def main():
content = modanalyzer.load()
for kind in getKinds(content):
print
print "*" * (len(kind) + 4)
print "*", kind, "*"
print "*" * (len(kind) + 4)
showSlice(sliceAcross(content, kind))
def main():
preferredIDs = loadNEIDump()
contents = modanalyzer.load()
contents = filterItemBlocks(contents)
wantedMods = getWantedMods()
sortedMods = [x for x in sortAllMods(contents) if x in wantedMods]
resolutionsByKind = {}
vanilla = "Minecraft-" + modanalyzer.MC_VERSION
for kind in CHECK_CONFLICT_KINDS:
resolutionsByKind[kind] = getConflictResolutions(contents, kind, sortedMods+[vanilla], preferredIDs)
#print "FINAL RES",
#pprint.pprint(resolutionsByKind)
modsFolder, coremodsFolder, configFolder = modanalyzer.prepareCleanServerFolders(modanalyzer.TEST_SERVER_ROOT)
requiresManual = {}
for modName in sortedMods:
mod = os.path.join(modanalyzer.ALL_MODS_DIR, modName)
if not contents.has_key(os.path.basename(mod)+".csv"):
print "No mod analysis found for %s, please analyze" % (mod,)
sys.exit(-1)
print "Installing",mod
modanalyzer.installMod(mod, modsFolder, coremodsFolder)
# extract the resolutions we care about, for editing the config
modEdits = []
for kind, resolutions in resolutionsByKind.iteritems():
for (thisMod, defaultId), assignedId in resolutions.iteritems():
if os.path.basename(mod)+".csv" == thisMod:
if assignedId is not None and assignedId != defaultId: # only if changed
modEdits.append((mod, kind, defaultId, assignedId))
#print "MODEDITS=",modEdits
pendingEdits = installModConfigs(mod, modEdits)
if len(pendingEdits) > 0:
requiresManual[mod] = pendingEdits
if len(requiresManual) > 0:
print "=" * 70
for m, edits in requiresManual.iteritems():
print m, "\t", " ".join([x[1] for x in getConfigFiles(m)]), "\t", edits
print "=" * 70
print "The above mods require manual configuration file editing to continue."
print "Edit their configs appropriately (search for 'TODO'), then start the server."
else:
print "Ready to go..."
modanalyzer.runServer()