def checkH2OLogs(timeoutSecs=3, expectedMinLines=12):
# download logs from node 0 (this will overwrite)
h2o.nodes[0].log_download(timeoutSecs=timeoutSecs)
# I guess we really don't need to get the list of nodes names from get_cloud any more
logNameList = [
"h2o_" + str(n.http_addr) + "_" + str(n.port) + ".log"
for n in h2o.nodes
]
lineCountList = []
for logName in logNameList:
lineCount = h2o_util.file_line_count(h2o.LOG_DIR + "/" + logName)
print logName, "lineCount:", lineCount
lineCountList.append(lineCount)
print logNameList
if len(h2o.nodes) != len(logNameList):
raise Exception("Should be %d logs, are %d" % len(h2o.nodes),
len(logNameList))
# line counts seem to vary..check for "too small"
# variance in polling (cloud building and status)?
for i, l in enumerate(lineCountList):
if l < expectedMinLines:
raise Exception("node %d log is too small" % i)
# now that all the logs are there
h2o.check_sandbox_for_errors()
return (logNameList, lineCountList)
def checkH2OLogs(timeoutSecs=3, expectedMinLines=12):
# download logs from node 0 (this will overwrite)
h2o.nodes[0].log_download(timeoutSecs=timeoutSecs)
# I guess we really don't need to get the list of nodes names from get_cloud any more
logNameList = ["h2o_" + str(n.http_addr) + "_" + str(n.port) + ".log" for n in h2o.nodes]
lineCountList = []
for logName in logNameList:
lineCount = h2o_util.file_line_count(h2o.LOG_DIR + "/" + logName)
print logName, "lineCount:", lineCount
lineCountList.append(lineCount)
print logNameList
if len(h2o.nodes) != len(logNameList):
raise Exception("Should be %d logs, are %d" % len(h2o.nodes), len(logNameList))
# line counts seem to vary..check for "too small"
# variance in polling (cloud building and status)?
for i, l in enumerate(lineCountList):
if l < expectedMinLines:
raise Exception("node %d log is too small" % i)
# now that all the logs are there
h2o.check_sandbox_for_errors()
return (logNameList, lineCountList)
def getH2OScripts(timeoutSecs=30):
# download and view using each node, just to see we can
# each overwrites
scriptNameList = []
lineCountList = []
for i,h in enumerate(h2o.nodes):
pathname = "sandbox/script_" + str(i) + ".txt"
h.script_download(pathname, timeoutSecs)
scriptNameList.append(pathname)
for scriptName in scriptNameList:
lineCount = h2o_util.file_line_count(scriptName)
print scriptName, "lineCount:", lineCount
lineCountList.append(lineCount)
print scriptNameList
return (scriptNameList, lineCountList)
def getH2OScripts(timeoutSecs=30):
# download and view using each node, just to see we can
# each overwrites
scriptNameList = []
lineCountList = []
for i, h in enumerate(h2o.nodes):
pathname = "sandbox/script_" + str(i) + ".txt"
h.script_download(pathname, timeoutSecs)
scriptNameList.append(pathname)
for scriptName in scriptNameList:
lineCount = h2o_util.file_line_count(scriptName)
print scriptName, "lineCount:", lineCount
lineCountList.append(lineCount)
print scriptNameList
return (scriptNameList, lineCountList)
def checkit(suffix, expectedMinLines):
logNameList = ["h2o_" + str(n.http_addr) + "_" + str(n.port) + suffix + ".log" for n in h2o.nodes]
lineCountList = []
for logName in logNameList:
lineCount = h2o_util.file_line_count(h2o.LOG_DIR + "/" + logName)
print logName, "lineCount:", lineCount
lineCountList.append(lineCount)
print logNameList
if len(h2o.nodes) != len(logNameList):
raise Exception("Should be %d logs, are %d" % len(h2o.nodes), len(logNameList))
# line counts seem to vary..check for "too small"
# variance in polling (cloud building and status)?
for i, l in enumerate(lineCountList):
if l < expectedMinLines:
raise Exception("node %d %s log is too small" % (i, logNameList[i]))
return (logNameList, lineCountList)
def checkH2OLogs(timeoutSecs=3):
# download and view using each node, just to see we can
# each overwrites
for h in h2o.nodes:
h.log_view()
h.log_download(timeoutSecs=timeoutSecs)
# download logs from node 0 (this will overwrite)
h2o.nodes[0].log_download(timeoutSecs=timeoutSecs)
# I guess we really don't need to get the list of nodes names from get_cloud any more
logNameList = ["h2o_" + str(n.http_addr) + "_" + str(n.port) + ".log" for n in h2o.nodes]
lineCountList = []
for logName in logNameList:
lineCount = h2o_util.file_line_count("sandbox/" + logName)
print logName, "lineCount:", lineCount
lineCountList.append(lineCount)
print logNameList
return (logNameList, lineCountList)
def checkH2OLogs(timeoutSecs=3):
# download and view using each node, just to see we can
# each overwrites
for h in h2o.nodes:
h.log_view()
h.log_download(timeoutSecs=timeoutSecs)
# download logs from node 0 (this will overwrite)
h2o.nodes[0].log_download(timeoutSecs=timeoutSecs)
# I guess we really don't need to get the list of nodes names from get_cloud any more
logNameList = [
"h2o_" + str(n.http_addr) + "_" + str(n.port) + ".log"
for n in h2o.nodes
]
lineCountList = []
for logName in logNameList:
lineCount = h2o_util.file_line_count("sandbox/" + logName)
print logName, "lineCount:", lineCount
lineCountList.append(lineCount)
print logNameList
return (logNameList, lineCountList)