emg-pipeline-v4-single.cwl

cwlVersion: v1.0
class: Workflow
label: EMG pipeline v4.0 (single end version)

requirements:
 - class: SubworkflowFeatureRequirement
 - class: SchemaDefRequirement
   types: 
    - $import: ../tools/FragGeneScan-model.yaml
    - $import: ../tools/InterProScan-apps.yaml
    - $import: ../tools/InterProScan-protein_formats.yaml
    - $import: ../tools/esl-reformat-replace.yaml
    - $import: ../tools/biom-convert-table.yaml

inputs:
  reads:
    type: File
    format: edam:format_1930  # FASTQ
  fraggenescan_model: ../tools/FragGeneScan-model.yaml#model
  
  #Rfam modelts for ribosomal subunits and other ubiquitous ncRNAs
  #For each there is an assoicated clan file.
  ncRNA_ribosomal_models: File[]
  ncRNA_ribosomal_model_clans: File
  ncRNA_other_models: File[]
  ncRNA_other_model_clans: File
  
  #Input files for mapseq
  mapseq_ref:
    type: File
    format: edam:format_1929  # FASTA
    secondaryFiles: .mscluster
  mapseq_taxonomy: File
  mapseq_taxonomy_otu_table: File
  sequencing_run_id: string

  #Go summary file for slimming 
  go_summary_config: File

outputs:
  #
  processed_nucleotide_reads:
    type: File
    outputSource: trim_and_reformat_reads/trimmed_and_reformatted_reads
 
  #The idenditied SSU rRNA and their classification
  SSU_sequences:
    type: File
    outputSource: unified_processing/SSU_sequences  
  ssu_classifications:
    type: File
    outputSource: unified_processing/ssu_classifications
  LSU_sequences:
    type: File
    outputSource: unified_processing/LSU_sequences  
  5S_sequences:
    type: File
    outputSource: unified_processing/5S_sequences  

  #Keep all of the protein stuff here
  predicted_CDS:
    type: File
    outputSource: unified_processing/predicted_CDS

  functional_annotations:
    type: File
    outputSource: unified_processing/functional_annotations
  go_summary:
    type: File
    outputSource: unified_processing/go_summary 
  go_summary_slim:
    type: File
    outputSource: unified_processing/go_summary_slim

  #Other non-coding RNA hits
  other_ncRNAs:
    type: File
    outputSource: unified_processing/other_ncRNAs

  #All of the sequence file QC stats
  qc_stats_summary:
    type: File
    outputSource: unified_processing/qc_stats_summary
  qc_stats_seq_len_pbcbin:
    type: File
    outputSource: unified_processing/qc_stats_seq_len_pcbin
  qc_stats_seq_len_bin:
    type: File
    outputSource: unified_processing/qc_stats_seq_len_bin
  qc_stats_seq_len:
    type: File
    outputSource: unified_processing/qc_stats_seq_len
  qc_stats_nuc_dist:
    type: File
    outputSource: unified_processing/qc_stats_nuc_dist
  qc_stats_gc_pcbin:
    type: File
    outputSource: unified_processing/qc_stats_gc_pcbin
  qc_stats_gc_bin:
    type: File
    outputSource: unified_processing/qc_stats_gc_bin
  qc_stats_gc:
    type: File
    outputSource: unified_processing/qc_stats_gc

  #TODO -
  # Add a step to extract ncRNAs
  

  # Sequence categoriastion outputs
  # Summary files
  match_count:
    type: int
    outputSource: unified_processing/match_count
  
  CDS_with_match_count:
    type: int
    outputSource: unified_processing/CDS_with_match_count

  reads_with_match_count:
    type: int
    outputSource: unified_processing/reads_with_match_count

  stats_reads:
    type: File
    outputSource: unified_processing/stats_reads

  numberReadsWithOrf:
    type: int
    outputSource: unified_processing/numberReadsWithOrf
  
  numberOrfs:
    type: int
    outputSource: unified_processing/numberOrfs 

  readsWithOrf:
    type: File
    outputSource: unified_processing/readsWithOrf

  interproscan:
    type: File 
    outputSource: unified_processing/interproscan 
 
  no_functions_seqs: 
    type: File
    outputSource: unified_processing/no_functions_seqs 

  pCDS_seqs:
    type: File
    outputSource: unified_processing/pCDS_seqs  
 
steps:
  trim_and_reformat_reads:
    run: trim_and_reformat_reads.cwl
    in:
      reads: reads
    out:  [ trimmed_and_reformatted_reads ] 

  unified_processing:
    label: continue with the main workflow
    run: emg-core-analysis-v4.cwl
    in:
      mapseq_ref: mapseq_ref
      mapseq_taxonomy: mapseq_taxonomy 
      sequencing_run_id: sequencing_run_id
      input_sequences: trim_and_reformat_reads/trimmed_and_reformatted_reads
      fraggenescan_model: fraggenescan_model
      ncRNA_ribosomal_models: ncRNA_ribosomal_models
      ncRNA_ribosomal_model_clans: ncRNA_ribosomal_model_clans
      ncRNA_other_models: ncRNA_other_models
      ncRNA_other_model_clans: ncRNA_other_model_clans
      go_summary_config: go_summary_config
    out:
      - other_ncRNAs
      - SSU_sequences
      - LSU_sequences
      - 5S_sequences
      - ssu_classifications
      - predicted_CDS
      - functional_annotations
      - go_summary
      - go_summary_slim
      - qc_stats_summary
      - qc_stats_seq_len_pcbin
      - qc_stats_seq_len_bin
      - qc_stats_seq_len
      - qc_stats_nuc_dist
      - qc_stats_gc_pcbin
      - qc_stats_gc_bin
      - qc_stats_gc
      - match_count
      - CDS_with_match_count
      - reads_with_match_count
      - stats_reads
      - numberReadsWithOrf
      - numberOrfs
      - readsWithOrf
      - interproscan
      - no_functions_seqs
      - pCDS_seqs

      #- otu_table_summary
#TODO - checkouts and rationalise file names between v3 and v4
      #- tree
      #- biom_json

$namespaces:
 edam: http://edamontology.org/
 s: http://schema.org/
$schemas:
 - http://edamontology.org/EDAM_1.16.owl

s:license: "https://www.apache.org/licenses/LICENSE-2.0"
s:copyrightHolder: "EMBL - European Bioinformatics Institute"