Function( Function { head: Destructured( FunctionHeadDestructured { ellipsis: false, identifier: None, arguments: [ FunctionHeadDestructuredArgument { identifier: "pkgs", default: None, }, FunctionHeadDestructuredArgument { identifier: "lib", default: None, }, FunctionHeadDestructuredArgument { identifier: "config", default: None, }, FunctionHeadDestructuredArgument { identifier: "diskSize", default: Some( String( String_ { parts: [ Raw( PartRaw { content: "auto", span: Span { start: Position { line: 10, column: 15, }, end: Position { line: 10, column: 19, }, }, }, ), ], span: Span { start: Position { line: 10, column: 14, }, end: Position { line: 10, column: 20, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "additionalSpace", default: Some( String( String_ { parts: [ Raw( PartRaw { content: "512M", span: Span { start: Position { line: 14, column: 22, }, end: Position { line: 14, column: 26, }, }, }, ), ], span: Span { start: Position { line: 14, column: 21, }, end: Position { line: 14, column: 27, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "bootSize", default: Some( String( String_ { parts: [ Raw( PartRaw { content: "256M", span: Span { start: Position { line: 20, column: 15, }, end: Position { line: 20, column: 19, }, }, }, ), ], span: Span { start: Position { line: 20, column: 14, }, end: Position { line: 20, column: 20, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "contents", default: Some( List( List { elements: [], span: Span { start: Position { line: 30, column: 14, }, end: Position { line: 30, column: 16, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "partitionTableType", default: Some( String( String_ { parts: [ Raw( PartRaw { content: "legacy", span: Span { start: Position { line: 45, column: 25, }, end: Position { line: 45, column: 31, }, }, }, ), ], span: Span { start: Position { line: 45, column: 24, }, end: Position { line: 45, column: 32, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "installBootLoader", default: Some( Identifier( Identifier { id: "true", span: Span { start: Position { line: 48, column: 23, }, end: Position { line: 48, column: 27, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "fsType", default: Some( String( String_ { parts: [ Raw( PartRaw { content: "ext4", span: Span { start: Position { line: 51, column: 13, }, end: Position { line: 51, column: 17, }, }, }, ), ], span: Span { start: Position { line: 51, column: 12, }, end: Position { line: 51, column: 18, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "label", default: Some( IfThenElse( IfThenElse { predicate: Identifier( Identifier { id: "onlyNixStore", span: Span { start: Position { line: 54, column: 14, }, end: Position { line: 54, column: 26, }, }, }, ), then: String( String_ { parts: [ Raw( PartRaw { content: "nix-store", span: Span { start: Position { line: 54, column: 33, }, end: Position { line: 54, column: 42, }, }, }, ), ], span: Span { start: Position { line: 54, column: 32, }, end: Position { line: 54, column: 43, }, }, }, ), else_: String( String_ { parts: [ Raw( PartRaw { content: "nixos", span: Span { start: Position { line: 54, column: 50, }, end: Position { line: 54, column: 55, }, }, }, ), ], span: Span { start: Position { line: 54, column: 49, }, end: Position { line: 54, column: 56, }, }, }, ), span: Span { start: Position { line: 54, column: 11, }, end: Position { line: 54, column: 56, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "configFile", default: Some( Identifier( Identifier { id: "null", span: Span { start: Position { line: 58, column: 16, }, end: Position { line: 58, column: 20, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "postVM", default: Some( String( String_ { parts: [], span: Span { start: Position { line: 61, column: 12, }, end: Position { line: 61, column: 14, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "onlyNixStore", default: Some( Identifier( Identifier { id: "false", span: Span { start: Position { line: 66, column: 18, }, end: Position { line: 66, column: 23, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "name", default: Some( String( String_ { parts: [ Raw( PartRaw { content: "nixos-disk-image", span: Span { start: Position { line: 68, column: 11, }, end: Position { line: 68, column: 27, }, }, }, ), ], span: Span { start: Position { line: 68, column: 10, }, end: Position { line: 68, column: 28, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "format", default: Some( String( String_ { parts: [ Raw( PartRaw { content: "raw", span: Span { start: Position { line: 71, column: 13, }, end: Position { line: 71, column: 16, }, }, }, ), ], span: Span { start: Position { line: 71, column: 12, }, end: Position { line: 71, column: 17, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "copyChannel", default: Some( Identifier( Identifier { id: "true", span: Span { start: Position { line: 77, column: 17, }, end: Position { line: 77, column: 21, }, }, }, ), ), }, FunctionHeadDestructuredArgument { identifier: "additionalPaths", default: Some( List( List { elements: [], span: Span { start: Position { line: 80, column: 21, }, end: Position { line: 80, column: 23, }, }, }, ), ), }, ], }, ), body: Assert( Assert { expression: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 83, column: 8, }, end: Position { line: 83, column: 26, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "legacy", span: Span { start: Position { line: 83, column: 31, }, end: Position { line: 83, column: 37, }, }, }, ), ], span: Span { start: Position { line: 83, column: 30, }, end: Position { line: 83, column: 38, }, }, }, ), }, ), operator: LogicalOr, right: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 83, column: 42, }, end: Position { line: 83, column: 60, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "legacy+gpt", span: Span { start: Position { line: 83, column: 65, }, end: Position { line: 83, column: 75, }, }, }, ), ], span: Span { start: Position { line: 83, column: 64, }, end: Position { line: 83, column: 76, }, }, }, ), }, ), }, ), operator: LogicalOr, right: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 83, column: 80, }, end: Position { line: 83, column: 98, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "efi", span: Span { start: Position { line: 83, column: 103, }, end: Position { line: 83, column: 106, }, }, }, ), ], span: Span { start: Position { line: 83, column: 102, }, end: Position { line: 83, column: 107, }, }, }, ), }, ), }, ), operator: LogicalOr, right: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 83, column: 111, }, end: Position { line: 83, column: 129, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "hybrid", span: Span { start: Position { line: 83, column: 134, }, end: Position { line: 83, column: 140, }, }, }, ), ], span: Span { start: Position { line: 83, column: 133, }, end: Position { line: 83, column: 141, }, }, }, ), }, ), }, ), operator: LogicalOr, right: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 83, column: 145, }, end: Position { line: 83, column: 163, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "none", span: Span { start: Position { line: 83, column: 168, }, end: Position { line: 83, column: 172, }, }, }, ), ], span: Span { start: Position { line: 83, column: 167, }, end: Position { line: 83, column: 173, }, }, }, ), }, ), }, ), target: Assert( Assert { expression: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 85, column: 8, }, end: Position { line: 85, column: 26, }, }, }, ), operator: NotEqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "none", span: Span { start: Position { line: 85, column: 31, }, end: Position { line: 85, column: 35, }, }, }, ), ], span: Span { start: Position { line: 85, column: 30, }, end: Position { line: 85, column: 36, }, }, }, ), }, ), operator: Implication, right: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "fsType", span: Span { start: Position { line: 85, column: 40, }, end: Position { line: 85, column: 46, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "ext4", span: Span { start: Position { line: 85, column: 51, }, end: Position { line: 85, column: 55, }, }, }, ), ], span: Span { start: Position { line: 85, column: 50, }, end: Position { line: 85, column: 56, }, }, }, ), }, ), }, ), target: Assert( Assert { expression: FunctionApplication( FunctionApplication { function: PropertyAccess( PropertyAccess { expression: Identifier( Identifier { id: "lib", span: Span { start: Position { line: 87, column: 8, }, end: Position { line: 87, column: 11, }, }, }, ), attribute_path: [ Raw( PartRaw { content: "all", span: Span { start: Position { line: 87, column: 12, }, end: Position { line: 87, column: 15, }, }, }, ), ], default: None, }, ), arguments: [ Function( Function { head: Simple( FunctionHeadSimple { identifier: "attrs", }, ), body: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: PropertyAccess( PropertyAccess { expression: Identifier( Identifier { id: "attrs", span: Span { start: Position { line: 88, column: 20, }, end: Position { line: 88, column: 25, }, }, }, ), attribute_path: [ Raw( PartRaw { content: "user", span: Span { start: Position { line: 88, column: 26, }, end: Position { line: 88, column: 30, }, }, }, ), ], default: Some( Identifier( Identifier { id: "null", span: Span { start: Position { line: 88, column: 35, }, end: Position { line: 88, column: 39, }, }, }, ), ), }, ), operator: EqualTo, right: Identifier( Identifier { id: "null", span: Span { start: Position { line: 88, column: 44, }, end: Position { line: 88, column: 48, }, }, }, ), }, ), operator: EqualTo, right: BinaryOperation( BinaryOperation { left: PropertyAccess( PropertyAccess { expression: Identifier( Identifier { id: "attrs", span: Span { start: Position { line: 89, column: 20, }, end: Position { line: 89, column: 25, }, }, }, ), attribute_path: [ Raw( PartRaw { content: "group", span: Span { start: Position { line: 89, column: 26, }, end: Position { line: 89, column: 31, }, }, }, ), ], default: Some( Identifier( Identifier { id: "null", span: Span { start: Position { line: 89, column: 35, }, end: Position { line: 89, column: 39, }, }, }, ), ), }, ), operator: EqualTo, right: Identifier( Identifier { id: "null", span: Span { start: Position { line: 89, column: 44, }, end: Position { line: 89, column: 48, }, }, }, ), }, ), }, ), span: Span { start: Position { line: 88, column: 11, }, end: Position { line: 89, column: 49, }, }, }, ), Identifier( Identifier { id: "contents", span: Span { start: Position { line: 90, column: 10, }, end: Position { line: 90, column: 18, }, }, }, ), ], }, ), target: Assert( Assert { expression: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "onlyNixStore", span: Span { start: Position { line: 91, column: 8, }, end: Position { line: 91, column: 20, }, }, }, ), operator: Implication, right: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "contents", span: Span { start: Position { line: 91, column: 24, }, end: Position { line: 91, column: 32, }, }, }, ), operator: EqualTo, right: List( List { elements: [], span: Span { start: Position { line: 91, column: 36, }, end: Position { line: 91, column: 38, }, }, }, ), }, ), operator: LogicalAnd, right: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "configFile", span: Span { start: Position { line: 91, column: 42, }, end: Position { line: 91, column: 52, }, }, }, ), operator: EqualTo, right: Identifier( Identifier { id: "null", span: Span { start: Position { line: 91, column: 56, }, end: Position { line: 91, column: 60, }, }, }, ), }, ), }, ), operator: LogicalAnd, right: UnaryOperation( UnaryOperation { operator: Not, operand: Identifier( Identifier { id: "installBootLoader", span: Span { start: Position { line: 91, column: 65, }, end: Position { line: 91, column: 82, }, }, }, ), span: Span { start: Position { line: 91, column: 64, }, end: Position { line: 91, column: 82, }, }, }, ), }, ), }, ), target: With( With { expression: Identifier( Identifier { id: "lib", span: Span { start: Position { line: 93, column: 6, }, end: Position { line: 93, column: 9, }, }, }, ), target: LetIn( LetIn { bindings: [ KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "format'", span: Span { start: Position { line: 95, column: 5, }, end: Position { line: 95, column: 12, }, }, }, ), ], to: Identifier( Identifier { id: "format", span: Span { start: Position { line: 95, column: 15, }, end: Position { line: 95, column: 21, }, }, }, ), }, ), ], target: LetIn( LetIn { bindings: [ KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "format", span: Span { start: Position { line: 97, column: 3, }, end: Position { line: 97, column: 9, }, }, }, ), ], to: IfThenElse( IfThenElse { predicate: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "format'", span: Span { start: Position { line: 97, column: 15, }, end: Position { line: 97, column: 22, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "qcow2-compressed", span: Span { start: Position { line: 97, column: 27, }, end: Position { line: 97, column: 43, }, }, }, ), ], span: Span { start: Position { line: 97, column: 26, }, end: Position { line: 97, column: 44, }, }, }, ), }, ), then: String( String_ { parts: [ Raw( PartRaw { content: "qcow2", span: Span { start: Position { line: 97, column: 51, }, end: Position { line: 97, column: 56, }, }, }, ), ], span: Span { start: Position { line: 97, column: 50, }, end: Position { line: 97, column: 57, }, }, }, ), else_: Identifier( Identifier { id: "format'", span: Span { start: Position { line: 97, column: 63, }, end: Position { line: 97, column: 70, }, }, }, ), span: Span { start: Position { line: 97, column: 12, }, end: Position { line: 97, column: 70, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "compress", span: Span { start: Position { line: 99, column: 3, }, end: Position { line: 99, column: 11, }, }, }, ), ], to: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "optionalString", span: Span { start: Position { line: 99, column: 14, }, end: Position { line: 99, column: 28, }, }, }, ), arguments: [ BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "format'", span: Span { start: Position { line: 99, column: 30, }, end: Position { line: 99, column: 37, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "qcow2-compressed", span: Span { start: Position { line: 99, column: 42, }, end: Position { line: 99, column: 58, }, }, }, ), ], span: Span { start: Position { line: 99, column: 41, }, end: Position { line: 99, column: 59, }, }, }, ), }, ), String( String_ { parts: [ Raw( PartRaw { content: "-c", span: Span { start: Position { line: 99, column: 62, }, end: Position { line: 99, column: 64, }, }, }, ), ], span: Span { start: Position { line: 99, column: 61, }, end: Position { line: 99, column: 65, }, }, }, ), ], }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "filename", span: Span { start: Position { line: 101, column: 3, }, end: Position { line: 101, column: 11, }, }, }, ), ], to: BinaryOperation( BinaryOperation { left: String( String_ { parts: [ Raw( PartRaw { content: "nixos.", span: Span { start: Position { line: 101, column: 15, }, end: Position { line: 101, column: 21, }, }, }, ), ], span: Span { start: Position { line: 101, column: 14, }, end: Position { line: 101, column: 22, }, }, }, ), operator: Addition, right: PropertyAccess( PropertyAccess { expression: Map( Map { recursive: false, bindings: [ KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "qcow2", span: Span { start: Position { line: 102, column: 5, }, end: Position { line: 102, column: 10, }, }, }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "qcow2", span: Span { start: Position { line: 102, column: 14, }, end: Position { line: 102, column: 19, }, }, }, ), ], span: Span { start: Position { line: 102, column: 13, }, end: Position { line: 102, column: 20, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "vdi", span: Span { start: Position { line: 103, column: 5, }, end: Position { line: 103, column: 8, }, }, }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "vdi", span: Span { start: Position { line: 103, column: 14, }, end: Position { line: 103, column: 17, }, }, }, ), ], span: Span { start: Position { line: 103, column: 13, }, end: Position { line: 103, column: 18, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "vpc", span: Span { start: Position { line: 104, column: 5, }, end: Position { line: 104, column: 8, }, }, }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "vhd", span: Span { start: Position { line: 104, column: 14, }, end: Position { line: 104, column: 17, }, }, }, ), ], span: Span { start: Position { line: 104, column: 13, }, end: Position { line: 104, column: 18, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "raw", span: Span { start: Position { line: 105, column: 5, }, end: Position { line: 105, column: 8, }, }, }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "img", span: Span { start: Position { line: 105, column: 14, }, end: Position { line: 105, column: 17, }, }, }, ), ], span: Span { start: Position { line: 105, column: 13, }, end: Position { line: 105, column: 18, }, }, }, ), }, ), ], span: Span { start: Position { line: 101, column: 25, }, end: Position { line: 106, column: 4, }, }, }, ), attribute_path: [ Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "format", span: Span { start: Position { line: 106, column: 7, }, end: Position { line: 106, column: 13, }, }, }, ), }, ), ], default: Some( Identifier( Identifier { id: "format", span: Span { start: Position { line: 106, column: 18, }, end: Position { line: 106, column: 24, }, }, }, ), ), }, ), }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "rootPartition", span: Span { start: Position { line: 108, column: 3, }, end: Position { line: 108, column: 16, }, }, }, ), ], to: PropertyAccess( PropertyAccess { expression: Map( Map { recursive: false, bindings: [ KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "legacy", span: Span { start: Position { line: 109, column: 5, }, end: Position { line: 109, column: 11, }, }, }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "1", span: Span { start: Position { line: 109, column: 15, }, end: Position { line: 109, column: 16, }, }, }, ), ], span: Span { start: Position { line: 109, column: 14, }, end: Position { line: 109, column: 17, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Expression( PartExpression { expression: String( String_ { parts: [ Raw( PartRaw { content: "legacy+gpt", span: Span { start: Position { line: 110, column: 6, }, end: Position { line: 110, column: 16, }, }, }, ), ], span: Span { start: Position { line: 110, column: 5, }, end: Position { line: 110, column: 17, }, }, }, ), }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "2", span: Span { start: Position { line: 110, column: 21, }, end: Position { line: 110, column: 22, }, }, }, ), ], span: Span { start: Position { line: 110, column: 20, }, end: Position { line: 110, column: 23, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "efi", span: Span { start: Position { line: 111, column: 5, }, end: Position { line: 111, column: 8, }, }, }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "2", span: Span { start: Position { line: 111, column: 12, }, end: Position { line: 111, column: 13, }, }, }, ), ], span: Span { start: Position { line: 111, column: 11, }, end: Position { line: 111, column: 14, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "hybrid", span: Span { start: Position { line: 112, column: 5, }, end: Position { line: 112, column: 11, }, }, }, ), ], to: String( String_ { parts: [ Raw( PartRaw { content: "3", span: Span { start: Position { line: 112, column: 15, }, end: Position { line: 112, column: 16, }, }, }, ), ], span: Span { start: Position { line: 112, column: 14, }, end: Position { line: 112, column: 17, }, }, }, ), }, ), ], span: Span { start: Position { line: 108, column: 19, }, end: Position { line: 113, column: 4, }, }, }, ), attribute_path: [ Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 113, column: 7, }, end: Position { line: 113, column: 25, }, }, }, ), }, ), ], default: None, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "partitionDiskScript", span: Span { start: Position { line: 115, column: 3, }, end: Position { line: 115, column: 22, }, }, }, ), ], to: PropertyAccess( PropertyAccess { expression: Map( Map { recursive: false, bindings: [ KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "legacy", span: Span { start: Position { line: 116, column: 5, }, end: Position { line: 116, column: 11, }, }, }, ), ], to: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "parted --script $diskImage -- \\\n mklabel msdos \\\n mkpart primary ext4 1MiB -1\n", span: Span { start: Position { line: 117, column: 1, }, end: Position { line: 120, column: 5, }, }, }, ), ], span: Span { start: Position { line: 116, column: 14, }, end: Position { line: 120, column: 7, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Expression( PartExpression { expression: String( String_ { parts: [ Raw( PartRaw { content: "legacy+gpt", span: Span { start: Position { line: 121, column: 6, }, end: Position { line: 121, column: 16, }, }, }, ), ], span: Span { start: Position { line: 121, column: 5, }, end: Position { line: 121, column: 17, }, }, }, ), }, ), ], to: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "parted --script $diskImage -- \\\n mklabel gpt \\\n mkpart no-fs 1MB 2MB \\\n set 1 bios_grub on \\\n align-check optimal 1 \\\n mkpart primary ext4 2MB -1 \\\n align-check optimal 2 \\\n print\n", span: Span { start: Position { line: 122, column: 1, }, end: Position { line: 130, column: 5, }, }, }, ), ], span: Span { start: Position { line: 121, column: 20, }, end: Position { line: 130, column: 7, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "efi", span: Span { start: Position { line: 131, column: 5, }, end: Position { line: 131, column: 8, }, }, }, ), ], to: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "parted --script $diskImage -- \\\n mklabel gpt \\\n mkpart ESP fat32 8MiB ", span: Span { start: Position { line: 132, column: 1, }, end: Position { line: 134, column: 31, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "bootSize", span: Span { start: Position { line: 134, column: 33, }, end: Position { line: 134, column: 41, }, }, }, ), }, ), Raw( PartRaw { content: " \\\n set 1 boot on \\\n mkpart primary ext4 ", span: Span { start: Position { line: 132, column: 1, }, end: Position { line: 136, column: 29, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "bootSize", span: Span { start: Position { line: 136, column: 31, }, end: Position { line: 136, column: 39, }, }, }, ), }, ), Raw( PartRaw { content: " -1\n", span: Span { start: Position { line: 132, column: 1, }, end: Position { line: 137, column: 5, }, }, }, ), ], span: Span { start: Position { line: 131, column: 11, }, end: Position { line: 137, column: 7, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "hybrid", span: Span { start: Position { line: 138, column: 5, }, end: Position { line: 138, column: 11, }, }, }, ), ], to: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "parted --script $diskImage -- \\\n mklabel gpt \\\n mkpart ESP fat32 8MiB ", span: Span { start: Position { line: 139, column: 1, }, end: Position { line: 141, column: 31, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "bootSize", span: Span { start: Position { line: 141, column: 33, }, end: Position { line: 141, column: 41, }, }, }, ), }, ), Raw( PartRaw { content: " \\\n set 1 boot on \\\n mkpart no-fs 0 1024KiB \\\n set 2 bios_grub on \\\n mkpart primary ext4 ", span: Span { start: Position { line: 139, column: 1, }, end: Position { line: 145, column: 29, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "bootSize", span: Span { start: Position { line: 145, column: 31, }, end: Position { line: 145, column: 39, }, }, }, ), }, ), Raw( PartRaw { content: " -1\n", span: Span { start: Position { line: 139, column: 1, }, end: Position { line: 146, column: 5, }, }, }, ), ], span: Span { start: Position { line: 138, column: 14, }, end: Position { line: 146, column: 7, }, }, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: "none", span: Span { start: Position { line: 147, column: 5, }, end: Position { line: 147, column: 9, }, }, }, ), ], to: String( String_ { parts: [], span: Span { start: Position { line: 147, column: 12, }, end: Position { line: 147, column: 14, }, }, }, ), }, ), ], span: Span { start: Position { line: 115, column: 25, }, end: Position { line: 148, column: 4, }, }, }, ), attribute_path: [ Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 148, column: 7, }, end: Position { line: 148, column: 25, }, }, }, ), }, ), ], default: None, }, ), }, ), KeyValue( BindingKeyValue { from: [ Raw( PartRaw { content: 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Fun.\nsectorsToKilobytes() {\n echo $(( ( \"$1\" * 512 ) / 1024 ))\n}\n\nsectorsToBytes() {\n echo $(( \"$1\" * 512 ))\n}\n\n# Given lines of numbers, adds them together\nsum_lines() {\n local acc=0\n while read -r number; do\n acc=$((acc+number))\n done\n echo \"$acc\"\n}\n\nmebibyte=$(( 1024 * 1024 ))\n\n# Approximative percentage of reserved space in an ext4 fs over 512MiB.\n# 0.05208587646484375\n# × 1000, integer part: 52\ncompute_fudge() {\n echo $(( $1 * 52 / 1000 ))\n}\n\nmkdir $out\n\nroot=\"$PWD/root\"\nmkdir -p $root\n\n# Copy arbitrary other files into the image\n# Semi-shamelessly copied from make-etc.sh. I (@copumpkin) shall factor this stuff out as part of\n# https://github.com/NixOS/nixpkgs/issues/23052.\nset -f\nsources_=(", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 235, column: 15, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "concatStringsSep", span: Span { start: Position { line: 235, column: 17, }, end: Position { line: 235, column: 33, }, }, }, ), arguments: [ String( String_ { parts: [ Raw( PartRaw { content: " ", span: Span { start: Position { line: 235, column: 35, }, end: Position { line: 235, column: 36, }, }, }, ), ], span: Span { start: Position { line: 235, column: 34, }, end: Position { line: 235, column: 37, }, }, }, ), Identifier( Identifier { id: "sources", span: Span { start: Position { line: 235, column: 38, }, end: Position { line: 235, column: 45, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: ")\ntargets_=(", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 236, column: 15, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "concatStringsSep", span: Span { start: Position { line: 236, column: 17, }, end: Position { line: 236, column: 33, }, }, }, ), arguments: [ String( String_ { parts: [ Raw( PartRaw { content: " ", span: Span { start: Position { line: 236, column: 35, }, end: Position { line: 236, column: 36, }, }, }, ), ], span: Span { start: Position { line: 236, column: 34, }, end: Position { line: 236, column: 37, }, }, }, ), Identifier( Identifier { id: "targets", span: Span { start: Position { line: 236, column: 38, }, end: Position { line: 236, column: 45, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: ")\nmodes_=(", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 237, column: 13, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "concatStringsSep", span: Span { start: Position { line: 237, column: 15, }, end: Position { line: 237, column: 31, }, }, }, ), arguments: [ String( String_ { parts: [ Raw( PartRaw { content: " ", span: Span { start: Position { line: 237, column: 33, }, end: Position { line: 237, column: 34, }, }, }, ), ], span: Span { start: Position { line: 237, column: 32, }, end: Position { line: 237, column: 35, }, }, }, ), Identifier( Identifier { id: "modes", span: Span { start: Position { line: 237, column: 36, }, end: Position { line: 237, column: 41, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: ")\nset +f\n\nfor ((i = 0; i < ", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 240, column: 22, }, }, }, ), Raw( PartRaw { content: "$", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 240, column: 25, }, }, }, ), Raw( PartRaw { content: "{#targets_[@]}; i++)); do\n source=\"", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 241, column: 15, }, }, }, ), Raw( PartRaw { content: "$", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 241, column: 18, }, }, }, ), Raw( PartRaw { content: "{sources_[$i]}\"\n target=\"", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 242, column: 15, }, }, }, ), Raw( PartRaw { content: "$", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 242, column: 18, }, }, }, ), Raw( PartRaw { content: "{targets_[$i]}\"\n mode=\"", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 243, column: 13, }, }, }, ), Raw( PartRaw { content: "$", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 243, column: 16, }, }, }, ), Raw( PartRaw { content: "{modes_[$i]}\"\n\n if [ -n \"$mode\" ]; then\n rsync_chmod_flags=\"--chmod=$mode\"\n else\n rsync_chmod_flags=\"\"\n fi\n # Unfortunately cptofs only supports modes, not ownership, so we can't use\n # rsync's --chown option. Instead, we change the ownerships in the\n # VM script with chown.\n rsync_flags=\"-a --no-o --no-g $rsync_chmod_flags\"\n if [[ \"$source\" =~ '*' ]]; then\n # If the source name contains '*', perform globbing.\n mkdir -p $root/$target\n for fn in $source; do\n rsync $rsync_flags \"$fn\" $root/$target/\n done\n else\n mkdir -p $root/$(dirname $target)\n if ! [ -e $root/$target ]; then\n rsync $rsync_flags $source $root/$target\n else\n echo \"duplicate entry $target -> $source\"\n exit 1\n fi\n fi\ndone\n\nexport HOME=$TMPDIR\n\n# Provide a Nix database so that nixos-install can copy closures.\nexport NIX_STATE_DIR=$TMPDIR/state\nnix-store --load-db < ", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 275, column: 27, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "closureInfo", span: Span { start: Position { line: 275, column: 29, }, end: Position { line: 275, column: 40, }, }, }, ), }, ), Raw( PartRaw { content: "/registration\n\nchmod 755 \"$TMPDIR\"\necho \"running nixos-install...\"\nnixos-install --root $root --no-bootloader --no-root-passwd \\\n --system ", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 280, column: 16, }, }, }, ), Interpolation( PartInterpolation { expression: PropertyAccess( PropertyAccess { expression: Identifier( Identifier { id: "config", span: Span { start: Position { line: 280, column: 18, }, end: Position { line: 280, column: 24, }, }, }, ), attribute_path: [ Raw( PartRaw { content: "system", span: Span { start: Position { line: 280, column: 25, }, end: Position { line: 280, column: 31, }, }, }, ), Raw( PartRaw { content: "build", span: Span { start: Position { line: 280, column: 32, }, end: Position { line: 280, column: 37, }, }, }, ), Raw( PartRaw { content: "toplevel", span: Span { start: Position { line: 280, column: 38, }, end: Position { line: 280, column: 46, }, }, }, ), ], default: None, }, ), }, ), Raw( PartRaw { content: " \\\n ", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 281, column: 7, }, }, }, ), Interpolation( PartInterpolation { expression: IfThenElse( IfThenElse { predicate: Identifier( Identifier { id: "copyChannel", span: Span { start: Position { line: 281, column: 12, }, end: Position { line: 281, column: 23, }, }, }, ), then: String( String_ { parts: [ Raw( PartRaw { content: "--channel ", span: Span { start: Position { line: 281, column: 30, }, end: Position { line: 281, column: 57, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "channelSources", span: Span { start: Position { line: 281, column: 42, }, end: Position { line: 281, column: 56, }, }, }, ), }, ), ], span: Span { start: Position { line: 281, column: 29, }, end: Position { line: 281, column: 58, }, }, }, ), else_: String( String_ { parts: [ Raw( PartRaw { content: "--no-channel-copy", span: Span { start: Position { line: 281, column: 65, }, end: Position { line: 281, column: 82, }, }, }, ), ], span: Span { start: Position { line: 281, column: 64, }, end: Position { line: 281, column: 83, }, }, }, ), span: Span { start: Position { line: 281, column: 9, }, end: Position { line: 281, column: 83, }, }, }, ), }, ), Raw( PartRaw { content: " \\\n --substituters \"\"\n\n", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 284, column: 5, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "optionalString", span: Span { start: Position { line: 284, column: 7, }, end: Position { line: 284, column: 21, }, }, }, ), arguments: [ BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "additionalPaths'", span: Span { start: Position { line: 284, column: 23, }, end: Position { line: 284, column: 39, }, }, }, ), operator: NotEqualTo, right: List( List { elements: [], span: Span { start: Position { line: 284, column: 43, }, end: Position { line: 284, column: 45, }, }, }, ), }, ), IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "nix --extra-experimental-features nix-command copy --to $root --no-check-sigs ", span: Span { start: Position { line: 285, column: 1, }, end: Position { line: 285, column: 85, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "concatStringsSep", span: Span { start: Position { line: 285, column: 87, }, end: Position { line: 285, column: 103, }, }, }, ), arguments: [ String( String_ { parts: [ Raw( PartRaw { content: " ", span: Span { start: Position { line: 285, column: 105, }, end: Position { line: 285, column: 106, }, }, }, ), ], span: Span { start: Position { line: 285, column: 104, }, end: Position { line: 285, column: 107, }, }, }, ), Identifier( Identifier { id: "additionalPaths'", span: Span { start: Position { line: 285, column: 108, }, end: Position { line: 285, column: 124, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: "\n", span: Span { start: Position { line: 285, column: 1, }, end: Position { line: 286, column: 5, }, }, }, ), ], span: Span { start: Position { line: 284, column: 47, }, end: Position { line: 286, column: 7, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: "\n\ndiskImage=nixos.raw\n\n", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 290, column: 5, }, }, }, ), Interpolation( PartInterpolation { expression: IfThenElse( IfThenElse { predicate: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "diskSize", span: Span { start: Position { line: 290, column: 10, }, end: Position { line: 290, column: 18, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "auto", span: Span { start: Position { line: 290, column: 23, }, end: Position { line: 290, column: 27, }, }, }, ), ], span: Span { start: Position { line: 290, column: 22, }, end: Position { line: 290, column: 28, }, }, }, ), }, ), then: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "", span: Span { start: Position { line: 291, column: 1, }, end: Position { line: 291, column: 7, }, }, }, ), Interpolation( PartInterpolation { expression: IfThenElse( IfThenElse { predicate: BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 291, column: 12, }, end: Position { line: 291, column: 30, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "efi", span: Span { start: Position { line: 291, column: 35, }, end: Position { line: 291, column: 38, }, }, }, ), ], span: Span { start: Position { line: 291, column: 34, }, end: Position { line: 291, column: 39, }, }, }, ), }, ), operator: LogicalOr, right: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 291, column: 43, }, end: Position { line: 291, column: 61, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "hybrid", span: Span { start: Position { line: 291, column: 66, }, end: Position { line: 291, column: 72, }, }, }, ), ], span: Span { start: Position { line: 291, column: 65, }, end: Position { line: 291, column: 73, }, }, }, ), }, ), }, ), then: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "# Add the GPT at the end\ngptSpace=$(( 512 * 34 * 1 ))\n# Normally we'd need to account for alignment and things, if bootSize\n# represented the actual size of the boot partition. But it instead\n# represents the offset at which it ends.\n# So we know bootSize is the reserved space in front of the partition.\nreservedSpace=$(( gptSpace + $(numfmt --from=iec ", span: Span { start: Position { line: 292, column: 1, }, end: Position { line: 298, column: 58, }, }, }, ), Raw( PartRaw { content: "'", span: Span { start: Position { line: 292, column: 1, }, end: Position { line: 298, column: 59, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "bootSize", span: Span { start: Position { line: 298, column: 61, }, end: Position { line: 298, column: 69, }, }, }, ), }, ), Raw( PartRaw { content: "') ))\n", span: Span { start: Position { line: 292, column: 1, }, end: Position { line: 299, column: 7, }, }, }, ), ], span: Span { start: Position { line: 291, column: 79, }, end: Position { line: 299, column: 9, }, }, }, ), else_: IfThenElse( IfThenElse { predicate: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 299, column: 18, }, end: Position { line: 299, column: 36, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "legacy+gpt", span: Span { start: Position { line: 299, column: 41, }, end: Position { line: 299, column: 51, }, }, }, ), ], span: Span { start: Position { line: 299, column: 40, }, end: Position { line: 299, column: 52, }, }, }, ), }, ), then: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "# Add the GPT at the end\ngptSpace=$(( 512 * 34 * 1 ))\n# And include the bios_grub partition; the ext4 partition starts at 2MB exactly.\nreservedSpace=$(( gptSpace + 2 * mebibyte ))\n", span: Span { start: Position { line: 300, column: 1, }, end: Position { line: 304, column: 7, }, }, }, ), ], span: Span { start: Position { line: 299, column: 58, }, end: Position { line: 304, column: 9, }, }, }, ), else_: IfThenElse( IfThenElse { predicate: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 304, column: 18, }, end: Position { line: 304, column: 36, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "legacy", span: Span { start: Position { line: 304, column: 41, }, end: Position { line: 304, column: 47, }, }, }, ), ], span: Span { start: Position { line: 304, column: 40, }, end: Position { line: 304, column: 48, }, }, }, ), }, ), then: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "# Add the 1MiB aligned reserved space (includes MBR)\nreservedSpace=$(( mebibyte ))\n", span: Span { start: Position { line: 305, column: 1, }, end: Position { line: 307, column: 7, }, }, }, ), ], span: Span { start: Position { line: 304, column: 54, }, end: Position { line: 307, column: 9, }, }, }, ), else_: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "reservedSpace=0\n", span: Span { start: Position { line: 308, column: 1, }, end: Position { line: 309, column: 7, }, }, }, ), ], span: Span { start: Position { line: 307, column: 15, }, end: Position { line: 309, column: 9, }, }, }, ), span: Span { start: Position { line: 304, column: 15, }, end: Position { line: 309, column: 9, }, }, }, ), span: Span { start: Position { line: 299, column: 15, }, end: Position { line: 309, column: 9, }, }, }, ), span: Span { start: Position { line: 291, column: 9, }, end: Position { line: 309, column: 9, }, }, }, ), }, ), Raw( PartRaw { content: "\nadditionalSpace=$(( $(numfmt --from=iec ", span: Span { start: Position { line: 291, column: 1, }, end: Position { line: 310, column: 47, }, }, }, ), Raw( PartRaw { content: "'", span: Span { start: Position { line: 291, column: 1, }, end: Position { line: 310, column: 48, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "additionalSpace", span: Span { start: Position { line: 310, column: 50, }, end: Position { line: 310, column: 65, }, }, }, ), }, ), Raw( PartRaw { content: "') + reservedSpace ))\n\n# Compute required space in filesystem blocks\ndiskUsage=$(find . ! -type d -print0 | du --files0-from=- --apparent-size --block-size \"", span: Span { start: Position { line: 291, column: 1, }, end: Position { line: 313, column: 95, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "blockSize", span: Span { start: Position { line: 313, column: 97, }, end: Position { line: 313, column: 106, }, }, }, ), }, ), Raw( PartRaw { content: "\" | cut -f1 | sum_lines)\n# Each inode takes space!\nnumInodes=$(find . | wc -l)\n# Convert to bytes, inodes take two blocks each!\ndiskUsage=$(( (diskUsage + 2 * numInodes) * ", span: Span { start: Position { line: 291, column: 1, }, end: Position { line: 317, column: 51, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "blockSize", span: Span { start: Position { line: 317, column: 53, }, end: Position { line: 317, column: 62, }, }, }, ), }, ), Raw( PartRaw { content: " ))\n# Then increase the required space to account for the reserved blocks.\nfudge=$(compute_fudge $diskUsage)\nrequiredFilesystemSpace=$(( diskUsage + fudge ))\n\ndiskSize=$(( requiredFilesystemSpace + additionalSpace ))\n\n# Round up to the nearest mebibyte.\n# This ensures whole 512 bytes sector sizes in the disk image\n# and helps towards aligning partitions optimally.\nif (( diskSize % mebibyte )); then\n diskSize=$(( ( diskSize / mebibyte + 1) * mebibyte ))\nfi\n\ntruncate -s \"$diskSize\" $diskImage\n\nprintf \"Automatic disk size...\\n\"\nprintf \" Closure space use: %d bytes\\n\" $diskUsage\nprintf \" fudge: %d bytes\\n\" $fudge\nprintf \" Filesystem size needed: %d bytes\\n\" $requiredFilesystemSpace\nprintf \" Additional space: %d bytes\\n\" $additionalSpace\nprintf \" Disk image size: %d bytes\\n\" $diskSize\n", span: Span { start: Position { line: 291, column: 1, }, end: Position { line: 339, column: 5, }, }, }, ), ], span: Span { start: Position { line: 290, column: 34, }, end: Position { line: 339, column: 7, }, }, }, ), else_: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "truncate -s ", span: Span { start: Position { line: 340, column: 1, }, end: Position { line: 340, column: 19, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "toString", span: Span { start: Position { line: 340, column: 21, }, end: Position { line: 340, column: 29, }, }, }, ), arguments: [ Identifier( Identifier { id: "diskSize", span: Span { start: Position { line: 340, column: 30, }, end: Position { line: 340, column: 38, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: "M $diskImage\n", span: Span { start: Position { line: 340, column: 1, }, end: Position { line: 341, column: 5, }, }, }, ), ], span: Span { start: Position { line: 339, column: 13, }, end: Position { line: 341, column: 7, }, }, }, ), span: Span { start: Position { line: 290, column: 7, }, end: Position { line: 341, column: 7, }, }, }, ), }, ), Raw( PartRaw { content: "\n\n", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 343, column: 5, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "partitionDiskScript", span: Span { start: Position { line: 343, column: 7, }, end: Position { line: 343, column: 26, }, }, }, ), }, ), Raw( PartRaw { content: "\n\n", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 345, column: 5, }, }, }, ), Interpolation( PartInterpolation { expression: IfThenElse( IfThenElse { predicate: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 345, column: 10, }, end: Position { line: 345, column: 28, }, }, }, ), operator: NotEqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "none", span: Span { start: Position { line: 345, column: 33, }, end: Position { line: 345, column: 37, }, }, }, ), ], span: Span { start: Position { line: 345, column: 32, }, end: Position { line: 345, column: 38, }, }, }, ), }, ), then: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "# Get start & length of the root partition in sectors to $START and $SECTORS.\neval $(partx $diskImage -o START,SECTORS --nr ", span: Span { start: Position { line: 346, column: 1, }, end: Position { line: 347, column: 53, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "rootPartition", span: Span { start: Position { line: 347, column: 55, }, end: Position { line: 347, column: 68, }, }, }, ), }, ), Raw( PartRaw { content: " --pairs)\n\nmkfs.", span: Span { start: Position { line: 346, column: 1, }, end: Position { line: 349, column: 12, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "fsType", span: Span { start: Position { line: 349, column: 14, }, end: Position { line: 349, column: 20, }, }, }, ), }, ), Raw( PartRaw { content: " -b ", span: Span { start: Position { line: 346, column: 1, }, end: Position { line: 349, column: 25, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "blockSize", span: Span { start: Position { line: 349, column: 27, }, end: Position { line: 349, column: 36, }, }, }, ), }, ), Raw( PartRaw { content: " -F -L ", span: Span { start: Position { line: 346, column: 1, }, end: Position { line: 349, column: 44, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "label", span: Span { start: Position { line: 349, column: 46, }, end: Position { line: 349, column: 51, }, }, }, ), }, ), Raw( PartRaw { content: " $diskImage -E offset=$(sectorsToBytes $START) $(sectorsToKilobytes $SECTORS)K\n", span: Span { start: Position { line: 346, column: 1, }, end: Position { line: 350, column: 5, }, }, }, ), ], span: Span { start: Position { line: 345, column: 44, }, end: Position { line: 350, column: 7, }, }, }, ), else_: IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "mkfs.", span: Span { start: Position { line: 351, column: 1, }, end: Position { line: 351, column: 12, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "fsType", span: Span { start: Position { line: 351, column: 14, }, end: Position { line: 351, column: 20, }, }, }, ), }, ), Raw( PartRaw { content: " -b ", span: Span { start: Position { line: 351, column: 1, }, end: Position { line: 351, column: 25, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "blockSize", span: Span { start: Position { line: 351, column: 27, }, end: Position { line: 351, column: 36, }, }, }, ), }, ), Raw( PartRaw { content: " -F -L ", span: Span { start: Position { line: 351, column: 1, }, end: Position { line: 351, column: 44, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "label", span: Span { start: Position { line: 351, column: 46, }, end: Position { line: 351, column: 51, }, }, }, ), }, ), Raw( PartRaw { content: " $diskImage\n", span: Span { start: Position { line: 351, column: 1, }, end: Position { line: 352, column: 5, }, }, }, ), ], span: Span { start: Position { line: 350, column: 13, }, end: Position { line: 352, column: 7, }, }, }, ), span: Span { start: Position { line: 345, column: 7, }, end: Position { line: 352, column: 7, }, }, }, ), }, ), Raw( PartRaw { content: "\n\necho \"copying staging root to image...\"\ncptofs -p ", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 355, column: 15, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "optionalString", span: Span { start: Position { line: 355, column: 17, }, end: Position { line: 355, column: 31, }, }, }, ), arguments: [ BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "partitionTableType", span: Span { start: Position { line: 355, column: 33, }, end: Position { line: 355, column: 51, }, }, }, ), operator: NotEqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "none", span: Span { start: Position { line: 355, column: 56, }, end: Position { line: 355, column: 60, }, }, }, ), ], span: Span { start: Position { line: 355, column: 55, }, end: Position { line: 355, column: 61, }, }, }, ), }, ), String( String_ { parts: [ Raw( PartRaw { content: "-P ", span: Span { start: Position { line: 355, column: 64, }, end: Position { line: 355, column: 83, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "rootPartition", span: Span { start: Position { line: 355, column: 69, }, end: Position { line: 355, column: 82, }, }, }, ), }, ), ], span: Span { start: Position { line: 355, column: 63, }, end: Position { line: 355, column: 84, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: " \\\n -t ", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 356, column: 15, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "fsType", span: Span { start: Position { line: 356, column: 17, }, end: Position { line: 356, column: 23, }, }, }, ), }, ), Raw( PartRaw { content: " \\\n -i $diskImage \\\n $root", span: Span { start: Position { line: 197, column: 1, }, end: Position { line: 358, column: 17, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "optionalString", span: Span { start: Position { line: 358, column: 19, }, end: Position { line: 358, column: 33, }, }, }, ), arguments: [ Identifier( Identifier { id: "onlyNixStore", span: Span { start: Position { line: 358, column: 34, }, end: Position { line: 358, column: 46, }, }, }, ), PropertyAccess( PropertyAccess { expression: Identifier( Identifier { id: 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Position { line: 380, column: 56, }, end: Position { line: 380, column: 80, }, }, }, ), Interpolation( PartInterpolation { expression: Identifier( Identifier { id: "rootPartition", span: Span { start: Position { line: 380, column: 66, }, end: Position { line: 380, column: 79, }, }, }, ), }, ), ], span: Span { start: Position { line: 380, column: 55, }, end: Position { line: 380, column: 81, }, }, }, ), else_: String( String_ { parts: [ Raw( PartRaw { content: "/dev/vda", span: Span { start: Position { line: 380, column: 88, }, end: Position { line: 380, column: 96, }, }, }, ), ], span: Span { start: Position { line: 380, column: 87, }, end: Position { line: 380, column: 97, }, }, }, ), span: Span { start: Position { line: 380, column: 18, }, end: Position { line: 380, column: 97, }, }, }, ), }, ), Raw( PartRaw { content: "\n\n# Some tools assume these exist\nln -s vda /dev/xvda\nln -s vda /dev/sda\n# make systemd-boot find ESP without udev\nmkdir /dev/block\nln -s /dev/vda1 /dev/block/254:1\n\nmountPoint=/mnt\nmkdir $mountPoint\nmount $rootDisk $mountPoint\n\n# Create the ESP and mount it. 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Note that resize2fs has stricter criteria for resizing than a normal\n# mount, so the `-c 0` and `-i 0` don't affect it. Setting it to `now` doesn't produce deterministic\n# output, of course, but we can fix that when/if we start making images deterministic.\n", span: Span { start: Position { line: 378, column: 1, }, end: Position { line: 435, column: 7, }, }, }, ), Interpolation( PartInterpolation { expression: FunctionApplication( FunctionApplication { function: Identifier( Identifier { id: "optionalString", span: Span { start: Position { line: 435, column: 9, }, end: Position { line: 435, column: 23, }, }, }, ), arguments: [ BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "fsType", span: Span { start: Position { line: 435, column: 25, }, end: Position { line: 435, column: 31, }, }, }, ), operator: EqualTo, right: String( String_ { parts: [ Raw( PartRaw { content: "ext4", span: Span { start: Position { line: 435, column: 36, }, end: Position { line: 435, column: 40, }, }, }, ), ], span: Span { start: Position { line: 435, column: 35, }, end: Position { line: 435, column: 41, }, }, }, ), }, ), IndentedString( IndentedString { parts: [ Raw( PartRaw { content: "tune2fs -T now -c 0 -i 0 $rootDisk\n", span: Span { start: Position { line: 436, column: 1, }, end: Position { line: 437, column: 7, }, }, }, ), ], span: Span { start: Position { line: 435, column: 43, }, end: Position { line: 437, column: 9, }, }, }, ), ], }, ), }, ), Raw( PartRaw { content: "\n", span: Span { start: Position { line: 378, column: 1, }, end: Position { line: 438, column: 5, }, }, }, ), ], span: Span { start: Position { line: 377, column: 7, }, end: Position { line: 438, column: 7, }, }, }, ), ], }, ), ], }, ), }, ), ], target: IfThenElse( IfThenElse { predicate: Identifier( Identifier { id: "onlyNixStore", span: Span { start: Position { line: 441, column: 6, }, end: Position { line: 441, column: 18, }, }, }, ), then: FunctionApplication( FunctionApplication { function: PropertyAccess( PropertyAccess { expression: Identifier( Identifier { id: "pkgs", span: Span { start: Position { line: 442, column: 5, }, end: Position { line: 442, column: 9, }, }, }, ), attribute_path: [ Raw( PartRaw { content: "runCommand", span: Span { start: Position { line: 442, column: 10, }, end: Position { line: 442, column: 20, }, }, }, ), ], default: None, }, ), arguments: [ Identifier( Identifier { id: "name", span: Span { start: Position { line: 442, column: 21, }, end: Position { line: 442, column: 25, }, }, }, ), Map( Map { recursive: false, bindings: [], span: Span { start: Position { line: 442, column: 26, }, end: Position { line: 442, column: 28, }, }, }, ), BinaryOperation( BinaryOperation { left: BinaryOperation( BinaryOperation { left: Identifier( Identifier { id: "prepareImage", span: Span { start: Position { line: 443, column: 8, }, end: Position { line: 443, column: 20, }, }, }, ), operator: Addition, right: Identifier( Identifier { id: "moveOrConvertImage", span: Span { start: Position { line: 443, column: 23, }, end: Position { line: 443, column: 41, }, }, }, ), }, ), operator: Addition, right: Identifier( Identifier { id: "postVM", span: Span { start: Position { line: 443, column: 44, }, end: Position { line: 443, column: 50, }, }, }, ), }, ), ], }, ), else_: Identifier( Identifier { id: "buildImage", span: Span { start: Position { line: 444, column: 8, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 441, column: 3, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 95, column: 26, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 95, column: 1, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 93, column: 1, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 91, column: 1, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 87, column: 1, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 85, column: 1, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 83, column: 1, }, end: Position { line: 444, column: 18, }, }, }, ), span: Span { start: Position { line: 1, column: 1, }, end: Position { line: 444, column: 18, }, }, }, )