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storm-existing

byAjanty

Build this existing Android project into an installable APK. This is an Android Input Method Editor (IME) keyboard. Preserve the existing custom mark, SVG, U+E000 Private Use Area character, custom font, and keyboard functionality. Configure all required Android SDK/Gradle dependencies in the cloud build environment. Run Gradle, fix compilation errors, and produce a debug APK. Do not convert this into a web app. The final deliverable must be an actual .apk file that can be downloaded and installed on an Android phone.

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System Requirements

System Requirement DocumentProposed change+167−25on v2
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System Requirements Document

System Requirements Document for storm-existing

Introduction

This document outlines the system requirements for building an Android Input Method Editor (IME) keyboard project into an installable APK. The project involves preserving existing custom features and ensuring compatibility with Android SDK/Gradle dependencies.

This document outlines the system requirements for building an Android Input Method Editor (IME) keyboard project into an installable APK. The project involves preserving existing custom features and ensuring compatibility with Android SDK/Gradle dependencies. The intended audience for this document includes developers responsible for configuring the build environment and ensuring the final APK meets all specified requirements.

System Overview

The project is an Android IME keyboard application that requires building into a downloadable and installable APK file. The application includes custom SVG icons, a private use area character, and a custom font. The build process must be configured to run in a cloud environment, ensuring all dependencies are correctly managed.

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Product Interpretation and Delivery Boundary

The project will deliver a native Android IME keyboard application as an installable APK. The application will not be converted into a web app. The build process will be automated and repeatable in a cloud environment, with all required Android SDK and Gradle dependencies configured. The final APK must be compatible with Android devices running the specified minimum SDK version.

Page Content and Component Coverage

Landing

  • Information/State: Introduction to the product, explaining its purpose and capabilities.
  • Primary Actions: None.
  • Supporting Actions: Link to Sign Up and Login pages.
  • Domain Entities: None.
  • States: Loading, success.

Login

  • Information/State: User authentication for returning developers.
  • Primary Actions: Login.
  • Supporting Actions: Link to Sign Up page.
  • Domain Entities: Developer credentials.
  • States: Loading, success, error.
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Sign Up

  • Information/State: User registration for new developers.
  • Primary Actions: Sign up.
  • Supporting Actions: Link to Login page.
  • Domain Entities: Developer credentials.
  • States: Loading, success, error.

Build Setup

  • Information/State: Configuration of cloud Android SDK, Gradle, and build dependencies.
  • Primary Actions: Save configuration.
  • Supporting Actions: None.
  • Domain Entities: Build configuration settings.
  • States: Loading, success, error.

Build Console

  • Information/State: Interface to initiate Gradle build.
  • Primary Actions: Start build.
  • Supporting Actions: View build logs.
  • Domain Entities: Build process.
  • States: Loading, success, error.
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Build Output

  • Information/State: Compilation progress and errors.
  • Primary Actions: None.
  • Supporting Actions: View detailed logs.
  • Domain Entities: Build logs.
  • States: Loading, success, error.

Error Resolution

  • Information/State: Compilation errors and resolution tools.
  • Primary Actions: Apply fixes.
  • Supporting Actions: Retry build.
  • Domain Entities: Error logs.
  • States: Loading, success, error.

APK Artifact

  • Information/State: Presentation of the successful debug APK.
  • Primary Actions: None.
  • Supporting Actions: View APK details.
  • Domain Entities: APK file.
  • States: Loading, success.
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APK Download

  • Information/State: Downloadable APK file.
  • Primary Actions: Download APK.
  • Supporting Actions: None.
  • Domain Entities: APK file.
  • States: Loading, success, error.

Device Testing

  • Information/State: Guidance for APK installation and testing on Android devices.
  • Primary Actions: None.
  • Supporting Actions: View testing instructions.
  • Domain Entities: Testing procedures.
  • States: Loading, success.

Verification

  • Information/State: Verification of preserved custom features.
  • Primary Actions: Confirm verification.
  • Supporting Actions: None.
  • Domain Entities: Verification checklist.
  • States: Loading, success, error.
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Compatibility

  • Information/State: Confirmation of compatibility with specified Android SDK and devices.
  • Primary Actions: Confirm compatibility.
  • Supporting Actions: None.
  • Domain Entities: Compatibility report.
  • States: Loading, success, error.
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Functional Requirements

  1. APK Build Process
  • As a developer, I want to build the existing Android project into an installable APK, so that it can be downloaded and installed on Android devices.
  • As a developer, I want to configure all required Android SDK/Gradle dependencies in the cloud build environment, so that the build process is automated and consistent.
  • As a developer, I want to run Gradle and fix any compilation errors, so that a debug APK can be successfully produced.
  • As a developer, I want to build the existing Android project into an installable APK, so that it can be downloaded and installed on Android devices. (explicit)
  • As a developer, I want to configure all required Android SDK/Gradle dependencies in the cloud build environment, so that the build process is automated and consistent. (explicit)
  • As a developer, I want to run Gradle and fix any compilation errors, so that a debug APK can be successfully produced. (explicit)
  1. Custom Features Preservation
  • As a developer, I want to preserve the existing custom mark, so that the application's branding remains intact.
  • As a developer, I want to preserve the SVG icons, so that the application's visual elements are consistent.
  • As a developer, I want to preserve the U+E000 Private Use Area character, so that custom characters are displayed correctly.
  • As a developer, I want to preserve the custom font, so that the text appearance is consistent with the design specifications.
  • As a developer, I want to preserve the keyboard functionality, so that the application operates as intended.
  • As a developer, I want to preserve the existing custom mark, so that the application's branding remains intact. (explicit)
  • As a developer, I want to preserve the SVG icons, so that the application's visual elements are consistent. (explicit)
  • As a developer, I want to preserve the U+E000 Private Use Area character, so that custom characters are displayed correctly. (explicit)
  • As a developer, I want to preserve the custom font, so that the text appearance is consistent with the design specifications. (explicit)
  • As a developer, I want to preserve the keyboard functionality, so that the application operates as intended. (explicit)
  1. Non-Web Application
  • As a developer, I want to ensure that the application is not converted into a web app, so that it remains a native Android application.
  • As a developer, I want to ensure that the application is not converted into a web app, so that it remains a native Android application. (explicit)
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User Personas

  1. Developer
  • Responsible for configuring the build environment, running the build process, and ensuring the final APK meets all specified requirements.
  • Responsible for configuring the cloud Android build environment and its Android SDK/Gradle dependencies, running Gradle, resolving compilation errors, verifying that the existing IME keyboard behavior and required custom assets are preserved, and obtaining the resulting debug APK for download and installation testing on an Android device.
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Core User Flows

  1. APK Build Flow
  • The developer configures the cloud build environment with the necessary Android SDK/Gradle dependencies.
  • The developer initiates the Gradle build process.
  • The system compiles the project, identifying and resolving any compilation errors.
  • The system produces a debug APK file.
  • The developer downloads the APK and installs it on an Android device for testing.
  1. The developer configures the cloud build environment with the necessary Android SDK/Gradle dependencies.
  2. The developer initiates the Gradle build process.
  3. The system compiles the project, identifying and resolving any compilation errors.
  4. The system produces a debug APK file.
  5. The developer downloads the APK and installs it on an Android device for testing.

Visuals Colors and Theme

  • Default colors and themes are derived from the existing SVG and CSS files, ensuring consistency with the current design.
  • Palette (light mode): background #F6F3EE, surface #FFFFFF, text #141517, primary #F28C28, accent #FF5722, muted #C7C7C7. The warm off-white background and crisp text color provide a clear and professional appearance. The primary and accent colors add a touch of character without overwhelming the interface.
  • Typography: headings Space Grotesk — Bold, large scale with tight tracking and uppercase for emphasis; body Inter Tight; scale 1.25 modular, 48/36/24/16/14.
  • Shape language: Crisp UI with hairline borders and modular elements.
  • Layout: Compact controls on a 4/8-pt spacing scale, with clear hierarchy and focus on content.
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Signature Design Concept

  • The design concept is based on the existing SVG icons and custom font, maintaining the application's unique visual identity.
  • The design concept is based on the existing SVG icons and custom font, maintaining the application's unique visual identity. A hero section with large functional type showing project progress, compact and clear build setup console with precise interaction cues, and hairline dividers for clear separation of build steps are key elements.

Interaction Model & Motion Direction

  • Interaction and motion are consistent with standard Android IME keyboard behavior, ensuring a familiar user experience.
  • Interaction Model: Static
  • Motion Tempo: Restrained
  • Hero Dimensionality: Flat
  • Hero Drama: Composed
  • Landing Hero Motion Brief: The hero section will focus on the functional elements of the build console, using the primary and accent colors to guide the user's eyes. The interface itself, schematic diagrams, and code samples will be used as imagery.

Non-Functional Requirements

  • The build process must be automated and repeatable in a cloud environment.
  • The final APK must be compatible with Android devices running the specified minimum SDK version.
  • The build process must be automated and repeatable in a cloud environment. (explicit)
  • The final APK must be compatible with Android devices running the specified minimum SDK version. (explicit)
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Tech Stack

  • Android SDK
  • Gradle
  • Cloud-based build environment (e.g., Jenkins, CircleCI)

Assumptions and Constraints

  • The project will not be converted into a web application.
  • All custom features (SVG, font, character) must be preserved in the final APK.
  • The build environment must support the necessary Android SDK and Gradle configurations.
  • The project will not be converted into a web application. (explicit)
  • All custom features (SVG, font, character) must be preserved in the final APK. (explicit)
  • The build environment must support the necessary Android SDK and Gradle configurations. (explicit)

Glossary

  • APK: Android Package, the file format used to distribute and install application software onto Google's Android operating system.
  • IME: Input Method Editor, a program that allows users to enter characters and symbols not found on their input devices.
  • SVG: Scalable Vector Graphics, an XML-based vector image format for two-dimensional graphics.
  • Gradle: An open-source build automation tool that is designed to be flexible enough to build almost any type of software.

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The User Flow Agent will generate per-persona navigation diagrams after SRD updates.