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#!/usr/bin/env bash
# Shared helpers for the container scripts. Source this file; don't run it.
#
# Paths, as seen inside the container:
# /work the project folder (bind mount)
# /home/dev the project's .cache/home folder (bind mount); the Garmin
# tools keep the SDK and device files under ~/.Garmin
# /work/.cache/keys the developer key (never baked into an image)
CIQ_HOME="${HOME}/.Garmin/ConnectIQ"
KEY_DIR="/work/.cache/keys"
DEV_KEY="${KEY_DIR}/developer_key.der"
BUILD_DIR="/work/build"
# Print an error and stop. Used for every user-facing failure, so the message
# says what to do next instead of leaving a bare stack trace.
die() {
echo "error: $*" >&2
exit 1
}
# Progress line on stderr, so stdout stays clean for machine-readable output.
log() {
echo "==> $*" >&2
}
# Find the SDK selected by `make sdk` and put its bin/ folder on PATH.
# Sets CIQ_SDK to the SDK root folder.
ciq_require_sdk() {
local cfg="${CIQ_HOME}/current-sdk.cfg"
[[ -f "${cfg}" ]] || die "Connect IQ SDK not installed. Run 'make sdk' first (you accept Garmin's licence and log in there)."
CIQ_SDK="$(tr -d '\r\n' < "${cfg}")"
CIQ_SDK="${CIQ_SDK%/}"
[[ -x "${CIQ_SDK}/bin/monkeyc" ]] || die "SDK folder '${CIQ_SDK}' has no bin/monkeyc. Run 'make sdk' again."
export CIQ_SDK
export PATH="${CIQ_SDK}/bin:${PATH}"
}
# The developer key signs every build, including test builds.
ciq_require_key() {
[[ -f "${DEV_KEY}" ]] || die "No developer key at .cache/keys/developer_key.der. Run 'make key' first."
}
# Fail early, with a pointer to `make sdk`, when a device's files are missing.
ciq_require_device() {
local device="$1"
[[ -f "${CIQ_HOME}/Devices/${device}/compiler.json" ]] \
|| die "No device files for '${device}'. Is it in manifest.xml? Then run 'make sdk' to download them."
}
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