def diff_():
global cfg
layout_packages = []
cfg["update"] = False
if len(sys.argv) < 3:
buildconf.fetchPackages(cfg, layout_packages)
else:
if sys.argv[2] == "buildconf":
diff_remotes()
else:
buildconf.fetchPackage(cfg, sys.argv[2], layout_packages)
deps = []
checked = []
if cfg["checkDeps"]:
for p in layout_packages:
bob_package.getDeps(cfg, p, deps, checked)
toInstall = []
diffs = []
for d in deps[::-1]:
if d not in toInstall:
toInstall.append(d)
for p in layout_packages:
if p not in toInstall:
toInstall.append(p)
for p in toInstall:
if p in cfg["osdeps"]:
continue
if p in cfg["ignorePackages"] or "orogen" in p:
continue
if p in cfg["overrides"] and "fetch" in cfg["overrides"][p]:
continue
path = cfg["devDir"] + "/" + p
p2 = p
while not os.path.isdir(path + "/.git"):
path = "/".join(path.split("/")[:-1])
p2 = "/".join(p2.split("/")[:-1])
if path == cfg["devDir"]:
break
if path == cfg["devDir"]:
cfg["errors"].append("missing: git for " + p)
continue
if path not in diffs:
diffs.append(path)
out, err, r = execute.do(
["git", "diff"], cfg, None,
path) #, p2.replace("/", "_")+"_diff.txt")
if out:
logFile = cfg["devDir"] + "/autoproj/bob/logs/" + p2.replace(
"/", "_") + "_diff.txt"
print(p2 + ": ", end="")
c.printWarning("has diff")
print(" check: less " + logFile)
sys.stdout.flush()
with open(logFile, "w") as f:
f.write(out)
else:
print(p2 + ": ", end="")
c.printBold("no diff")
def fetchi(package, returnPackages = False):
layout_packages = []
if len(package) == 0:
buildconf.fetchPackages(cfg, layout_packages)
else:
buildconf.fetchPackage(cfg, package, layout_packages)
if not cfg["continueOnError"] and len(cfg["errors"]) > 0:
printErrors()
return
# track dependencies and do the same for build and rebuild
deps = []
mans = []
if cfg["checkDeps"]:
mans = list(layout_packages)
handled = []
output = []
checked = []
while len(mans) > 0:
p = mans.pop()
bob_package.getDeps(cfg, p, deps, None)
while len(deps) > 0:
d = deps.pop()
if d not in layout_packages and d not in handled:
mans2 = list(layout_packages)
if not buildconf.fetchPackage(cfg, d, mans2):
if d in cfg["depsInverse"]:
output.append([d, cfg["depsInverse"][d]])
handled.append(d)
for m in mans2:
if m not in layout_packages:
layout_packages.append(m)
mans.append(m)
print
sys.stdout.flush()
for i in output:
print c.ERROR + i[0] + c.END + " is dep from: " + ", ".join(i[1])
sys.stdout.flush()
if returnPackages:
return layout_packages
def install_():
global cfg
layout_packages = []
cfg["update"] = False
if len(sys.argv) < 3:
buildconf.fetchPackages(cfg, layout_packages)
else:
buildconf.fetchPackage(cfg, sys.argv[2], layout_packages)
deps = []
checked = []
if cfg["checkDeps"]:
for p in layout_packages:
bob_package.getDeps(cfg, p, deps, checked)
#print deps
toInstall = []
for d in deps[::-1]:
if d not in toInstall:
toInstall.append(d)
for p in layout_packages:
if p not in toInstall:
toInstall.append(p)
while len(toInstall) > 0:
threads = []
jobs = []
iList = list(toInstall)
toInstall = []
for p in iList:
wait = False
#c.printWarning(str(cfg["deps"][p]))
if p in cfg["deps"]:
for d in cfg["deps"][p]:
if d in iList:
wait = True
break
if not wait:
jobs.append(p)
if p in cfg["overrides"] and "install" in cfg["overrides"][p]:
if cfg["multiprocessing"]:
threads.append(Thread(target=cfg["overrides"][p]["install"], args=(cfg,)))
else:
c.printNormal("Install: "+p)
le = len(cfg["errors"])
cfg["overrides"][p]["install"](cfg)
if len(cfg["errors"]) <= le:
c.printWarning("done")
else:
c.printError("error")
elif p in cfg["osdeps"]:
# os deps are installed in fetch phase
continue
else:
if cfg["multiprocessing"]:
threads.append(Thread(target=bob_package.installPackage, args=(cfg, p)))
else:
c.printNormal("Install: "+p)
le = len(cfg["errors"])
bob_package.installPackage(cfg, p)
if len(cfg["errors"]) <= le:
c.printWarning("done")
else:
c.printError("error")
else:
toInstall.append(p)
if cfg["multiprocessing"]:
c.printBold("Install: "+str(jobs))
le = len(cfg["errors"])
for t in threads:
t.start()
for t in threads:
t.join()
if len(cfg["errors"]) > le:
foo = ""
def install_():
global cfg
layout_packages = []
cfg["update"] = False
filterArgs = ["-n", "-k"]
if len(sys.argv) < 3 or sys.argv[2] in filterArgs:
# search path upwards for a manifest.xml
# if not found build manifest from buildconf
pathToCheck = os.getcwd()
found = False
done = False
while not done:
if os.path.isfile(pathToCheck + "/manifest.xml"):
found = True
done = True
elif os.path.exists(pathToCheck + "/autoproj"):
# found dev root
done = True
else:
arrPath = pathToCheck.split("/")
if len(arrPath) == 1:
done = True
else:
pathToCheck = "/".join(arrPath[:-1])
if found:
layout_packages.append(os.path.relpath(pathToCheck, cfg["devDir"]))
else:
buildconf.fetchPackages(cfg, layout_packages)
else:
pathToCheck = os.path.join(os.getcwd(), sys.argv[2])
if os.path.isfile(pathToCheck + "/manifest.xml"):
layout_packages.append(os.path.relpath(pathToCheck, cfg["devDir"]))
else:
buildconf.fetchPackage(cfg, sys.argv[2], layout_packages)
deps = []
checked = []
if cfg["checkDeps"]:
for p in layout_packages:
bob_package.getDeps(cfg, p, deps, checked)
toInstall = []
for d in deps[::-1]:
if d not in toInstall:
toInstall.append(d)
for p in layout_packages:
if p not in toInstall:
toInstall.append(p)
iList = []
while len(toInstall) > 0:
threads = []
jobs = []
oldList = iList
iList = list(toInstall)
if oldList == iList:
# detect unresolved deps loop
for p in oldList:
c.printError("detect dependency cycle:\n " + str(p))
c.printWarning(" deps:")
if p in cfg["deps"]:
for d in cfg["deps"][p]:
if d in iList:
c.printWarning(" - " + str(d))
exit(-1)
toInstall = []
for p in iList:
wait = False
if p in cfg["deps"]:
for d in cfg["deps"][p]:
if d in iList:
wait = True
break
if not wait:
jobs.append(p)
if p in cfg["overrides"] and "install" in cfg["overrides"][p]:
if cfg["multiprocessing"]:
threads.append(
Thread(target=cfg["overrides"][p]["install"],
args=(cfg, )))
else:
c.printNormal("Install: " + p)
le = len(cfg["errors"])
cfg["overrides"][p]["install"](cfg)
if len(cfg["errors"]) <= le:
c.printWarning("done")
else:
c.printError("error")
elif p in cfg["osdeps"]:
# os deps are installed in fetch phase
continue
else:
if cfg["multiprocessing"]:
threads.append(
Thread(target=bob_package.installPackage,
args=(cfg, p)))
else:
c.printNormal("Install: " + p)
le = len(cfg["errors"])
bob_package.installPackage(cfg, p)
if len(cfg["errors"]) <= le:
c.printWarning("done")
else:
c.printError("error")
else:
toInstall.append(p)
if cfg["multiprocessing"]:
c.printBold("Install: " + str(jobs))
le = len(cfg["errors"])
for t in threads:
t.start()
for t in threads:
t.join()
if len(cfg["errors"]) > le:
foo = ""