else if (*id_vec[i] != *id) {
string err("Inconsistent Seq-ids found in seg ");
err += NStr::NumericToString(i) +
- ". Excpected " + id_vec[i]->AsString() +
+ ". Expected " + id_vec[i]->AsString() +
", encountered " + id->AsString() + ".";
NCBI_THROW(CAlnException, eInvalidSeqId, err);
}
}
else NCBI_THROW( CSeqMaskerOstatFactoryException,
eBadName,
- "unkown unit counts format" );
+ "unknown unit counts format" );
}
catch( CException & e ) {
NCBI_RETHROW( e, CSeqMaskerOstatFactoryException, eCreateFail,
}
else NCBI_THROW( CSeqMaskerOstatFactoryException,
eBadName,
- "unkown unit counts format" );
+ "unknown unit counts format" );
}
catch( CException & e ) {
NCBI_RETHROW( e, CSeqMaskerOstatFactoryException, eCreateFail,
"Require that all sequences in the database have taxid set.");
arg_desc->AddFlag
- ("cdd_delta", "Do aditional tests for a CDD database for DELTA-BLAST");
+ ("cdd_delta", "Do additional tests for a CDD database for DELTA-BLAST");
// Setup arg.descriptions for this application
SetupArgDescriptions(arg_desc.release());
if( !x_ValidateCd(freqs, obsr, BLASTAA_SIZE) && m_ExcludeInvalid)
{
*m_LogFile << filename +
- " was excluded: it conatins an invalid CD \n";
+ " was excluded: it contains an invalid CD \n";
return false;
}
return true;
if (loc_plus != (seq_loc_i.GetStrand() != eNa_strand_minus)) {
NCBI_THROW(CSeqalignException, eInvalidInputData,
"CDense_seg::RemapToLoc():"
- " The strand should be the same accross"
+ " The strand should be the same across"
" the input seq-loc");
}
}
if (dim != ss.GetDim() || row != dim) {
NCBI_THROW(CSeqalignException, eInvalidInputAlignment,
"CreateDensegFromStdseg(): "
- "Inconsistent dimentions!");
+ "Inconsistent dimensions!");
}
if (widths_determined[seg]) {
"BPPT-ESC\tc\tBPPT Ethanol-Single Cell Protein-Fructose Syrup Technical Unit\t\t\t",
"BPU\ts\tEoetvoes Lorand University, Department of Plant Taxonomy and Ecology\t\t\t",
"BR<BEL>\ts\tBotanic Garden Meise\t\t\t",
-"BR<BRA>\tc\tJohanna Dobereiner Biological Resouce Center (CRB-JD)\t\t\t",
+"BR<BRA>\tc\tJohanna Dobereiner Biological Resource Center (CRB-JD)\t\t\t",
"BRA\ts\tSlovak National Museum, Botany Department\t\t\t",
"BRAD\ts\tUniversity of Bradford, Biology Department\t\t\t",
"BRB\ts\tBrassica Resource Bank\t\t\t",
BPPT-ESC c BPPT Ethanol-Single Cell Protein-Fructose Syrup Technical Unit
BPU s Eoetvoes Lorand University, Department of Plant Taxonomy and Ecology
BR<BEL> s Botanic Garden Meise
-BR<BRA> c Johanna Dobereiner Biological Resouce Center (CRB-JD)
+BR<BRA> c Johanna Dobereiner Biological Resource Center (CRB-JD)
BRA s Slovak National Museum, Botany Department
BRAD s University of Bradford, Biology Department
BRB s Brassica Resource Bank
if ( best_feats.empty() ) {
NCBI_THROW_FMT(CObjMgrException, eFindFailed,
"GetProteinName("<<GetId(seq, eGetId_Best)<<"): "
- "the sequence does't have prot feature");
+ "the sequence doesn't have prot feature");
}
if ( best_feats.size() > 1 ) {
NCBI_THROW_FMT(CObjMgrException, eFindConflict,
}
}
if (!tax_load_ok) {
- NCBI_THROW(CException, eUnknown,"Taxonomic load was not successfull.");
+ NCBI_THROW(CException, eUnknown,"Taxonomic load was not successful.");
}
m_TaxTreeLoaded = true;
// from
arg_desc->AddOptionalKey("from", "From",
- "Begining of shown range", CArgDescriptions::eInteger);
+ "Beginning of shown range", CArgDescriptions::eInteger);
// to
arg_desc->AddOptionalKey("to", "To",
submit_block_writer.WriteObject(m_pSubmitBlock.GetPointer(), m_pSubmitBlock->GetThisTypeInfo());
submit_block_writer.Flush();
seq_sub_header_strm << "," << endl;
- seq_sub_header_strm << "data entrys {" << endl;
+ seq_sub_header_strm << "data entries {" << endl;
out_sObjectOpeningString = seq_sub_header_strm.str();
out_sObjectClosingString = "} }" + out_sObjectClosingString;
"object_beg != previous object_end + 1",
"no valid AGP lines",
- "consequtive gaps lines with the same type and linkage",
+ "consecutive gaps lines with the same type and linkage",
"in \"Scaffold from component\" file, invalid scaffold-breaking gap",
"in \"Chromosome from scaffold\" file, invalid \"within-scaffold\" gap",
// Content Warnings
"gap at the end of object (OK if X is the circular chromosome/plasmid)",
"gap at the beginning of object ",
- "two consequtive gap lines (e.g. a gap at the end of "
+ "two consecutive gap lines (e.g. a gap at the end of "
"a scaffold, two non scaffold-breaking gaps, ...)",
"no components in object",
"the span overlaps a previous span for this component",
int prev_comp_file=spans.rbegin()->file_num;
int prev_comp_line=spans.rbegin()->line_num;
if(prev_comp_file < m_last_scaf_start_file || prev_comp_line < m_last_scaf_start_line) {
- sameComId_otherScaf="; previous occurance at ";
+ sameComId_otherScaf="; previous occurrence at ";
if(prev_comp_file && prev_comp_file!=m_AgpErr->GetFileNum()) {
sameComId_otherScaf += m_AgpErr->GetFile(prev_comp_file);
sameComId_otherScaf += ":";
while ( (nread = src_file.Read(buf.get(), file_io_bufsize)) > 0 ) {
os.write(buf.get(), nread);
if ( !os.good() ) {
- SetError(-1, "Error writing to ouput file");
+ SetError(-1, "Error writing to output file");
return false;
}
}