setup_mac.sh

#!/bin/bash
#
# AutoCua — macOS one-click setup
# ================================
# Installs uv (if missing), creates a local .venv/, and installs
# requirements_mac.txt into it. No manual Python install required — uv will
# fetch a Python for you if this Mac doesn't already have a suitable one.
# Then installs the Rust toolchain (if missing) and builds the web agent's
# native extension, so the first "web use" run doesn't stop on a missing cargo.
# Last, it offers iPhone / iPad control (WebDriverAgent, Xcode's checks), one
# yes/no question that counts as no when nobody answers.
#
# How to run (any of these):
#   bash setup_mac.sh          # simplest, works right after clone
#   bash setup_mac.sh --ios    # also set up iPhone / iPad control, without asking
#   bash setup_mac.sh --force  # the same as --ios (WebDriverAgent is never fetched here)
#   bash setup_mac.sh --yes    # ... and install Xcode's iOS platform without asking
#   chmod +x setup_mac.sh && ./setup_mac.sh
#   Finder → right-click setup_mac.sh → Open With → Terminal.app
#
# After it finishes:
#   source .venv/bin/activate
#   python app.py                # launch the GUI app (macOS + Windows)
#

set -e

cd "$(dirname "$0")"

MIN_PYTHON="3.10"
# Exclusive upper bound. Some dependencies ship native wheels that lag behind
# the newest CPython (paddlepaddle, for one, stops at cp313), so a Mac whose
# newest interpreter is 3.14 must not be used for the venv.
MAX_PYTHON="3.14"
PYTHON_SPEC=">=$MIN_PYTHON,<$MAX_PYTHON"

# .venv/ is the name uv looks for by default, so `uv pip install`, `uv run` and
# `uv sync` all find it with no --python flag. VENV_PROMPT, passed to
# `uv venv --prompt` below, labels the activated shell "(auto-cua)" whatever
# this repo's folder is called, rather than ".venv" or the folder name.
VENV_DIR=".venv"
VENV_PROMPT="auto-cua"

# WebDriverAgent, for step 7. Pinned on purpose: WebDriverAgent ships breaking
# changes across majors (v15.0.0 alone carried several), and
# AutoCua/ios_connector/setup.py targets a specific scheme and target list —
# WebDriverAgentLib / WebDriverAgentRunner / IntegrationApp. Tracking
# upstream's default branch would hand new users a version this connector was
# never tested against. Bump this only after testing, together with
# AutoCua/utils/wda.py and THIRD_PARTY_NOTICES.md.
# Never downloaded by AutoCua: the person clones it into AutoCua_data (this
# checkout's, or AutoCua_DATA_DIR), and this script only checks and says how.
WDA_VERSION="v15.1.1"
WDA_REPO="https://github.com/appium/WebDriverAgent.git"
WDA_DIR="${AutoCua_DATA_DIR:-$PWD/AutoCua_data}/WebDriverAgent"
IOS_REQUIREMENTS="requirements_ios.txt"

# The flags are all step 7's. --force and --yes imply --ios: neither means
# anything without it.
IOS=0
FORCE=0
ASSUME_YES=0
for _arg in "$@"; do
    case "$_arg" in
        --ios)     IOS=1 ;;
        --force)   IOS=1; FORCE=1 ;;
        --yes|-y)  IOS=1; ASSUME_YES=1 ;;
    esac
done

# How long a yes/no question waits before it counts as no.
ASK_SECONDS=30

# -----------------------------------------------------------------------------
# Print helpers (match the style used across the project's build scripts)
# -----------------------------------------------------------------------------
print_step()   { printf "\n============================================================\n  %s\n============================================================\n\n" "$1"; }
print_sub()    { printf "\n  --- %s ---\n" "$1"; }
print_ok()     { printf "  [OK] %s\n" "$1"; }
print_info()   { printf "  [INFO] %s\n" "$1"; }
print_warn()   { printf "  [!] %s\n" "$1"; }
print_error()  { printf "  [ERROR] %s\n" "$1"; }

# GUI popup so failures are visible even when launched from Finder
gui_alert() {
    osascript -e "display dialog \"$1\" buttons {\"OK\"} default button 1 with icon caution with title \"AutoCua setup\"" >/dev/null 2>&1 || true
}

# A yes/no question with a countdown: y or yes is yes. Anything else, Enter,
# no answer within $2 seconds, or no terminal to ask on (a piped run) is no.
ask_yes_no() {
    local reply=""
    [ -t 0 ] || return 1
    printf "  %s [y/N] (no in %s s) " "$1" "$2"
    if ! read -r -t "$2" reply; then
        printf "\n"
        return 1
    fi
    case "$reply" in
        y|Y|yes|YES|Yes) return 0 ;;
    esac
    return 1
}

# -----------------------------------------------------------------------------
# Step 1 — uv
# -----------------------------------------------------------------------------
# NOTE: Previous versions of this script required the user to install Python
# from python.org by hand before setup could proceed. uv removes that step —
# it resolves an existing Python or downloads one itself. It also replaces pip
# for the install in step 3 (same PyPI packages, much faster, and it resolves
# the whole tree at once instead of one package at a time).
#
# The old "sync shared files to macOS flavor" step is long gone too — main.py,
# cli.py, ui/index.html and ui/script.js detect the OS at runtime,
# so a single checkout runs on both macOS and Windows with zero file patching.
print_step "STEP 1: Checking for uv"

# Make sure the standard uv install locations are visible to this shell, in
# case uv was installed by a previous run but the user's shell profile hasn't
# been re-sourced yet.
export PATH="${XDG_BIN_HOME:-$HOME/.local/bin}:$PATH"

if command -v uv >/dev/null 2>&1; then
    print_ok "Found uv at $(command -v uv) ($(uv --version))"
else
    print_info "uv not found — installing it (https://astral.sh/uv)"

    if ! curl -LsSf https://astral.sh/uv/install.sh | sh; then
        print_error "Failed to install uv."
        print_info  "Check your internet connection and re-run this script."
        gui_alert "Could not install uv.\n\nCheck your internet connection, then run this script again."
        exit 1
    fi

    # The installer drops uv in \$XDG_BIN_HOME or ~/.local/bin and appends that
    # to the shell profile — which does not affect the shell we're in now.
    export PATH="${XDG_BIN_HOME:-$HOME/.local/bin}:$PATH"

    if ! command -v uv >/dev/null 2>&1; then
        print_error "uv was installed but isn't on PATH in this shell."
        print_info  "Open a new Terminal window and re-run this script."
        gui_alert "uv was installed, but this Terminal session can't see it yet.\n\nOpen a new Terminal window and run the script again."
        exit 1
    fi

    print_ok "Installed uv ($(uv --version))"
fi

# -----------------------------------------------------------------------------
# Step 2 — .venv/
# -----------------------------------------------------------------------------
print_step "STEP 2: Preparing $VENV_DIR/"

# An existing venv is only reusable if its interpreter is still inside the
# supported range — a leftover venv built on an unsupported Python would fail
# in step 3 with an unresolvable dependency tree instead of here.
if [ -x "$VENV_DIR/bin/python" ]; then
    if MIN="$MIN_PYTHON" MAX="$MAX_PYTHON" "$VENV_DIR/bin/python" -c 'import os, sys; bound = lambda k: tuple(int(p) for p in os.environ[k].split(".")); sys.exit(0 if bound("MIN") <= sys.version_info[:2] < bound("MAX") else 1)' 2>/dev/null; then
        print_info "$VENV_DIR/ already exists — reusing"
    else
        print_info "$VENV_DIR/ uses an unsupported Python — rebuilding it"
        rm -rf "$VENV_DIR"
    fi
fi

if [ ! -x "$VENV_DIR/bin/python" ]; then
    # Prefer a Python already on this Mac (--no-managed-python), so the venv
    # keeps using the interpreter the user already has. Only if nothing here
    # satisfies $PYTHON_SPEC do we let uv download one.
    if uv venv --no-managed-python --python "$PYTHON_SPEC" --prompt "$VENV_PROMPT" "$VENV_DIR" 2>/dev/null; then
        print_ok "Created $VENV_DIR/ using a Python already installed on this Mac"
    else
        print_info "No local Python $PYTHON_SPEC found — letting uv fetch one"
        if ! uv venv --python "$PYTHON_SPEC" --prompt "$VENV_PROMPT" "$VENV_DIR"; then
            print_error "Could not create a virtual environment."
            gui_alert "Could not create the Python environment.\n\nCheck your internet connection, then run this script again."
            exit 1
        fi
        print_ok "Created $VENV_DIR/ with a uv-managed Python"
    fi
fi

VENV_PYTHON="$VENV_DIR/bin/python"
print_info "Python: $("$VENV_PYTHON" -c 'import sys; print("%d.%d.%d" % sys.version_info[:3])')"

# -----------------------------------------------------------------------------
# Step 3 — install
# -----------------------------------------------------------------------------
print_step "STEP 3: Installing requirements_mac.txt"

if [ ! -f "requirements_mac.txt" ]; then
    print_error "requirements_mac.txt not found in $(pwd)"
    exit 1
fi

if ! uv pip install --python "$VENV_PYTHON" -r requirements_mac.txt; then
    print_error "Dependency installation failed."
    gui_alert "Installing dependencies failed.\n\nScroll up in Terminal for the error, then run this script again."
    exit 1
fi

# -----------------------------------------------------------------------------
# Step 4 — Rust toolchain (for the web agent)
# -----------------------------------------------------------------------------
# The web agent is the one mode that isn't pure Python: AutoCua/web is a PyO3
# cdylib that AutoCua/web/agent/__init__.py compiles with cargo on first
# import. No cargo means
#     python main.py
# dies with "cargo not found" the moment web use is selected, so the toolchain
# belongs in setup rather than in a README step. setup_windows.bat has done
# this since it shipped; this is the macOS half of the same step.
#
# Unlike the Windows script, nothing from here on is fatal. By this point the
# venv and every dependency are in place, and computer use, shell use and
# mobile use all run without cargo — a failed toolchain install should cost the
# user the web agent, not the whole setup.
print_step "STEP 4: Rust toolchain (web agent)"

# rustup installs into ~/.cargo/bin and appends that to the shell profile,
# which does not reach the shell we're in now — same situation as the uv
# install in step 1, same fix.
export PATH="$HOME/.cargo/bin:$PATH"

WEB_AGENT_READY=1

# Run cargo rather than look for it. ~/.cargo/bin/cargo is not a binary, it is
# a symlink to the rustup proxy, and rustup creates that symlink during its own
# self-install whether or not a toolchain was ever downloaded. An interrupted
# install, or a rustup set up with `--default-toolchain none`, leaves a cargo
# that exists and fails on every invocation — and a `command -v cargo` gate
# would skip the install forever, so re-running this script could never repair
# it. Worse, the PATH prepend above puts that broken shim in front of a working
# Homebrew cargo.
have_cargo() { cargo --version >/dev/null 2>&1; }

# Checked before rustup, not after: cargo links through Apple's cc, and ring
# (the SHA-256 that stages the browser extension) compiles C sources, so a Mac
# without the Command Line Tools cannot build this crate no matter how well
# Rust installs. Failing here beats failing later inside a cargo error nobody
# can read.
if ! xcode-select -p >/dev/null 2>&1; then
    print_info "Command Line Tools not found — cargo needs them to link."
    print_info "Opening Apple's installer. Accept it, let it finish, then re-run this script."
    xcode-select --install >/dev/null 2>&1 || true
    gui_alert "The web agent needs Apple's Command Line Tools.\n\nAccept the installer that just opened, then run this script again.\n\nEverything else is already installed."
    WEB_AGENT_READY=0
fi

# The repo pins its Rust (rust-toolchain.toml at the root): the first cargo
# call, in have_cargo below, has rustup install that version, about 150 MB,
# once, with no output of its own.
if [ "$WEB_AGENT_READY" = "1" ] && command -v rustup >/dev/null 2>&1; then
    print_info "Checking the Rust version the repo pins (rust-toolchain.toml); a first install is about 150 MB..."
fi

# A rustup that is installed but has no default toolchain is repaired in place.
# Re-downloading rustup-init would work too, but this is the common leftover
# state and one command fixes it.
if [ "$WEB_AGENT_READY" = "1" ] && ! have_cargo && command -v rustup >/dev/null 2>&1; then
    print_info "rustup is installed but has no usable default toolchain — installing stable"
    rustup toolchain install stable || true
    rustup default stable || true
fi

if [ "$WEB_AGENT_READY" = "1" ] && ! have_cargo; then
    print_info "cargo not found — installing the Rust toolchain (https://rustup.rs)"

    # Downloaded to a file rather than piped straight into sh: in
    # `curl ... | sh`, a curl that dies mid-transfer still leaves sh reading a
    # truncated script and exiting 0, so the install looks like it worked.
    #
    # The template is spelled out instead of using `-t rustup-init`, because
    # GNU coreutils' mktemp — which Homebrew's gnubin opt-in puts ahead of
    # /usr/bin/mktemp — rejects that form for having too few X's. And the
    # assignment is guarded: `set -e` DOES abort on a bare assignment whose
    # command substitution fails, which would kill a step documented above as
    # never fatal.
    if ! RUSTUP_SH="$(mktemp "${TMPDIR:-/tmp}/rustup-init.XXXXXXXX")"; then
        print_error "Could not create a temp file for the Rust installer."
        print_info  "Install Rust yourself from https://rustup.rs, then re-run this script."
        WEB_AGENT_READY=0
    else
        # --profile minimal: rustc + cargo + std, no docs/clippy/rustfmt. -y
        # keeps it non-interactive. The profile edit it makes is deliberate —
        # the loader re-runs cargo whenever a .rs file changes, so later shells
        # need cargo too.
        if curl --proto '=https' --tlsv1.2 -sSf https://sh.rustup.rs -o "$RUSTUP_SH" \
           && sh "$RUSTUP_SH" -y --profile minimal; then
            export PATH="$HOME/.cargo/bin:$PATH"
            print_ok "Installed the Rust toolchain"
        else
            print_error "Could not install Rust."
            print_info  "Install it yourself from https://rustup.rs, then re-run this script."
            WEB_AGENT_READY=0
        fi
        rm -f "$RUSTUP_SH" || true
    fi
fi

if [ "$WEB_AGENT_READY" = "1" ]; then
    # Captured, not interpolated inline: a cargo that exits non-zero prints
    # nothing, and `print_ok "Found $(cargo --version)"` would report the empty
    # string as success.
    CARGO_VERSION="$(cargo --version 2>/dev/null || true)"
    if [ -n "$CARGO_VERSION" ]; then
        print_ok "Found $CARGO_VERSION"
        print_info "Using: $(command -v cargo)"
    else
        print_error "cargo still isn't usable in this shell."
        print_info  "Open a new Terminal window and re-run this script."
        WEB_AGENT_READY=0
    fi
fi

# -----------------------------------------------------------------------------
# Step 5 — build the web agent
# -----------------------------------------------------------------------------
# Built here rather than left to the first "web use" run, so a compile error
# surfaces during setup while the user is still watching, instead of minutes
# into an agent run. Importing the package is the build: the loader compiles
# whenever the .so is missing or older than any .rs source.
print_step "STEP 5: Building the web agent and the Android agent"

if [ "$WEB_AGENT_READY" = "1" ]; then
    print_info "The first build takes a few minutes..."
    if "$VENV_PYTHON" -c "import AutoCua.web.agent"; then
        print_ok "Web agent built"
    else
        print_error "The web agent did not build."
        print_info  "Everything else still works — computer use, shell use and"
        print_info  "mobile use don't need it. Fix the error above and re-run."
    fi
    # The Android agent (AutoCua/android, Rust like the web agent) is built the
    # same way, so the first "mobile use, android" run does not stop for a
    # build. The emulator and the Android images are NOT fetched here (2.5 GB,
    # Google's terms): the first emulator run does that, or
    # python -m AutoCua.android_connector.emulator ahead of time.
    print_info "Building the Android agent, about a minute..."
    if "$VENV_PYTHON" -c "import AutoCua.android.agent"; then
        print_ok "Android agent built"
    else
        print_error "The Android agent did not build."
        print_info  "Everything else still works — only \"mobile use, android\" needs it."
        print_info  "Fix the error above and re-run."
    fi
else
    print_info "Skipped — see the step above."
    print_info "Computer use, shell use and mobile use on iOS are unaffected."
fi

# -----------------------------------------------------------------------------
# Step 6 — the Android phone tool: adb
# -----------------------------------------------------------------------------
# A real phone needs Google's adb (platform-tools) to talk to it. It is not
# vendored in this repo: it is fetched from Google's dl.google.com,
# version-pinned and SHA-256 verified, and only after the user answers y. An
# adb already on PATH is used as it is. No (or no answer) skips it; only
# phones need it.
print_step "STEP 6: Android phone tool (adb)"
print_info "For an Android phone. adb comes from Google, only after your y, and is"
print_info "never shipped in this repo, under Google's Android SDK terms"
print_info "(developer.android.com/studio/terms)."
if "$VENV_PYTHON" -m AutoCua.android_connector.adb fetch; then
    print_ok "adb is ready"
else
    print_info "Skipped — only an Android phone needs it. Re-run this script, or:"
    print_info "  $VENV_PYTHON -m AutoCua.android_connector.adb fetch"
fi

# -----------------------------------------------------------------------------
# Step 7 — iPhone / iPad control (optional)
# -----------------------------------------------------------------------------
# Behind one question, because iOS needs full Xcode and, for the simulator, a
# one-time ~8.5 GB platform from Apple: a Mac that will never drive an iPhone
# should pay for none of it. WebDriverAgent is third-party software (Facebook,
# Inc. / the Appium project, BSD 3-Clause), deliberately NOT vendored in this
# repo: it is cloned from the Appium project at the pinned tag above, so it
# comes from its authors rather than from us. See THIRD_PARTY_NOTICES.md.
#
# Nothing here is fatal to the steps above. A hard blocker (no full Xcode, no
# clone) ends the step; soft ones are collected in IOS_MISSING, so one run
# reports everything that needs fixing. set -e does not apply inside
# setup_ios, which runs as an `if` condition, so every command checks itself.

# Whether Xcode can BUILD to a simulator, which is a different question from
# whether simctl can boot one — and the only one that matters here, because
# simulation mode compiles WebDriverAgent onto the device.
sim_buildable() {
    xcodebuild -project "$WDA_DIR/WebDriverAgent.xcodeproj" \
        -scheme WebDriverAgentRunner -showdestinations 2>/dev/null \
        | grep -q "platform:iOS Simulator, arch"
}

setup_ios() {
    local xcode_out xcode_path

    print_sub "Xcode"
    if [ "$(uname -s)" != "Darwin" ]; then
        print_error "iOS control only works on macOS — signing an iOS app requires Xcode."
        return 1
    fi
    if ! command -v git >/dev/null 2>&1; then
        print_error "git not found."
        print_info  "Install the Command Line Tools, then re-run:  xcode-select --install"
        gui_alert "git was not found.\n\nRun:  xcode-select --install\n\nThen run this script again."
        return 1
    fi
    print_ok "git $(git --version | awk '{print $3}')"

    # xcodebuild must come from a full Xcode.app. The Command Line Tools alone
    # provide a stub that cannot build or sign an iOS app, and it fails much
    # later with a confusing error if we let it through here. Captured whole,
    # not piped through head: a pipeline's status is head's, so a failing
    # xcodebuild (an unaccepted licence) would pass as a version.
    if ! xcode_out="$(xcodebuild -version 2>&1)"; then
        XCODE_VER="$(printf '%s\n' "$xcode_out" | head -1)"
        print_error "xcodebuild failed: $XCODE_VER"
        if printf '%s' "$xcode_out" | grep -qi "license"; then
            print_info "Accept the Xcode license first:  sudo xcodebuild -license accept"
        else
            print_info "Install Xcode from the App Store, then run:"
            print_info "  sudo xcode-select -s /Applications/Xcode.app/Contents/Developer"
        fi
        gui_alert "Xcode is not usable yet.\n\n$XCODE_VER\n\nSee the Terminal output for the fix."
        return 1
    fi
    XCODE_VER="$(printf '%s\n' "$xcode_out" | head -1)"

    xcode_path="$(xcode-select -p 2>/dev/null || true)"
    case "$xcode_path" in
        *CommandLineTools*)
            print_error "xcode-select points at the Command Line Tools, not a full Xcode."
            print_info  "Install Xcode from the App Store, then run:"
            print_info  "  sudo xcode-select -s /Applications/Xcode.app/Contents/Developer"
            gui_alert "AutoCua needs full Xcode, not just the Command Line Tools.\n\nInstall Xcode, then run:\nsudo xcode-select -s /Applications/Xcode.app/Contents/Developer"
            return 1
            ;;
    esac
    print_ok "$XCODE_VER  ($xcode_path)"

    print_sub "WebDriverAgent $WDA_VERSION"
    print_info "Source:  $WDA_REPO"
    print_info "License: BSD 3-Clause (Facebook, Inc. / Appium) — not covered by"
    print_info "         AutoCua's MIT license, never shipped in this repo."
    print_info "         See THIRD_PARTY_NOTICES.md."

    # Never downloaded here (nor anywhere in AutoCua): while it is missing from
    # AutoCua_data, iOS automation is paused, and this says how to put it there.
    if [ -f "$WDA_DIR/WebDriverAgent.xcodeproj/project.pbxproj" ]; then
        if [ -d "$WDA_DIR/.git" ]; then
            WDA_ACTUAL="$(git -C "$WDA_DIR" describe --tags --always 2>/dev/null || echo unknown)"
            print_ok "Present at $WDA_DIR (version: $WDA_ACTUAL)"
            if [ "$WDA_ACTUAL" != "$WDA_VERSION" ]; then
                print_warn "That is not the pinned $WDA_VERSION."
            fi
        else
            # A hand-placed copy. Report it as unverified rather than claiming
            # the pinned version — we have no way to know what it actually is.
            WDA_ACTUAL="unverified (existing copy, not a git clone)"
            print_ok "Present at $WDA_DIR (not a git clone)"
        fi
    else
        WDA_ACTUAL=""
        print_warn "iOS automation paused: WebDriverAgent is missing. Put it in place with:"
        printf '    git clone --depth 1 --branch %s %s "%s"\n' "$WDA_VERSION" "$WDA_REPO" "$WDA_DIR"
        IOS_MISSING=1
    fi

    # ios_connector/setup.py rewrites WebDriverAgent.xcodeproj/project.pbxproj
    # through Ruby's xcodeproj gem to switch the targets to automatic signing.
    # No gem, no signing — so this is genuinely required, not a nicety.
    print_sub "Signing toolchain"
    if ! command -v ruby >/dev/null 2>&1; then
        print_error "ruby not found — it normally ships with macOS."
        IOS_MISSING=1
    elif ruby -e "require 'xcodeproj'" >/dev/null 2>&1; then
        print_ok "ruby $(ruby -e 'print RUBY_VERSION') with the xcodeproj gem"
    else
        print_info "The Ruby 'xcodeproj' gem is missing — installing it now."
        # --user-install, deliberately NOT sudo: this lands in ~/.gem, which is
        # already on Ruby's search path, instead of writing into the system
        # Ruby that macOS owns and replaces on update. Every dependency is pure
        # Ruby, so there is nothing to compile and nothing to elevate for.
        printf "\n"
        if gem install --user-install xcodeproj; then
            printf "\n"
            if ruby -e "require 'xcodeproj'" >/dev/null 2>&1; then
                print_ok "xcodeproj installed in $(ruby -e 'require "rubygems"; print Gem.user_dir')"
            else
                print_warn "The gem installed but ruby still cannot load it."
                print_info  "Something is overriding the gem path — compare:"
                printf "    gem env | grep -A3 'GEM PATHS'\n"
                IOS_MISSING=1
            fi
        else
            printf "\n"
            print_warn "Could not install the xcodeproj gem — signing cannot run without it."
            print_info  "Try it by hand:  gem install --user-install xcodeproj"
            IOS_MISSING=1
        fi
    fi

    # Python packages for iOS are standalone in requirements_ios.txt (full app
    # stack + device libs — not shared with requirements_mac.txt), installed
    # into the same .venv/ on top of step 3's.
    print_sub "Device tooling"
    if [ ! -f "$IOS_REQUIREMENTS" ]; then
        print_error "$IOS_REQUIREMENTS not found in $(pwd)"
        print_info  "That file lists the iOS Python packages."
        IOS_MISSING=1
    elif "$VENV_PYTHON" -c "import pymobiledevice3" >/dev/null 2>&1; then
        print_ok "pymobiledevice3 available in $VENV_DIR/"
    else
        print_info "Installing iOS Python packages from $IOS_REQUIREMENTS …"
        if uv pip install --python "$VENV_PYTHON" -r "$IOS_REQUIREMENTS"; then
            if "$VENV_PYTHON" -c "import pymobiledevice3" >/dev/null 2>&1; then
                print_ok "Installed packages from $IOS_REQUIREMENTS"
            else
                print_warn "Install finished but pymobiledevice3 still does not import."
                IOS_MISSING=1
            fi
        else
            print_warn "Could not install $IOS_REQUIREMENTS."
            print_info  "Install it by hand with:"
            print_info  "  uv pip install --python $VENV_PYTHON -r $IOS_REQUIREMENTS"
            IOS_MISSING=1
        fi
    fi

    # Can Xcode actually TARGET a simulator? `xcrun simctl` reads the
    # system-wide CoreSimulator runtime store, so it can list and boot devices
    # that the SELECTED Xcode has no platform support for. xcodebuild then
    # refuses those devices ("Unable to find a destination...") halfway
    # through an agent run. One second here beats that every time.
    print_sub "Simulator support"
    if [ ! -f "$WDA_DIR/WebDriverAgent.xcodeproj/project.pbxproj" ]; then
        # The check builds against WebDriverAgent's project: without it, it
        # would blame Xcode's iOS platform and offer an 8.5 GB download.
        print_info "Checked once WebDriverAgent is in place (see above)."
        return 0
    fi
    if sim_buildable; then
        print_ok "Xcode can build for the iOS Simulator"
        return 0
    fi
    print_warn "Xcode cannot target any iOS Simulator on this Mac."
    print_info "\`xcrun simctl\` may still list and boot simulators — that store is"
    print_info "system-wide — but the selected Xcode has no iOS platform support,"
    print_info "so builds fail with \"Unable to find a destination\"."
    printf "\n"
    print_info "The missing piece is Xcode's iOS platform: an ~8.5 GB download from"
    print_info "Apple, once. This is the right moment for it — the agent will never"
    print_info "start a download of this size mid-run."
    printf "\n"

    # Setup is where a big one-time install belongs, so offer it here, as a
    # yes/no with a countdown like every question in this script: no answer,
    # or a run nobody can answer (CI, a pipe), declines and reports.
    if [ "$ASSUME_YES" = "1" ] || ask_yes_no "Download and install it now (~8.5 GB from Apple)?" "$ASK_SECONDS"; then
        print_info "Running: xcodebuild -downloadPlatform iOS"
        printf "\n"
        if xcodebuild -downloadPlatform iOS; then
            printf "\n"
            if sim_buildable; then
                print_ok "iOS platform installed — Xcode can build for the iOS Simulator"
            else
                print_warn "The download finished but Xcode still targets no simulator."
                print_info "Check that xcode-select points at the Xcode you expect:"
                printf "    xcode-select -p\n"
                printf "    sudo xcodebuild -runFirstLaunch\n"
                IOS_MISSING=1
            fi
        else
            printf "\n"
            print_warn "xcodebuild -downloadPlatform iOS did not complete."
            print_info "Re-run this script to try again, or install it from"
            print_info "Xcode > Settings > Components."
            IOS_MISSING=1
        fi
    else
        print_info "Skipped. Install it later with either of:"
        printf "    bash setup_mac.sh --yes               # re-run and install without asking\n"
        printf "    xcodebuild -downloadPlatform iOS      # or Xcode > Settings > Components\n"
        printf "    xcode-select -p                       # confirm the right Xcode is selected\n"
        printf "\n"
        print_info "Simulation mode (the default) needs this; hardware-only use does not."
        IOS_MISSING=1
    fi
    return 0
}

print_step "STEP 7: iPhone / iPad control (optional)"
print_info "Drives an iPhone or iPad, or the iOS Simulator. It needs full Xcode and"
print_info "WebDriverAgent from the Appium project (BSD 3-Clause, never shipped in"
print_info "this repo and never downloaded: you put it in AutoCua_data, this step"
print_info "shows the command); the simulator also needs Xcode's iOS platform,"
print_info "a one-time ~8.5 GB download from Apple, asked about separately."
IOS_STATE="skipped"
IOS_MISSING=0
if [ "$IOS" = "1" ] || ask_yes_no "Set up iPhone / iPad control too?" "$ASK_SECONDS"; then
    if setup_ios; then
        if [ "$IOS_MISSING" = "0" ]; then IOS_STATE="ready"; else IOS_STATE="incomplete"; fi
    else
        IOS_STATE="failed"
    fi
else
    print_info "Skipped. Set it up later with:  bash setup_mac.sh --ios"
fi

# -----------------------------------------------------------------------------
# Done
# -----------------------------------------------------------------------------
print_step "SETUP COMPLETE"
print_ok "Dependencies installed into $VENV_DIR/"
printf "\n"
print_info "Next steps:"
printf "    source %s/bin/activate\n" "$VENV_DIR"
[ -f "main.py" ]             && printf "    python main.py               # run the CLI agent\n"
[ -f "app.py" ]              && printf "    python app.py                # launch the GUI app\n"
[ -f "mac_binary_build.py" ] && printf "    python mac_binary_build.py   # produce AutoCua.dmg\n"
printf "\n"
case "$IOS_STATE" in
    ready)
        print_ok "iPhone / iPad: WebDriverAgent ready at $WDA_DIR  (version: $WDA_ACTUAL)"
        print_info "To sign it onto a device, open the sign & run UI, either way works:"
        printf "    python main.py                             # the app: Settings > Connect Device > iPhone\n"
        printf "    python AutoCua/ios_connector/setup.py      # or standalone, on port 8765\n"
        print_info "You will need an Apple ID added in Xcode (Settings > Accounts), and"
        print_info "the iPhone on USB, unlocked and trusting this Mac. A free Apple ID's"
        print_info "profiles expire after 7 days, so re-signing is weekly; a paid"
        print_info "developer account lasts a year."
        ;;
    incomplete|failed)
        print_warn "iPhone / iPad: not ready yet — fix the items marked above, then re-run:"
        printf "    bash setup_mac.sh --ios      # reuses everything already in place\n"
        ;;
    *)
        print_info "Want to drive an iPhone or iPad later? It needs Xcode:"
        printf "    bash setup_mac.sh --ios\n"
        ;;
esac
printf "\n"