-The BLOWFISH option.
+The Blowfish option.
-This is a drop-in replacement for the bfish microcode module and
-runtime/blowfish.scm. It is not part of the core build and can be
-built outside the core build tree in the customary way:
+This plugin creates a (blowfish) package, a drop-in replacement for
+the microcode module based (runtime blowfish) package. It is built in
+the customary GNU way:
./configure [--with-openssl=directory]...
make all check install
-The install target copies a shared library shim and compiled Scheme
-files into the system library path, and re-writes the optiondb.scm
-found there. You can override the default command name "mit-scheme"
-(and thus the system library path) by setting MIT_SCHEME_EXE.
+To use:
-To use: (load-option 'BLOWFISH) and import the bindings you want.
-They are not exported to the global environment because they would
-conflict with the exports from (runtime blowfish).
+ (load-option 'blowfish)
+ (import-blowfish)
+
+Import-blowfish will modify the REPL's current environment by adding
+bindings linked to the plugin's exports. They are not exported to the
+global environment because they would conflict with the exports from
+(runtime blowfish).
+
+To import into a CREF package set, add this to your .pkg file:
+
+ (global-definitions blowfish/)
+
+ (define-package (your package name)
+ (parent (your package parent))
+ (import (blowfish)
+ blowfish-set-key
+ ...))
(define-package (blowfish)
(files "blowfish")
(parent ())
- ;; You'll have to import these from (global-definitions blowfish/).
- ;; They are currently bound in () by exports from (runtime blowfish).
+ (export ()
+ import-blowfish)
(export (blowfish global)
blowfish-cbc
blowfish-cfb64
(declare (usual-integrations))
\f
+(define (import-blowfish)
+ (let ((target-environment (nearest-repl/environment))
+ (source-environment (->environment '(blowfish))))
+ (for-each (lambda (name)
+ (link-variables target-environment name
+ source-environment name))
+ '(blowfish-cbc
+ blowfish-cfb64
+ blowfish-ecb
+ blowfish-encrypt-port
+ blowfish-file?
+ blowfish-ofb64
+ blowfish-set-key
+ compute-blowfish-init-vector
+ read-blowfish-file-header
+ write-blowfish-file-header))))
+
(C-include "blowfish")
(define (blowfish-set-key bytes)
-The GDBM option.
+The GDBM2 option.
-This is a drop-in replacement for the gdbm microcode module and
-runtime/gdbm.scm. It is not part of the core build and can be built
-outside the core build tree in the customary way:
+This plugin creates a (gdbm) package, a drop-in replacement for the
+microcode module based (runtime gdbm) package. It is built in the
+customary GNU way:
./configure ...
make all check install
-The install target copies a shared library shim and compiled Scheme
-files into the system library path and re-writes the optiondb.scm
-found there. You can override the default command name "mit-scheme"
-(and thus the system library path) by setting MIT_SCHEME_EXE.
+To use:
-To use: (load-option 'GDBM2) and import the bindings you want. They
-are not exported to the global environment because they would conflict
-with the exports from (runtime gdbm).
+ (load-option 'gdbm2)
+ (import-gdbm2)
+
+Import-gdbm2 will modify the REPL's current environment by adding
+bindings linked to the plugin's exports. They are not exported to the
+global environment because they would conflict with the exports from
+(runtime gdbm).
+
+To import into a CREF package set, add this to your .pkg file:
+
+ (global-definitions gdbm/)
+
+ (define-package (your package name)
+ (parent (your package parent))
+ (import (gdbm)
+ gdbm-open
+ ...))
cp1-ref
ustring-cp-size
ustring?)
+ (export ()
+ import-gdbm2)
(export (gdbm global)
gdbm-close
gdbm-delete
(declare (usual-integrations))
\f
+(define (import-gdbm2)
+ (let ((target-environment (nearest-repl/environment))
+ (source-environment (->environment '(gdbm))))
+ (for-each (lambda (name)
+ (link-variables target-environment name
+ source-environment name))
+ '(gdbm-close
+ gdbm-delete
+ gdbm-exists?
+ gdbm-fetch
+ gdbm-firstkey
+ gdbm-nextkey
+ gdbm-open
+ gdbm-reorganize
+ gdbm-setopt
+ gdbm-store
+ gdbm-sync
+ gdbm-version
+ gdbm_cachesize
+ gdbm_fast
+ ;;gdbm_fastmode obsolete
+ gdbm_insert
+ gdbm_newdb
+ gdbm_reader
+ gdbm_replace
+ gdbm_wrcreat
+ gdbm_writer))))
+
(C-include "gdbm")
(define-integrable (every-loop proc ref string start end)
-The MCRYPT option.
+The Mcrypt option.
-This is a drop-in replacement for the mcrypt microcode module and the
-mcrypt-* procedures in runtime/crypto.scm. It is not part of the core
-build and can be built outside the core build tree in the customary
-way:
+This plugin creates an (mcrypt) package, a drop-in replacement for the
+microcode module based mcrypt-* procedures in the (runtime crypto)
+package. It is built in the customary GNU way:
- ./configure
+ ./configure ...
make all check install
-The install target copies a shared library shim and compiled Scheme
-files into the system library path and re-writes the optiondb.scm
-found there. You can override the default command name "mit-scheme"
-(and thus the system library path) by setting MIT_SCHEME_EXE.
+To use:
-To use: (load-option 'MCRYPT) and import the bindings you want. They
-are not exported to the global environment because they would conflict
-with the exports from (runtime crypto).
+ (load-option 'mcrypt)
+ (import-mcrypt)
+
+Import-mcrypt will modify the REPL's current environment by adding
+bindings linked to the plugin's exports. They are not exported to the
+global environment because they would conflict with the exports from
+(runtime crypto).
+
+To import into a CREF package set, add this to your .pkg file:
+
+ (global-definitions mcrypt/)
+
+ (define-package (your package name)
+ (parent (your package parent))
+ (import (mcrypt)
+ mcrypt-encrypt-port
+ ...))
(define-package (mcrypt)
(files "mcrypt")
(parent ())
+ (export ()
+ import-mcrypt)
(export (mcrypt global)
mcrypt-algorithm-name
mcrypt-algorithm-names
;;; alist that is periodically scanned for objects that were GCed and
;;; not freed.
+(define (import-mcrypt)
+ (let ((target-environment (nearest-repl/environment))
+ (source-environment (->environment '(mcrypt))))
+ (for-each (lambda (name)
+ (link-variables target-environment name
+ source-environment name))
+ '(mcrypt-algorithm-name
+ mcrypt-algorithm-names
+ mcrypt-block-algorithm-mode?
+ mcrypt-block-algorithm?
+ mcrypt-block-mode?
+ mcrypt-context?
+ mcrypt-decrypt!
+ mcrypt-encrypt
+ mcrypt-encrypt!
+ mcrypt-encrypt-port
+ mcrypt-end
+ mcrypt-init
+ mcrypt-init-vector-size
+ mcrypt-key-size
+ mcrypt-mode-name
+ mcrypt-mode-names
+ mcrypt-open-module
+ mcrypt-self-test
+ mcrypt-supported-key-sizes))))
+
(C-include "mcrypt")
(define mcrypt-initialized? #f)
The MD5 option.
-This is a drop-in replacement for the md5 microcode module and the
-md5-* procedures in runtime/crypto.scm. It is not part of the core
-build and can be built outside the core build tree in the customary
-way:
+This plugin creates an (md5) package, a drop-in replacement for the
+microcode module based md5-* procedures in the (runtime crypto)
+package. It is built in the customary GNU way:
./configure [--with-openssl=directory]...
make all check install
-The install target copies a shared library shim and compiled Scheme
-files into the system library path, and re-writes the optiondb.scm
-found there. You can override the default command name "mit-scheme"
-(and thus the system library path) by setting MIT_SCHEME_EXE.
+To use:
-To use: (load-option 'MD5) and import the bindings you want. They are
-not exported to the global environment because they would conflict
-with the exports from (runtime crypto).
+ (load-option 'md5)
+ (import-md5)
+
+Import-md5 will modify the REPL's current environment by adding
+bindings linked to the plugin's exports. They are not exported to the
+global environment because they would conflict with the exports from
+(runtime crypto).
+
+To import into a CREF package set, add this to your .pkg file:
+
+ (global-definitions md5/)
+
+ (define-package (your package name)
+ (parent (your package parent))
+ (import (md5)
+ md5-file
+ ...))
(define-package (md5)
(files "md5")
(parent ())
+ (export ()
+ import-md5)
(export (md5 global)
md5-bytevector
md5-file
(declare (usual-integrations))
\f
+(define (import-md5)
+ (let ((target-environment (nearest-repl/environment))
+ (source-environment (->environment '(md5))))
+ (for-each (lambda (name)
+ (link-variables target-environment name
+ source-environment name))
+ '(md5-bytevector
+ md5-file
+ md5-string))))
+
(C-include "md5")
(define (%md5-init)
-The MHASH option.
+The Mhash option.
-This is a drop-in replacement for the mhash microcode module and the
-mhash-* procedures in runtime/crypto.scm. It is not part of the core
-build and can be built outside the core build tree in the customary
-way:
+This plugin creates an (mhash) package, a drop-in replacement for the
+microcode module based mhash-* procedures in the (runtime crypto)
+package. It is built in the customary GNU way:
- ./configure [--with-mhash=directory]...
+ ./configure ...
make all check install
-The install target copies a shared library shim and compiled Scheme
-files into the system library path, and re-writes the optiondb.scm
-found there. You can override the default command name "mit-scheme"
-(and thus the system library path) by setting MIT_SCHEME_EXE.
+To use:
-To use: (load-option 'MHASH) and import the bindings you want. They
-are not exported to the global environment because they would conflict
-with the exports from (runtime crypto).
+ (load-option 'mhash)
+ (import-mhash)
+
+Import-mhash will modify the REPL's current environment by adding
+bindings linked to the plugin's exports. They are not exported to the
+global environment because they would conflict with the exports from
+(runtime crypto).
+
+To import into a CREF package set, add this to your .pkg file:
+
+ (global-definitions mhash/)
+
+ (define-package (your package name)
+ (parent (your package parent))
+ (import (mhash)
+ mhash-file
+ ...))
(define-package (mhash)
(files "mhash")
(parent ())
+ (export ()
+ import-mhash)
(initialization (initialize-package!))
(export (mhash global)
make-mhash-keygen-type
(declare (usual-integrations))
\f
+(define (import-mhash)
+ (let ((target-environment (nearest-repl/environment))
+ (source-environment (->environment '(mhash))))
+ (for-each (lambda (name)
+ (link-variables target-environment name
+ source-environment name))
+ '(make-mhash-keygen-type
+ mhash-bytevector
+ mhash-context?
+ mhash-end
+ mhash-file
+ mhash-get-block-size
+ mhash-hmac-end
+ mhash-hmac-init
+ mhash-hmac-update
+ mhash-init
+ mhash-keygen
+ mhash-keygen-max-key-size
+ mhash-keygen-salt-size
+ mhash-keygen-type-names
+ mhash-keygen-type?
+ mhash-keygen-uses-count?
+ mhash-keygen-uses-hash-algorithm
+ mhash-keygen-uses-salt?
+ mhash-string
+ mhash-type-names
+ mhash-update))))
+
(C-include "mhash")
(define mhash-algorithm-names)
projects / mit-scheme.git / commitdiff