Format with go 1.19

1 files changed, 64 insertions, 64 deletions

diff --git a/generated.go b/generated.go
index abc4f90..e7ffcd9 100644
--- a/generated.go
+++ b/generated.go
@@ -8,25 +8,25 @@
 
 package schwift
 
-//AccountHeaders contains the headers for a schwift.Account instance.
+// AccountHeaders contains the headers for a schwift.Account instance.
 //
-//To read and write well-known headers, use the methods on this type.
-//To read and write arbitary headers, use the methods on the Headers supertype.
+// To read and write well-known headers, use the methods on this type.
+// To read and write arbitary headers, use the methods on the Headers supertype.
 type AccountHeaders struct {
 	Headers
 }
 
-//NewAccountHeaders creates a new AccountHeaders instance. The return value
-//will have the Headers attribute initialized to a non-nil map.
+// NewAccountHeaders creates a new AccountHeaders instance. The return value
+// will have the Headers attribute initialized to a non-nil map.
 func NewAccountHeaders() AccountHeaders {
 	return AccountHeaders{make(Headers)}
 }
 
-//Validate returns MalformedHeaderError if the value of any well-known header
-//does not conform to its data type. This is called automatically by Schwift
-//when preparing an AccountHeaders instance from a GET/HEAD response, so you
-//usually do not need to do it yourself. You will get the validation error from
-//the Account method doing the request, e.g. Headers().
+// Validate returns MalformedHeaderError if the value of any well-known header
+// does not conform to its data type. This is called automatically by Schwift
+// when preparing an AccountHeaders instance from a GET/HEAD response, so you
+// usually do not need to do it yourself. You will get the validation error from
+// the Account method doing the request, e.g. Headers().
 func (h AccountHeaders) Validate() error {
 	if err := h.BytesUsed().validate(); err != nil {
 		return err
@@ -55,65 +55,65 @@ func (h AccountHeaders) Validate() error {
 	return evadeGolintComplaint1()
 }
 
-//BytesUsed provides type-safe access to X-Account-Bytes-Used headers.
+// BytesUsed provides type-safe access to X-Account-Bytes-Used headers.
 func (h AccountHeaders) BytesUsed() FieldUint64Readonly {
 	return FieldUint64Readonly{h.Headers, "X-Account-Bytes-Used"}
 }
 
-//ContainerCount provides type-safe access to X-Account-Container-Count headers.
+// ContainerCount provides type-safe access to X-Account-Container-Count headers.
 func (h AccountHeaders) ContainerCount() FieldUint64Readonly {
 	return FieldUint64Readonly{h.Headers, "X-Account-Container-Count"}
 }
 
-//Metadata provides type-safe access to X-Account-Meta- headers.
+// Metadata provides type-safe access to X-Account-Meta- headers.
 func (h AccountHeaders) Metadata() FieldMetadata {
 	return FieldMetadata{h.Headers, "X-Account-Meta-"}
 }
 
-//BytesUsedQuota provides type-safe access to X-Account-Meta-Quota-Bytes headers.
+// BytesUsedQuota provides type-safe access to X-Account-Meta-Quota-Bytes headers.
 func (h AccountHeaders) BytesUsedQuota() FieldUint64 {
 	return FieldUint64{h.Headers, "X-Account-Meta-Quota-Bytes"}
 }
 
-//TempURLKey2 provides type-safe access to X-Account-Meta-Temp-URL-Key-2 headers.
+// TempURLKey2 provides type-safe access to X-Account-Meta-Temp-URL-Key-2 headers.
 func (h AccountHeaders) TempURLKey2() FieldString {
 	return FieldString{h.Headers, "X-Account-Meta-Temp-URL-Key-2"}
 }
 
-//TempURLKey provides type-safe access to X-Account-Meta-Temp-URL-Key headers.
+// TempURLKey provides type-safe access to X-Account-Meta-Temp-URL-Key headers.
 func (h AccountHeaders) TempURLKey() FieldString {
 	return FieldString{h.Headers, "X-Account-Meta-Temp-URL-Key"}
 }
 
-//ObjectCount provides type-safe access to X-Account-Object-Count headers.
+// ObjectCount provides type-safe access to X-Account-Object-Count headers.
 func (h AccountHeaders) ObjectCount() FieldUint64Readonly {
 	return FieldUint64Readonly{h.Headers, "X-Account-Object-Count"}
 }
 
-//CreatedAt provides type-safe access to X-Timestamp headers.
+// CreatedAt provides type-safe access to X-Timestamp headers.
 func (h AccountHeaders) CreatedAt() FieldUnixTimeReadonly {
 	return FieldUnixTimeReadonly{h.Headers, "X-Timestamp"}
 }
 
-//ContainerHeaders contains the headers for a schwift.Container instance.
+// ContainerHeaders contains the headers for a schwift.Container instance.
 //
-//To read and write well-known headers, use the methods on this type.
-//To read and write arbitary headers, use the methods on the Headers supertype.
+// To read and write well-known headers, use the methods on this type.
+// To read and write arbitary headers, use the methods on the Headers supertype.
 type ContainerHeaders struct {
 	Headers
 }
 
-//NewContainerHeaders creates a new ContainerHeaders instance. The return value
-//will have the Headers attribute initialized to a non-nil map.
+// NewContainerHeaders creates a new ContainerHeaders instance. The return value
+// will have the Headers attribute initialized to a non-nil map.
 func NewContainerHeaders() ContainerHeaders {
 	return ContainerHeaders{make(Headers)}
 }
 
-//Validate returns MalformedHeaderError if the value of any well-known header
-//does not conform to its data type. This is called automatically by Schwift
-//when preparing an ContainerHeaders instance from a GET/HEAD response, so you
-//usually do not need to do it yourself. You will get the validation error from
-//the Container method doing the request, e.g. Headers().
+// Validate returns MalformedHeaderError if the value of any well-known header
+// does not conform to its data type. This is called automatically by Schwift
+// when preparing an ContainerHeaders instance from a GET/HEAD response, so you
+// usually do not need to do it yourself. You will get the validation error from
+// the Container method doing the request, e.g. Headers().
 func (h ContainerHeaders) Validate() error {
 	if err := h.BytesUsed().validate(); err != nil {
 		return err
@@ -163,100 +163,100 @@ func (h ContainerHeaders) Validate() error {
 	return evadeGolintComplaint1()
 }
 
-//BytesUsed provides type-safe access to X-Container-Bytes-Used headers.
+// BytesUsed provides type-safe access to X-Container-Bytes-Used headers.
 func (h ContainerHeaders) BytesUsed() FieldUint64Readonly {
 	return FieldUint64Readonly{h.Headers, "X-Container-Bytes-Used"}
 }
 
-//Metadata provides type-safe access to X-Container-Meta- headers.
+// Metadata provides type-safe access to X-Container-Meta- headers.
 func (h ContainerHeaders) Metadata() FieldMetadata {
 	return FieldMetadata{h.Headers, "X-Container-Meta-"}
 }
 
-//BytesUsedQuota provides type-safe access to X-Container-Meta-Quota-Bytes headers.
+// BytesUsedQuota provides type-safe access to X-Container-Meta-Quota-Bytes headers.
 func (h ContainerHeaders) BytesUsedQuota() FieldUint64 {
 	return FieldUint64{h.Headers, "X-Container-Meta-Quota-Bytes"}
 }
 
-//ObjectCountQuota provides type-safe access to X-Container-Meta-Quota-Count headers.
+// ObjectCountQuota provides type-safe access to X-Container-Meta-Quota-Count headers.
 func (h ContainerHeaders) ObjectCountQuota() FieldUint64 {
 	return FieldUint64{h.Headers, "X-Container-Meta-Quota-Count"}
 }
 
-//TempURLKey2 provides type-safe access to X-Container-Meta-Temp-URL-Key-2 headers.
+// TempURLKey2 provides type-safe access to X-Container-Meta-Temp-URL-Key-2 headers.
 func (h ContainerHeaders) TempURLKey2() FieldString {
 	return FieldString{h.Headers, "X-Container-Meta-Temp-URL-Key-2"}
 }
 
-//TempURLKey provides type-safe access to X-Container-Meta-Temp-URL-Key headers.
+// TempURLKey provides type-safe access to X-Container-Meta-Temp-URL-Key headers.
 func (h ContainerHeaders) TempURLKey() FieldString {
 	return FieldString{h.Headers, "X-Container-Meta-Temp-URL-Key"}
 }
 
-//ObjectCount provides type-safe access to X-Container-Object-Count headers.
+// ObjectCount provides type-safe access to X-Container-Object-Count headers.
 func (h ContainerHeaders) ObjectCount() FieldUint64Readonly {
 	return FieldUint64Readonly{h.Headers, "X-Container-Object-Count"}
 }
 
-//ReadACL provides type-safe access to X-Container-Read headers.
+// ReadACL provides type-safe access to X-Container-Read headers.
 func (h ContainerHeaders) ReadACL() FieldString {
 	return FieldString{h.Headers, "X-Container-Read"}
 }
 
-//SyncKey provides type-safe access to X-Container-Sync-Key headers.
+// SyncKey provides type-safe access to X-Container-Sync-Key headers.
 func (h ContainerHeaders) SyncKey() FieldString {
 	return FieldString{h.Headers, "X-Container-Sync-Key"}
 }
 
-//SyncTo provides type-safe access to X-Container-Sync-To headers.
+// SyncTo provides type-safe access to X-Container-Sync-To headers.
 func (h ContainerHeaders) SyncTo() FieldString {
 	return FieldString{h.Headers, "X-Container-Sync-To"}
 }
 
-//WriteACL provides type-safe access to X-Container-Write headers.
+// WriteACL provides type-safe access to X-Container-Write headers.
 func (h ContainerHeaders) WriteACL() FieldString {
 	return FieldString{h.Headers, "X-Container-Write"}
 }
 
-//HistoryLocation provides type-safe access to X-History-Location headers.
+// HistoryLocation provides type-safe access to X-History-Location headers.
 func (h ContainerHeaders) HistoryLocation() FieldString {
 	return FieldString{h.Headers, "X-History-Location"}
 }
 
-//StoragePolicy provides type-safe access to X-Storage-Policy headers.
+// StoragePolicy provides type-safe access to X-Storage-Policy headers.
 func (h ContainerHeaders) StoragePolicy() FieldString {
 	return FieldString{h.Headers, "X-Storage-Policy"}
 }
 
-//CreatedAt provides type-safe access to X-Timestamp headers.
+// CreatedAt provides type-safe access to X-Timestamp headers.
 func (h ContainerHeaders) CreatedAt() FieldUnixTimeReadonly {
 	return FieldUnixTimeReadonly{h.Headers, "X-Timestamp"}
 }
 
-//VersionsLocation provides type-safe access to X-Versions-Location headers.
+// VersionsLocation provides type-safe access to X-Versions-Location headers.
 func (h ContainerHeaders) VersionsLocation() FieldString {
 	return FieldString{h.Headers, "X-Versions-Location"}
 }
 
-//ObjectHeaders contains the headers for a schwift.Object instance.
+// ObjectHeaders contains the headers for a schwift.Object instance.
 //
-//To read and write well-known headers, use the methods on this type.
-//To read and write arbitary headers, use the methods on the Headers supertype.
+// To read and write well-known headers, use the methods on this type.
+// To read and write arbitary headers, use the methods on the Headers supertype.
 type ObjectHeaders struct {
 	Headers
 }
 
-//NewObjectHeaders creates a new ObjectHeaders instance. The return value
-//will have the Headers attribute initialized to a non-nil map.
+// NewObjectHeaders creates a new ObjectHeaders instance. The return value
+// will have the Headers attribute initialized to a non-nil map.
 func NewObjectHeaders() ObjectHeaders {
 	return ObjectHeaders{make(Headers)}
 }
 
-//Validate returns MalformedHeaderError if the value of any well-known header
-//does not conform to its data type. This is called automatically by Schwift
-//when preparing an ObjectHeaders instance from a GET/HEAD response, so you
-//usually do not need to do it yourself. You will get the validation error from
-//the Object method doing the request, e.g. Headers().
+// Validate returns MalformedHeaderError if the value of any well-known header
+// does not conform to its data type. This is called automatically by Schwift
+// when preparing an ObjectHeaders instance from a GET/HEAD response, so you
+// usually do not need to do it yourself. You will get the validation error from
+// the Object method doing the request, e.g. Headers().
 func (h ObjectHeaders) Validate() error {
 	if err := h.ContentDisposition().validate(); err != nil {
 		return err
@@ -294,57 +294,57 @@ func (h ObjectHeaders) Validate() error {
 	return evadeGolintComplaint1()
 }
 
-//ContentDisposition provides type-safe access to Content-Disposition headers.
+// ContentDisposition provides type-safe access to Content-Disposition headers.
 func (h ObjectHeaders) ContentDisposition() FieldString {
 	return FieldString{h.Headers, "Content-Disposition"}
 }
 
-//ContentEncoding provides type-safe access to Content-Encoding headers.
+// ContentEncoding provides type-safe access to Content-Encoding headers.
 func (h ObjectHeaders) ContentEncoding() FieldString {
 	return FieldString{h.Headers, "Content-Encoding"}
 }
 
-//SizeBytes provides type-safe access to Content-Length headers.
+// SizeBytes provides type-safe access to Content-Length headers.
 func (h ObjectHeaders) SizeBytes() FieldUint64 {
 	return FieldUint64{h.Headers, "Content-Length"}
 }
 
-//ContentType provides type-safe access to Content-Type headers.
+// ContentType provides type-safe access to Content-Type headers.
 func (h ObjectHeaders) ContentType() FieldString {
 	return FieldString{h.Headers, "Content-Type"}
 }
 
-//Etag provides type-safe access to Etag headers.
+// Etag provides type-safe access to Etag headers.
 func (h ObjectHeaders) Etag() FieldString {
 	return FieldString{h.Headers, "Etag"}
 }
 
-//UpdatedAt provides type-safe access to Last-Modified headers.
+// UpdatedAt provides type-safe access to Last-Modified headers.
 func (h ObjectHeaders) UpdatedAt() FieldHTTPTimeReadonly {
 	return FieldHTTPTimeReadonly{h.Headers, "Last-Modified"}
 }
 
-//ExpiresAt provides type-safe access to X-Delete-At headers.
+// ExpiresAt provides type-safe access to X-Delete-At headers.
 func (h ObjectHeaders) ExpiresAt() FieldUnixTime {
 	return FieldUnixTime{h.Headers, "X-Delete-At"}
 }
 
-//Metadata provides type-safe access to X-Object-Meta- headers.
+// Metadata provides type-safe access to X-Object-Meta- headers.
 func (h ObjectHeaders) Metadata() FieldMetadata {
 	return FieldMetadata{h.Headers, "X-Object-Meta-"}
 }
 
-//SymlinkTargetAccount provides type-safe access to X-Symlink-Target-Account headers.
+// SymlinkTargetAccount provides type-safe access to X-Symlink-Target-Account headers.
 func (h ObjectHeaders) SymlinkTargetAccount() FieldString {
 	return FieldString{h.Headers, "X-Symlink-Target-Account"}
 }
 
-//SymlinkTarget provides type-safe access to X-Symlink-Target headers.
+// SymlinkTarget provides type-safe access to X-Symlink-Target headers.
 func (h ObjectHeaders) SymlinkTarget() FieldString {
 	return FieldString{h.Headers, "X-Symlink-Target"}
 }
 
-//CreatedAt provides type-safe access to X-Timestamp headers.
+// CreatedAt provides type-safe access to X-Timestamp headers.
 func (h ObjectHeaders) CreatedAt() FieldUnixTimeReadonly {
 	return FieldUnixTimeReadonly{h.Headers, "X-Timestamp"}
 }