model

type Analysis struct {
	Id    string `json:"id"` // sha256 sum of reftree and boottree files
	EMail string `json:"-"`  // EMail of the job creator, may be empty string ""
	// Three next attributes are for users who want to build the trees using PhyML-SMS of galaxy
	SeqFile   string `json:"-"`        // Input Fasta Sequence File if user wants to build the ref/boot trees (priority over reffile and bootfile)
	NbootRep  int    `json:"nbootrep"` // Number of bootstrap replicates given by the user to build the bootstrap trees
	Alignfile string `json:"align"`    // Alignment result file returned by galaxy workflow if users gave a input sequence file

	Reffile      string `json:"-"`            // reftree original file (to be able to close it)
	Bootfile     string `json:"-"`            // bootstrap original file (to be able to close it)
	Result       string `json:"result"`       // resulting newick tree with support
	RawTree      string `json:"rawtree"`      // result tree with raw <id|avg_dist|depth> as branch names
	ResLogs      string `json:"reslogs"`      // log file
	Status       int    `json:"status"`       // status code of the analysis
	Algorithm    int    `json:"algorithm"`    // Algorithm : ALGORITHM_CLASSICAL or ALGORITHM_BOOSTER
	StatusStr    string `json:"statusstr"`    // status of the analysis (string)
	Message      string `json:"message"`      // error message if any
	Nboot        int    `json:"nboot"`        // number of trees that have been processed
	Collapsed    string `json:"collapsed"`    // Newick representation of collapsed resulting tree if any
	StartPending string `json:"startpending"` // Analysis queue time
	StartRunning string `json:"startrunning"` // Analysis Start running time
	End          string `json:"end"`          // Analysis End time
}