derive(Debug, Clone, Copy, ValueEnum)]
1147	enum CliScreenshotDisplayType {
1148	AppleVisionPro,
1149	Iphone67,
1150	Iphone65,
1151	Iphone61,
1152	Iphone58,
1153	Iphone55,
1154	Iphone47,
1155	Iphone40,
1156	Iphone35,
1157	IpadPro3Gen129,
1158	IpadPro3Gen11,
1159	IpadPro129,
1160	Ipad105,
1161	Ipad97,
1162	Desktop,
1163	AppleTv,
1164	WatchUltra,
1165	WatchSeries10,
1166	WatchSeries7,
1167	WatchSeries4,
1168	WatchSeries3,
1169	}
1170
1171	impl From<CliScreenshotDisplayType> for ScreenshotDisplayType {
1172	fn from(value: CliScreenshotDisplayType) -> Self {
1173	match value {
1174	CliScreenshotDisplayType::AppleVisionPro => ScreenshotDisplayType::AppleVisionPro,
1175	CliScreenshotDisplayType::Iphone67 => ScreenshotDisplayType::Iphone67,
1176	CliScreenshotDisplayType::Iphone65 => ScreenshotDisplayType::Iphone65,
1177	CliScreenshotDisplayType::Iphone61 => ScreenshotDisplayType::Iphone61,
1178	CliScreenshotDisplayType::Iphone58 => ScreenshotDisplayType::Iphone58,
1179	CliScreenshotDisplayType::Iphone55 => ScreenshotDisplayType::Iphone55,
1180	CliScreenshotDisplayType::Iphone47 => ScreenshotDisplayType::Iphone47,
1181	CliScreenshotDisplayType::Iphone40 => ScreenshotDisplayType::Iphone40,
1182	CliScreenshotDisplayType::Iphone35 => ScreenshotDisplayType::Iphone35,
1183	CliScreenshotDisplayType::IpadPro3Gen129 => ScreenshotDisplayType::IpadPro3Gen129,
1184	CliScreenshotDisplayType::IpadPro3Gen11 => ScreenshotDisplayType::IpadPro3Gen11,
1185	CliScreenshotDisplayType::IpadPro129 => ScreenshotDisplayType::IpadPro129,
1186	CliScreenshotDisplayType::Ipad105 => ScreenshotDisplayType::Ipad105,
1187	CliScreenshotDisplayType::Ipad97 => ScreenshotDisplayType::Ipad97,
1188	CliScreenshotDisplayType::Desktop => ScreenshotDisplayType::Desktop,
1189	CliScreenshotDisplayType::AppleTv => ScreenshotDisplayType::AppleTv,
1190	CliScreenshotDisplayType::WatchUltra => ScreenshotDisplayType::WatchUltra,
1191	CliScreenshotDisplayType::WatchSeries10 => ScreenshotDisplayType::WatchSeries10,
1192	CliScreenshotDisplayType::WatchSeries7 => ScreenshotDisplayType::WatchSeries7,
1193	CliScreenshotDisplayType::WatchSeries4 => ScreenshotDisplayType::WatchSeries4,
1194	CliScreenshotDisplayType::WatchSeries3 => ScreenshotDisplayType::WatchSeries3,
1195	}
1196	}
1197	}
1198
1199	#[derive(Debug, Clone, Copy, ValueEnum)]
1200	enum CliPlatform {
1201	Ios,
1202	MacOs,
1203	TvOs,
1204	VisionOs,
1205	}
1206
1207	impl From<CliPlatform> for Platform {
1208	fn from(value: CliPlatform) -> Self {
1209	match value {
1210	CliPlatform::Ios => Platform::Ios,
1211	CliPlatform::MacOs => Platform::MacOs,
1212	CliPlatform::TvOs => Platform::TvOs,
1213	CliPlatform::VisionOs => Platform::VisionOs,
1214	}
1215	}
1216	}
1217
1218	#[derive(Debug, Clone, Copy, ValueEnum)]
1219	enum CliBundleIdPlatform {
1220	Ios,
1221	MacOs,
1222	Universal,
1223	}
1224
1225	impl From<CliBundleIdPlatform> for BundleIdPlatform {
1226	fn from(value: CliBundleIdPlatform) -> Self {
1227	match value {
1228	CliBundleIdPlatform::Ios => BundleIdPlatform::Ios,
1229	CliBundleIdPlatform::MacOs => BundleIdPlatform::MacOs,
1230	CliBundleIdPlatform::Universal => BundleIdPlatform::Universal,
1231	}
1232	}
1233	}
1234
1235	fn print_json(value: &impl serde::Serialize) -> Result<()> {
1236	println!("{}", serde_json::to_string_pretty(value)?);
1237	Ok(())
1238	}
1239
1240	/// Print `value` and return without sending anything, when `--dry-run` is
1241	/// set. Every mutating command checks this before touching the network.
1242	fn dry_run_guard(dry_run: bool, value: &impl serde::Serialize) -> Result<bool> {
1243	if dry_run {
1244	println!("# dry run — request body that would be sent:");
1245	print_json(value)?;
1246	}
1247	Ok(dry_run)
1248	}
1249
1250	/// Resolve a text option given either inline or as a file. The file is read
1251	/// as UTF-8 and one trailing newline (`\n` or `\r\n`) is dropped, the way
1252	/// `$(cat file)` does, so file-backed and inline values behave the same.
1253	fn text_arg(inline: Option<String>, file: Option<PathBuf>, flag: &str) -> Result<Option<String>> {
1254	let Some(path) = file else {
1255	return Ok(inline);
1256	};
1257	let mut text = std::fs::read_to_string(&path)
1258	.with_context(\|\| format!("{flag}: cannot read {} as UTF-8 text", path.display()))?;
1259	if text.ends_with('\n') {
1260	text.pop();
1261	if text.ends_with('\r') {
1262	text.pop();
1263	}
1264	}
1265	Ok(Some(text))
1266	}
1267
1268	/// Run the shared length lint: warnings go to stderr, a violation aborts
1269	/// with the field's message rewritten to name the CLI flag.
1270	fn lint_localization_fields(fields: &AppStoreVersionLocalizationFields) -> Result<()> {
1271	match fields.validate() {
1272	Ok(warnings) => {
1273	for warning in warnings {
1274	eprintln!("warning: {warning}");
1275	}
1276	Ok(())
1277	}
1278	Err(message) => {
1279	let (field, rest) = message.split_once(' ').unwrap_or((&message, ""));
1280	let mut flag = String::from("--");
1281	for c in field.chars() {
1282	if c.is_ascii_uppercase() {
1283	flag.push('-');
1284	flag.push(c.to_ascii_lowercase());
1285	} else {
1286	flag.push(c);
1287	}
1288	}
1289	anyhow::bail!("{flag} {rest}. Shorten the text and try again.")
1290	}
1291	}
1292	}
1293
1294	/// Names of the fields in `sent` whose stored value is not an exact match,
1295	/// with the index of the first differing character (a missing value counts
1296	/// as the empty string).
1297	fn diff_fields(
1298	sent: &AppStoreVersionLocalizationFields,
1299	stored: &AppStoreVersionLocalizationAttributes,
1300	) -> Vec<&'static str> {
1301	[
1302	("description", &sent.description, &stored.description),
1303	("keywords", &sent.keywords, &stored.keywords),
1304	("marketingUrl", &sent.marketing_url, &stored.marketing_url),
1305	(
1306	"promotionalText",
1307	&sent.promotional_text,
1308	&stored.promotional_text,
1309	),
1310	("supportUrl", &sent.support_url, &stored.support_url),
1311	("whatsNew", &sent.whats_new, &stored.whats_new),
1312	]
1313	.into_iter()
1314	.filter(\|(_, sent, stored)\| match sent {
1315	Some(sent) => stored.as_deref() != Some(sent.as_str()),
1316	None => false,
1317	})
1318	.map(\|(name, _, _)\| name)
1319	.collect()
1320	}
1321
1322	fn first_diff_index(a: &str, b: &str) -> usize {
1323	a.chars()
1324	.zip(b.chars())
1325	.position(\|(x, y)\| x != y)
1326	.unwrap_or_else(\|\| a.chars().count().min(b.chars().count()))
1327	}
1328
1329	/// Read the localization back and fail if any field that was sent is not
1330	/// stored byte for byte.
1331	async fn verify_localization(
1332	client: &Client,
1333	id: &str,
1334	sent: &AppStoreVersionLocalizationFields,
1335	no_verify: bool,
1336	) -> Result<()> {
1337	if no_verify {
1338	return Ok(());
1339	}
1340	let stored = client.get_app_store_version_localization(id).await?;
1341	let mismatched = diff_fields(sent, &stored.attributes);
1342	if mismatched.is_empty() {
1343	return Ok(());
1344	}
1345	let details = mismatched
1346	.iter()
1347	.map(\|name\| {
1348	let (sent, stored) = match *name {
1349	"description" => (&sent.description, &stored.attributes.description),
1350	"keywords" => (&sent.keywords, &stored.attributes.keywords),
1351	"marketingUrl" => (&sent.marketing_url, &stored.attributes.marketing_url),
1352	"promotionalText" => (&sent.promotional_text, &stored.attributes.promotional_text),
1353	"supportUrl" => (&sent.support_url, &stored.attributes.support_url),
1354	_ => (&sent.whats_new, &stored.attributes.whats_new),
1355	};
1356	let at = first_diff_index(
1357	sent.as_deref().unwrap_or(""),
1358	stored.as_deref().unwrap_or(""),
1359	);
1360	format!("{name} (first difference at char {at})")
1361	})
1362	.collect::<Vec<_>>()
1363	.join(", ");
1364	anyhow::bail!("read-back mismatch on {id}: {details}")
1365	}
1366
1367	/// Validate a `--version-string` before sending it. Apple takes one to
1368	/// three period-separated integers (`1.1` and `1.1.0` are both fine) and
1369	/// answers anything else with an opaque error, so the shape is checked
1370	/// here where the message can name the offending flag. Shared by create
1371	/// and update because both write the same attribute.
1372	fn validate_version_string(version_string: &str) -> Result<()> {
1373	let parts = version_string.split('.').collect::<Vec<_>>();
1374	let well_formed = parts.len() <= 3
1375	&& parts
1376	.iter()
1377	.all(\|part\| !part.is_empty() && part.bytes().all(\|b\| b.is_ascii_digit()));
1378	if !well_formed {
1379	anyhow::bail!(
1380	"invalid --version-string `{version_string}`: expected one to three \
1381	period-separated numbers, e.g. `1.1.0`"
1382	);
1383	}
1384	Ok(())
1385	}
1386
1387	use smbcloud_ascapi_aso::app_store_version_localization::WHATS_NEW_MAX_LEN;
1388
1389	/// Validate a `--whats-new` text before sending it. App Store Connect caps
1390	/// the field at [`WHATS_NEW_MAX_LEN`] characters and answers with an opaque
1391	/// error otherwise, so the length is checked here where the message can
1392	/// name the offending flag. Shared by `build-localizations create` and
1393	/// `update` because both write the same attribute, and called before the
1394	/// dry-run print so `--dry-run` catches the limit too.
1395	fn validate_whats_new(whats_new: &str) -> Result<()> {
1396	let len = whats_new.chars().count();
1397	if len > WHATS_NEW_MAX_LEN {
1398	anyhow::bail!(
1399	"--whats-new is {len} characters; App Store Connect accepts at most \
1400	{WHATS_NEW_MAX_LEN}. Shorten the note and try again."
1401	);
1402	}
1403	Ok(())
1404	}
1405
1406	/// Convert Apple's gzip-compressed TSV report to JSON without normalizing
1407	/// columns: report layouts vary by report type and Apple can add columns.
1408	fn sales_report_as_json(gzip: &[u8]) -> Result<Vec<serde_json::Value>> {
1409	use flate2::read::GzDecoder;
1410	use serde_json::{Map, Value};
1411
1412	let decoder = GzDecoder::new(gzip);
1413	let mut reader = csv::ReaderBuilder::new()
1414	.delimiter(b'\t')
1415	.has_headers(true)
1416	.flexible(true)
1417	.from_reader(decoder);
1418
1419	let raw_headers = reader
1420	.headers()
1421	.context("reading the TSV header from Apple's sales report")?
1422	.iter()
1423	.map(str::to_owned)
1424	.collect::<Vec<_>>();
1425	if raw_headers.is_empty() {
1426	anyhow::bail!("Apple's sales report has no TSV headers")
1427	}
1428
1429	// Apple may add blank or repeated columns. JSON objects require unique,
1430	// non-empty keys, so retain valid headers and assign stable fallbacks to
1431	// the rest instead of discarding an otherwise usable report.
1432	let mut used_headers = HashSet::new();
1433	let headers = raw_headers
1434	.into_iter()
1435	.enumerate()
1436	.map(\|(index, header)\| {
1437	let base = if header.is_empty() {
1438	format!("column_{}", index + 1)
1439	} else {
1440	header
1441	};
1442	let mut name = base.clone();
1443	let mut suffix = 2;
1444	while !used_headers.insert(name.clone()) {
1445	name = format!("{base}_{suffix}");
1446	suffix += 1;
1447	}
1448	name
1449	})
1450	.collect::<Vec<_>>();
1451
1452	let mut rows = Vec::new();
1453	for (index, record) in reader.records().enumerate() {
1454	let record = record.with_context(\|\| format!("parsing TSV row {}", index + 2))?;
1455	let mut row_headers = headers.clone();
1456	let mut used_row_headers = row_headers.iter().cloned().collect::<HashSet<_>>();
1457	for column in row_headers.len()..record.len() {
1458	let base = format!("extra_column_{}", column + 1);
1459	let mut name = base.clone();
1460	let mut suffix = 2;
1461	while !used_row_headers.insert(name.clone()) {
1462	name = format!("{base}_{suffix}");
1463	suffix += 1;
1464	}
1465	row_headers.push(name);
1466	}
1467	let object = row_headers
1468	.iter()
1469	.zip(record.iter())
1470	.map(\|(header, value)\| (header.clone(), Value::String(value.to_owned())))
1471	.collect::<Map<_, _>>();
1472	rows.push(Value::Object(object));
1473	}
1474	Ok(rows)
1475	}
1476
1477	#[tokio::main]
1478	async fn main() -> Result<()> {
1479	let cli = Cli::parse();
1480
1481	if cli.mcp {
1482	return smbcloud_ascapi_mcp::serve().await;
1483	}
1484
1485	if let Some(Command::Play {
1486	play_service_account,
1487	command,
1488	}) = cli.command
1489	{
1490	return run_play(play_service_account.as_deref(), command, cli.dry_run).await;
1491	}
1492
1493	let key_id = cli
1494	.key_id
1495	.clone()
1496	.context("--key-id is required (or set ASC_API_KEY)")?;
1497	let issuer_id = cli
1498	.issuer_id
1499	.clone()
1500	.context("--issuer-id is required (or set ASC_ISSUER_ID)")?;
1501
1502	let private_key_path = cli.private_key_path.clone().unwrap_or_else(\|\| {
1503	let mut path = dirs_home();
1504	path.push(".appstoreconnect");
1505	path.push("private_keys");
1506	path.push(format!("AuthKey_{key_id}.p8"));
1507	path
1508	});
1509
1510	let altool_auth = AltoolAuth {
1511	key_id: key_id.clone(),
1512	issuer_id: issuer_id.clone(),
1513	private_key_path: private_key_path.clone(),
1514	};
1515	let api_key = ApiKey::from_p8_file(&key_id, &issuer_id, &private_key_path)
1516	.with_context(\|\| format!("loading App Store Connect API key from {private_key_path:?}"))?;
1517	let client = Client::new(api_key);
1518
1519	let Some(command) = cli.command else {
1520	anyhow::bail!("no subcommand given; run `asc --help`, or `asc --mcp` for the MCP server")
1521	};
1522
1523	match command {
1524	Command::Play { .. } => unreachable!("handled before App Store Connect credentials"),
1525	Command::Apps { command } => run_apps(&client, &altool_auth, command, cli.dry_run).await,
1526	Command::BundleIds { command } => run_bundle_ids(&client, command, cli.dry_run).await,
1527	Command::AppStoreVersions { command } => {
1528	run_app_store_versions(&client, command, cli.dry_run).await
1529	}
1530	Command::AppInfoLocalizations { command } => {
1531	run_app_info_localizations(&client, command, cli.dry_run).await
1532	}
1533	Command::AppStoreVersionLocalizations { command } => {
1534	run_app_store_version_localizations(&client, command, cli.dry_run).await
1535	}
1536	Command::AppScreenshotSets { command } => {
1537	run_app_screenshot_sets(&client, command, cli.dry_run).await
1538	}
1539	Command::AppScreenshots { command } => {
1540	run_app_screenshots(&client, command, cli.dry_run).await
1541	}
1542	Command::AppPrices { command } => run_app_prices(&client, command).await,
1543	Command::Certificates { command } => run_certificates(&client, command, cli.dry_run).await,
1544	Command::Profiles { command } => run_profiles(&client, command, cli.dry_run).await,
1545	Command::ReviewSubmissions { command } => {
1546	run_review_submissions(&client, command, cli.dry_run).await
1547	}
1548	Command::SalesReports { command } => run_sales_reports(&client, command).await,
1549	Command::Testflight { command } => run_testflight(&client, command, cli.dry_run).await,
1550	#[cfg(target_os = "macos")]
1551	Command::Signing { command } => run_signing(&client, command).await,
1552	}
1553	}
1554
1555	/// macOS-only signing diagnostics. Kept out of MCP: a tool call doesn't
1556	/// need to inspect the operator's login keychain.
1557	#[cfg(target_os = "macos")]
1558	async fn run_signing(client: &Client, command: SigningCommand) -> Result<()> {
1559	match command {
1560	SigningCommand::Doctor => {
1561	let report = smbcloud_ascapi_frontend::run_doctor(client)
1562	.await
1563	.map_err(\|error\| anyhow::anyhow!(error))?;
1564	print_json(&report)
1565	}
1566	}
1567	}
1568
1569	fn dirs_home() -> PathBuf {
1570	// Avoids pulling in the `dirs` crate for a single lookup; $HOME is set
1571	// on every platform this CLI targets (macOS/Linux CI runners).
1572	std::env::var_os("HOME")
1573	.map(PathBuf::from)
1574	.unwrap_or_else(\|\| PathBuf::from("."))
1575	}
1576
1577	async fn run_sales_reports(client: &Client, command: SalesReportsCommand) -> Result<()> {
1578	match command {
1579	SalesReportsCommand::Download {
1580	vendor_number,
1581	frequency,
1582	report_date,
1583	report_type,
1584	report_subtype,
1585	version,
1586	output,
1587	} => {
1588	let report = client
1589	.download_sales_report(&SalesReportRequest {
1590	vendor_number,
1591	frequency,
1592	report_date,
1593	report_type,
1594	report_subtype,
1595	version,
1596	})
1597	.await?;
1598	let rows = sales_report_as_json(&report)?;
1599	if let Some(path) = output {
1600	let json = serde_json::to_vec_pretty(&rows)?;
1601	std::fs::write(&path, json)
1602	.with_context(\|\| format!("writing sales report JSON to {}", path.display()))?;
1603	} else {
1604	print_json(&rows)?;
1605	}
1606	Ok(())
1607	}
1608	}
1609	}
1610
1611	async fn run_testflight(client: &Client, command: TestflightCommand, dry_run: bool) -> Result<()> {
1612	match command {
1613	TestflightCommand::Groups { command } => match command {
1614	BetaGroupsCommand::List { app_id } => {
1615	let groups = client.list_beta_groups(&app_id).await?;
1616	print_json(&groups)
1617	}
1618	BetaGroupsCommand::Get { group_id } => {
1619	let group = client.get_beta_group(&group_id).await?;
1620	print_json(&group)
1621	}
1622	BetaGroupsCommand::AddBuild {
1623	group_id,
1624	build_ids,
1625	} => {
1626	if dry_run {
1627	println!(
1628	"[dry-run] would add {} build(s) to beta group {group_id}: {}",
1629	build_ids.len(),
1630	build_ids.join(", ")
1631	);
1632	return Ok(());
1633	}
1634	let ids: Vec<&str> = build_ids.iter().map(String::as_str).collect();
1635	client.add_builds_to_beta_group(&group_id, &ids).await?;
1636	println!("Added {} build(s) to group {group_id}.", build_ids.len());
1637	Ok(())
1638	}
1639	},
1640	TestflightCommand::AppReviewDetail { command } => match command {
1641	BetaAppReviewDetailCommand::Get { app_id } => {
1642	let detail = client.get_beta_app_review_detail(&app_id).await?;
1643	print_json(&detail)
1644	}
1645	BetaAppReviewDetailCommand::Update {
1646	app_id,
1647	contact_email,
1648	contact_first_name,
1649	contact_last_name,
1650	contact_phone,
1651	demo_account_name,
1652	demo_account_password,
1653	demo_account_required,
1654	notes,
1655	} => {
1656	let update = BetaAppReviewDetailUpdate {
1657	contact_email,
1658	contact_first_name,
1659	contact_last_name,
1660	contact_phone,
1661	demo_account_name,
1662	demo_account_password,
1663	demo_account_required,
1664	notes,
1665	};
1666	if dry_run {
1667	println!("[dry-run] would update Beta App Review detail for app {app_id}:");
1668	print_json(&update)?;
1669	return Ok(());
1670	}
1671	let detail = client
1672	.update_beta_app_review_detail(&app_id, update)
1673	.await?;
1674	print_json(&detail)
1675	}
1676	},
1677	TestflightCommand::AppReviewSubmissions { command } => match command {
1678	BetaAppReviewSubmissionsCommand::List { build_id } => {
1679	let submissions = client.list_beta_app_review_submissions(&build_id).await?;
1680	print_json(&submissions)
1681	}
1682	BetaAppReviewSubmissionsCommand::Submit { build_id } => {
1683	if dry_run {
1684	println!("[dry-run] would submit build {build_id} to Beta App Review.");
1685	return Ok(());
1686	}
1687	let submission = client.submit_build_for_beta_review(&build_id).await?;
1688	print_json(&submission)
1689	}
1690	},
1691	TestflightCommand::BuildLocalizations { command } => match command {
1692	BetaBuildLocalizationsCommand::List { build_id } => {
1693	print_json(&client.list_beta_build_localizations(&build_id).await?)
1694	}
1695	BetaBuildLocalizationsCommand::Create {
1696	build_id,
1697	locale,
1698	whats_new,
1699	whats_new_file,
1700	} => {
1701	let whats_new = text_arg(whats_new, whats_new_file, "--whats-new-file")?
1702	.context("one of --whats-new or --whats-new-file is required")?;
1703	validate_whats_new(&whats_new)?;
1704	if dry_run {
1705	println!(
1706	"[dry-run] would create the {locale} \"What to Test\" note on build {build_id}:"
1707	);
1708	return print_json(&serde_json::json!({ "whatsNew": whats_new }));
1709	}
1710	let created = client
1711	.create_beta_build_localization(&build_id, &locale, Some(&whats_new))
1712	.await?;
1713	print_json(&created)
1714	}
1715	BetaBuildLocalizationsCommand::Update {
1716	id,
1717	whats_new,
1718	whats_new_file,
1719	} => {
1720	let whats_new = text_arg(whats_new, whats_new_file, "--whats-new-file")?
1721	.context("one of --whats-new or --whats-new-file is required")?;
1722	validate_whats_new(&whats_new)?;
1723	if dry_run {
1724	println!("[dry-run] would update \"What to Test\" note {id}:");
1725	return print_json(&serde_json::json!({ "whatsNew": whats_new }));
1726	}
1727	print_json(
1728	&client
1729	.update_beta_build_localization(&id, &whats_new)
1730	.await?,
1731	)
1732	}
1733	},
1734	}
1735	}
1736
1737	async fn run_apps(
1738	client: &Client,
1739	altool_auth: &AltoolAuth,
1740	command: AppsCommand,
1741	dry_run: bool,
1742	) -> Result<()> {
1743	match command {
1744	AppsCommand::List { bundle_id } => {
1745	let apps = client.list_apps(bundle_id.as_deref()).await?;
1746	print_json(&apps)
1747	}
1748	AppsCommand::Get { app_id } => print_json(&client.get_app(&app_id).await?),
1749	AppsCommand::Update {
1750	app_id,
1751	primary_locale,
1752	} => {
1753	let attributes = AppUpdateAttributes {
1754	primary_locale,
1755	content_rights_declaration: None,
1756	};
1757	if dry_run_guard(dry_run, &attributes)? {
1758	return Ok(());
1759	}
1760	print_json(&client.update_app(&app_id, attributes).await?)
1761	}
1762	AppsCommand::Infos { app_id } => print_json(&client.list_app_infos(&app_id).await?),
1763	AppsCommand::Builds {
1764	app_id,
1765	version,
1766	pre_release_version,
1767	processing_state,
1768	} => {
1769	let filter = BuildFilter {
1770	version,
1771	pre_release_version,
1772	processing_state,
1773	};
1774	print_json(&client.list_builds(&app_id, &filter).await?)
1775	}
1776	AppsCommand::Build { id } => print_json(&client.get_build(&id).await?),
1777	AppsCommand::SetEncryption {
1778	build_id,
1779	uses_non_exempt_encryption,
1780	} => {
1781	let attributes = BuildUpdateAttributes {
1782	uses_non_exempt_encryption: Some(uses_non_exempt_encryption),
1783	};
1784	if dry_run_guard(dry_run, &attributes)? {
1785	return Ok(());
1786	}
1787	print_json(&client.update_build(&build_id, attributes).await?)
1788	}
1789	AppsCommand::PreReleaseVersions { app_id, platform } => {
1790	let platform = platform.map(Platform::from);
1791	print_json(&client.list_pre_release_versions(&app_id, platform).await?)
1792	}
1793	AppsCommand::Validate { package } => {
1794	if dry_run {
1795	let mut argv = vec!["xcrun".to_string()];
1796	argv.extend(
1797	upload::altool_args(&package, altool_auth, AltoolOp::Validate, false)
1798	.iter()
1799	.map(\|arg\| arg.to_string_lossy().into_owned()),
1800	);
1801	return print_json(&serde_json::json!({ "dry_run": true, "command": argv }));
1802	}
1803	let auth = altool_auth.clone();
1804	let outcome = tokio::task::spawn_blocking(move \|\| validate_app(&package, &auth))
1805	.await?
1806	.map_err(anyhow::Error::msg)?;
1807	print_json(&outcome)?;
1808	match outcome.exit_code {
1809	_ if outcome.success => {}
1810	Some(code) => anyhow::bail!("altool validation failed with exit code {code}"),
1811	None => anyhow::bail!("altool validation was killed by a signal"),
1812	}
1813	Ok(())
1814	}
1815	AppsCommand::Upload { package, wait } => {
1816	if dry_run {
1817	let mut argv = vec!["xcrun".to_string()];
1818	argv.extend(
1819	upload::altool_args(&package, altool_auth, AltoolOp::Upload, wait)
1820	.iter()
1821	.map(\|arg\| arg.to_string_lossy().into_owned()),
1822	);
1823	return print_json(&serde_json::json!({ "dry_run": true, "command": argv }));
1824	}
1825	let auth = altool_auth.clone();
1826	let outcome =
1827	tokio::task::spawn_blocking(move \|\| upload_package(&package, &auth, wait))
1828	.await?
1829	.map_err(anyhow::Error::msg)?;
1830	print_json(&outcome)?;
1831	match outcome.exit_code {
1832	_ if outcome.success => {}
1833	Some(code) => anyhow::bail!("altool upload failed with exit code {code}"),
1834	None => anyhow::bail!("altool upload was killed by a signal"),
1835	}
1836	Ok(())
1837	}
1838	AppsCommand::AwaitProcessing {
1839	app_id,
1840	version,
1841	pre_release_version,
1842	interval,
1843	timeout,
1844	} => {
1845	let filter = BuildFilter {
1846	version,
1847	pre_release_version,
1848	processing_state: None,
1849	};
1850	let config = AwaitConfig {
1851	interval: Duration::from_secs(interval),
1852	timeout: Duration::from_secs(timeout),
1853	};
1854	let outcome = await_processing(client, &app_id, &filter, config)
1855	.await
1856	.map_err(anyhow::Error::msg)?;
1857	print_json(&outcome)?;
1858	if outcome.timed_out {
1859	anyhow::bail!(
1860	"timed out after {}s waiting for processing",
1861	outcome.waited_secs
1862	);
1863	}
1864	if !outcome.valid {
1865	anyhow::bail!(
1866	"build finished processing but is not valid (state: {})",
1867	outcome.processing_state.as_deref().unwrap_or("unknown")
1868	);
1869	}
1870	Ok(())
1871	}
1872	}
1873	}
1874
1875	async fn run_bundle_ids(client: &Client, command: BundleIdsCommand, dry_run: bool) -> Result<()> {
1876	match command {
1877	BundleIdsCommand::List { identifier } => {
1878	print_json(&client.list_bundle_ids(identifier.as_deref()).await?)
1879	}
1880	BundleIdsCommand::Create {
1881	identifier,
1882	name,
1883	platform,
1884	} => {
1885	let attributes = BundleIdCreateAttributes {
1886	identifier,
1887	name,
1888	platform: platform.into(),
1889	};
1890	if dry_run_guard(dry_run, &attributes)? {
1891	return Ok(());
1892	}
1893	print_json(&client.create_bundle_id(attributes).await?)
1894	}
1895	}
1896	}
1897
1898	async fn run_app_store_versions(
1899	client: &Client,
1900	command: AppStoreVersionsCommand,
1901	dry_run: bool,
1902	) -> Result<()> {
1903	match command {
1904	AppStoreVersionsCommand::List { app_id, platform } => {
1905	let versions = client
1906	.list_app_store_versions(&app_id, platform.map(Into::into))
1907	.await?;
1908	print_json(&versions)
1909	}
1910	AppStoreVersionsCommand::Get { id } => {
1911	print_json(&client.get_app_store_version(&id).await?)
1912	}
1913	AppStoreVersionsCommand::Create {
1914	app_id,
1915	platform,
1916	version_string,
1917	copyright,
1918	} => {
1919	validate_version_string(&version_string)?;
1920	let attributes = AppStoreVersionCreateAttributes {
1921	platform: platform.into(),
1922	version_string,
1923	copyright,
1924	};
1925	if dry_run_guard(dry_run, &attributes)? {
1926	return Ok(());
1927	}
1928	print_json(&client.create_app_store_version(&app_id, attributes).await?)
1929	}
1930	AppStoreVersionsCommand::Update {
1931	id,
1932	version_string,
1933	copyright,
1934	} => {
1935	if version_string.is_none() && copyright.is_none() {
1936	anyhow::bail!("nothing to update: pass --version-string and/or --copyright");
1937	}
1938	if let Some(version_string) = version_string.as_deref() {
1939	validate_version_string(version_string)?;
1940	}
1941	let fields = AppStoreVersionUpdateFields {
1942	version_string,
1943	copyright,
1944	};
1945	if dry_run_guard(dry_run, &fields)? {
1946	return Ok(());
1947	}
1948	print_json(&client.update_app_store_version(&id, fields).await?)
1949	}
1950	AppStoreVersionsCommand::Delete { id } => {
1951	if dry_run {
1952	println!("# dry run — would DELETE /v1/appStoreVersions/{id}");
1953	return Ok(());
1954	}
1955	client.delete_app_store_version(&id).await?;
1956	println!("deleted {id}");
1957	Ok(())
1958	}
1959	AppStoreVersionsCommand::Build { id } => {
1960	let build = client.get_app_store_version_build(&id).await?;
1961	if build.is_none() {
1962	eprintln!("no build attached");
1963	}
1964	print_json(&build)
1965	}
1966	AppStoreVersionsCommand::SetBuild {
1967	id,
1968	build_id,
1969	no_verify,
1970	} => {
1971	if dry_run {
1972	println!(
1973	"# dry run — would PATCH /v1/appStoreVersions/{id} relationships.build → {build_id}"
1974	);
1975	return Ok(());
1976	}
1977	let attached = attach_build(client, &id, &build_id, !no_verify)
1978	.await
1979	.map_err(anyhow::Error::msg)?;
1980	print_json(&attached)
1981	}
1982	}
1983	}
1984
1985	async fn run_review_submissions(
1986	client: &Client,
1987	command: ReviewSubmissionsCommand,
1988	dry_run: bool,
1989	) -> Result<()> {
1990	match command {
1991	ReviewSubmissionsCommand::List {
1992	app_id,
1993	platform,
1994	state,
1995	} => {
1996	let states: Vec<&str> = state.as_deref().into_iter().collect();
1997	let submissions = client
1998	.list_review_submissions(&app_id, platform.map(Into::into), &states)
1999	.await?;
2000	print_json(&submissions)
2001	}
2002	ReviewSubmissionsCommand::Submit { app_id, version_id } => {
2003	let plan = review::plan_submission(client, &app_id, &version_id)
2004	.await
2005	.map_err(anyhow::Error::msg)?;
2006	if dry_run {
2007	match &plan.blocked {
2008	Some(reason) => println!("# dry run — would not submit: {reason}"),
2009	None => println!("# dry run — would submit this plan for review:"),
2010	}
2011	return print_json(&plan);
2012	}
2013	let submitted = review::submit_for_review(client, plan)
2014	.await
2015	.map_err(anyhow::Error::msg)?;
2016	print_json(&submitted)
2017	}
2018	ReviewSubmissionsCommand::Cancel { id } => {
2019	if dry_run {
2020	println!("# dry run — would PATCH /v1/reviewSubmissions/{id} canceled: true");
2021	return Ok(());
2022	}
2023	print_json(&client.cancel_review_submission(&id).await?)
2024	}
2025	}
2026	}
2027
2028	async fn run_app_info_localizations(
2029	client: &Client,
2030	command: AppInfoLocalizationsCommand,
2031	dry_run: bool,
2032	) -> Result<()> {
2033	match command {
2034	AppInfoLocalizationsCommand::List { app_info_id } => {
2035	print_json(&client.list_app_info_localizations(&app_info_id).await?)
2036	}
2037	AppInfoLocalizationsCommand::Create {
2038	app_info_id,
2039	locale,
2040	name,
2041	subtitle,
2042	} => {
2043	let attributes = AppInfoLocalizationCreateAttributes {
2044	locale,
2045	name,
2046	subtitle,
2047	privacy_policy_url: None,
2048	};
2049	if dry_run_guard(dry_run, &attributes)? {
2050	return Ok(());
2051	}
2052	print_json(
2053	&client
2054	.create_app_info_localization(&app_info_id, attributes)
2055	.await?,
2056	)
2057	}
2058	AppInfoLocalizationsCommand::Update { id, name, subtitle } => {
2059	let attributes = AppInfoLocalizationUpdateAttributes {
2060	name,
2061	subtitle,
2062	privacy_policy_url: None,
2063	};
2064	if dry_run_guard(dry_run, &attributes)? {
2065	return Ok(());
2066	}
2067	print_json(&client.update_app_info_localization(&id, attributes).await?)
2068	}
2069	AppInfoLocalizationsCommand::Delete { id } => {
2070	if dry_run {
2071	println!("# dry run — would DELETE /v1/appInfoLocalizations/{id}");
2072	return Ok(());
2073	}
2074	client.delete_app_info_localization(&id).await?;
2075	println!("deleted {id}");
2076	Ok(())
2077	}
2078	}
2079	}
2080
2081	async fn run_app_store_version_localizations(
2082	client: &Client,
2083	command: AppStoreVersionLocalizationsCommand,
2084	dry_run: bool,
2085	) -> Result<()> {
2086	match command {
2087	AppStoreVersionLocalizationsCommand::List {
2088	app_store_version_id,
2089	} => print_json(
2090	&client
2091	.list_app_store_version_localizations(&app_store_version_id)
2092	.await?,
2093	),
2094	AppStoreVersionLocalizationsCommand::Create {
2095	app_store_version_id,
2096	locale,
2097	description,
2098	description_file,
2099	keywords,
2100	keywords_file,
2101	whats_new,
2102	whats_new_file,
2103	promotional_text,
2104	promotional_text_file,
2105	marketing_url,
2106	support_url,
2107	no_verify,
2108	} => {
2109	let fields = AppStoreVersionLocalizationFields {
2110	description: text_arg(description, description_file, "--description-file")?,
2111	keywords: text_arg(keywords, keywords_file, "--keywords-file")?,
2112	whats_new: text_arg(whats_new, whats_new_file, "--whats-new-file")?,
2113	promotional_text: text_arg(
2114	promotional_text,
2115	promotional_text_file,
2116	"--promotional-text-file",
2117	)?,
2118	marketing_url,
2119	support_url,
2120	};
2121	lint_localization_fields(&fields)?;
2122	let attributes = AppStoreVersionLocalizationCreateAttributes {
2123	locale,
2124	fields: fields.clone(),
2125	};
2126	if dry_run_guard(dry_run, &attributes)? {
2127	return Ok(());
2128	}
2129	let created = client
2130	.create_app_store_version_localization(&app_store_version_id, attributes)
2131	.await?;
2132	verify_localization(client, &created.id, &fields, no_verify).await?;
2133	print_json(&created)
2134	}
2135	AppStoreVersionLocalizationsCommand::Update {
2136	id,
2137	description,
2138	description_file,
2139	keywords,
2140	keywords_file,
2141	whats_new,
2142	whats_new_file,
2143	promotional_text,
2144	promotional_text_file,
2145	marketing_url,
2146	support_url,
2147	no_verify,
2148	} => {
2149	let fields = AppStoreVersionLocalizationFields {
2150	description: text_arg(description, description_file, "--description-file")?,
2151	keywords: text_arg(keywords, keywords_file, "--keywords-file")?,
2152	whats_new: text_arg(whats_new, whats_new_file, "--whats-new-file")?,
2153	promotional_text: text_arg(
2154	promotional_text,
2155	promotional_text_file,
2156	"--promotional-text-file",
2157	)?,
2158	marketing_url,
2159	support_url,
2160	};
2161	lint_localization_fields(&fields)?;
2162	if dry_run_guard(dry_run, &fields)? {
2163	return Ok(());
2164	}
2165	let updated = client
2166	.update_app_store_version_localization(&id, fields.clone())
2167	.await?;
2168	verify_localization(client, &updated.id, &fields, no_verify).await?;
2169	print_json(&updated)
2170	}
2171	AppStoreVersionLocalizationsCommand::Delete { id } => {
2172	if dry_run {
2173	println!("# dry run — would DELETE /v1/appStoreVersionLocalizations/{id}");
2174	return Ok(());
2175	}
2176	client.delete_app_store_version_localization(&id).await?;
2177	println!("deleted {id}");
2178	Ok(())
2179	}
2180	}
2181	}
2182
2183	async fn run_app_screenshot_sets(
2184	client: &Client,
2185	command: AppScreenshotSetsCommand,
2186	dry_run: bool,
2187	) -> Result<()> {
2188	match command {
2189	AppScreenshotSetsCommand::List {
2190	app_store_version_localization_id,
2191	} => print_json(
2192	&client
2193	.list_app_screenshot_sets(&app_store_version_localization_id)
2194	.await?,
2195	),
2196	AppScreenshotSetsCommand::Create {
2197	app_store_version_localization_id,
2198	display_type,
2199	} => {
2200	let attributes = AppScreenshotSetCreateAttributes {
2201	screenshot_display_type: display_type.into(),
2202	};
2203	if dry_run_guard(dry_run, &attributes)? {
2204	return Ok(());
2205	}
2206	print_json(
2207	&client
2208	.create_app_screenshot_set(&app_store_version_localization_id, attributes)
2209	.await?,
2210	)
2211	}
2212	AppScreenshotSetsCommand::Delete { id } => {
2213	if dry_run {
2214	println!("# dry run — would DELETE /v1/appScreenshotSets/{id}");
2215	return Ok(());
2216	}
2217	client.delete_app_screenshot_set(&id).await?;
2218	println!("deleted {id}");
2219	Ok(())
2220	}
2221	}
2222	}
2223
2224	async fn run_app_screenshots(
2225	client: &Client,
2226	command: AppScreenshotsCommand,
2227	dry_run: bool,
2228	) -> Result<()> {
2229	match command {
2230	AppScreenshotsCommand::List {
2231	app_screenshot_set_id,
2232	} => print_json(&client.list_app_screenshots(&app_screenshot_set_id).await?),
2233	AppScreenshotsCommand::Upload {
2234	app_screenshot_set_id,
2235	file,
2236	} => {
2237	let file_name = file
2238	.file_name()
2239	.map(\|n\| n.to_string_lossy().into_owned())
2240	.with_context(\|\| format!("{file:?} has no file name"))?;
2241	let bytes = std::fs::read(&file)
2242	.with_context(\|\| format!("reading screenshot file {file:?}"))?;
2243
2244	if dry_run {
2245	println!(
2246	"# dry run — would upload {file_name} ({} bytes) to appScreenshotSet {app_screenshot_set_id}",
2247	bytes.len()
2248	);
2249	return Ok(());
2250	}
2251
2252	print_json(
2253	&client
2254	.upload_app_screenshot(&app_screenshot_set_id, file_name, bytes)
2255	.await?,
2256	)
2257	}
2258	AppScreenshotsCommand::Delete { id } => {
2259	if dry_run {
2260	println!("# dry run — would DELETE /v1/appScreenshots/{id}");
2261	return Ok(());
2262	}
2263	client.delete_app_screenshot(&id).await?;
2264	println!("deleted {id}");
2265	Ok(())
2266	}
2267	}
2268	}
2269
2270	/// Human-readable summary of a certificate, with the fields that decide
2271	/// whether it is usable pulled to the top. Deliberately omits
2272	/// `certificateContent`: it is large, and printing it invites pasting
2273	/// certificate bodies into places they should not go.
2274	#[derive(serde::Serialize)]
2275	struct CertificateSummary {
2276	id: String,
2277	name: Option<String>,
2278	r#type: Option<String>,
2279	serial_number: Option<String>,
2280	expiration_date: Option<String>,
2281	/// Computed here rather than by Apple, which offers no such filter.
2282	expired: Option<bool>,
2283	}
2284
2285	fn summarize(
2286	certificate: &smbcloud_ascapi_signing::certificate::Certificate,
2287	) -> CertificateSummary {
2288	let expiration_date = certificate.attributes.expiration_date.clone();
2289	// Lexicographic comparison is sound for ISO-8601 UTC timestamps, which
2290	// is what Apple returns, and avoids a date-parsing dependency for a
2291	// field that is only ever displayed.
2292	let now = now_iso8601();
2293	let expired = expiration_date
2294	.as_ref()
2295	.map(\|at\| at.as_str() < now.as_str());
2296
2297	CertificateSummary {
2298	id: certificate.id.clone(),
2299	name: certificate.attributes.name.clone(),
2300	r#type: certificate
2301	.attributes
2302	.certificate_type
2303	.map(\|t\| t.as_api_str().to_string()),
2304	serial_number: certificate.attributes.serial_number.clone(),
2305	expiration_date,
2306	expired,
2307	}
2308	}
2309
2310	/// Current UTC time as `YYYY-MM-DDTHH:MM:SS`, for comparing against
2311	/// Apple's ISO-8601 expiry strings without pulling in a date library.
2312	fn now_iso8601() -> String {
2313	let secs = std::time::SystemTime::now()
2314	.duration_since(std::time::UNIX_EPOCH)
2315	.unwrap_or_default()
2316	.as_secs() as i64;
2317
2318	// Days since the epoch to a civil date, per Howard Hinnant's
2319	// days_from_civil inverse. Shifting the era to March makes the leap
2320	// day the last day of the year, which removes every special case.
2321	let days = secs.div_euclid(86_400);
2322	let secs_of_day = secs.rem_euclid(86_400);
2323	let z = days + 719_468;
2324	let era = z.div_euclid(146_097);
2325	let doe = z.rem_euclid(146_097);
2326	let yoe = (doe - doe / 1460 + doe / 36_524 - doe / 146_096) / 365;
2327	let y = yoe + era * 400;
2328	let doy = doe - (365 * yoe + yoe / 4 - yoe / 100);
2329	let mp = (5 * doy + 2) / 153;
2330	let d = doy - (153 * mp + 2) / 5 + 1;
2331	let m = if mp < 10 { mp + 3 } else { mp - 9 };
2332	let y = if m <= 2 { y + 1 } else { y };
2333
2334	format!(
2335	"{:04}-{:02}-{:02}T{:02}:{:02}:{:02}",
2336	y,
2337	m,
2338	d,
2339	secs_of_day / 3600,
2340	(secs_of_day % 3600) / 60,
2341	secs_of_day % 60
2342	)
2343	}
2344
2345	/// Read-only throughout, so unlike its siblings it takes no `dry_run`:
2346	/// there is no request body to preview.
2347	async fn run_app_prices(client: &Client, command: AppPricesCommand) -> Result<()> {
2348	match command {
2349	AppPricesCommand::Schedule { app_id } => {
2350	print_json(&client.get_app_price_schedule(&app_id).await?)
2351	}
2352	AppPricesCommand::List {
2353	app_id,
2354	automatic,
2355	territory,
2356	} => {
2357	let kind = if automatic {
2358	PriceKind::Automatic
2359	} else {
2360	PriceKind::Manual
2361	};
2362	let prices = client
2363	.list_app_prices(&app_id, kind, territory.as_deref())
2364	.await?;
2365	print_json(&prices)
2366	}
2367	}
2368	}
2369
2370	async fn run_certificates(
2371	client: &Client,
2372	command: CertificatesCommand,
2373	dry_run: bool,
2374	) -> Result<()> {
2375	match command {
2376	CertificatesCommand::List { r#type } => {
2377	let mut certificates = client.list_certificates(r#type.map(Into::into)).await?;
2378	certificates.sort_by(\|a, b\| {
2379	a.attributes
2380	.expiration_date
2381	.cmp(&b.attributes.expiration_date)
2382	});
2383	let summaries: Vec<_> = certificates.iter().map(summarize).collect();
2384	print_json(&summaries)
2385	}
2386
2387	CertificatesCommand::Create {
2388	r#type,
2389	out_dir,
2390	common_name,
2391	} => {
2392	let certificate_type: CertificateType = r#type.into();
2393
2394	if dry_run {
2395	// Stop before generating a key: an unused RSA key pair on
2396	// disk is a small liability, and a dry run should have no
2397	// side effects at all.
2398	println!("# dry run — would generate an RSA 2048 key pair and request:");
2399	print_json(&serde_json::json!({
2400	"certificateType": certificate_type.as_api_str(),
2401	"commonName": common_name,
2402	"outDir": out_dir,
2403	}))?;
2404	return Ok(());
2405	}
2406
2407	let request = generate_certificate_request(&common_name)
2408	.context("generating the RSA 2048 key pair and CSR")?;
2409
2410	std::fs::create_dir_all(&out_dir)
2411	.with_context(\|\| format!("creating {}", out_dir.display()))?;
2412
2413	// Write the private key BEFORE calling Apple. If the request
2414	// fails we are left with an unused key, which is harmless; the
2415	// other order risks Apple issuing a certificate whose key we
2416	// then fail to persist, which is unrecoverable.
2417	let stem = certificate_type.as_api_str().to_lowercase();
2418	let key_path = out_dir.join(format!("{stem}.key.pem"));
2419	write_private_key(&key_path, request.private_key_pem())
2420	.with_context(\|\| format!("writing the private key to {}", key_path.display()))?;
2421
2422	let attributes = CertificateCreateAttributes {
2423	csr_content: request.csr_pem().to_string(),
2424	certificate_type,
2425	};
2426	let certificate = client.create_certificate(attributes).await?;
2427
2428	let cer_path = out_dir.join(format!("{stem}.cer"));
2429	if let Some(content) = certificate.attributes.certificate_content.as_deref() {
2430	let der =
2431	base64_decode(content).context("decoding the certificate Apple returned")?;
2432	std::fs::write(&cer_path, der)
2433	.with_context(\|\| format!("writing {}", cer_path.display()))?;
2434	}
2435
2436	print_json(&serde_json::json!({
2437	"certificate": summarize(&certificate),
2438	"privateKey": key_path,
2439	"certificatePath": cer_path,
2440	"nextSteps": [
2441	format!(
2442	"openssl pkcs12 -export -inkey {} -in {} -out {}.p12",
2443	key_path.display(), cer_path.display(), stem
2444	),
2445	format!("security import {stem}.p12 -k ~/Library/Keychains/login.keychain-db -T /usr/bin/codesign"),
2446	"security find-identity -v -p codesigning".to_string(),
2447	],
2448	}))
2449	}
2450
2451	CertificatesCommand::Revoke { id, confirm } => {
2452	if confirm != id {
2453	anyhow::bail!(
2454	"refusing to revoke: pass --confirm {id} to acknowledge that this breaks \
2455	every provisioning profile embedding this certificate, for the whole team"
2456	);
2457	}
2458	if dry_run {
2459	println!("# dry run — would revoke certificate {id}");
2460	return Ok(());
2461	}
2462	client.revoke_certificate(&id).await?;
2463	print_json(&serde_json::json!({ "revoked": id }))
2464	}
2465	}
2466	}
2467
2468	async fn run_profiles(client: &Client, command: ProfilesCommand, dry_run: bool) -> Result<()> {
2469	use smbcloud_ascapi_frontend::profiles::{download_profile, ProfileSummary};
2470	use smbcloud_ascapi_frontend::time::now_iso8601;
2471
2472	match command {
2473	ProfilesCommand::List {
2474	name,
2475	r#type,
2476	with_bundle_id,
2477	} => {
2478	let mut profiles = client
2479	.list_profiles(name.as_deref(), r#type.map(Into::into))
2480	.await?;
2481	profiles.sort_by(\|a, b\| {
2482	a.attributes
2483	.expiration_date
2484	.cmp(&b.attributes.expiration_date)
2485	});
2486	let now = now_iso8601();
2487	let mut summaries: Vec<_> = profiles
2488	.iter()
2489	.map(\|profile\| ProfileSummary::from_resource(profile, &now))
2490	.collect();
2491	if with_bundle_id {
2492	for summary in &mut summaries {
2493	let bundle = client.get_profile_bundle_id(&summary.id).await?;
2494	summary.bundle_identifier = bundle.attributes.identifier;
2495	summary.bundle_id = Some(bundle.id);
2496	}
2497	}
2498	print_json(&summaries)
2499	}
2500
2501	ProfilesCommand::Create {
2502	name,
2503	r#type,
2504	bundle_id,
2505	certificates,
2506	devices,
2507	} => {
2508	let profile_type: ProfileType = r#type.into();
2509
2510	// Say so rather than dropping them silently: a caller who
2511	// passed devices to a store profile has misunderstood
2512	// something, and the created profile will not be what they
2513	// expect.
2514	if !devices.is_empty() && !profile_type.takes_devices() {
2515	eprintln!(
2516	"note: {} does not take devices; ignoring the {} passed",
2517	profile_type.as_api_str(),
2518	devices.len()
2519	);
2520	}
2521
2522	let relationships =
2523	ProfileCreateRelationships::new(profile_type, &bundle_id, &certificates, &devices);
2524	let attributes = ProfileCreateAttributes {
2525	name: name.clone(),
2526	profile_type,
2527	};
2528
2529	if dry_run {
2530	print_json(&serde_json::json!({
2531	"data": {
2532	"type": "profiles",
2533	"attributes": attributes,
2534	"relationships": relationships,
2535	}
2536	}))?;
2537	return Ok(());
2538	}
2539
2540	let profile = client.create_profile(attributes, relationships).await?;
2541	print_json(&ProfileSummary::from_resource(&profile, &now_iso8601()))
2542	}
2543
2544	ProfilesCommand::Download { id, output } => {
2545	if dry_run {
2546	println!(
2547	"# dry run — would write profile {id} to {}",
2548	output.display()
2549	);
2550	return Ok(());
2551	}
2552	let downloaded = download_profile(client, &id, &output)
2553	.await
2554	.map_err(anyhow::Error::msg)?;
2555	print_json(&downloaded)
2556	}
2557
2558	ProfilesCommand::Delete { id, confirm } => {
2559	if confirm != id {
2560	anyhow::bail!(
2561	"refusing to delete: pass --confirm {id} to acknowledge that signing \
2562	against this profile stops working until a replacement exists"
2563	);
2564	}
2565	if dry_run {
2566	println!("# dry run — would delete profile {id}");
2567	return Ok(());
2568	}
2569	client.delete_profile(&id).await?;
2570	print_json(&serde_json::json!({ "deleted": id }))
2571	}
2572	}
2573	}
2574
2575	/// Write a private key with owner-only permissions, set at creation time
2576	/// rather than chmod'ed afterwards so the key is never briefly readable.
2577	fn write_private_key(path: &std::path::Path, pem: &str) -> std::io::Result<()> {
2578	use std::io::Write;
2579
2580	let mut options = std::fs::OpenOptions::new();
2581	options.write(true).create(true).truncate(true);
2582	#[cfg(unix)]
2583	{
2584	use std::os::unix::fs::OpenOptionsExt;
2585	options.mode(0o600);
2586	}
2587	let mut file = options.open(path)?;
2588	file.write_all(pem.as_bytes())?;
2589	file.sync_all()
2590	}
2591
2592	fn base64_decode(input: &str) -> Result<Vec<u8>> {
2593	use base64::Engine;
2594	Ok(base64::engine::general_purpose::STANDARD.decode(input.trim())?)
2595	}
2596
2597	#[cfg(test)]
2598	mod tests {
2599	use super::sales_report_as_json;
2600	use super::validate_version_string;
2601	use super::validate_whats_new;
2602	use super::WHATS_NEW_MAX_LEN;
2603	use super::{diff_fields, lint_localization_fields, text_arg, Cli};
2604	use clap::Parser;
2605	use flate2::write::GzEncoder;
2606	use flate2::Compression;
2607	use smbcloud_ascapi_aso::app_store_version_localization::{
2608	AppStoreVersionLocalizationAttributes, AppStoreVersionLocalizationFields,
2609	};
2610	use std::io::Write;
2611
2612	fn temp_file(name: &str, contents: &str) -> std::path::PathBuf {
2613	let path = std::env::temp_dir().join(format!("asc-test-{}-{name}", std::process::id()));
2614	std::fs::write(&path, contents).unwrap();
2615	path
2616	}
2617
2618	#[test]
2619	fn text_arg_strips_one_trailing_newline_and_keeps_the_rest() {
2620	let path = temp_file("strip", "a & b\n\nline two\n");
2621	let text = text_arg(None, Some(path.clone()), "--description-file").unwrap();
2622	assert_eq!(text.as_deref(), Some("a & b\n\nline two"));
2623	std::fs::write(&path, "crlf\r\n").unwrap();
2624	let text = text_arg(None, Some(path.clone()), "--description-file").unwrap();
2625	assert_eq!(text.as_deref(), Some("crlf"));
2626	std::fs::remove_file(path).unwrap();
2627	}
2628
2629	#[test]
2630	fn text_arg_passes_inline_through_and_names_flag_on_error() {
2631	assert_eq!(
2632	text_arg(Some("x\n".into()), None, "--f")
2633	.unwrap()
2634	.as_deref(),
2635	Some("x\n")
2636	);
2637	let error = text_arg(None, Some("/nonexistent/asc.txt".into()), "--keywords-file")
2638	.unwrap_err()
2639	.to_string();
2640	assert!(error.contains("--keywords-file") && error.contains("/nonexistent/asc.txt"));
2641	}
2642
2643	#[test]
2644	fn file_and_inline_flags_conflict() {
2645	let result = Cli::try_parse_from([
2646	"asc",
2647	"app-store-version-localizations",
2648	"update",
2649	"id",
2650	"--description",
2651	"a",
2652	"--description-file",
2653	"b.txt",
2654	]);
2655	assert!(result.is_err());
2656	let result =
2657	Cli::try_parse_from(["asc", "testflight", "build-localizations", "update", "id"]);
2658	assert!(
2659	result.is_err(),
2660	"one of the two whats-new flags is required"
2661	);
2662	let result = Cli::try_parse_from([
2663	"asc",
2664	"testflight",
2665	"build-localizations",
2666	"update",
2667	"id",
2668	"--whats-new",
2669	"a",
2670	"--whats-new-file",
2671	"b.txt",
2672	]);
2673	assert!(result.is_err());
2674	}
2675
2676	#[test]
2677	fn lint_names_the_flag() {
2678	let fields = AppStoreVersionLocalizationFields {
2679	promotional_text: Some("a".repeat(171)),
2680	..Default::default()
2681	};
2682	let error = lint_localization_fields(&fields).unwrap_err().to_string();
2683	assert!(error.starts_with("--promotional-text is 171"), "{error}");
2684	}
2685
2686	fn stored(description: Option<&str>) -> AppStoreVersionLocalizationAttributes {
2687	AppStoreVersionLocalizationAttributes {
2688	locale: "en-US".into(),
2689	description: description.map(Into::into),
2690	keywords: None,
2691	marketing_url: None,
2692	promotional_text: None,
2693	support_url: None,
2694	whats_new: None,
2695	}
2696	}
2697
2698	#[test]
2699	fn diff_fields_matches_and_mismatches() {
2700	let sent = AppStoreVersionLocalizationFields {
2701	description: Some("abc".into()),
2702	..Default::default()
2703	};
2704	assert!(diff_fields(&sent, &stored(Some("abc"))).is_empty());
2705	assert_eq!(
2706	diff_fields(&sent, &stored(Some("abd"))),
2707	vec!["description"]
2708	);
2709	assert_eq!(diff_fields(&sent, &stored(None)), vec!["description"]);
2710	// Fields that were not sent are never compared.
2711	assert!(diff_fields(
2712	&AppStoreVersionLocalizationFields::default(),
2713	&stored(Some("x"))
2714	)
2715	.is_empty());
2716	}
2717
2718	fn gzip(tsv: &str) -> Vec<u8> {
2719	let mut encoder = GzEncoder::new(Vec::new(), Compression::default());
2720	encoder.write_all(tsv.as_bytes()).unwrap();
2721	encoder.finish().unwrap()
2722	}
2723
2724	#[test]
2725	fn sales_report_preserves_headers_and_string_values() {
2726	let rows = sales_report_as_json(&gzip(
2727	"Provider Country\tUnits\tTitle\nUS\t12\t\"An app\twith tab\"\n",
2728	))
2729	.unwrap();
2730
2731	assert_eq!(
2732	rows,
2733	vec![serde_json::json!({
2734	"Provider Country": "US",
2735	"Units": "12",
2736	"Title": "An app\twith tab",
2737	})]
2738	);
2739	}
2740
2741	#[test]
2742	fn sales_report_accepts_rows_with_missing_or_extra_fields() {
2743	let rows = sales_report_as_json(&gzip("Country\tUnits\nUS\nCA\t3\textra\n")).unwrap();
2744
2745	assert_eq!(
2746	rows,
2747	vec![
2748	serde_json::json!({ "Country": "US" }),
2749	serde_json::json!({
2750	"Country": "CA",
2751	"Units": "3",
2752	"extra_column_3": "extra",
2753	}),
2754	]
2755	);
2756	}
2757
2758	#[test]
2759	fn sales_report_rejects_invalid_gzip() {
2760	let error = sales_report_as_json(b"not a gzip file").unwrap_err();
2761	assert!(error
2762	.to_string()
2763	.contains("reading the TSV header from Apple's sales report"));
2764	}
2765
2766	#[test]
2767	fn version_string_accepts_one_to_three_numbers() {
2768	for version_string in ["1", "1.1", "1.1.0", "12.345.6789"] {
2769	assert!(
2770	validate_version_string(version_string).is_ok(),
2771	"{version_string} should be accepted"
2772	);
2773	}
2774	}
2775
2776	#[test]
2777	fn version_string_rejects_non_numeric_or_too_many_parts() {
2778	for version_string in [
2779	"", "1.1.0.0", "1..0", "1.1.", ".1", "v1.1", "1.1-beta", "1,1",
2780	] {
2781	let error = validate_version_string(version_string)
2782	.expect_err(&format!("{version_string} should be rejected"));
2783	assert!(
2784	error.to_string().starts_with("invalid --version-string"),
2785	"{error}"
2786	);
2787	}
2788	}
2789
2790	#[test]
2791	fn sales_report_disambiguates_blank_and_duplicate_headers() {
2792	let rows = sales_report_as_json(&gzip("Country\t\tCountry\nUS\t3\tCA\n")).unwrap();
2793
2794	assert_eq!(
2795	rows,
2796	vec![serde_json::json!({
2797	"Country": "US",
2798	"column_2": "3",
2799	"Country_2": "CA",
2800	})]
2801	);
2802	}
2803
2804	#[test]
2805	fn whats_new_accepts_empty_and_up_to_the_limit() {
2806	// Apple accepts the field at create time as null/empty, and a
2807	// note exactly at the cap is the boundary that must pass.
2808	assert!(validate_whats_new("").is_ok());
2809	let at_limit = "a".repeat(WHATS_NEW_MAX_LEN);
2810	assert!(validate_whats_new(&at_limit).is_ok(), "at-limit must pass");
2811	}
2812
2813	#[test]
2814	fn whats_new_rejects_one_char_over_the_limit() {
2815	let too_long = "a".repeat(WHATS_NEW_MAX_LEN + 1);
2816	let error = validate_whats_new(&too_long).expect_err("over-limit must be rejected");
2817	let message = error.to_string();
2818	assert!(
2819	message.contains("--whats-new"),
2820	"should name the flag: {message}"
2821	);
2822	assert!(
2823	message.contains(&WHATS_NEW_MAX_LEN.to_string()),
2824	"should quote the limit: {message}"
2825	);
2826	}
2827
2828	#[test]
2829	fn whats_new_counts_characters_not_bytes() {
2830	// "あ" is 3 bytes in UTF-8 but 1 character, so 4000 of them fits
2831	// the character-based limit even though it would blow a byte
2832	// budget. Make sure the validator agrees with ASC's character
2833	// semantics.
2834	let multibyte = "あ".repeat(WHATS_NEW_MAX_LEN);
2835	assert!(
2836	validate_whats_new(&multibyte).is_ok(),
2837	"char count, not byte count"
2838	);
2839	}
2840	}