1package dgrb
 2
 3import (
 4	"fmt"
 5	"git.sr.ht/~chld/dgr/cmd"
 6	"os"
 7	"path/filepath"
 8	"strings"
 9)
10
11func Inst(pkg string) {
12	dgr.Msg("installing \033[1;32m", pkg, "\033[m")
13	pkginst := filepath.Join("/var/tmp/dtr", "/pkg-"+pkg+"-*")
14	pk, _ := filepath.Glob(pkginst + "/*") // globbing final boss
15
16	if len(pk) == 0 {
17		dgr.Warn("no files to install in", pkginst)
18		return
19	}
20
21	// iterate over pki to stop symbolic link errors
22	for i := range len(pk) {
23		base := filepath.Base(pk[i])
24		dst := filepath.Join(os.Getenv("DTR_ROOT"), base)
25		pkb, _ := filepath.Glob(pk[i] + "/*")
26		for n := range len(pkb) {
27			fmt.Printf("\t%s\t", pkb[n])
28			err := dgr.Run("cp", "-r", pkb[n], dst+"/.")
29			if err != nil {
30				fmt.Printf("\033[31mERR\033[m\n")
31				dgr.Die("failed to copy file", pk[i], 1)
32			} else {
33				fmt.Printf("\033[32mOK\033[m\n")
34			}
35		}
36	}
37
38	// write the installed package to a installed file for tracking
39	fx, _ := os.ReadFile(filepath.Join(os.Getenv("DTR_DB"), "installed"))
40	fxx := strings.Fields(string(fx))
41	for i := range len(fxx) {
42		if fxx[i] == pkg {
43			dgr.Msg("reinstalled \033[1;32m", pkg, "\033[m successfully")
44			return
45		}
46	}
47
48	GenM(pkg, pkginst) // generate manifest
49
50	dgr.Msg("installed \033[1;32m", pkg, "\033[m successfully")
51	//}
52}