% module)
else:
raise misc.builderr(
"Configuration file specified unrecognised `repostype' for module `%s': `%s'"
% (module, repostype))
lexer.restore_vars(save)
if not git:
newrev = None
if details[0][0] == "rev":
rev = details[0][1]
# If this is a simple revision number, use it as newrev
# unless told otherwise later.
if misc.numeric(rev):
newrev = rev
# If this is the special revision number HEAD, we try
# to find out the real revision number after doing the
# export, and we save that in the `headrevs' hash in
# this module. Further head checkouts from this
# repository are done with that explicit revision
# number, so that if we're checking out multiple
# modules we get an effectively atomic checkout over
# all of them.
if rev == "HEAD":
if headrevs.has_key(svnrepos):
rev = headrevs[svnrepos]
else:
set_headrev = 1
def expand_varfunc(var, cfg):
global builddate
# Expand a variable or function enclosed in $(...). Takes a
# string containing the text from inside the parentheses (after
# any further expansion has been done on that); returns a
# string containing the expansion.
if var[0] == "!":
# `$(!' introduces a special function.
try:
pos = var.index(" ")
fn, val = var[1:pos], var[pos + 1:]
except ValueError:
fn, val = var[1:], ""
if fn == "numeric":
# The entire function call has already been lexed, so
# don't lex it again.
log.logmsg("testing numericity of `%s'" % val)
if misc.numeric(val):
return "yes"
else:
return "no"
elif fn == "available":
log.logmsg("testing availability of variable `%s'" % val)
try:
get_multicharvar(val)
return "yes"
except VarInvalid:
return "no"
elif fn == "builddate":
if val != "":
raise misc.builderr("$(!builddate) expects no arguments")
if builddate is None:
# Invent a build date.
cachefile = os.path.join(cfg.builddatecache, cfg.mainmodule)
builddate = time.strftime("%Y%m%d",
time.localtime(time.time()))
verdata = checkout.verdata()
new = True
if os.path.exists(cachefile):
with open(cachefile, "r") as f:
last_builddate = f.readline().rstrip("\r\n")
last_verdata = f.read()
if verdata == last_verdata:
new = False
if new:
try:
os.mkdir(cfg.builddatecache, 0700)
except OSError as e:
if e.errno != os.errno.EEXIST:
raise
with open(cachefile + ".tmp", "w") as f:
f.write(builddate + "\n" + verdata)
os.rename(cachefile + ".tmp", cachefile)
log.logmsg("using new build date " + builddate)
else:
builddate = last_builddate
log.logmsg("reusing last build date " + builddate)
return builddate
else:
raise misc.builderr("unexpected string function `%s'" % var)
else:
# Just look up var in our list of variables, and return its
# value.
try:
return get_multicharvar(var, "")
except VarInvalid:
raise misc.builderr(
"special variable `%s' is not currently valid" % var)
def expand_varfunc(var, cfg):
global builddate
# Expand a variable or function enclosed in $(...). Takes a
# string containing the text from inside the parentheses (after
# any further expansion has been done on that); returns a
# string containing the expansion.
if var[0] == "!":
# `$(!' introduces a special function.
try:
pos = var.index(" ")
fn, val = var[1:pos], var[pos+1:]
except ValueError:
fn, val = var[1:], ""
if fn == "numeric":
# The entire function call has already been lexed, so
# don't lex it again.
log.logmsg("testing numericity of `%s'" % val)
if misc.numeric(val):
return "yes"
else:
return "no"
elif fn == "available":
log.logmsg("testing availability of variable `%s'" % val)
try:
get_multicharvar(val)
return "yes"
except VarInvalid:
return "no"
elif fn == "builddate":
if val != "":
raise misc.builderr("$(!builddate) expects no arguments")
if builddate is None:
# Invent a build date.
cachefile = os.path.join(cfg.builddatecache, cfg.mainmodule)
builddate = time.strftime("%Y%m%d",time.localtime(time.time()))
verdata = checkout.verdata()
new = True
if os.path.exists(cachefile):
with open(cachefile, "r") as f:
last_builddate = f.readline().rstrip("\r\n")
last_verdata = f.read()
if verdata == last_verdata:
new = False
if new:
try:
os.mkdir(cfg.builddatecache, 0700)
except OSError as e:
if e.errno != os.errno.EEXIST:
raise
with open(cachefile + ".tmp", "w") as f:
f.write(builddate + "\n" + verdata)
os.rename(cachefile + ".tmp", cachefile)
log.logmsg("using new build date " + builddate)
else:
builddate = last_builddate
log.logmsg("reusing last build date " + builddate)
return builddate
else:
raise misc.builderr("unexpected string function `%s'" % var)
else:
# Just look up var in our list of variables, and return its
# value.
try:
return get_multicharvar(var, "")
except VarInvalid:
raise misc.builderr("special variable `%s' is not currently valid" % var)
git = git_native = True
elif repostype is None:
raise misc.builderr("Configuration file did not specify `repostype' for module `%s'" % module)
else:
raise misc.builderr("Configuration file specified unrecognised `repostype' for module `%s': `%s'" % (module, repostype))
lexer.restore_vars(save)
if not git:
newrev = None
if details[0][0] == "rev":
rev = details[0][1]
# If this is a simple revision number, use it as newrev
# unless told otherwise later.
if misc.numeric(rev):
newrev = rev
# If this is the special revision number HEAD, we try
# to find out the real revision number after doing the
# export, and we save that in the `headrevs' hash in
# this module. Further head checkouts from this
# repository are done with that explicit revision
# number, so that if we're checking out multiple
# modules we get an effectively atomic checkout over
# all of them.
if rev == "HEAD":
if headrevs.has_key(svnrepos):
rev = headrevs[svnrepos]
else:
set_headrev = 1
