def check_for_updates(force=False): # Don't check for updates in local dev mode. if os.environ.get('SP_LOCAL_CLI'): if force is True: print('[dev mode, skipping]') return # Skip this check if less than 24-hours has passed since the last check. if force is False: timestamp = Cache.get_update_check_timestamp() now = int(time.time()) threshold = 3600 * 48 if timestamp and timestamp > (now - threshold): return # already checked for an update recently, so skip this one # If we got this far we'll check for an update. puts(colored.yellow('Checking for updates...')) if get_remote_source_length() != Cache.get_installation_length(): # Length mis-match, we need to do an update msg = 'There is an update available for the Siphon command-line ' \ 'tools. Would you like to install it now? [y/N]: ' try: resp = get_input(colored.green(msg)) if resp in ('y', 'Y'): puts(colored.yellow('Updating your local installation of ' \ 'the Siphon command-line tools...\n')) url = 'https://%s/install.sh' % os.environ['SP_HOST'] bash('curl %s | sh' % url) except KeyboardInterrupt: pass elif force is True: puts(colored.green('You are fully up-to-date.')) # Bump the timestamp so that we don't check again for 24-hours. Cache.set_update_check_timestamp()
def check_for_updates(force=False): # Don't check for updates in local dev mode. if os.environ.get('SP_LOCAL_CLI'): if force is True: print('[dev mode, skipping]') return # Skip this check if less than 24-hours has passed since the last check. if force is False: timestamp = Cache.get_update_check_timestamp() now = int(time.time()) threshold = 3600 * 48 if timestamp and timestamp > (now - threshold): return # already checked for an update recently, so skip this one # If we got this far we'll check for an update. puts(colored.yellow('Checking for updates...')) if get_remote_source_length() != Cache.get_installation_length(): # Length mis-match, we need to do an update msg = 'There is an update available for the Siphon command-line ' \ 'tools. Would you like to install it now? [y/N]: ' try: resp = get_input(colored.green(msg)) if resp in ('y', 'Y'): puts(colored.yellow('Updating your local installation of ' \ 'the Siphon command-line tools...\n')) url = 'https://%s/install.sh' % os.environ['SP_HOST'] bash('curl %s | sh' % url) except KeyboardInterrupt: pass elif force is True: puts(colored.green('You are fully up-to-date.')) # Bump the timestamp so that we don't check again for 24-hours. Cache.set_update_check_timestamp()
def prompt_for_upgrade(): pricing_url = 'https://getsiphon.com/pricing/' print('Sorry, publishing is a paid feature and it appears that you do ' \ 'not have a paid subscription yet. Please visit our pricing page ' \ 'to find out how to upgrade:\n\n==> %s' % pricing_url) if get_platform_name() == PLATFORM_DARWIN: msg = '\nWould you like to open the pricing page now and ' \ 'upgrade? [Y/n]: ' try: if get_input(colored.green(msg)) in ('Y', 'y', ''): bash('open %s' % pricing_url) except KeyboardInterrupt: print() else: print('\nAfter upgrading, try running this command again to ' \ 'publish your app.')
def prompt_for_upgrade(): pricing_url = 'https://getsiphon.com/pricing/' print('Sorry, publishing is a paid feature and it appears that you do ' \ 'not have a paid subscription yet. Please visit our pricing page ' \ 'to find out how to upgrade:\n\n==> %s' % pricing_url) if get_platform_name() == PLATFORM_DARWIN: msg = '\nWould you like to open the pricing page now and ' \ 'upgrade? [Y/n]: ' try: if get_input(colored.green(msg)) in ('Y', 'y', ''): bash('open %s' % pricing_url) except KeyboardInterrupt: print() else: print('\nAfter upgrading, try running this command again to ' \ 'publish your app.')
def add_repo_to_archive(repo, commit, name, tar_archive, directories=(), files=(), prefix=''): with make_temp_dir() as tmp: with cd(tmp): print('Cloning %s into %s' % (name, tmp)) bash('git clone %s' % repo) bash('cd %s && git checkout %s' % (name, commit)) for f in files: relative_path = os.path.join(name, f) src = os.path.join(tmp, relative_path) tar_path = os.path.join(prefix, f) tar_archive.add(src, tar_path) for d in directories: relative_path = os.path.join(name, d) src = os.path.join(tmp, relative_path) tar_path = os.path.join(prefix, d) tar_archive.add(src, tar_path, recursive=True)
def add_repo_to_archive(repo, commit, name, tar_archive, directories=(), files=(), prefix=''): with make_temp_dir() as tmp: with cd(tmp): print('Cloning %s into %s' % (name, tmp)) bash('git clone %s' % repo) bash('cd %s && git checkout %s' % (name, commit)) for f in files: relative_path = os.path.join(name, f) src = os.path.join(tmp, relative_path) tar_path = os.path.join(prefix, f) tar_archive.add(src, tar_path) for d in directories: relative_path = os.path.join(name, d) src = os.path.join(tmp, relative_path) tar_path = os.path.join(prefix, d) tar_archive.add(src, tar_path, recursive=True)
def add_repo_to_directory(repo, commit, name, destination, directories=(), files=()): with make_temp_dir() as tmp: with cd(tmp): print('Clone destination: %s' % tmp) bash('git clone %s' % repo) bash('cd %s && git checkout %s' % (name, commit)) print('Copying required files & directories...') repo_base = os.path.join(tmp, name) for f in files: src_path = os.path.join(repo_base, f) dest_path = os.path.join(destination, f) # copyfile does not make intermediate directories if they do # not exist target_dir = os.path.dirname(dest_path) ensure_dir_exists(target_dir) copyfile(src_path, dest_path) for d in directories: src_path = os.path.join(repo_base, d) dest_path = os.path.join(destination, d) copy_tree(src_path, dest_path, preserve_symlinks=True)
def uninstall_app(bundle_identifier=XCODE_BUNDLE_IDENTIFIER): bash('xcrun simctl uninstall booted %s' % bundle_identifier, hide_stderr=True)
def install_and_run(app_path, bundle_identifier=XCODE_BUNDLE_IDENTIFIER): bash('xcrun simctl install booted %s' % app_path) bash('xcrun simctl launch booted %s' % bundle_identifier)
def quit(): bash('killall \'Simulator\'')
def boot_simulator(self): # Note that we suppress error messages here since xctool raises a funny # 'template not specified error'. bash('xcrun instruments -w "%s"' % self.udid, hide_stderr=True) IOSSimulator.wait_for_ready()