def createProduct(self, product):
"""Create a product tree."""
product_url = '%s/products/%s' % (self.svnroot, product)
logger.info('createProduct %s' % product_url)
command('svn mkdir -m"create" %s %s/trunk %s/tags %s/branches' % (
product_url, product_url, product_url, product_url))
return product_url + '/trunk'
def createProduct(self, product):
"""Create a product tree."""
product_url = '%s/products/%s' % (self.svnroot, product)
logger.info('createProduct %s' % product_url)
command('svn mkdir -m"create" %s %s/trunk %s/tags %s/branches' %
(product_url, product_url, product_url, product_url))
return product_url + '/trunk'
def createBundle(self, bundle, products):
"""Create a bundle with products."""
svnroot = self.svnroot
bundle_url = '%s/bundles/%s' % (svnroot, bundle)
logger.info('createBundle %s' % bundle_url)
command('svn mkdir -m"create" %s %s/trunk %s/tags %s/branches' %
(bundle_url, bundle_url, bundle_url, bundle_url))
bundle_url = bundle_url + '/trunk'
bundle_path = self.coBundle(bundle)
externals = os.path.join(bundle_path, SVN_EXTERNALS)
f = open(externals, 'w+')
products_url = []
for product in products:
product_url = self.createProduct(product)
products_url.append(product_url)
f.write('%s %s\n' % (product, product_url))
f.close()
command('svn ps svn:externals -F %s %s' % (externals, bundle_path))
command('svn add %s' % externals)
command('svn commit -m"setup externals" %s' % bundle_path)
command('svn up %s' % bundle_path)
return bundle_url, products_url
def createBundle(self, bundle, products):
"""Create a bundle with products."""
svnroot = self.svnroot
bundle_url = '%s/bundles/%s' % (svnroot, bundle)
logger.info('createBundle %s' % bundle_url)
command('svn mkdir -m"create" %s %s/trunk %s/tags %s/branches' % (
bundle_url, bundle_url, bundle_url, bundle_url))
bundle_url = bundle_url + '/trunk'
bundle_path = self.coBundle(bundle)
externals = os.path.join(bundle_path, SVN_EXTERNALS)
f = open(externals, 'w+')
products_url = []
for product in products:
product_url = self.createProduct(product)
products_url.append(product_url)
f.write('%s %s\n' % (product, product_url))
f.close()
command('svn ps svn:externals -F %s %s' % (externals, bundle_path))
command('svn add %s' % externals)
command('svn commit -m"setup externals" %s' % bundle_path)
command('svn up %s' % bundle_path)
return bundle_url, products_url
def __init__(self):
root = mkdtemp(prefix="bm-")
logger.info('SvnSandBox root: %s' % root)
self.root = root
self.coroot = os.path.join(root, 'co')
os.mkdir(self.coroot)
os.mkdir(os.path.join(root, 'tmp'))
svnroot = os.path.join(root, 'svn')
command('svnadmin create %s' % svnroot)
svnroot = 'file://' + svnroot
self.svnroot = svnroot
command('svn mkdir -m"create" %s/bundles' % svnroot)
command('svn mkdir -m"create" %s/products' % svnroot)
def __init__(self):
root = mkdtemp(prefix="bm-")
logger.info('SvnSandBox root: %s' % root)
self.root = root
self.coroot = os.path.join(root, 'co')
os.mkdir(self.coroot)
os.mkdir(os.path.join(root, 'tmp'))
svnroot = os.path.join(root, 'svn')
command('svnadmin create %s' % svnroot)
svnroot = 'file://' + svnroot
self.svnroot = svnroot
command('svn mkdir -m"create" %s/bundles' % svnroot)
command('svn mkdir -m"create" %s/products' % svnroot)
def test_productman(self):
name = 'foo'
svn = SvnSandBox()
url = svn.createProduct(name)
path = svn.coProduct(name)
pman = ProductMan(path, force=True)
pman.analyze()
self.assert_(pman.url, url)
# init product version 0.0.0
pman.init()
pman.analyze()
self.assert_(os.path.exists(os.path.join(path, 'VERSION')))
self.assert_(os.path.exists(os.path.join(path, 'HISTORY')))
self.assert_(os.path.exists(os.path.join(path, 'CHANGES')))
self.assertEquals(pman.status, 'new_version')
# package product the first package is 0.1.0
pman.doAction()
pman.analyze()
self.assertEquals(pman.status, 'use_tag')
self.assertEquals(pman.version, [name, '0.1.0', '1'])
rev_0_1_0 = pman.revision
# changes something
file_name = os.path.join(path, 'foo')
f = open(file_name, 'w+')
f.write('touch\n')
f.close()
# non svn versioned file doesn't change status whatever force mode is
pman.analyze(force=True)
self.assertEquals(pman.status, 'use_tag')
force_bak = pman.force
pman.force = False
self.assertEquals(pman.getStatus(), 'use_tag')
pman.force = force_bak
command('svn add %s' % file_name)
command('svn commit -m"add file" %s' % file_name)
pman.analyze(force=True)
self.assertEquals(pman.status, 'svn_not_uptodate')
command('svn up %s' % path)
pman.analyze(force=True)
self.assertEquals(pman.status, 'missing_changes')
# in force mode, local modifications of svn versioned files are ok
# in non force mode, user has to check in before packaging
f = open(file_name, 'w+')
f.write('new touch\n')
f.close()
pman.analyze(force=True)
self.assertEquals(pman.status, 'missing_changes')
force_bak = pman.force
pman.force = False
self.assertEquals(pman.getStatus(), 'svn_not_uptodate')
pman.force = force_bak
# reverting local modifications
command('svn revert %s' % file_name)
# jump in the past back to rev_0_1_0
command('svn up -r%s %s' % (rev_0_1_0, path))
# the wc is not up to date with the svn repo
pman.analyze(force=True)
self.assertEquals(pman.revision, rev_0_1_0)
self.assertEquals(pman.status, 'svn_not_uptodate')
# back to the present
command('svn up %s' % path)
changes = os.path.join(path, 'CHANGES')
f = open(changes, 'w+')
f.write(pman.tpl_changes % 'something change')
f.close()
command('svn commit -m"update" %s' % changes)
command('svn up %s' % path)
pman.analyze(force=True)
self.assertEquals(pman.status, 'new_version')
self.assertEquals(pman.version_new[1], '0.2.0')
# package
pman.doAction()
self.assertEquals(pman.status, 'use_tag')
self.assertEquals(pman.version[1], '0.2.0')
# package twice should not do anything
pman.analyze(force=True)
pman.doAction()
self.assertEquals(pman.version[1], '0.2.0')
# create a branch
branch_name = 'user-refactor'
branch_url = url.replace('/trunk', '/branches/' + branch_name)
branch_path = path + '-' + branch_name
command('svn cp -m"create a branch" %s %s' % (url, branch_url))
command('svn co %s %s' % (branch_url, branch_path))
pman = ProductMan(branch_path)
pman.analyze()
self.assert_(pman.url, branch_url)
self.assertEquals(pman.status, 'use_tag')
# change something
changes = os.path.join(branch_path, 'CHANGES')
f = open(changes, 'w+')
f.write(pman.tpl_changes % 'branch changes')
f.close()
command('svn commit -m"change" %s' % changes)
command('svn up %s' % branch_path)
# package
pman.analyze(force=True)
pman.doAction()
self.assertEquals(pman.status, 'use_tag')
self.assertEquals(pman.version[1], '0.3.0-user-refactor')
def upProduct(self, product_path):
"""Svn up a product path."""
command('svn up %s' % product_path)
def coProduct(self, product, tag='trunk'):
"""Check out a product."""
product_path = '%s/%s' % (self.coroot, product)
command('svn co %s/products/%s/%s %s' %
(self.svnroot, product, tag, product_path))
return product_path
def coBundle(self, bundle, tag='trunk'):
"""Check out a bundle."""
bundle_path = '%s/%s' % (self.coroot, bundle)
command('svn co %s/bundles/%s/%s %s' %
(self.svnroot, bundle, tag, bundle_path))
return bundle_path
def test_bundleman(self):
name = 'app'
products = ('foo', 'bar')
svn = SvnSandBox()
url, products_url = svn.createBundle(name, products)
path = svn.coBundle(name)
# init products
for product in products:
pman = ProductMan(os.path.join(path, product), force=True)
pman.init()
# release 1
release_tag1 = name.upper()+'rc1'
release_tag2 = name.upper()+'rc2'
release_tag3 = name.upper()
bman = BundleMan(path, release_tag1)
bman.doAction()
bman.buildArchive(svn.coroot)
# branch to patch release 1
bman.analyze(force=True)
branch_url = bman.branch()
# co
branch_path = os.path.join(svn.coroot, release_tag1+'-branch')
command('svn co %s %s' % (branch_url, branch_path))
# change something
prod_branch_path = os.path.join(branch_path, products[0])
changes = os.path.join(prod_branch_path, 'CHANGES')
f = open(changes, 'w+')
f.write(pman.tpl_changes % 'branch changes')
f.close()
command('svn commit -m"change" %s' % changes)
command('svn up %s' % branch_path)
# release 2
bman = BundleMan(branch_path, release_tag2)
bman.doAction()
# branch to patch release 2
bman.analyze(force=True)
branch_url = bman.branch()
# co
branch_path = os.path.join(svn.coroot, release_tag2+'-branch')
command('svn co %s %s' % (branch_url, branch_path))
# change something
prod_branch_path = os.path.join(branch_path, products[0])
changes = os.path.join(prod_branch_path, 'CHANGES')
f = open(changes, 'w+')
f.write(pman.tpl_changes % 'branch changes')
f.close()
command('svn commit -m"change" %s' % changes)
command('svn up %s' % branch_path)
# release 3
bman = BundleMan(branch_path, release_tag3)
bman.doAction()
bman.addChangelog(release_tag1, release_tag3)
bman.buildArchive(svn.coroot)
def test_productman(self):
name = 'foo'
svn = SvnSandBox()
url = svn.createProduct(name)
path = svn.coProduct(name)
pman = ProductMan(path, force=True)
pman.analyze()
self.assert_(pman.url, url)
# init product version 0.0.0
pman.init()
pman.analyze()
self.assert_(os.path.exists(os.path.join(path, 'VERSION')))
self.assert_(os.path.exists(os.path.join(path, 'HISTORY')))
self.assert_(os.path.exists(os.path.join(path, 'CHANGES')))
self.assertEquals(pman.status, 'new_version')
# package product the first package is 0.1.0
pman.doAction()
pman.analyze()
self.assertEquals(pman.status, 'use_tag')
self.assertEquals(pman.version, [name, '0.1.0', '1'])
rev_0_1_0 = pman.revision
# changes something
file_name = os.path.join(path, 'foo')
f = open(file_name, 'w+')
f.write('touch\n')
f.close()
# non svn versioned file doesn't change status whatever force mode is
pman.analyze(force=True)
self.assertEquals(pman.status, 'use_tag')
force_bak = pman.force
pman.force = False
self.assertEquals(pman.getStatus(), 'use_tag')
pman.force = force_bak
command('svn add %s' % file_name)
command('svn commit -m"add file" %s' % file_name)
pman.analyze(force=True)
self.assertEquals(pman.status, 'svn_not_uptodate')
command('svn up %s' % path)
pman.analyze(force=True)
self.assertEquals(pman.status, 'missing_changes')
# in force mode, local modifications of svn versioned files are ok
# in non force mode, user has to check in before packaging
f = open(file_name, 'w+')
f.write('new touch\n')
f.close()
pman.analyze(force=True)
self.assertEquals(pman.status, 'missing_changes')
force_bak = pman.force
pman.force = False
self.assertEquals(pman.getStatus(), 'svn_not_uptodate')
pman.force = force_bak
# reverting local modifications
command('svn revert %s' % file_name)
# jump in the past back to rev_0_1_0
command('svn up -r%s %s' % (rev_0_1_0, path))
# the wc is not up to date with the svn repo
pman.analyze(force=True)
self.assertEquals(pman.revision, rev_0_1_0)
self.assertEquals(pman.status, 'svn_not_uptodate')
# back to the present
command('svn up %s' % path)
changes = os.path.join(path, 'CHANGES')
f = open(changes, 'w+')
f.write(pman.tpl_changes % 'something change')
f.close()
command('svn commit -m"update" %s' % changes)
command('svn up %s' % path)
pman.analyze(force=True)
self.assertEquals(pman.status, 'new_version')
self.assertEquals(pman.version_new[1], '0.2.0')
# package
pman.doAction()
self.assertEquals(pman.status, 'use_tag')
self.assertEquals(pman.version[1], '0.2.0')
# package twice should not do anything
pman.analyze(force=True)
pman.doAction()
self.assertEquals(pman.version[1], '0.2.0')
# create a branch
branch_name = 'user-refactor'
branch_url = url.replace('/trunk', '/branches/' + branch_name)
branch_path = path + '-' + branch_name
command('svn cp -m"create a branch" %s %s' % (url, branch_url))
command('svn co %s %s' % (branch_url, branch_path))
pman = ProductMan(branch_path)
pman.analyze()
self.assert_(pman.url, branch_url)
self.assertEquals(pman.status, 'use_tag')
# change something
changes = os.path.join(branch_path, 'CHANGES')
f = open(changes, 'w+')
f.write(pman.tpl_changes % 'branch changes')
f.close()
command('svn commit -m"change" %s' % changes)
command('svn up %s' % branch_path)
# package
pman.analyze(force=True)
pman.doAction()
self.assertEquals(pman.status, 'use_tag')
self.assertEquals(pman.version[1], '0.3.0-user-refactor')
def upProduct(self, product_path):
"""Svn up a product path."""
command('svn up %s' % product_path)
def coProduct(self, product, tag='trunk'):
"""Check out a product."""
product_path = '%s/%s' % (self.coroot, product)
command('svn co %s/products/%s/%s %s' % (self.svnroot, product, tag,
product_path))
return product_path
def coBundle(self, bundle, tag='trunk'):
"""Check out a bundle."""
bundle_path = '%s/%s' % (self.coroot, bundle)
command('svn co %s/bundles/%s/%s %s' % (self.svnroot, bundle, tag,
bundle_path))
return bundle_path
