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checker: fix := test

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This commit is contained in:
Alexander Medvednikov 2020-09-09 17:50:14 +02:00
parent 5d484bf022
commit 818220de45
2 changed files with 967 additions and 14 deletions
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8
vlib/v/checker/tests/assign_mut.out
View File

@ -1,13 +1,7 @@
vlib/v/checker/tests/assign_mut.vv:3:9: error: `mut` not allowed with `=` (use `:=` to declare a variable)
vlib/v/checker/tests/assign_mut.vv:3:11: error: expecting `:=` (e.g. `mut x :=`)
1 | fn main() {
2 | mut z := 1
3 | mut z = 1
| ^
4 | mut i := 2
5 | i, mut z = 2,3
vlib/v/checker/tests/assign_mut.vv:5:12: error: `mut` not allowed with `=` (use `:=` to declare a variable)
3 | mut z = 1
4 | mut i := 2
5 | i, mut z = 2,3
| ^
6 | }

969
vlib/v/table/table.v
View File

@ -212,7 +212,7 @@ pub fn (t &Table) get_type_symbol(typ Type) &TypeSymbol {
return &t.types[idx]
}
// this should never happen
panic('get_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen')
panic('get_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
// get_final_type_symbol follows aliases until it gets to a "real" Type
@ -228,7 +228,318 @@ pub fn (t &Table) get_final_type_symbol(typ Type) &TypeSymbol {
return &t.types[idx]
}
// this should never happen
panic('get_final_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen')
panic('get_final_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
[inline]
pub fn (t &Table) get_type_name(typ Type) string {
typ_sym := t.get_type_symbol(typ)
return typ_sym.name
}
[inline]
pub fn (t &Table) unalias_num_type(typ Type) Type {
sym := t.get_type_symbol(typ)
if sym.kind == .alias {
pt := (sym.info as Alias).parent_type
if pt <= f64_type && pt >= void_type {
return pt
}
}
return typ
}
// this will override or register builtin type
// allows prexisitng types added in register_builtins
// to be overriden with their real type info
[inline]
pub fn (mut t Table) register_builtin_type_symbol(typ TypeSymbol) int {
existing_idx := t.type_idxs[typ.name]
if existing_idx > 0 {
if existing_idx >= string_type_idx {
if existing_idx == string_type_idx {
existing_type := t.types[existing_idx]
t.types[existing_idx] = {
typ |
kind: existing_type.kind
}
} else {
t.types[existing_idx] = typ
}
}
return existing_idx
}
return t.register_type_symbol(typ)
}
[inline]
pub fn (mut t Table) register_type_symbol(typ TypeSymbol) int {
// println('register_type_symbol( $typ.name )')
existing_idx := t.type_idxs[typ.name]
if existing_idx > 0 {
ex_type := t.types[existing_idx]
match ex_type.kind {
.placeholder {
// override placeholder
// println('overriding type placeholder `$typ.name`')
t.types[existing_idx] = {
typ |
methods: ex_type.methods
}
return existing_idx
}
else {
if ex_type.kind == typ.kind {
return existing_idx
}
// panic('cannot register type `$typ.name`, another type with this name exists')
return -1
}
}
}
typ_idx := t.types.len
t.types << typ
t.type_idxs[typ.name] = typ_idx
return typ_idx
}
pub fn (t &Table) known_type(name string) bool {
t.find_type(name) or {
return false
}
return true
}
[inline]
pub fn (t &Table) array_name(elem_type Type, nr_dims int) string {
elem_type_sym := t.get_type_symbol(elem_type)
return // Copyright (c) 2019-2020 Alexander Medvednikov. All rights reserved.
// Use of this source code is governed by an MIT license
// that can be found in the LICENSE file.
module table
pub struct Table {
pub mut:
types []TypeSymbol
type_idxs map[string]int
fns map[string]Fn
imports []string // List of all imports
modules []string // Topologically sorted list of all modules registered by the application
cflags []cflag.CFlag
redefined_fns []string
fn_gen_types map[string][]Type // for generic functions
cmod_prefix string // needed for table.type_to_str(Type) while vfmt; contains `os.`
}
pub struct Fn {
pub:
args []Param
return_type Type
return_type_source_name string
is_variadic bool
language Language
is_generic bool
is_pub bool
is_deprecated bool
is_unsafe bool
is_placeholder bool
mod string
ctdefine string // compile time define. myflag, when [if myflag] tag
attrs []Attr
pub mut:
name string
}
pub struct Param {
pub:
pos token.Position
name string
is_mut bool
typ Type
type_source_name string
is_hidden bool // interface first arg
}
pub struct Var {
pub:
name string
is_mut bool
mut:
typ Type
}
pub fn new_table() &Table {
mut t := &Table{}
t.register_builtin_type_symbols()
return t
}
// used to compare fn's & for naming anon fn's
pub fn (f &Fn) signature() string {
mut sig := ''
for i, arg in f.args {
// TODO: for now ignore mut/pts in sig for now
typ := arg.typ.set_nr_muls(0)
// if arg.is_mut {
// sig += 'mut_'
// }
// sig += '$arg.typ'
sig += '$typ'
if i < f.args.len - 1 {
sig += '_'
}
}
sig += '_$f.return_type'
return sig
}
// source_signature generates the signature of a function which looks like in the V source
pub fn (f &Fn) source_signature() string {
mut sig := '('
for i, arg in f.args {
if arg.is_mut {
sig += 'mut '
}
sig += '$arg.type_source_name'
if i < f.args.len - 1 {
sig += ', '
}
}
sig += ') $f.return_type_source_name'
return sig
}
pub fn (f &Fn) is_same_method_as(func &Fn) bool {
if f.return_type != func.return_type {
return false
}
if f.args.len != func.args.len {
return false
}
for i in 1 .. f.args.len {
if f.args[i].typ != func.args[i].typ {
return false
}
}
return true
}
pub fn (t &Table) find_fn(name string) ?Fn {
f := t.fns[name]
if f.name.str != 0 {
// TODO
return f
}
return none
}
pub fn (t &Table) known_fn(name string) bool {
t.find_fn(name) or {
return false
}
return true
}
pub fn (mut t Table) register_fn(new_fn Fn) {
// println('reg fn $new_fn.name nr_args=$new_fn.args.len')
t.fns[new_fn.name] = new_fn
}
pub fn (mut t TypeSymbol) register_method(new_fn Fn) {
// println('reg me $new_fn.name nr_args=$new_fn.args.len')
t.methods << new_fn
}
pub fn (t &Table) type_has_method(s &TypeSymbol, name string) bool {
// println('type_has_method($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
if _ := t.type_find_method(s, name) {
return true
}
return false
}
// search from current type up through each parent looking for method
pub fn (t &Table) type_find_method(s &TypeSymbol, name string) ?Fn {
// println('type_find_method($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
mut ts := s
for {
if method := ts.find_method(name) {
return method
}
if ts.parent_idx == 0 {
break
}
ts = &t.types[ts.parent_idx]
}
return none
}
pub fn (t &Table) struct_has_field(s &TypeSymbol, name string) bool {
// println('struct_has_field($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
if _ := t.struct_find_field(s, name) {
return true
}
return false
}
// search from current type up through each parent looking for field
pub fn (t &Table) struct_find_field(s &TypeSymbol, name string) ?Field {
// println('struct_find_field($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
mut ts := s
for {
if ts.info is Struct {
struct_info := ts.info as Struct
if field := struct_info.find_field(name) {
return field
}
}
if ts.parent_idx == 0 {
break
}
ts = &t.types[ts.parent_idx]
}
return none
}
[inline]
pub fn (t &Table) find_type_idx(name string) int {
return t.type_idxs[name]
}
[inline]
pub fn (t &Table) find_type(name string) ?TypeSymbol {
idx := t.type_idxs[name]
if idx > 0 {
return t.types[idx]
}
return none
}
[inline]
pub fn (t &Table) get_type_symbol(typ Type) &TypeSymbol {
// println('get_type_symbol $typ')
idx := typ.idx()
if idx > 0 {
return &t.types[idx]
}
// this should never happen
panic('get_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
// get_final_type_symbol follows aliases until it gets to a "real" Type
[inline]
pub fn (t &Table) get_final_type_symbol(typ Type) &TypeSymbol {
idx := typ.idx()
if idx > 0 {
current_type := t.types[idx]
if current_type.kind == .alias {
alias_info := current_type.info as Alias
return t.get_final_type_symbol(alias_info.parent_type)
}
return &t.types[idx]
}
// this should never happen
panic('get_final_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
[inline]
@ -317,7 +628,654 @@ pub fn (t &Table) array_name(elem_type Type, nr_dims int) string {
'_ptr'.repeat(elem_type.nr_muls())
} else {
''
} + if nr_dims > 1 {
} +
if nr_dims > 1 {
'_${nr_dims}d'
} else {
''
}
}
// array_source_name generates the original name for the v source.
// e. g. []int
[inline]
pub fn (t &Table) array_source_name(elem_type Type) string {
elem_type_sym := t.get_type_symbol(elem_type)
ptr := if elem_type.is_ptr() { '&' } else { '' }
return '[]$ptr$elem_type_sym.source_name'
}
[inline]
pub fn (t &Table) array_fixed_name(elem_type Type, size, nr_dims int) string {
elem_type_sym := t.get_type_symbol(elem_type)
return // Copyright (c) 2019-2020 Alexander Medvednikov. All rights reserved.
// Use of this source code is governed by an MIT license
// that can be found in the LICENSE file.
module table
pub struct Table {
pub mut:
types []TypeSymbol
type_idxs map[string]int
fns map[string]Fn
imports []string // List of all imports
modules []string // Topologically sorted list of all modules registered by the application
cflags []cflag.CFlag
redefined_fns []string
fn_gen_types map[string][]Type // for generic functions
cmod_prefix string // needed for table.type_to_str(Type) while vfmt; contains `os.`
}
pub struct Fn {
pub:
args []Param
return_type Type
return_type_source_name string
is_variadic bool
language Language
is_generic bool
is_pub bool
is_deprecated bool
is_unsafe bool
is_placeholder bool
mod string
ctdefine string // compile time define. myflag, when [if myflag] tag
attrs []Attr
pub mut:
name string
}
pub struct Param {
pub:
pos token.Position
name string
is_mut bool
typ Type
type_source_name string
is_hidden bool // interface first arg
}
pub struct Var {
pub:
name string
is_mut bool
mut:
typ Type
}
pub fn new_table() &Table {
mut t := &Table{}
t.register_builtin_type_symbols()
return t
}
// used to compare fn's & for naming anon fn's
pub fn (f &Fn) signature() string {
mut sig := ''
for i, arg in f.args {
// TODO: for now ignore mut/pts in sig for now
typ := arg.typ.set_nr_muls(0)
// if arg.is_mut {
// sig += 'mut_'
// }
// sig += '$arg.typ'
sig += '$typ'
if i < f.args.len - 1 {
sig += '_'
}
}
sig += '_$f.return_type'
return sig
}
// source_signature generates the signature of a function which looks like in the V source
pub fn (f &Fn) source_signature() string {
mut sig := '('
for i, arg in f.args {
if arg.is_mut {
sig += 'mut '
}
sig += '$arg.type_source_name'
if i < f.args.len - 1 {
sig += ', '
}
}
sig += ') $f.return_type_source_name'
return sig
}
pub fn (f &Fn) is_same_method_as(func &Fn) bool {
if f.return_type != func.return_type {
return false
}
if f.args.len != func.args.len {
return false
}
for i in 1 .. f.args.len {
if f.args[i].typ != func.args[i].typ {
return false
}
}
return true
}
pub fn (t &Table) find_fn(name string) ?Fn {
f := t.fns[name]
if f.name.str != 0 {
// TODO
return f
}
return none
}
pub fn (t &Table) known_fn(name string) bool {
t.find_fn(name) or {
return false
}
return true
}
pub fn (mut t Table) register_fn(new_fn Fn) {
// println('reg fn $new_fn.name nr_args=$new_fn.args.len')
t.fns[new_fn.name] = new_fn
}
pub fn (mut t TypeSymbol) register_method(new_fn Fn) {
// println('reg me $new_fn.name nr_args=$new_fn.args.len')
t.methods << new_fn
}
pub fn (t &Table) type_has_method(s &TypeSymbol, name string) bool {
// println('type_has_method($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
if _ := t.type_find_method(s, name) {
return true
}
return false
}
// search from current type up through each parent looking for method
pub fn (t &Table) type_find_method(s &TypeSymbol, name string) ?Fn {
// println('type_find_method($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
mut ts := s
for {
if method := ts.find_method(name) {
return method
}
if ts.parent_idx == 0 {
break
}
ts = &t.types[ts.parent_idx]
}
return none
}
pub fn (t &Table) struct_has_field(s &TypeSymbol, name string) bool {
// println('struct_has_field($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
if _ := t.struct_find_field(s, name) {
return true
}
return false
}
// search from current type up through each parent looking for field
pub fn (t &Table) struct_find_field(s &TypeSymbol, name string) ?Field {
// println('struct_find_field($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
mut ts := s
for {
if ts.info is Struct {
struct_info := ts.info as Struct
if field := struct_info.find_field(name) {
return field
}
}
if ts.parent_idx == 0 {
break
}
ts = &t.types[ts.parent_idx]
}
return none
}
[inline]
pub fn (t &Table) find_type_idx(name string) int {
return t.type_idxs[name]
}
[inline]
pub fn (t &Table) find_type(name string) ?TypeSymbol {
idx := t.type_idxs[name]
if idx > 0 {
return t.types[idx]
}
return none
}
[inline]
pub fn (t &Table) get_type_symbol(typ Type) &TypeSymbol {
// println('get_type_symbol $typ')
idx := typ.idx()
if idx > 0 {
return &t.types[idx]
}
// this should never happen
panic('get_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
// get_final_type_symbol follows aliases until it gets to a "real" Type
[inline]
pub fn (t &Table) get_final_type_symbol(typ Type) &TypeSymbol {
idx := typ.idx()
if idx > 0 {
current_type := t.types[idx]
if current_type.kind == .alias {
alias_info := current_type.info as Alias
return t.get_final_type_symbol(alias_info.parent_type)
}
return &t.types[idx]
}
// this should never happen
panic('get_final_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
[inline]
pub fn (t &Table) get_type_name(typ Type) string {
typ_sym := t.get_type_symbol(typ)
return typ_sym.name
}
[inline]
pub fn (t &Table) unalias_num_type(typ Type) Type {
sym := t.get_type_symbol(typ)
if sym.kind == .alias {
pt := (sym.info as Alias).parent_type
if pt <= f64_type && pt >= void_type {
return pt
}
}
return typ
}
// this will override or register builtin type
// allows prexisitng types added in register_builtins
// to be overriden with their real type info
[inline]
pub fn (mut t Table) register_builtin_type_symbol(typ TypeSymbol) int {
existing_idx := t.type_idxs[typ.name]
if existing_idx > 0 {
if existing_idx >= string_type_idx {
if existing_idx == string_type_idx {
existing_type := t.types[existing_idx]
t.types[existing_idx] = {
typ |
kind: existing_type.kind
}
} else {
t.types[existing_idx] = typ
}
}
return existing_idx
}
return t.register_type_symbol(typ)
}
[inline]
pub fn (mut t Table) register_type_symbol(typ TypeSymbol) int {
// println('register_type_symbol( $typ.name )')
existing_idx := t.type_idxs[typ.name]
if existing_idx > 0 {
ex_type := t.types[existing_idx]
match ex_type.kind {
.placeholder {
// override placeholder
// println('overriding type placeholder `$typ.name`')
t.types[existing_idx] = {
typ |
methods: ex_type.methods
}
return existing_idx
}
else {
if ex_type.kind == typ.kind {
return existing_idx
}
// panic('cannot register type `$typ.name`, another type with this name exists')
return -1
}
}
}
typ_idx := t.types.len
t.types << typ
t.type_idxs[typ.name] = typ_idx
return typ_idx
}
pub fn (t &Table) known_type(name string) bool {
t.find_type(name) or {
return false
}
return true
}
[inline]
pub fn (t &Table) array_name(elem_type Type, nr_dims int) string {
elem_type_sym := t.get_type_symbol(elem_type)
return // Copyright (c) 2019-2020 Alexander Medvednikov. All rights reserved.
// Use of this source code is governed by an MIT license
// that can be found in the LICENSE file.
module table
pub struct Table {
pub mut:
types []TypeSymbol
type_idxs map[string]int
fns map[string]Fn
imports []string // List of all imports
modules []string // Topologically sorted list of all modules registered by the application
cflags []cflag.CFlag
redefined_fns []string
fn_gen_types map[string][]Type // for generic functions
cmod_prefix string // needed for table.type_to_str(Type) while vfmt; contains `os.`
}
pub struct Fn {
pub:
args []Param
return_type Type
return_type_source_name string
is_variadic bool
language Language
is_generic bool
is_pub bool
is_deprecated bool
is_unsafe bool
is_placeholder bool
mod string
ctdefine string // compile time define. myflag, when [if myflag] tag
attrs []Attr
pub mut:
name string
}
pub struct Param {
pub:
pos token.Position
name string
is_mut bool
typ Type
type_source_name string
is_hidden bool // interface first arg
}
pub struct Var {
pub:
name string
is_mut bool
mut:
typ Type
}
pub fn new_table() &Table {
mut t := &Table{}
t.register_builtin_type_symbols()
return t
}
// used to compare fn's & for naming anon fn's
pub fn (f &Fn) signature() string {
mut sig := ''
for i, arg in f.args {
// TODO: for now ignore mut/pts in sig for now
typ := arg.typ.set_nr_muls(0)
// if arg.is_mut {
// sig += 'mut_'
// }
// sig += '$arg.typ'
sig += '$typ'
if i < f.args.len - 1 {
sig += '_'
}
}
sig += '_$f.return_type'
return sig
}
// source_signature generates the signature of a function which looks like in the V source
pub fn (f &Fn) source_signature() string {
mut sig := '('
for i, arg in f.args {
if arg.is_mut {
sig += 'mut '
}
sig += '$arg.type_source_name'
if i < f.args.len - 1 {
sig += ', '
}
}
sig += ') $f.return_type_source_name'
return sig
}
pub fn (f &Fn) is_same_method_as(func &Fn) bool {
if f.return_type != func.return_type {
return false
}
if f.args.len != func.args.len {
return false
}
for i in 1 .. f.args.len {
if f.args[i].typ != func.args[i].typ {
return false
}
}
return true
}
pub fn (t &Table) find_fn(name string) ?Fn {
f := t.fns[name]
if f.name.str != 0 {
// TODO
return f
}
return none
}
pub fn (t &Table) known_fn(name string) bool {
t.find_fn(name) or {
return false
}
return true
}
pub fn (mut t Table) register_fn(new_fn Fn) {
// println('reg fn $new_fn.name nr_args=$new_fn.args.len')
t.fns[new_fn.name] = new_fn
}
pub fn (mut t TypeSymbol) register_method(new_fn Fn) {
// println('reg me $new_fn.name nr_args=$new_fn.args.len')
t.methods << new_fn
}
pub fn (t &Table) type_has_method(s &TypeSymbol, name string) bool {
// println('type_has_method($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
if _ := t.type_find_method(s, name) {
return true
}
return false
}
// search from current type up through each parent looking for method
pub fn (t &Table) type_find_method(s &TypeSymbol, name string) ?Fn {
// println('type_find_method($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
mut ts := s
for {
if method := ts.find_method(name) {
return method
}
if ts.parent_idx == 0 {
break
}
ts = &t.types[ts.parent_idx]
}
return none
}
pub fn (t &Table) struct_has_field(s &TypeSymbol, name string) bool {
// println('struct_has_field($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
if _ := t.struct_find_field(s, name) {
return true
}
return false
}
// search from current type up through each parent looking for field
pub fn (t &Table) struct_find_field(s &TypeSymbol, name string) ?Field {
// println('struct_find_field($s.name, $name) types.len=$t.types.len s.parent_idx=$s.parent_idx')
mut ts := s
for {
if ts.info is Struct {
struct_info := ts.info as Struct
if field := struct_info.find_field(name) {
return field
}
}
if ts.parent_idx == 0 {
break
}
ts = &t.types[ts.parent_idx]
}
return none
}
[inline]
pub fn (t &Table) find_type_idx(name string) int {
return t.type_idxs[name]
}
[inline]
pub fn (t &Table) find_type(name string) ?TypeSymbol {
idx := t.type_idxs[name]
if idx > 0 {
return t.types[idx]
}
return none
}
[inline]
pub fn (t &Table) get_type_symbol(typ Type) &TypeSymbol {
// println('get_type_symbol $typ')
idx := typ.idx()
if idx > 0 {
return &t.types[idx]
}
// this should never happen
panic('get_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
// get_final_type_symbol follows aliases until it gets to a "real" Type
[inline]
pub fn (t &Table) get_final_type_symbol(typ Type) &TypeSymbol {
idx := typ.idx()
if idx > 0 {
current_type := t.types[idx]
if current_type.kind == .alias {
alias_info := current_type.info as Alias
return t.get_final_type_symbol(alias_info.parent_type)
}
return &t.types[idx]
}
// this should never happen
panic('get_final_type_symbol: invalid type (typ=$typ idx=$idx). Compiler bug. This should never happen.')
}
[inline]
pub fn (t &Table) get_type_name(typ Type) string {
typ_sym := t.get_type_symbol(typ)
return typ_sym.name
}
[inline]
pub fn (t &Table) unalias_num_type(typ Type) Type {
sym := t.get_type_symbol(typ)
if sym.kind == .alias {
pt := (sym.info as Alias).parent_type
if pt <= f64_type && pt >= void_type {
return pt
}
}
return typ
}
// this will override or register builtin type
// allows prexisitng types added in register_builtins
// to be overriden with their real type info
[inline]
pub fn (mut t Table) register_builtin_type_symbol(typ TypeSymbol) int {
existing_idx := t.type_idxs[typ.name]
if existing_idx > 0 {
if existing_idx >= string_type_idx {
if existing_idx == string_type_idx {
existing_type := t.types[existing_idx]
t.types[existing_idx] = {
typ |
kind: existing_type.kind
}
} else {
t.types[existing_idx] = typ
}
}
return existing_idx
}
return t.register_type_symbol(typ)
}
[inline]
pub fn (mut t Table) register_type_symbol(typ TypeSymbol) int {
// println('register_type_symbol( $typ.name )')
existing_idx := t.type_idxs[typ.name]
if existing_idx > 0 {
ex_type := t.types[existing_idx]
match ex_type.kind {
.placeholder {
// override placeholder
// println('overriding type placeholder `$typ.name`')
t.types[existing_idx] = {
typ |
methods: ex_type.methods
}
return existing_idx
}
else {
if ex_type.kind == typ.kind {
return existing_idx
}
// panic('cannot register type `$typ.name`, another type with this name exists')
return -1
}
}
}
typ_idx := t.types.len
t.types << typ
t.type_idxs[typ.name] = typ_idx
return typ_idx
}
pub fn (t &Table) known_type(name string) bool {
t.find_type(name) or {
return false
}
return true
}
[inline]
pub fn (t &Table) array_name(elem_type Type, nr_dims int) string {
elem_type_sym := t.get_type_symbol(elem_type)
return 'array_$elem_type_sym.name' + if elem_type.is_ptr() {
'_ptr'.repeat(elem_type.nr_muls())
} else {
''
} +
if nr_dims > 1 {
'_${nr_dims}d'
} else {
''
@ -340,7 +1298,8 @@ pub fn (t &Table) array_fixed_name(elem_type Type, size, nr_dims int) string {
'_ptr'
} else {
''
} + if nr_dims > 1 {
} +
if nr_dims > 1 {
'_${nr_dims}d'
} else {
''
@ -396,7 +1355,7 @@ pub fn (t &Table) map_source_name(key_type, value_type Type) string {
key_type_sym := t.get_type_symbol(key_type)
value_type_sym := t.get_type_symbol(value_type)
ptr := if value_type.is_ptr() { '&' } else { '' }
return 'map[${key_type_sym.source_name}]$ptr$value_type_sym.source_name'
return 'map[$key_type_sym.source_name]$ptr$value_type_sym.source_name'
}
pub fn (mut t Table) find_or_register_chan(elem_type Type, is_mut bool) int {