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Description: Logbook system to manage notes through a Web interface
The Electronic Logbook (ELOG) provides a Web interface to manage notes. Its
general purpose is to make it easy for people to put and access information
online; in the form of short, time stamped text messages with optional HTML
markup for presentation, and optional file attachments. ELOG has its own
daemon, there is no need for a full-fledged server (e.g. Apache). It stores
notes as simple as plain text; no special formatting. Its features:
.
* Personal logbooks: Personal notes can be written into ELOG and can then be
retrieved from anywhere with a Web browser.
* Shared logbooks: Logbooks can be shared by several people, for reading and
optionally for writing. Workgroups can share and exchange information like
in a (simplified) news group.
* Small databases: Since arbitrary attributes can be defined for a logbook,
it can be used as a small database with search facilities.
* Problem collections: A system can consist of two logbooks, in one of which
users enter bugs or problems. Whenever someone adds a problem, an email is
automatically sent to the administrator.
* Shift logbooks: If the Allow delete and Allow edit flags are off, an entry
cannot be modified once it's been entered. This can be useful for shift
logbooks for example in Physics experiments where each entry becomes a
"document" with a time and author stamp.
* File collections: Since files can be attached to ELOG entries, the system
can be used to store and retrieve files.
Description: Logbook system to manage notes through a Web interface
The Electronic Logbook (ELOG) provides a Web interface to manage notes. Its
general purpose is to make it easy for people to put and access information
online; in the form of short, time stamped text messages with optional HTML
markup for presentation, and optional file attachments. ELOG has its own
daemon, there is no need for a full-fledged server (e.g. Apache). It stores
notes as simple as plain text; no special formatting. Its features:
.
* Personal logbooks: Personal notes can be written into ELOG and can then be
retrieved from anywhere with a Web browser.
* Shared logbooks: Logbooks can be shared by several people, for reading and
optionally for writing. Work groups can share and exchange information
like in a (simplified) news group.
* Small databases: Since arbitrary attributes can be defined for a logbook,
it can be used as a small database with search facilities.
* Problem collections: A system can consist of two logbooks, in one of which
users enter bugs or problems. Whenever someone adds a problem, an email
is automatically sent to the administrator.
* Shift logbooks: If the Allow delete and Allow edit flags are off, an entry
cannot be modified once it's been entered. This can be useful for shift
logbooks for example in Physics experiments where each entry becomes a
"document" with a time and author stamp.
* File collections: Since files can be attached to ELOG entries, the system
can be used to store and retrieve files.
--- 47790 Thu Jan 1 00:00:00 1970
+++ 226548 Thu Jan 1 00:00:00 1970
@@ -9,13 +9,13 @@
* Personal logbooks: Personal notes can be written into ELOG and can then be
retrieved from anywhere with a Web browser.
* Shared logbooks: Logbooks can be shared by several people, for reading and
- optionally for writing. Workgroups can share and exchange information like
- in a (simplified) news group.
+ optionally for writing. Work groups can share and exchange information
+ like in a (simplified) news group.
* Small databases: Since arbitrary attributes can be defined for a logbook,
it can be used as a small database with search facilities.
* Problem collections: A system can consist of two logbooks, in one of which
- users enter bugs or problems. Whenever someone adds a problem, an email is
- automatically sent to the administrator.
+ users enter bugs or problems. Whenever someone adds a problem, an email
+ is automatically sent to the administrator.
* Shift logbooks: If the Allow delete and Allow edit flags are off, an entry
cannot be modified once it's been entered. This can be useful for shift
logbooks for example in Physics experiments where each entry becomes a