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lib64
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guile
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2.0
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ccache
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ice-9
buffered-input.go
GOOF----LE-8-2.0� ] ! 4 ha ] g guile� � g define-module*� � � g ice-9� g buffered-input� � g filenameS� f ice-9/buffered-input.scm� g exportsS� g make-buffered-input-port� g make-line-buffered-input-port� g !set-buffered-input-continuation?!� � g set-current-module� � � g make-object-property� g buffered-input-continuation?� g setter� � � f � g string-length� g string-ref� g char-whitespace?� g eof-object?� g make-soft-port� f r� g string-append� f �C 5 h` � ]4 5 4 > " G 4i5 R h @ ]45 6 8 g port g val g filenamef ice-9/buffered-input.scm� �� ! �� g nameg !set-buffered-input-continuation?!�g documentationf �Set the read continuation flag for @var{port} to @var{val}. See @code{make-buffered-input-port} for the meaning and use of this flag.� CR hx ]M4M5�$ :4MM5 M�N4 5$ " 445M> " G C4L4M55 4 5$ C N N"��� g res J g x V q g filenamef ice-9/buffered-input.scm� ? �� @ $�� @ �� @ �� B �� B �� C )�� C �� ! D �� + D �� 0 E �� K H �� N H %�� V H �� V H �� Y J �� c I �� j N �� m O �� q P �� q g nameg get-character� C h u ] 4M5M �C m g filenamef ice-9/buffered-input.scm� R �� S �� S �� g nameg input-waiting� C hh 5 ]) HHHO Q K 4O 5K445J> " G JC - g reader e g read-string e g string-index e g port e g get-character e g port & / g filenamef ice-9/buffered-input.scm� # �� < �� < �� > �� 0 U �� D U !�� F U R�� H U �� J U �� K V �� e g nameg make-buffered-input-port�g documentationf �Construct a line-buffered input port from the specified @var{reader}. @var{reader} should be a procedure of one argument that somehow reads a chunk of input and returns it as a string. The port created by @code{make-buffered-input-port} does @emph{not} interpolate any additional characters between the strings returned by @var{reader}. @var{reader} should take a boolean @var{continuation?} argument. @var{continuation?} indicates whether @var{reader} is being called to start a logically new read operation (in which case @var{continuation?} is @code{#f}) or to continue a read operation for which some input has already been read (in which case @var{continuation?} is @code{#t}). Some @var{reader} implementations use the @var{continuation?} argument to determine what prompt to display to the user. The new/continuation distinction is largely an application-level concept: @code{set-buffered-input-continuation?!} allows an application to specify when a read operation is considered to be new. But note that if there is non-whitespace data already buffered in the port when a new read operation starts, this data will be read before the first call to @var{reader}, and so @var{reader} will be called with @var{continuation?} set to @code{#t}.� C R h( � ] 4L 5 45$ C6 � g continuation? ! g str ! g filenamef ice-9/buffered-input.scm� f �� g )�� g �� h $�� h �� j 7�� ! j $�� ! C h � ] O 6 � g reader g filenamef ice-9/buffered-input.scm� Y �� f �� g nameg make-line-buffered-input-port�g documentationf Construct a line-buffered input port from the specified @var{reader}. @var{reader} should be a procedure of one argument that somehow reads a line of input and returns it as a string @emph{without} the terminating newline character. The port created by @code{make-line-buffered-input-port} automatically interpolates a newline character after each string returned by @var{reader}. @var{reader} should take a boolean @var{continuation?} argument. For the meaning and use of this argument, see @code{make-buffered-input-port}.� C RC { g m ( g filenamef ice-9/buffered-input.scm� �� ) %�� 2 �� � �� � # �� Y Y �� [ C6
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