def test_correct_lower_upper(self):
def user_input1(x):
self.assertEquals(prompt.YES.upper(), x[6])
self.assertEquals(prompt.NO.lower(), x[8])
return prompt.YES
prompt.user_input = user_input1
r = prompt.prompt("")
def user_input2(x):
self.assertEquals(prompt.YES.lower(), x[6])
self.assertEquals(prompt.NO.upper(), x[8])
return prompt.YES
prompt.user_input = user_input2
r = prompt.prompt("", prompt.NO)
def test_yes_yes_case(self):
prompt.user_input = lambda x: prompt.YES
r = prompt.prompt("test")
self.assertEquals(prompt.YES, r)
def install(args):
"""Install a given package"""
try:
pkgnames = args.package
workingdir = args.build_dir or BUILD_DIR
except AttributeError:
pkgnames = args
workingdir = BUILD_DIR
if os.getuid() == 0:
print('Installations as root are not allowed. Exiting.')
return
print(_("resolving dependencies..."))
editor = os.getenv('EDITOR') or 'vim'
# Check packages, to fail early
packages = []
for pkgname in pkgnames:
try:
# Make sure the package exists
ccr.info(pkgname)
except ccr.PackageNotFound:
print(_("Package not found: {pkg}").format(pkg=pkgname))
return 1
packages += dependency_chain(pkgname, workingdir)
# Check dependencies
for pkgname in packages:
try:
# Make sure the package exists
ccr.info(pkgname)
except ccr.PackageNotFound:
print(_("Package not found: {pkg}").format(pkg=pkgname))
return 1
print_targets(packages)
response = prompt.prompt(_("Proceed with installation?"), major=True)
if response == prompt.NO:
return 0
for package in packages:
try:
get_source_files([package], workingdir)
except (requests.exceptions.HTTPError, tarfile.ReadError):
print(_("Package not found: {pkg}").format(pkg=package))
return 1
# Ask to edit the PKGBUILD
response = prompt.prompt(_("Edit {pkg} PKGBUILD with $EDITOR?").format(pkg=package), color='yellow')
if response == prompt.YES:
subprocess.call([editor, "{d}/{pkg}/PKGBUILD".format(d=workingdir, pkg=package)])
# Ask to edit the .install, if it exists
if os.path.isfile("{d}/{pkg}/{pkg}.install".format(d=workingdir, pkg=package)):
response = prompt.prompt(_("Edit {pkg}.install with $EDITOR?").format(pkg=package), color='yellow')
if response == prompt.YES:
subprocess.call([editor, "{d}/{pkg}/{pkg}.install".format(d=workingdir, pkg=package)])
# makepkg
curdir = os.getcwd()
os.chdir(os.path.join(workingdir, package))
try:
subprocess.check_call(["makepkg", "-rsi"])
except subprocess.CalledProcessError:
return 1
os.chdir(curdir)
def test_no_no_case(self):
prompt.user_input = lambda x: prompt.NO
r = prompt.prompt("test", prompt.NO)
self.assertEquals(prompt.NO, r)
def install(args):
"""Install a given package"""
try:
pkgnames = args.package
workingdir = args.build_dir or BUILD_DIR
except AttributeError:
pkgnames = args
workingdir = BUILD_DIR
if os.getuid() == 0:
print('Installations as root are not allowed. Exiting.')
return
print(_("resolving dependencies..."))
editor = os.getenv('EDITOR') or 'vim'
# Check packages, to fail early
packages = []
for pkgname in pkgnames:
try:
# Make sure the package exists
ccr.info(pkgname)
except ccr.PackageNotFound:
print(_("Package not found: {pkg}").format(pkg=pkgname))
return 1
packages += dependency_chain(pkgname, workingdir)
# Check dependencies
for pkgname in packages:
try:
# Make sure the package exists
ccr.info(pkgname)
except ccr.PackageNotFound:
print(_("Package not found: {pkg}").format(pkg=pkgname))
return 1
print_targets(packages)
response = prompt.prompt(_("Proceed with installation?"), major=True)
if response == prompt.NO:
return 0
for package in packages:
try:
get_source_files([package], workingdir)
except (requests.exceptions.HTTPError, tarfile.ReadError):
print(_("Package not found: {pkg}").format(pkg=package))
return 1
# Ask to edit the PKGBUILD
response = prompt.prompt(
_("Edit {pkg} PKGBUILD with $EDITOR?").format(pkg=package),
color='yellow')
if response == prompt.YES:
subprocess.call([
editor, "{d}/{pkg}/PKGBUILD".format(d=workingdir, pkg=package)
])
# Ask to edit the .install, if it exists
if os.path.isfile("{d}/{pkg}/{pkg}.install".format(d=workingdir,
pkg=package)):
response = prompt.prompt(
_("Edit {pkg}.install with $EDITOR?").format(pkg=package),
color='yellow')
if response == prompt.YES:
subprocess.call([
editor, "{d}/{pkg}/{pkg}.install".format(d=workingdir,
pkg=package)
])
# makepkg
curdir = os.getcwd()
os.chdir(os.path.join(workingdir, package))
try:
subprocess.check_call(["makepkg", "-rsi"])
except subprocess.CalledProcessError:
return 1
os.chdir(curdir)