baz8080

# This isn't a script. Just copy / paste or type along.

# Go to your downloads directory
cd ~/Downloads

# Unzip the icon set and cd into the directory
unzip -q ic_attach_file_black_24dp.zip
cd ic_attach_file_black_24dp

# At this point you'll have some lovely attach

baz8080

#!/bin/bash

GIT_STATUS=`git status --porcelain`

if [ ! -z "$GIT_STATUS" ] ; then
  echo "This script will not run if git status --porcelain indicates that changes are present"
  exit 1
fi

set -e

baz8080

/**
 * Looks for the specified configuration key in this order:
 *
 * <ol>
 *     <li>system environment</li>
 *     <li>project properties</li>
 * </ol>
 *
 * If it isn't found, then the empty string is returned. This stops the gradlew from failing until
 * it actually needs those values.

baz8080

int[][] states = new int[][] {
        new int[] { android.R.attr.state_enabled },
        new int[] { -android.R.attr.state_enabled }
};

int[] coloursLight = new int[] {
        Color.argb(255, 255, 255, 255), // White, active, 100% opaque
        Color.argb(128, 255, 255, 255)  // White, inactive, 50% opaque
};

baz8080

env:
  matrix:
    - COMPONENT=unit
    - COMPONENT=instrumentation-provider
    - COMPONENT=instrumentation-sdk
    - COMPONENT=sample
    - COMPONENT=build

baz8080

#!/usr/bin/env bash

set -e

# Starting emulators is very costly. We should only start them if we're building a matrix
# component which requires one. We start the travis_create_avd.sh in the background because
# we can get a small performance improvement by continuing the build, and only blocking and
# waiting for the emulator when we absolutely need it.

if [ "$COMPONENT" == "instrumentation-provider" ] || [ "$COMPONENT" == "instrumentation-sdk" ]; then

baz8080

#!/usr/bin/env bash

# Creates and starts an emulator.
# Avoid the tempation to skip the boot animation. CI scripts use that to figure out when the device is ready.
# The emulator is started in the background. This is to avoid holding up the build until we need it.

android-update-sdk --components=sys-img-armeabi-v7a-android-16 --accept-licenses='android-sdk-license-[0-9a-f]{8}'
echo no | android create avd --force -n test -t android-16 --abi armeabi-v7a --skin QVGA
emulator -avd test -no-audio -no-skin -netfast -no-window &

baz8080

#!/usr/bin/env bash

set -e

if [ "$COMPONENT" == "unit" ]; then
    ./scripts/travis_test_unit.sh
elif [ "$COMPONENT" == "instrumentation-provider" ]; then
    ./scripts/travis_test_instrumentation_provider.sh
elif [ "$COMPONENT" == "instrumentation-sdk" ]; then
    ./scripts/travis_test_instrumentation_sdk.sh

baz8080

// We use the --settings-file switch to ensure we are building the modules in isolated scopes

./gradlew --settings-file settings_only_providers.gradle clean :ZendeskProviders:assembleDebug :ZendeskProviders:lintDebug :ZendeskProviders:testDebug :ZendeskProviders:debugJavadoc
./gradlew --settings-file settings_only_sdk.gradle :ZendeskSDK:assembleDebug :ZendeskSDK:lintDebug :ZendeskSDK:testDebug :ZendeskSDK:debugJavadoc

baz8080

# We can build this part of the instrumentation tests before we need the emulator
./gradlew --settings-file settings_only_providers.gradle assembleDebug assembleDebugAndroidTest

# Now we absolutely need the emulator, so we check to see if we are on travis,
# and then we wait for it to start.
which android-wait-for-emulator > /dev/null

if [ "$?" -eq 0 ]; then
  echo "Waiting for emulator..."
  android-wait-for-emulator