Submitting your meticulously crafted app to the App Shop ought to beryllium a minute of triumph, the fruits of hours of coding, plan, and investigating. However what occurs once you brush the dreaded “Unsupported Structure x86” mistake? This irritating roadblock tin deliver your app motorboat to a screeching halt. Knowing the underlying causes of this content and realizing however to resoluteness them is important for immoderate iOS developer. This article dives heavy into the x86 structure content, offering actionable options and adept insights to aid you navigate the App Shop submission procedure seamlessly.
Knowing the x86 Structure
The x86 structure, generally related with Intel-primarily based processors, isn’t straight applicable to iOS units which make the most of Limb-primarily based processors. Truthful wherefore does this mistake look? The content frequently stems from included libraries oregon dependencies inside your task that are constructed for the x86 structure, equal if your center codification is focused for Limb. This incompatibility triggers the App Shop rejection.
Deliberation of it similar making an attempt to acceptable a quadrate peg into a circular gap. The App Shop expects Limb-appropriate codification, and the beingness of x86 components disrupts this anticipation. This tin hap if youโre utilizing 3rd-organization libraries oregon frameworks that werenโt accurately configured for iOS deployment.
Figuring out the perpetrator requires cautious introspection of your taskโs dependencies. Instruments similar Xcode’s “lipo -information” bid tin aid find the architectures a peculiar room helps.
Communal Causes of the x86 Mistake
Respective elements tin lend to the inclusion of x86 structure successful your iOS app. A predominant offender is the unintended inclusion of simulator-circumstantial builds. Once investigating your app connected the iOS Simulator, Xcode frequently builds for x86 due to the fact that the simulator runs connected your Intel-primarily based Mac. These x86 binaries tin inadvertently sneak into your last App Shop submission.
Different communal origin is improperly configured 3rd-organization libraries. If a room consists of x86 slices, it tin set off the mistake. Ever guarantee your dependencies are constructed particularly for iOS gadgets (Limb architectures).
Moreover, outdated physique settings oregon incorrect configurations inside Xcode tin besides lend to this job. Repeatedly updating Xcode and reviewing your task settings is important for avoiding these pitfalls.
Resolving the Unsupported Structure x86 Content
Fixing this content entails pinpointing the origin of the x86 structure and deleting oregon rebuilding it for Limb. Statesman by meticulously checking your linked libraries and frameworks. Usage the “lipo -data” bid successful the Terminal to examine the structure of all room. If you discovery x86 slices, interaction the room vendor for an iOS-appropriate interpretation oregon see options.
Guarantee your physique settings successful Xcode are configured appropriately. Choice your task successful the Task Navigator, past navigate to “Physique Settings.” Confirm that the “Legitimate Architectures” mounting lone contains Limb architectures (arm64, armv7, and so forth.).
Cleansing your task and rebuilding it from scratch tin typically resoluteness lingering points. This clears retired immoderate cached physique artifacts that mightiness beryllium contributing to the job. Besides, treble-cheque your “Physique Phases” to guarantee you’re not by chance together with simulator-circumstantial builds successful your last app bundle.
- Examine Libraries with
lipo -data - Confirm Xcode Physique Settings
- Cleanable and Rebuild Task
Stopping Early x86 Errors
Proactive measures tin prevention you from encountering this content successful the early. Repeatedly replace your 3rd-organization libraries to guarantee they are appropriate with the newest iOS variations and physique necessities. Instrumentality a sturdy physique procedure that consists of structure checks earlier submitting to the App Shop. This may affect scripting the “lipo -data” bid to routinely confirm architectures throughout your physique procedure.
Sustaining a cleanable and organized task construction is indispensable. Intelligibly abstracted simulator builds from instrumentality builds to forestall unintentional inclusions. By pursuing these champion practices, you tin streamline your app submission procedure and debar the vexation of unsupported structure errors.
Staying knowledgeable astir Pomeโs developer pointers and champion practices is important for sustaining a creaseless improvement workflow. Assets similar the authoritative Pome Developer documentation and assemblage boards tin supply invaluable insights and activity.
- Replace Libraries Often
- Instrumentality Structure Checks successful Physique Procedure
Featured Snippet: To rapidly cheque a room’s structure, unfastened Terminal and usage the bid lipo -information /way/to/room.a. This volition output the supported architectures, indicating whether or not x86 is immediate.
Larn much astir iOS structure.
[Infographic Placeholder: Ocular cooperation of Limb vs. x86 architectures and their relevance to iOS improvement.]
Often Requested Questions
Q: Wherefore does the simulator usage x86?
A: The iOS Simulator runs connected your Mac, which historically makes use of x86-primarily based Intel processors. So, to optimize show inside the simulator, Xcode builds for the x86 structure.
By knowing the underlying causes of the โUnsupported Structure x86โ mistake and implementing the urged options, you tin navigate the App Shop submission procedure with better assurance. Don’t fto this communal content derail your app motorboat. Return power of your builds, guarantee compatibility, and pave the manner for a palmy app merchandise. Dive deeper into iOS improvement champion practices and research further sources to refine your expertise and act up of the curve. A fine-structured improvement procedure, coupled with proactive job-fixing, is cardinal to a creaseless and businesslike App Shop submission education.
Question & Answer :
Truthful I americium attempting to usage the Shopify API. Once I archive the app and validate it past location are nary points however once I subject it to the app shop past it provides maine the pursuing points.
- Mistake ITMS-90087: “Unsupported Structure. Your executable incorporates unsupported structure ‘[x86_64, i386]’.”
- Mistake ITMS-90209: “Invalid section Alignment. The App Binary astatine SJAPP.app/Frameworks/Bargain.model/Bargain does not person appropriate section alignment. Attempt rebuilding the app with the newest Xcode interpretation.” (I americium already utilizing the newest interpretation.)
- Mistake ITMS-90125: “The Binary is invalid. The encryption information successful the LC_ENCRYPTION_INFO burden bid is both lacking oregon invalid, oregon the binary is already encrypted. This binary does not look to person been constructed with Pome’s Linker.”
- Informing ITMS-90080: “The Executable Payload/…./Bargain.model is not a Assumption Autarkic Executable. Delight guarantee that ur physique settings are configured to make Pastry executables.”
The job is that the Bargain model accommodates a physique for some the simulator (x86_64) and the existent units (Limb).
Of class, you aren’t allowed to subject to the App Shop a binary for an unsupported structure, truthful the resolution is to “manually” distance the unneeded architectures from the last binary, earlier submitting it.
Daniel Kennett got here ahead with a good resolution and gives this book to adhd to the physique form:
APP_PATH="${TARGET_BUILD_DIR}/${WRAPPER_NAME}" # This book loops done the frameworks embedded successful the exertion and # removes unused architectures. discovery "$APP_PATH" -sanction '*.model' -kind d | piece publication -r Model bash FRAMEWORK_EXECUTABLE_NAME=$(defaults publication "$Model/Information.plist" CFBundleExecutable) FRAMEWORK_EXECUTABLE_PATH="$Model/$FRAMEWORK_EXECUTABLE_NAME" echo "Executable is $FRAMEWORK_EXECUTABLE_PATH" EXTRACTED_ARCHS=() for ARCH successful $ARCHS bash echo "Extracting $ARCH from $FRAMEWORK_EXECUTABLE_NAME" lipo -extract "$ARCH" "$FRAMEWORK_EXECUTABLE_PATH" -o "$FRAMEWORK_EXECUTABLE_PATH-$ARCH" EXTRACTED_ARCHS+=("$FRAMEWORK_EXECUTABLE_PATH-$ARCH") carried out echo "Merging extracted architectures: ${ARCHS}" lipo -o "$FRAMEWORK_EXECUTABLE_PATH-merged" -make "${EXTRACTED_ARCHS[@]}" rm "${EXTRACTED_ARCHS[@]}" echo "Changing first executable with thinned interpretation" rm "$FRAMEWORK_EXECUTABLE_PATH" mv "$FRAMEWORK_EXECUTABLE_PATH-merged" "$FRAMEWORK_EXECUTABLE_PATH" accomplished
I utilized it and it labored absolutely.
EDIT: brand certain you expression astatine the modified book posted by Varrry, arsenic this 1 has any insignificant points.
