list2need¶
New in version 1.2.0.
list2need allows to create need objects out ouf a given list, where each list entry is used to create
a single need.
It allows to speed up the need-creation process for simple needs, which in most cases just have a title and limited meta-data.
The content area of the list2need directive must contain the list only.
The list-structure syntax is Sphinx-Needs specific, but borrowed from markdown.
No meta-data can be set, except a specific need-ID. But you can use needextend to customize the created needs in a later step.
Need-IDs get generated automatically (hash value), if not given.
IDs can be set by the prefix (ID) in the line. Example: (REQ-1)My first requirement.
This mechanism is the same as the one used by need_part / np.
Options for the need-objects can be set by adding them like ((status="open")).
For details please see Set meta-data.
.. list2need::
:types: req, spec, test
:presentation: nested
:delimiter: .
* Need example on level 1
* (NEED-002) Another Need example on level 1 with a given ID
* Sub-Need on level 2 with status option set
* Another Sub-Need on level 2. Where this sentence will be used
as content, the first one as title.
* Sub-Need on level 3. With some rst-syntax support for
the **content** by :ref:`list2need`
Warning
There are currently known limitations in the list parser. For instance new content lines starting with * or : may get handled incorrectly.
List structure¶
The used list structure was defined to be as small as possible.
Each line starting with a * will create a new need object.
To define a child-need, add 2 additional whitespaces infront of *.
This is called the indentation level and each level must have a need-type defined in the types option.
A line starting without a * will be added to the prior one.
So it can be used to structure longer titles or content, and has no impact on the later representation.
Options¶
types¶
List of need-types, which are used for the different list-levels.
As input name the directive entry from the configuration variable needs_types is used.
There is no default value and types must be set.
.. list2need::
:types: feature, function, test
* Login user
* Provide login screen
* Create password hash
* Recalculate hash and compare
presentation¶
Defines how the single Sphinx-Needs objects shall be presented.
- nested:
Needs of level 2 are defined in the content of the parent need (level 1) and so on.
- standalone:
Each list element gets its own, independent need object. They are not nested.
Default: nested
delimiter¶
Character to be used as delimiter, to define which part of the list-element shall be used as title, which one as content.
The first split part is used as title, the rest as content.
Default: .
links-down¶
links-down set automatically links between the different levels of the list.
.. list2need::
:types: req, spec, test
:presentation: standalone
:links-down: triggers, tests
* (NEED-A)Login user
* (NEED-B)Provide login screen
* (NEED-C)Create password hash
* (NEED-D)Recalculate hash and compare
:links-down: triggers, tests will set a link from type triggers from NEED-A to NEED-B and NEED-C.
NEED-C will get a link from type tests to NEED-D.
So links get set from the upper level down to all need-objects on the direct lower level (top-down approach).
The amount of given link-types must be the amount of used levels minus 1.
Result from the above example:
List examples¶
List with need-ids¶
.. list2need::
:types: feature
* (LIST2NEED-001) Feature 1
* (LIST2NEED-002) Feature 2
* (FEATURE.3) Feature 3
|
Nested lists¶
.. list2need::
:types: feature, req, spec, test
* Level 1
* Level 2
* Level 3
* Level 4
List with newlines¶
.. list2need::
:types: req, spec
* Level 1 need with newlines.
With text in a newline to keep it readable
Empty lines are okay as well.
With text in a newline to keep it readable Empty lines are okay as well. |
Simple rst in lists¶
.. list2need::
:types: req, spec
* Level 1 need with rst. With **some** rst-content for :ref:`list2need`
rst-directives in lists¶
.. list2need::
:types: req, spec
* Level 1 need and more
* And a complex sub-need on level 2 with an image-directive.
.. image:: /_static/sphinx-needs-logo.png
:align: center
:width: 20%
|
Lists with need-part support¶
.. list2need::
:types: req, spec
* (LIST2NEED-REQ-1)Requirement which shall get also need-parts.
Some need-parts:
First: :np:`(1)The first need-part`
Second: :np:`(ANOTHER)ANOTHER need-part`
* And a spec need.
Lets reference a need-part frm above: :need:`LIST2NEED-REQ-1.1`
Some need-parts: First: The first need-part 1 Second: ANOTHER need-part ANOTHER
|
Set meta-data¶
Meta-data can be set directly in the related line via: ((status="open")).
Or if the amount of option/values is getting too complex, in a second step
by using needextend.
The position of the option-string inside the line is not important.
Multiple options need to be separated by ,.
And instead of " also ' can be used.
.. list2need::
:types: feature, req
* (EXT-FEATURE-A)Feature A
* (EXT-REQ-1)Requirement 1. It shall be fast. ((tags="A, fast", style="green_border"))
* (EXT-REQ-2)Requirement 2. It shall be big. ((tags="A, big", style="red_border"))
* (EXT-FEATURE-B)Feature B.
Options are given in next line for readability
((status="done", tags="B", links="EXT-FEATURE-A"))
.. needextend:: EXT-FEATURE-B
:style: yellow
|
Options are given in next line for readability |