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ROC/examples/demo/modules/demo/cms_demo_module.e
Jocelyn Fiat 6313007fbf Refactored and update CMS hooks design. (Move from CMS_RESPONSE to CMS_API).
Moved content_types and content_type_webform_managers from CMS_RESPONSE to CMS_API.
Updated the way to output content (node, ...) to html page.
   See CMS_CONTENT_TYPE_WEBFORM_MANAGER.append_cointent_as_html_to (...).
   Added notion of "teaser" (short version of the content), as opposed to full content.
One can use CMS_API.html_encoder ... when possible, same for `formats', ...
Added bridge from CMS_MODULE_API to CMS_API's encoders.
Added new CMS_TAXONOMY_HOOK used to retrieve list of content associated with a specific term.
Moved up to CMS_RESPONSE a few features which was available only in specific descendants.

Added /taxonomy/term/{termid} implementation.
2015-12-07 18:21:40 +01:00

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note
description: "Summary description for {CMS_DEMO_MODULE}."
author: ""
date: "$Date: 2015-02-13 13:08:13 +0100 (ven., 13 févr. 2015) $"
revision: "$Revision: 96616 $"
class
CMS_DEMO_MODULE
inherit
CMS_MODULE
redefine
setup_hooks,
initialize,
install
end
CMS_HOOK_MENU_SYSTEM_ALTER
CMS_HOOK_BLOCK
create
make
feature {NONE} -- Initialization
make
do
version := "1.0"
description := "Service to demonstrate and test cms system"
package := "demo"
end
feature -- Access
name: STRING = "demo"
feature {CMS_API} -- Module Initialization
initialize (api: CMS_API)
-- <Precursor>
do
Precursor (api)
-- Add support for CMS_PAGE, which requires a storage extension to store the optional "parent" id.
-- For now, we only have extension based on SQL statement.
-- if attached {CMS_NODE_STORAGE_SQL} l_node_api.node_storage as l_sql_node_storage then
-- l_sql_node_storage.register_node_storage_extension (create {CMS_NODE_STORAGE_SQL_PAGE_EXTENSION}.make (l_sql_node_storage))
-- end
end
feature {CMS_API} -- Module management
install (api: CMS_API)
local
sql: STRING
do
-- Schema
if attached {CMS_STORAGE_SQL_I} api.storage as l_sql_storage then
if not l_sql_storage.sql_table_exists ("tb_demo") then
sql := "[
CREATE TABLE tb_demo(
`demo_id` INTEGER PRIMARY KEY AUTO_INCREMENT NOT NULL CHECK("demo_id">=0),
`name` VARCHAR(100) NOT NULL,
`value` TEXT
);
]"
l_sql_storage.sql_execute_script (sql, Void)
if l_sql_storage.has_error then
api.logger.put_error ("Could not initialize database for demo module", generating_type)
end
end
Precursor {CMS_MODULE}(api)
end
end
feature -- Access: router
setup_router (a_router: WSF_ROUTER; a_api: CMS_API)
-- <Precursor>
do
map_uri_template_agent (a_router, "/demo/", agent handle_demo (?,?,a_api), Void)
map_uri_template_agent (a_router, "/demo/{id}", agent handle_demo_entry (?,?,a_api), Void)
end
feature -- Hooks
setup_hooks (a_hooks: CMS_HOOK_CORE_MANAGER)
do
a_hooks.subscribe_to_menu_system_alter_hook (Current)
a_hooks.subscribe_to_block_hook (Current)
end
block_list: ITERABLE [like {CMS_BLOCK}.name]
do
Result := <<"?demo-info">>
end
get_block_view (a_block_id: READABLE_STRING_8; a_response: CMS_RESPONSE)
local
-- b: CMS_CONTENT_BLOCK
mb: CMS_MENU_BLOCK
m: CMS_MENU
lnk: CMS_LOCAL_LINK
do
if a_block_id.same_string ("demo-info") then
if a_response.location.starts_with_general ("demo/") then
create m.make_with_title (a_block_id, "Demo", 2)
create lnk.make ("demo: abc", "demo/abc")
m.extend (lnk)
create lnk.make ("demo: 123", "demo/123")
m.extend (lnk)
create mb.make (m)
a_response.add_block (mb, "sidebar_second")
end
end
end
menu_system_alter (a_menu_system: CMS_MENU_SYSTEM; a_response: CMS_RESPONSE)
local
lnk: CMS_LOCAL_LINK
-- perms: detachable ARRAYED_LIST [READABLE_STRING_8]
do
create lnk.make ("Demo", "demo/")
a_menu_system.primary_menu.extend (lnk)
end
feature -- Handler
handle_demo,
handle_demo_entry (req: WSF_REQUEST; res: WSF_RESPONSE; a_api: CMS_API)
local
r: NOT_IMPLEMENTED_ERROR_CMS_RESPONSE
do
create r.make (req, res, a_api)
r.set_main_content ("DEMO module does not yet implement %"" + req.percent_encoded_path_info + "%" ...")
r.add_error_message ("DEMO Module: not yet implemented")
r.execute
end
feature -- Mapping helper: uri template
map_uri_template (a_router: WSF_ROUTER; a_tpl: READABLE_STRING_8; h: WSF_URI_TEMPLATE_HANDLER; rqst_methods: detachable WSF_REQUEST_METHODS)
-- Map `h' as handler for `a_tpl' for request methods `rqst_methods'.
require
a_tpl_attached: a_tpl /= Void
h_attached: h /= Void
do
a_router.map (create {WSF_URI_TEMPLATE_MAPPING}.make (a_tpl, h), rqst_methods)
end
feature -- Mapping helper: uri template agent
map_uri_template_agent (a_router: WSF_ROUTER; a_tpl: READABLE_STRING_8; proc: PROCEDURE [ANY, TUPLE [req: WSF_REQUEST; res: WSF_RESPONSE]]; rqst_methods: detachable WSF_REQUEST_METHODS)
-- Map `proc' as handler for `a_tpl' for request methods `rqst_methods'.
require
a_tpl_attached: a_tpl /= Void
proc_attached: proc /= Void
do
map_uri_template (a_router, a_tpl, create {WSF_URI_TEMPLATE_AGENT_HANDLER}.make (proc), rqst_methods)
end
end