perf: Added a pre-alloc opportunity.

TODOS.md

@@ -6,17 +6,14 @@
 
 3. procedures should be ordered by use, main at the top, then in the order they are called from main.
 
-4. Check for prealloc opportunities. i.e. `make([dynamic]string)` -> `make([dynamic]string, 5)`.
+4. Test all command branches.
 
-5. Test all command branches.
+5. Generate md and man pages again.
 
-6. Generate md and man pages again.
+6. Bash Shell completion
 
-7. Bash Shell completion
+7. Add tests for untested commands.
 
-8. Add tests for untested commands.
-
-9. Audit ssh.odin for places where `#no_bounds_check` would be appropriate.
 
 ## Double-check AI output
 

cli.odin

@@ -68,76 +68,71 @@ GLOBAL_FLAGS: bit_set[Flag_Type] = {.Help, .Config_File, .Color}
 
 COMMANDS := []CommandInfo {
 	{
-		name  = "init",
+		name = "init",
 		usage = "envr init",
 		short = "Set up envr",
-		long  = `The init command generates your initial config and saves it to
+		long = `The init command generates your initial config and saves it to
 ~/.envr/config in JSON format.\n\nDuring setup, you will be prompted to select one or more ssh keys with which to
 encrypt your databse. **Make 100% sure** that you have **a remote copy** of this
 key somewhere, otherwise your data could be lost forever.`,
 		flags = GLOBAL_FLAGS + {.Force},
 	},
 	{
-		name  = "scan",
+		name = "scan",
 		usage = "envr scan",
 		short = "Find and select .env files for backup",
 		flags = GLOBAL_FLAGS,
 	},
 	{
-		name  = "sync",
+		name = "sync",
 		usage = "envr sync",
 		short = "Update or restore your env backups",
 		flags = GLOBAL_FLAGS + {.Output},
 	},
 	{
-		name    = "backup",
-		usage   = "envr backup <path>",
-		short   = "Import a .env file into envr",
+		name = "backup",
+		usage = "envr backup <path>",
+		short = "Import a .env file into envr",
 		aliases = {"add"},
-		flags   = GLOBAL_FLAGS,
-		args    = {{name = "path", completion = "untracked-paths"}},
+		flags = GLOBAL_FLAGS,
+		args = {{name = "path", completion = "untracked-paths"}},
 	},
 	{
-		name  = "restore",
+		name = "restore",
 		usage = "envr restore <path>",
 		short = "Restore a .env file from the database",
 		flags = GLOBAL_FLAGS,
-		args  = {{name = "path", completion = "tracked-paths"}},
+		args = {{name = "path", completion = "tracked-paths"}},
 	},
 	{
-		name  = "list",
+		name = "list",
 		usage = "envr list",
 		short = "View your tracked files",
 		flags = GLOBAL_FLAGS + {.Output},
 	},
 	{
-		name  = "remove",
+		name = "remove",
 		usage = "envr remove <path>",
 		short = "Remove a .env file from your database",
 		flags = GLOBAL_FLAGS,
-		args  = {{name = "path", completion = "tracked-paths"}},
+		args = {{name = "path", completion = "tracked-paths"}},
 	},
 	{
-		name  = "check",
+		name = "check",
 		usage = "envr check [path]",
 		short = "Check if files are backed up",
 		flags = GLOBAL_FLAGS,
-		args  = {{name = "path", optional = true}},
+		args = {{name = "path", optional = true}},
 	},
+	{name = "version", usage = "envr version", short = "Show envr's version", flags = {.Help}},
 	{
-		name  = "version",
-		usage = "envr version",
-		short = "Show envr's version",
-		flags = {.Help},
-	},
-	{
-		name  = "edit-config",
+		name = "edit-config",
 		usage = "envr edit-config",
 		short = "Edit your config with your default editor",
 		flags = GLOBAL_FLAGS,
 	},
 	{
-		name  = "nushell-completion",
+		name = "nushell-completion",
 		usage = "envr nushell-completion",
 		short = "Generate custom completions for nushell",
 		flags = {.Help},
@@ -160,7 +155,7 @@ parse_args :: proc(args: []string, out: io.Stream, err: io.Stream) -> (cmd: Comm
 	}
 
 	cmd.name = args[1]
-	cmd.args = make([dynamic]string)
+	cmd.args = make([dynamic]string, 0, len(args[2:]))
 
 	overflow := parse_flags(&cmd.flags, args[2:])
 	for arg in overflow {

ssh.odin

@@ -164,20 +164,26 @@ is_ed25519_key :: proc(
 	return ok, nil
 }
 
-read_wire_string :: proc(data: ^[]u8) -> (s: []u8, ok: bool) {
-	if len(data^) < 4 do return
+read_wire_string :: proc(data: ^[]u8) -> (s: []u8, ok: bool) #no_bounds_check {
+	if len(data^) < 4 {
+		return
+	}
 	length := endian.get_u32(data^[:4], .Big) or_return
 	data^ = data^[4:]
 
-	if len(data^) < int(length) do return
+	if len(data^) < int(length) {
+		return
+	}
 	s = data^[:int(length)]
 	data^ = data^[int(length):]
 	ok = true
 	return
 }
 
-read_wire_u32 :: proc(data: ^[]u8) -> (v: u32, ok: bool) {
-	if len(data^) < 4 do return
+read_wire_u32 :: proc(data: ^[]u8) -> (v: u32, ok: bool) #no_bounds_check {
+	if len(data^) < 4 {
+		return
+	}
 	v = endian.get_u32(data^[:4], .Big) or_return
 	data^ = data^[4:]
 	ok = true