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Illegal option -- #23

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seveein opened this issue Sep 1, 2024 · 11 comments
Closed

Illegal option -- #23

seveein opened this issue Sep 1, 2024 · 11 comments
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bug Something isn't working

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@seveein
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seveein commented Sep 1, 2024

Hi everyone,
thank you very much for this nice contribution to the community!
I tested GenEra on our cluster.

here, I observed the following on stdout:

Illegal option --
Illegal option --
Illegal option --
Illegal option --
Illegal option --
Illegal option --

After this, it seems like GenEra continues with the analysis:

Sun Sep  1 18:10:52 CEST 2024

Your temporary files will be stored in tmp_4084_16952

STARTING STEP 1: SEARCHING FOR HOMOLOGS WITHIN THE DATABASE USING DIAMOND
--------------------------------------------------
Matching the query genes against themselves
--------------------------------------------------
Searching for homologs against the DIAMOND database

To Reproduce

I use the Docker-Container via singularity:

singularity run -B $WORK/ GenEra/genEra.sif genEra -q spim_proteome_geneext.fasta -t 4084 -b db/nr -d db/taxdump/ -o out_spimp/

Is this a known bug, and can I trust that GenEra will continue without further issues?
Thank you very much.
cheers
s

@seveein seveein added the bug Something isn't working label Sep 1, 2024
@josuebarrera
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Dear @seveein,
I've never seen this error message before. I suspect it is not directly related to genEra, but to the singularity installation or the way that you are running singularity using -B $WORK/. Do these errors appear before or after the message genEra v1.X.X (C) Max Planck Society for the Advancement of Science? That way I can know if the error happened within the genEra code or not.
Best,
Josué

@seveein
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seveein commented Sep 2, 2024

Hi Josué,
The error appears right at the beginning, before the genEra [...] prompt. So it might be a singularity-related issue.
GenEra seems to run, although we observed the following:

STARTING STEP 3: ASSIGNING AGES TO YOUR QUERY GENES WITH Erassignment
--------------------------------------------------
Splitting results per query gene using 16 threads
Fatal error: cannot open file 'Usage:': No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory

[...]

Running Erassignment using 16 threads
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/true

The gene_ages.tsv file is empty afterwards. Do you have an idea how we could resolve this issue?
Best,
s-

@josuebarrera
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Dear @seveein,
The container seems to be working fine, and your error messages point towards some issues related to singularity. I suspect the main culprit is using singularity run instead of singularity exec.

Could you try something akin to this command?

# Establish the working directory for your genEra run
WORKDIR=/your/working/directory
cd $WORKDIR

# Add any other important path(s) for singularity to find (e.g., the path to the NR database or the directory where you wish to write the output files) 
export SINGULARITY_BIND="/any/other/relevant/path:/any/other/relevant/path"
 
 # Run genEra using 'exec' and specifying the absolute path of your files 
singularity exec /path/to/singularity/genera_latest.sif genEra \
-q sequences.fasta -t 4084 -b /path/to/database/nr \
-d /path/to/database/taxdump -n 16 \
-o /any/other/relevant/path/output

Please let me know if this works for you so I can update the wiki for singularity users.

Best,
Josué

@seveein
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seveein commented Sep 3, 2024

``Dear Josué,
thank you very much already. Unfortunately, I still observe the same issues after implementing the adjustments.

Splitting results per query gene using 32 threads
Fatal error: cannot open file 'Usage:': No such file or directory
--------------------------------------------------
Running Erassignment using 32 threads
/usr/bin/false
/usr/bin/false

All user-provided paths are available to singularity. There should be also enough computational resources available.

Best,
s.


edit: current singularity call:

export SINGULARITY_BIND="/path:/mnt"
singularity exec $HOME/programs/GenEra/genEra.sif genEra \
    -q /mnt/data/pep_clean.fasta \
    -t 4084 -b /mnt/TAI/db/nr \
    -d /mnt/TAI/db/taxdump/ \
    -c /mnt/TAI/out_spen//ncbi_lineages_2024-09-02.csv \
    -p /mnt/tmp_4084_7909/4084_Diamond_results.bout \
    -x /mnt/tmp_4084_7909/ \
    -o /mnt/TAI/out_spen/ \
    -n 32

@josuebarrera
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Dear @seveein,

Could you please send me the complete STDOUT log from the genEra run? I'd like to see which step is not working correctly in the pipeline. I see you're using the arguments -c and -p, meaning that at least step 1 and step 2 of the pipeline are running correctly. Could you also please verify that ncbi_lineages_2024-09-02.csv and 4084_Diamond_results.bout are not empty? Please send me the last 10 lines of these two files (i.e., tail ncbi_lineages_2024-09-02.csv and tail 4084_Diamond_results.bout) for me to check if step 1 and step 2 ran correctly.

Best,
Josué

@seveein
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seveein commented Sep 3, 2024

Dear @josuebarrera.
Here are the complete STDOUT and -tail of ncbi_lineages,csv and 4084_Diamond_results.bout.

ncbi_lineages_2024-09-02.csv:

3315561,Eukaryota,Chordata,Lepidosauria,Squamata,Viperidae,Crotalus,Crotalus helleri,,Opisthokonta,Eumetazoa,Amniota,Sauropsida,Sauria,Bifurcata,Unidentata,Episquamata,Toxicofera,,,,Bilateria,,,,Deuterostomia,Vertebrata,Gnathostomata,Teleostomi,Euteleostomi,Dipnotetrapodomorpha,Tetrapoda,,,,,,,Serpentes,,Metazoa,,cellular organisms,,,,,,,,,,,,,,,,,Crotalinae,,,,Craniata,,Crotalus helleri caliginis,,Sarcopterygii,Colubroidea,,,,
3315602,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Sungouiella,Sungouiella xylosa,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3315603,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Clavispora,Clavispora paralusitaniae,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3315604,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Soucietia,,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3315605,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Sungouiella,,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3315606,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Osmozyma,,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3315610,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Tanozyma,,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3315611,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Gabaldonia,,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3315612,Eukaryota,Ascomycota,Saccharomycetes,Saccharomycetales,Metschnikowiaceae,Wilhelminamyces,,,Opisthokonta,saccharomyceta,,,,,,,,,,,CUG-Ser1 clade,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,
3316682,Eukaryota,Ascomycota,Dipodascomycetes,Dipodascales,,,,,Opisthokonta,saccharomyceta,,,,,,,,,,,,,,,,,,,,,,,,,,,,,,Fungi,,cellular organisms,Dipodascales incertae sedis,,,,,,,,,,,,,,,,,,Dikarya,,Saccharomycotina,,,,,,,,,

4084_Diamond_results.bout

[RNAseq_work]$ tail tmp_4084_7909/4084_Diamond_results.bout
GeneExt~Sopen12g035030.1.p1     PNY24194.1      8.78e-06        65.1    45235
GeneExt~Sopen12g035030.1.p1     KQP56511.1      8.84e-06        63.9    1736321
GeneExt~Sopen12g035030.1.p1     CAE6417795.1    8.88e-06        65.1    456999
GeneExt~Sopen12g035030.1.p1     KAK2612949.1    8.92e-06        65.1    1105319
GeneExt~Sopen12g035030.1.p1     ABW09584.1      9.46e-06        64.7    298653
GeneExt~Sopen12g035030.1.p1     WP_291692835.1  9.80e-06        64.7    376
GeneExt~Sopen12g035030.1.p1     WP_269613200.1  9.90e-06        64.7    1219
GeneExt~Sopen12g035030.1.p2     PHT48895.1      7.48e-11        72.0    33114
GeneExt~Sopen12g035030.1.p3     PHT48910.1      2.76e-10        68.9    33114
GeneExt~Sopen12g035030.1.p3     PHT60957.1      1.07e-07        61.6    4072

Stdout:

Illegal option --
Illegal option --
Illegal option --
Illegal option --
Illegal option --
Illegal option --
genEra v1.4.0 (C) Max Planck Society for the Advancement of Science
Starting time of run:
Tue Sep  3 18:06:07 CEST 2024

Your temporary files will be stored in /mnt/tmp_4084_7909/tmp_4084_20086

DIAMOND OUTPUT ALREADY GENERATED. SKIPPING STEP 1

We're just going to quickly cluster the query genes against themselves for later on (step 3)

THE SPECIES-TAILORED TAXONOMIC DATABASE WAS PROVIDED BY THE USER. SKIPPING STEP 2

STARTING STEP 3: ASSIGNING AGES TO YOUR QUERY GENES WITH Erassignment
--------------------------------------------------
Splitting results per query gene using 16 threads
Fatal error: cannot open file 'Usage:': No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
sed: can't read Usage:: No such file or directory
sed: can't read [-a]: No such file or directory
sed: can't read args: No such file or directory
--------------------------------------------------
Running Erassignment using 16 threads
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/false
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/true
/usr/bin/false
/usr/bin/true
/usr/bin/false
/usr/bin/true
/usr/bin/false
/usr/bin/true
--------------------------------------------------
Running mcl to define gene families
.................................................. 1M
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........
[mclIO] writing </mnt/tmp_4084_7909/tmp_4084_20086/tmp_4084.mci>
.......................................
[mclIO] wrote native interchange 71751x71751 matrix with 52803377 entries to stream </mnt/tmp_4084_7909/tmp_4084_20086/tmp_4084.mci>
[mclIO] wrote 71751 tab entries to stream </mnt/tmp_4084_7909/tmp_4084_20086/tmp_4084.tab>
[mcxload] tab has 71751 entries
[mclIO] reading </mnt/tmp_4084_7909/tmp_4084_20086/tmp_4084.mcl>
.......................................
[mclIO] read native interchange 71751x16687 matrix with 71751 entries
--------------------------------------------------
Establishing the age and number of gene-family founder events
--------------------------------------------------
Step 3 finished!
The age assignment for your individual genes can be found in /mnt/TAI/out_spen//4084_gene_ages.tsv
The possible ages for the genes with a taxonomic representativeness below 30 percent can be found in /mnt/TAI/out_spen//4084_ambiguous_phylostrata.tsv
The estimation of gene family founder events can be found in /mnt/TAI/out_spen//4084_founder_events.tsv
The number of individual genes that could be assigned to each phylostratum are summarized in /mnt/TAI/out_spen//4084_gene_age_summary.tsv
The number of of gene family founder events per phylostratum are summarized in /mnt/TAI/out_spen//4084_founder_summary.tsv

genEra finished at:
Tue Sep  3 18:17:04 CEST 2024

Enjoy your results!!!

gene_age_summary.tsv


#number_of_genes        phylostratum    phylorank
0       Eukaryota       72
0       Streptophyta    71
0       Magnoliopsida   70
0       Solanales       69
0       Solanaceae      68
0       Solanum 67
0       Solanum pimpinellifolium        66
0       Embryophyta     65
0       Tracheophyta    64

Let me know whether you need anything else!

Best, s.

@josuebarrera
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Dear @seveein,

It seems that step 1 ran without any issues, so you can keep using the file 4084_Diamond_results.bout to avoid running that part of the pipeline again. I see two possible sources of error in the pipeline:

The first thing I noticed is that the file ncbi_lineages_2024-09-02.csv should be specified with -r instead of -c, since it is an intermediate file in step 2. Could it be that you have a file named 4084_ncbi_lineages.csv within the output files of your initial GenEra run? Because that is the file that you should specify to GenEra with the argument -c. It could be an error in step 2, but I can't imagine why it would fail. Try running GenEra using -r ncbi_lineages_2024-09-02.csv and let me know if the file 4084_ncbi_lineages.csv was generated.

The other possible source of error I see could be in the script FASTSTEP3R. This is an R script that makes step 3 run much faster than in the initial versions of GenEra, but it also consumes a considerable amount of memory and may be the cause of your errors. To verify this, could you please run GenEra again by adding the following argument:
-F false
This will disable fast mode for step 3, which should be able to run without any issues. I expect GenEra to take a considerable amount of time on this step though, given that you're working with a plant genome.

I'm still puzzled about the error Illegal option -- at the beginning of your log, but it is hopefully nothing to be worried about.

Please let me know if these two things solve your issues.

Cheers,
Josué

@seveein
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seveein commented Sep 3, 2024

Hi Jossué,
thank you for your help.
the 4084_ncbi_lineages.csv was also generated before. However, I adjusted the option from '-c' to '-r' for the test-run, which successfully completed Step 2.

Step 3 finished within minutes and returned the same error prompt again:

STARTING STEP 3: ASSIGNING AGES TO YOUR QUERY GENES WITH Erassignment
sed: can't read Usage: /usr/bin/which [-a] args: No such file or directory
sed: can't read Usage: /usr/bin/which [-a] args: No such file or directory
sed: can't read Usage: /usr/bin/which [-a] args: No such file or directory

The issue seems to be related to Step 3. Adjusting to -F false did not improve the situation. It happens pretty early in the execution.
cheers, s.

@seveein
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seveein commented Sep 4, 2024

Quick update:

I've been experimenting with the Singularity settings because it seemed that Singularity was mishandling environment variables.

Using the --cleanenv option has resolved the initial issue. The repeated

Illegal option --
Illegal option --
Illegal option --

messages are no longer appearing in the STDOUT.

Additionally, Step 3 appears to be running more stably now and isn't skipping the analysis. However, it’s still in progress, so please proceed with caution.

STDOUT:


genEra v1.4.0 (C) Max Planck Society for the Advancement of Science
Starting time of run:
Wed Sep  4 08:56:32 CEST 2024

Your temporary files will be stored in /mnt/TAI/TEMP/tmp_4084_1693

DIAMOND OUTPUT ALREADY GENERATED. SKIPPING STEP 1

We're just going to quickly cluster the query genes against themselves for later on (step 3)

THE SPECIES-TAILORED TAXONOMIC DATABASE WAS PROVIDED BY THE USER. SKIPPING STEP 2

STARTING STEP 3: ASSIGNING AGES TO YOUR QUERY GENES WITH Erassignment
--------------------------------------------------
Running Erassignment using 64 threads

troubleshooting command:

singularity run --cleanenv $HOME/programs/GenEra/genEra.sif genEra\
    -q pennellii_longest_orfs_pep_clean.fasta \
    -t 4084 -b /mnt/db/nr \ 
    -d /mnt/TAI/db/taxdump/ \
    -c /mnt/out_spen//4084_ncbi_lineages.csv \
    -p /mnt/tmp_4084_7909/4084_Diamond_results.bout \
    -x /mnt/TAI/TEMP/ \
    -o /mnt/TAI/out_spen/  \  
    -F false \
    -n 64

cheers,
s.

@josuebarrera
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Dear @seveein,

It seems that --cleanenv solved the issue. You can check if step 3 is running correctly by checking inside of /mnt/TAI/out_spen/ to see if a file named 4084_gene_ages.tsv is being written. If GenEra takes too much time, you can try running it again by deleting -F false to enable fast mode (the final results should be the same).

Cheers,
Josué

@seveein
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seveein commented Sep 4, 2024

Dear @josuebarrera,
--cleanenv solved all the issues. Step 3 was just completed successfully. (maybe this could be added to the wiki as well)
I appreciate your help!
Best, S.

@seveein seveein closed this as completed Sep 4, 2024
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