pub fn new(test_file: &Test<PathBuf>, mut content: String) -> Result<Self, ErrorMsgRef> {
        // First we need to parse out annotations at the top of the file.
        let mut annotations = HashMap::<String, String>::new();
        let mut annotation_order = Vec::new();
        while content.starts_with('@') {
            let line_split = content.find('\n').unwrap();
            let rest_content = content.split_off(line_split);
            let annotation = content;
            content = rest_content;

            let mut annotation_parts = annotation.splitn(2, ':');
            let annotation = annotation_parts.next().unwrap();
            let annotation_msg = annotation_parts.next().map(|s| s.trim()).unwrap_or("");

            annotations.insert(annotation.into(), annotation_msg.into());
            annotation_order.push(annotation.into());
        }

        // Next we get all the clauses.
        let clause_names = ["args", "in", "stdout", "stderr", "exitcode"];
        let mut clauses = Vec::with_capacity(clause_names.len());
        for clause in clause_names.iter() {
            let mut splits: Vec<_> = content
                .split(&format!("{}\n", get_clause_delim(clause)))
                .map(String::from)
                .collect();

            if splits.len() != 3 {
                if clause == &"args" || (*BLESS && can_be_blessed(clause)) {
                    // Args are optional, so we can skip them if not found.
                    // If running in bless mode, blessable clauses will get updated later, so just
                    // make them empty for now.
                    clauses.push("".into());
                    content = splits.pop().unwrap();
                    continue;
                }

                let err = Self::missing_clause_failure(test_file, clause.to_string());
                return Err(err);
            }

            content = splits.pop().unwrap(); // next content is the last split
            let mut clause_content = splits.pop().unwrap(); // clause content is the second split

            if clause == &"in" {
                // The split input always has a trailing newline that isn't intended for the test.
                // ===in
                // <program>
                //          ^ newline here
                // ===in
                clause_content.pop();
            }
            clauses.push(clause_content);
        }
        let mut clauses = clauses.into_iter();

        Ok(SlideEmitTest {
            annotations,
            annotation_order,
            args: clauses.next().unwrap(),
            input: clauses.next().unwrap(),
            stdout: clauses.next().unwrap(),
            stderr: clauses.next().unwrap(),
            exitcode: clauses.next().unwrap(),
        })
    }
/// Creates a slide emit test case from a .slide test file.
Creates a slide emit test case from a .slide test file.
Creates a slide emit test case from a . slide test file .
pub fn new(test_file: &Test<PathBuf>, mut content: String) -> Result<Self, ErrorMsgRef> {
        // First we need to parse out annotations at the top of the file.
        let mut annotations = HashMap::<String, String>::new();
        let mut annotation_order = Vec::new();
        while content.starts_with('@') {
            let line_split = content.find('\n').unwrap();
            let rest_content = content.split_off(line_split);
            let annotation = content;
            content = rest_content;
            let mut annotation_parts = annotation.splitn(2, ':');
            let annotation = annotation_parts.next().unwrap();
            let annotation_msg = annotation_parts.next().map(|s| s.trim()).unwrap_or("");
            annotations.insert(annotation.into(), annotation_msg.into());
            annotation_order.push(annotation.into());
        }
        // Next we get all the clauses.
        let clause_names = ["args", "in", "stdout", "stderr", "exitcode"];
        let mut clauses = Vec::with_capacity(clause_names.len());
        for clause in clause_names.iter() {
            let mut splits: Vec<_> = content
                .split(&format!("{}\n", get_clause_delim(clause)))
                .map(String::from)
                .collect();
            if splits.len() != 3 {
                if clause == &"args" || (*BLESS && can_be_blessed(clause)) {
                    // Args are optional, so we can skip them if not found.
                    // If running in bless mode, blessable clauses will get updated later, so just
                    // make them empty for now.
                    clauses.push("".into());
                    content = splits.pop().unwrap();
                    continue;
                }
                let err = Self::missing_clause_failure(test_file, clause.to_string());
                return Err(err);
            }
            content = splits.pop().unwrap(); // next content is the last split
            let mut clause_content = splits.pop().unwrap(); // clause content is the second split
            if clause == &"in" {
                // The split input always has a trailing newline that isn't intended for the test.
                // ===in
                // <program>
                //          ^ newline here
                // ===in
                clause_content.pop();
            }
            clauses.push(clause_content);
        }
        let mut clauses = clauses.into_iter();
        Ok(SlideEmitTest {
            annotations,
            annotation_order,
            args: clauses.next().unwrap(),
            input: clauses.next().unwrap(),
            stdout: clauses.next().unwrap(),
            stderr: clauses.next().unwrap(),
            exitcode: clauses.next().unwrap(),
        })
    }
pub fn new ( test_file : & Test < PathBuf > , mut content : String ) -> Result < Self , ErrorMsgRef > { // First we need to parse out annotations at the top of the file. let mut annotations = HashMap :: < String , String > :: new ( ) ; let mut annotation_order = Vec :: new ( ) ; while content . starts_with ( '@' ) { let line_split = content . find ( '\n' ) . unwrap ( ) ; let rest_content = content . split_off ( line_split ) ; let annotation = content ; content = rest_content ; let mut annotation_parts = annotation . splitn ( 2 , ':' ) ; let annotation = annotation_parts . next ( ) . unwrap ( ) ; let annotation_msg = annotation_parts . next ( ) . map ( | s | s . trim ( ) ) . unwrap_or ( " " ) ; annotations . insert ( annotation . into ( ) , annotation_msg . into ( ) ) ; annotation_order . push ( annotation . into ( ) ) ; } // Next we get all the clauses. let clause_names = [ " " , " " , " " , " " , " " ] ; let mut clauses = Vec :: with_capacity ( clause_names . len ( ) ) ; for clause in clause_names . iter ( ) { let mut splits : Vec < _ > = content . split ( & format ! ( " \n " get_clause_delim ( clause ) ) ) . map ( String :: from ) . collect ( ) ; if splits . len ( ) != 3 { if clause == & " " || ( * BLESS && can_be_blessed ( clause ) ) { // Args are optional, so we can skip them if not found. // If running in bless mode, blessable clauses will get updated later, so just // make them empty for now. clauses . push ( " " . into ( ) ) ; content = splits . pop ( ) . unwrap ( ) ; continue ; } let err = Self :: missing_clause_failure ( test_file , clause . to_string ( ) ) ; return Err ( err ) ; } content = splits . pop ( ) . unwrap ( ) ; // next content is the last split let mut clause_content = splits . pop ( ) . unwrap ( ) ; // clause content is the second split if clause == & " " { // The split input always has a trailing newline that isn't intended for the test. // ===in // <program> //          ^ newline here // ===in clause_content . pop ( ) ; } clauses . push ( clause_content ) ; } let mut clauses = clauses . into_iter ( ) ; Ok ( SlideEmitTest { annotations , annotation_order , args : clauses . next ( ) . unwrap ( ) , input : clauses . next ( ) . unwrap ( ) , stdout : clauses . next ( ) . unwrap ( ) , stderr : clauses . next ( ) . unwrap ( ) , exitcode : clauses . next ( ) . unwrap ( ) , } ) }
Creates a slide emit test case from a .slide test file.
Creates a slide emit test case from a . slide test file .
test_file
&Test<PathBuf>
content
String
test_file
&Test<PathBuf>
content
String