syntxerror

ticket := &pb.Ticket{
  SearchFields: &pb.SearchFields{
    DoubleArgs: map[string]float64{
      "skill": generateSkill(),
    },
  },
}

func generateSkill() float64 {
  skill := rand.NormFloat64()*1.5 + 3

syntxerror

ticket := &pb.Ticket{
  SearchFields: &pb.SearchFields{
    DoubleArgs: map[string]float64{
      "skill": generateSkill(),
    },
  },
}

syntxerror

func makeMatches(p *pb.MatchProfile, poolTickets map[string][]*pb.Ticket) ([]*pb.Match, error) {
	// Create a collection to hold match proposals
	var matches []*pb.Match
	count := 0
	for {
		insufficientTickets := false
		// Create a collection to hold tickets selected for a match
		matchTickets := []*pb.Ticket{}
		for pool, tickets := range poolTickets {
			// Set flag if there are not enough tickets to create a match

syntxerror

var profiles []*pb.MatchProfile
    for i := 0; i <= 3; i++ {
        p = append(p, &pb.MatchProfile{
            Name: fmt.Sprintf("Profile_%v-%v", i, i+2),
            Pools: []*pb.Pool{
                {
                    Name: poolName,
                    DoubleRangeFilters: []*pb.DoubleRangeFilter{
                        {
                            DoubleArg: "skill",

syntxerror

func makeMatches(p *pb.MatchProfile, poolTickets map[string][]*pb.Ticket) ([]*pb.Match, error) {
	// Create a colletion to hold match proposals
	var matches []*pb.Match
	count := 0
	for {
		insufficientTickets := false
		// Create a collection to hold tickets selected for a match
		matchTickets := []*pb.Ticket{}
		for pool, tickets := range poolTickets {
			// Set flag if there are not enough tickets to create a match