Use several jobs and orchestrate them, e.g. Via Ozzie. These jobs then can save
intermediate results to disk and load them from there. Alternatively (or
additionally!) you may use persist (to memory and disk), but I am not sure this
is suitable for such long running applications.
> On 12. May 2
Hi ,
often we preform a grid search and Cross validation under pyspark to
find best perameters ,
but when you have in error not related to computation but to networks or
any think else .
HOW WE CAN SAVE INTERMADAITE RESULT ,particulary when you have a large
process during 3 or 4 days
Works for me tooyou are a life-saver :)
But the question: should/how we report this to Azure team?
On Fri, May 12, 2017 at 10:32 AM, Denny Lee wrote:
> I was able to repro your issue when I had downloaded the jars via blob but
> when I downloaded them as raw, I was able to get everything up
Hi Spark Users,
I want to store Enum type (such as Vehicle Type: Car, SUV, Wagon) in my
data. My storage format will be parquet and I need to access the data from
Spark-shell, Spark SQL CLI, and hive. My questions:
1) Should I store my Enum type as String or store it as numeric encoding
(aka 1=C
I was able to repro your issue when I had downloaded the jars via blob but
when I downloaded them as raw, I was able to get everything up and
running. For example:
wget https://github.com/Azure/azure-documentdb-spark/*blob*
/master/releases/azure-documentdb-spark-0.0.3_2.0.2_2.11/azure-documentdb
Interesting, the links here: http://spark.apache.org/community.html
point to: http://apache-spark-user-list.1001560.n3.nabble.com/
On 11 May 2017 at 12:35, Vadim Semenov wrote:
> Use the official mailing list archive
>
> http://mail-archives.apache.org/mod_mbox/spark-user/201705.mbox/%
> 3ccaj
Hey all,
I’ve found myself in a position where I need to do a relatively large matrix
multiply (at least, compared to what I normally have to do). I’m looking to
multiply a 100k by 500k dense matrix by its transpose to yield 100k by 100k
matrix. I’m trying to do this on Google Cloud, so I don’
Rick,
Thank you for the input. Now space issue is resolved.
yarn.nodemanager.local.dirs and yarn.nodemanager.log.dirs was filling up.
For 5Gb of data why it should take 10 mins to load with 7-8 executors with 2
cores and I also see all the executors memory is upto 7-20 GB
If 5 GB of data takes
Use the official mailing list archive
http://mail-archives.apache.org/mod_mbox/spark-user/201705.mbox/%3ccajyeq0gh1fbhbajb9gghognhqouogydba28lnn262hfzzgf...@mail.gmail.com%3e
On Thu, May 11, 2017 at 2:50 PM, lucas.g...@gmail.com
wrote:
> Also, and this is unrelated to the actual question... Why
Might want to try to use gzip as opposed to parquet. The only way i
ever reliably got parquet to work on S3 is by using Alluxio as a
buffer, but it's a decent amount of work.
On Thu, May 11, 2017 at 11:50 AM, lucas.g...@gmail.com
wrote:
> Also, and this is unrelated to the actual question... Why
Also, and this is unrelated to the actual question... Why don't these
messages show up in the archive?
http://apache-spark-user-list.1001560.n3.nabble.com/
Ideally I'd want to post a link to our internal wiki for these questions,
but can't find them in the archive.
On 11 May 2017 at 07:16, lucas
I would try to track down the "no space left on device" - find out where
that originates from, since you should be able to allocate 10 executors
with 4 cores and 15GB RAM each quite easily. In that case,you may want to
increase overhead, so yarn doesn't kill your executors.
Check that no local driv
Hi,
I am reading a Hive Orc table into memory, StorageLevel is set to
(StorageLevel.MEMORY_AND_DISK_SER)
Total size of the Hive table is 5GB
Started the spark-shell as below
spark-shell --master yarn --deploy-mode client --num-executors 8
--driver-memory 5G --executor-memory 7G --executor-cores
I realized that in the Spark ML, BinaryClassifcationMetrics only supports
AreaUnderPR and AreaUnderROC. Why is that? I
What if I need other metrics such as F-score, accuracy? I tried to use
MulticlassClassificationEvaluator to evaluate other metrics such as
Accuracy for a binary classification pro
Looks like this isn't viable in spark 2.0.0 (and greater I presume). I'm
pretty sure I came across this blog and ignored it due to that.
Any other thoughts? The linked tickets in:
https://issues.apache.org/jira/browse/SPARK-10063
https://issues.apache.org/jira/browse/HADOOP-13786
https://issues.
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