2017-08-26 19:36:08 +00:00
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// Copyright 2017 syzkaller project authors. All rights reserved.
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// Use of this source code is governed by Apache 2 LICENSE that can be found in the LICENSE file.
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package ast
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2018-01-10 15:13:34 +00:00
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func (desc *Description) Clone() *Description {
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2017-08-26 19:36:08 +00:00
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desc1 := &Description{}
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for _, n := range desc.Nodes {
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pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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desc1.Nodes = append(desc1.Nodes, n.Clone())
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2017-08-26 19:36:08 +00:00
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}
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return desc1
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}
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pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *NewLine) Clone() Node {
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2017-08-26 19:36:08 +00:00
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return &NewLine{
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pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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2017-08-26 19:36:08 +00:00
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *Comment) Clone() Node {
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2017-08-26 19:36:08 +00:00
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return &Comment{
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pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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2017-08-26 19:36:08 +00:00
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Text: n.Text,
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *Include) Clone() Node {
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2017-08-26 19:36:08 +00:00
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return &Include{
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pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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File: n.File.Clone().(*String),
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2017-08-26 19:36:08 +00:00
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *Incdir) Clone() Node {
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2017-08-26 19:36:08 +00:00
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return &Incdir{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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Dir: n.Dir.Clone().(*String),
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2017-08-26 19:36:08 +00:00
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *Define) Clone() Node {
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2017-08-26 19:36:08 +00:00
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return &Define{
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pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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Name: n.Name.Clone().(*Ident),
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Value: n.Value.Clone().(*Int),
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2017-08-26 19:36:08 +00:00
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *Resource) Clone() Node {
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2017-08-26 19:36:08 +00:00
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var values []*Int
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for _, v := range n.Values {
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pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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values = append(values, v.Clone().(*Int))
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2017-08-26 19:36:08 +00:00
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}
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return &Resource{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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Name: n.Name.Clone().(*Ident),
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Base: n.Base.Clone().(*Type),
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2017-08-26 19:36:08 +00:00
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Values: values,
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *TypeDef) Clone() Node {
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var args []*Ident
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for _, v := range n.Args {
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args = append(args, v.Clone().(*Ident))
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}
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var typ *Type
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if n.Type != nil {
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typ = n.Type.Clone().(*Type)
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}
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var str *Struct
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if n.Struct != nil {
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str = n.Struct.Clone().(*Struct)
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}
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sys: support type aliases (aka typedefs)
Complex types that are often repeated can be given short type aliases using the
following syntax:
```
type identifier underlying_type
```
For example:
```
type signalno int32[0:65]
type net_port proc[20000, 4, int16be]
```
Then, type alias can be used instead of the underlying type in any contexts.
Underlying type needs to be described as if it's a struct field, that is,
with the base type if it's required. However, type alias can be used as syscall
arguments as well. Underlying types are currently restricted to integer types,
`ptr`, `ptr64`, `const`, `flags` and `proc` types.
2018-01-06 13:46:52 +00:00
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return &TypeDef{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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Name: n.Name.Clone().(*Ident),
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Args: args,
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Type: typ,
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Struct: str,
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sys: support type aliases (aka typedefs)
Complex types that are often repeated can be given short type aliases using the
following syntax:
```
type identifier underlying_type
```
For example:
```
type signalno int32[0:65]
type net_port proc[20000, 4, int16be]
```
Then, type alias can be used instead of the underlying type in any contexts.
Underlying type needs to be described as if it's a struct field, that is,
with the base type if it's required. However, type alias can be used as syscall
arguments as well. Underlying types are currently restricted to integer types,
`ptr`, `ptr64`, `const`, `flags` and `proc` types.
2018-01-06 13:46:52 +00:00
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *Call) Clone() Node {
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2017-08-26 19:36:08 +00:00
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var args []*Field
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for _, a := range n.Args {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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args = append(args, a.Clone().(*Field))
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2017-08-26 19:36:08 +00:00
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}
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var ret *Type
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if n.Ret != nil {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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ret = n.Ret.Clone().(*Type)
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2017-08-26 19:36:08 +00:00
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}
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return &Call{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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Pos: n.Pos,
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Name: n.Name.Clone().(*Ident),
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2017-08-26 19:36:08 +00:00
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CallName: n.CallName,
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NR: n.NR,
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Args: args,
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Ret: ret,
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}
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}
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|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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func (n *Struct) Clone() Node {
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2017-08-26 19:36:08 +00:00
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var fields []*Field
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for _, f := range n.Fields {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
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fields = append(fields, f.Clone().(*Field))
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2017-08-26 19:36:08 +00:00
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}
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2018-03-02 10:49:19 +00:00
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var attrs []*Type
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2017-08-26 19:36:08 +00:00
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for _, a := range n.Attrs {
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2018-03-02 10:49:19 +00:00
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attrs = append(attrs, a.Clone().(*Type))
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2017-08-26 19:36:08 +00:00
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}
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var comments []*Comment
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for _, c := range n.Comments {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
comments = append(comments, c.Clone().(*Comment))
|
2017-08-26 19:36:08 +00:00
|
|
|
}
|
|
|
|
return &Struct{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
|
|
|
Name: n.Name.Clone().(*Ident),
|
2017-08-26 19:36:08 +00:00
|
|
|
Fields: fields,
|
|
|
|
Attrs: attrs,
|
|
|
|
Comments: comments,
|
|
|
|
IsUnion: n.IsUnion,
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
func (n *IntFlags) Clone() Node {
|
2017-08-26 19:36:08 +00:00
|
|
|
var values []*Int
|
|
|
|
for _, v := range n.Values {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
values = append(values, v.Clone().(*Int))
|
2017-08-26 19:36:08 +00:00
|
|
|
}
|
|
|
|
return &IntFlags{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
|
|
|
Name: n.Name.Clone().(*Ident),
|
2017-08-26 19:36:08 +00:00
|
|
|
Values: values,
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
func (n *StrFlags) Clone() Node {
|
2017-08-26 19:36:08 +00:00
|
|
|
var values []*String
|
|
|
|
for _, v := range n.Values {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
values = append(values, v.Clone().(*String))
|
2017-08-26 19:36:08 +00:00
|
|
|
}
|
|
|
|
return &StrFlags{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
|
|
|
Name: n.Name.Clone().(*Ident),
|
2017-08-26 19:36:08 +00:00
|
|
|
Values: values,
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
func (n *Ident) Clone() Node {
|
2017-08-26 19:36:08 +00:00
|
|
|
return &Ident{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
2017-08-26 19:36:08 +00:00
|
|
|
Name: n.Name,
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
func (n *String) Clone() Node {
|
2017-08-26 19:36:08 +00:00
|
|
|
return &String{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
2017-08-26 19:36:08 +00:00
|
|
|
Value: n.Value,
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
func (n *Int) Clone() Node {
|
2017-08-26 19:36:08 +00:00
|
|
|
return &Int{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
2017-08-26 19:36:08 +00:00
|
|
|
Value: n.Value,
|
2018-04-29 08:56:48 +00:00
|
|
|
valueFmt: n.valueFmt,
|
2017-08-26 19:36:08 +00:00
|
|
|
Ident: n.Ident,
|
|
|
|
CExpr: n.CExpr,
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
func (n *Type) Clone() Node {
|
2017-08-26 19:36:08 +00:00
|
|
|
var args []*Type
|
|
|
|
for _, a := range n.Args {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
args = append(args, a.Clone().(*Type))
|
2017-08-26 19:36:08 +00:00
|
|
|
}
|
|
|
|
return &Type{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
2017-08-26 19:36:08 +00:00
|
|
|
Value: n.Value,
|
2018-04-29 08:56:48 +00:00
|
|
|
valueFmt: n.valueFmt,
|
2017-08-26 19:36:08 +00:00
|
|
|
Ident: n.Ident,
|
|
|
|
String: n.String,
|
2018-01-23 10:05:51 +00:00
|
|
|
HasString: n.HasString,
|
2017-08-26 19:36:08 +00:00
|
|
|
HasColon: n.HasColon,
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos2: n.Pos2,
|
2017-08-26 19:36:08 +00:00
|
|
|
Value2: n.Value2,
|
2018-04-29 08:56:48 +00:00
|
|
|
value2Fmt: n.value2Fmt,
|
2017-08-26 19:36:08 +00:00
|
|
|
Ident2: n.Ident2,
|
|
|
|
Args: args,
|
|
|
|
}
|
|
|
|
}
|
|
|
|
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
func (n *Field) Clone() Node {
|
2017-08-26 19:36:08 +00:00
|
|
|
var comments []*Comment
|
|
|
|
for _, c := range n.Comments {
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
comments = append(comments, c.Clone().(*Comment))
|
2017-08-26 19:36:08 +00:00
|
|
|
}
|
|
|
|
return &Field{
|
pkg/compiler: support type templates
Netlink descriptions contain tons of code duplication,
and need much more for proper descriptions. Introduce
type templates to simplify writing such descriptions
and remove code duplication.
Note: type templates are experimental, have poor error handling
and are subject to change.
Type templates can be declared as follows:
```
type buffer[DIR] ptr[DIR, array[int8]]
type fileoff[BASE] BASE
type nlattr[TYPE, PAYLOAD] {
nla_len len[parent, int16]
nla_type const[TYPE, int16]
payload PAYLOAD
} [align_4]
```
and later used as follows:
```
syscall(a buffer[in], b fileoff[int64], c ptr[in, nlattr[FOO, int32]])
```
2018-01-10 15:13:34 +00:00
|
|
|
Pos: n.Pos,
|
|
|
|
Name: n.Name.Clone().(*Ident),
|
|
|
|
Type: n.Type.Clone().(*Type),
|
2017-08-26 19:36:08 +00:00
|
|
|
NewBlock: n.NewBlock,
|
|
|
|
Comments: comments,
|
|
|
|
}
|
|
|
|
}
|