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mip/Modules/mip_quotation_document.pck

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CREATE OR REPLACE PACKAGE mip_quotation_document IS
-- Author : HARDYA
-- Created : 15/11/2007 11:27:58
-- Purpose : Handle life-cycle of quotations
-- Public type declarations
--type <TypeName> is <Datatype>;
type caveat_text is varray(20) of varchar2(4000);
type img_props is record(width number,
height number);
type cost_line is record(
cost_description varchar2(80),
cost_price number);
type address is varray(7) of varchar2(160);
type works is varray(20) of varchar2(160);
type costs is varray(20) of cost_line;
type caveats is varray(20) of varchar2(2000);
type dimensions is varray(10) of number;
type quote_data is record
(quote_ref NUMBER,
transaction_ref VARCHAR2(80),
mprn number(30),
supplier_address address := address(null,null,null,null,null,null,null),
current_date DATE,
agent_first_name varchar2(80),
site_address address := address(null,null,null,null,null,null,null),
mam varchar2(80),
quote_works works := works(null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null),
caveat_desc_works caveat_text:= caveat_text(null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null),
lead_time number,
total_cost number,
caveat_cont_sum caveat_text:= caveat_text(null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null),
quote_costs costs := costs(null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null),
house_length number,
house_depth number,
house_height number,
house_ventilation number,
base_length number,
base_depth number,
base_height number,
outlet_termninal_size number,
caveat_term_cond caveat_text:= caveat_text(null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null),
liquid_damage_day number,
liquid_damage_cap number,
base_dimensions dimensions := dimensions(null,null,null,null,null,null,null,null,null,null),
base_diagram varchar2(80),
house_dimensions dimensions := dimensions(null,null,null,null,null,null,null,null,null,null),
house_diagram varchar2(80),
module_dimensions dimensions := dimensions(null,null,null,null,null,null,null,null,null,null),
module_reference varchar2(80),
module_diagram varchar2(80),
requested_qmax number,
module_qmax number,
module_qmin number,
module_inlet_height number,
module_outlet_height number,
module_inlet_size number,
module_outlet_size number,
module_inlet_type varchar2(80),
module_outlet_type varchar2(80),
module_inlet_orientation varchar2(80),
module_outlet_orientation varchar2(80),
meter_reference varchar(80),
caveat_cont_sum_qa caveat_text:= caveat_text(null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null),
mety_code varchar(80),
svcpt_code varchar(10)
);
FUNCTION generate_quote_pdf(p_quote_id in number) RETURN VARCHAR2;
END mip_quotation_document;
/
CREATE OR REPLACE PACKAGE BODY mip_quotation_document IS
/*
PROCEDURE print_caveats
--Prints the supplied caveats to the current PLPDF page
%param p_caveats - an array of caveat paragraphs to print
%param p_vertical_offset - how far down the page we start printing
%param p_line_spacing - the line spacing to use, defaults to 4
*/
procedure print_caveats(p_caveats in caveat_text, p_vertical_offset in number, p_line_spacing in number :=4) is
l_caveats_counter number;
l_cell_margin number;
begin
--set up the screen so we can have our size 4 spacing
l_cell_margin:= plpdf.GetCellMargin;
plpdf.SetLeftMargin(33.7);
plpdf.SetCellMargin(-2);
plpdf.SetCurrentY(p_vertical_offset);
l_caveats_counter :=1;
while p_caveats(l_caveats_counter) is not null
loop
plpdf.PrintFlowingText(p_line_spacing, p_caveats(l_caveats_counter));
plpdf.LineBreak;
plpdf.LineBreak;
l_caveats_counter := l_caveats_counter +1;
end loop;
--revert back to the original screen settings
plpdf.SetCellMargin(l_cell_margin);
plpdf.SetLeftMargin(31.7);
end print_caveats;
/*
FUNCTION scale_image_dimensions
--The scale_image_dimensions provides the width and height of an image to
--correctly scale into a specified size.
%param p_req_width - The maximum width required for the image
%param p_req_height - The maximum height required for the image
%param p_image_blob - The image we may need to scale down
%return img_props - the new width and height of the image
*/
function scale_image_dimensions(p_req_width in number, p_req_height in number, p_image_blob in blob) return img_props is
l_new_width number;
l_ratio number;
l_new_height number;
l_cur_width number;
l_image_props plpdf_type.t_imageprops;
l_new_dimensions img_props;
begin
--Get the properties for the image from plpdf
l_image_props:=plpdf_img.getimageprops(p_image_blob);
--if the image is too high cut it down to the limit and record the ratio
--and cutting the width by the recored ratio
if l_image_props.height > p_req_height then
l_new_height := p_req_height;
l_ratio := l_image_props.height/p_req_height;
l_cur_width := l_image_props.width/l_ratio;
else
l_new_height := l_image_props.height;
l_cur_width := l_image_props.width;
end if;
--if it's too wide then cut it down to the limit and record the ratio
--and cutting the height by the recored ratio
if l_cur_width > p_req_width then
l_new_width := p_req_width;
l_ratio := l_cur_width/p_req_width;
l_new_height := l_new_height/l_ratio;
else
l_new_width := l_cur_width;
end if;
l_new_dimensions.width := l_new_width;
l_new_dimensions.height := l_new_height;
return l_new_dimensions;
end scale_image_dimensions;
/*
FUNCTION get_drawing
--The get_drawing function returns a blob of the drawing code
%param p_drwg_code - the code of the drawing you want the blob of.
%return blob the drawing image
*/
function get_drawing(p_drwg_code varchar2) return blob is
l_blob blob;
CURSOR c_get_drawing(cp_drwg varchar2) IS
SELECT blob_content
FROM wwv_flow_files
WHERE name = (SELECT uri
FROM documents
WHERE (SELECT docu_id
FROM document_roles
WHERE cp_drwg = drwg_code)=id);
begin
IF NOT c_get_drawing%ISOPEN THEN
OPEN c_get_drawing(p_drwg_code);
END IF;
FETCH c_get_drawing
INTO l_blob;
CLOSE c_get_drawing;
return l_blob;
end get_drawing;
/*
FUNCTION get_mam
--The get_mam function returns a meter asset manager description for the supplied region code.
%param p_region_code - the code of the region you want to get the mam description of.
%return varchar(80)description of the supplied regions code mam
*/
function get_mam(p_region_code varchar2) return varchar2 is
l_mam_desc varchar2(80);
CURSOR c_get_mam(cp_region_code varchar2) IS
SELECT description
FROM regions
WHERE code = cp_region_code;
begin
IF NOT c_get_mam%ISOPEN THEN
OPEN c_get_mam(p_region_code);
END IF;
FETCH c_get_mam
INTO l_mam_desc;
CLOSE c_get_mam;
return l_mam_desc;
end get_mam;
/*
FUNCTION get_enquiry_row
--The get_enquiry_row function returns an enquiry record for the supplied enquiry id.
%param p_enquiry_id - the id of the enquiry you want to get a record of.
%return enquiry row of the supplied enquiry id
*/
function get_enquiry_row(p_enquiry_id number) return enquiries%ROWTYPE is
--Enquiry data
l_enqu_row enquiries%ROWTYPE;
CURSOR c_get_enquiry(cp_enqu_id number) IS
SELECT *
FROM enquiries
WHERE id = cp_enqu_id;
begin
--get the enquiry data
IF NOT c_get_enquiry%ISOPEN THEN
OPEN c_get_enquiry(p_enquiry_id);
END IF;
FETCH c_get_enquiry
INTO l_enqu_row;
CLOSE c_get_enquiry;
return l_enqu_row;
end get_enquiry_row;
/*
FUNCTION get_quote_row
--The get_quote_row funcdsf sdfsdfsd fsdfsdfsdftion returns an enquiry record for the supplied enquiry id.
%param p_enquiry_id - the id of the enquiry you want to get a record of.
%return enquiry row of the supplied enquiry id
*/
function get_quote_row(p_quote_id number) return quotes%ROWTYPE is
--Quote data
l_quote_row quotes%ROWTYPE;
CURSOR c_get_quote(cp_quote_id number) IS
SELECT *
FROM quotes
WHERE id = cp_quote_id;
begin
--get the quote data
IF NOT c_get_quote%ISOPEN THEN
OPEN c_get_quote(p_quote_id);
END IF;
FETCH c_get_quote
INTO l_quote_row;
CLOSE c_get_quote;
return l_quote_row;
end get_quote_row;
/*
FUNCTION get_meter_row
--The get_meter_row function returns a meter record for the supplied meter code.
%param p_code - the code of the meter you want to get a record of.
%return meters row of the supplied meter code
*/
function get_meter_row(p_code varchar2) return meters%ROWTYPE is
l_meter_row meters%ROWTYPE;
CURSOR c_get_meter(cp_meter_code varchar2) IS
SELECT *
FROM meters
WHERE code = cp_meter_code;
begin
IF NOT c_get_meter%ISOPEN THEN
OPEN c_get_meter(p_code);
END IF;
FETCH c_get_meter
INTO l_meter_row;
CLOSE c_get_meter;
return l_meter_row;
end get_meter_row;
/*
FUNCTION get_module_row
--The get_module_row function returns a module record for the supplied module code.
%param p_code - the code of the module you want to get a record of.
%return modules row of the supplied module code
*/
function get_module_row(p_code varchar2) return modules%ROWTYPE is
l_module_row modules%ROWTYPE;
CURSOR c_get_module(cp_module_code varchar2) IS
SELECT *
FROM modules
WHERE code = cp_module_code;
begin
IF NOT c_get_module%ISOPEN THEN
OPEN c_get_module(p_code);
END IF;
FETCH c_get_module
INTO l_module_row;
CLOSE c_get_module;
return l_module_row;
end get_module_row;
/*
FUNCTION get_housing_row
--The get_housing_row function returns a housing record for the supplied housing code.
%param p_code - the code of the housing you want to get a record of.
%return housings row of the supplied housing code
*/
function get_housing_row(p_code varchar2) return housings%ROWTYPE is
l_housing_row housings%ROWTYPE;
CURSOR c_get_housing(cp_housing_code varchar2) IS
SELECT *
FROM housings
WHERE code = cp_housing_code;
begin
IF NOT c_get_housing%ISOPEN THEN
OPEN c_get_housing(p_code);
END IF;
FETCH c_get_housing
INTO l_housing_row;
CLOSE c_get_housing;
return l_housing_row;
end get_housing_row;
/*
FUNCTION get_base_row
--The get_base_row function returns a base record for the supplied base code.
%param p_code - the code of the base you want to get a record of.
%return bases row of the supplied base code
*/
function get_base_row(p_code varchar2) return bases%ROWTYPE is
l_base_row bases%ROWTYPE;
CURSOR c_get_base(cp_base_code varchar2) IS
SELECT *
FROM bases
WHERE code = cp_base_code;
begin
IF NOT c_get_base%ISOPEN THEN
OPEN c_get_base(p_code);
END IF;
FETCH c_get_base
INTO l_base_row;
CLOSE c_get_base;
return l_base_row;
end get_base_row;
/*
FUNCTION get_additional_item
--The get_additional_item function returns an additional_item record for the supplied additional
--item code.
%param p_code - the code of the additional item you want to get a record of.
%return additional_items row of the supplied item code
*/
function get_additional_item(p_code varchar2) return additional_items%ROWTYPE is
--Additional Items
l_add_item_row additional_items%ROWTYPE;
CURSOR c_get_add_item(cp_additid varchar2) IS
SELECT *
FROM additional_items
WHERE code = cp_additid;
begin
--get additional item
IF NOT c_get_add_item%ISOPEN THEN
OPEN c_get_add_item(p_code);
END IF;
FETCH c_get_add_item
INTO l_add_item_row;
CLOSE c_get_add_item;
return l_add_item_row;
end get_additional_item;
/*
FUNCTION get_max_lead_time
--The get_max lead_time function returns the contracted lead time for the provided quotation.
--It takes the largest lead time of all the quotation items (modules, addons, housings bases)
--hence the max bit
%param p_quoteid - the id of the quote you want to get the lead time.
%return number the maximum contacted lead time for the supplied quotation
*/
function get_max_lead_time(p_quoteid number) return number is
l_quote_item_maxlt number;
CURSOR c_get_max_lead_time (cp_id number) is
SELECT MAX(lead_time)
FROM quote_items
WHERE qute_id = cp_id;
begin
IF NOT c_get_max_lead_time%ISOPEN THEN
OPEN c_get_max_lead_time(p_quoteid);
END IF;
FETCH c_get_max_lead_time
INTO l_quote_item_maxlt;
CLOSE c_get_max_lead_time;
return l_quote_item_maxlt;
end get_max_lead_time;
/*
FUNCTION get_total_cost
--The get_total_cost function returns the total cost for a quotation (excluding lifting gear)
%param p_quoteid - the id of the quote you want to get the total cost for.
%return number the total cost
*/
function get_total_cost(p_quoteid number) return number is
l_quote_total_cost number;
begin
SELECT SUM(selling_price + nvl(delivery_price,0))
into l_quote_total_cost
FROM quote_items
WHERE qute_id = p_quoteid and not (quit_type = 'AQI' and adit_code in ('LIFTING GEAR','PURGING'));
return l_quote_total_cost;
end get_total_cost;
/*
PROCEDURE set_quote_items
--This procedure sets the data for each of the items associated with the quotation.
%param p_quote_data in out - The current data for this enquiry(what write our data values to)
%param p_quoteid - used to list all the quote items.
%param p_enqu_row - the current enquiry row to get data only available in the enquiry.
*/
procedure set_quote_items_data (p_quote_data in out quote_data, p_quoteid number, p_enqu_row enquiries%ROWTYPE) is
--Enquiry type
l_enqu_type_row enquiry_types%ROWTYPE;
CURSOR c_get_enquiry_type(cp_enty_code varchar2) IS
SELECT *
FROM enquiry_types
WHERE code = cp_enty_code;
--Quote Items
CURSOR c_get_quote_item(cp_quoteid number) IS
SELECT *
FROM quote_items
WHERE qute_id = cp_quoteid;
--Module data
l_module_row modules%ROWTYPE;
--Additional Items
l_add_item_row additional_items%ROWTYPE;
l_works works := works(null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null); --list of works for the quote
l_addons varchar(300); --list of addons for the quote
l_housing_row housings%ROWTYPE;
l_base_row bases%ROWTYPE;
l_meter_row meters%ROWTYPE; -- used to get the qmax and qmin of the meter
l_total_cost number; --used to figure out the liquidated damages costs
l_counter number;
l_service_pressure varchar2(80); --these three used to determine whether to set
l_meter_type varchar2(80); --the lifting gear item or not
l_enqu_type varchar2(80);
begin
--get the meter type, pressure and job type so we can
--determine whether to display the lifting gear cost line or not
FOR quote_item_rec IN c_get_quote_item(p_quoteid) LOOP
if quote_item_rec.quit_type = 'LQI' then
l_service_pressure := quote_item_rec.svcpt_code;
l_meter_type := quote_item_rec.mety_code;
l_enqu_type := quote_item_rec.enty_code;
end if;
end loop;
--cycle through the quote items picking up each item to store in the
--p_quote_data record
l_counter := 0;
FOR quote_item_rec IN c_get_quote_item(p_quoteid) LOOP
--get the meter type, pressure and job type so we can
--determine whether to display the lifting gear cost line or not
l_counter := l_counter + 1;
case quote_item_rec.quit_type
when 'BQI' then --base item
l_addons := l_addons || ', Base';
--Set the costs
p_quote_data.quote_costs(l_counter).cost_description := 'Base Materials cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.selling_price;
if not (quote_item_rec.delivery_price is null) then
l_counter:=l_counter +1;
p_quote_data.quote_costs(l_counter).cost_description := 'Base Delivery cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.delivery_price;
end if;
--get base technical details
p_quote_data.base_dimensions(1) := l_base_row.depth;
p_quote_data.base_dimensions(2) := l_base_row.dim_a;
p_quote_data.base_dimensions(3) := l_base_row.dim_b;
p_quote_data.base_dimensions(4) := l_base_row.dim_c;
p_quote_data.base_dimensions(5) := l_base_row.dim_d;
p_quote_data.base_dimensions(6) := l_base_row.dim_e;
p_quote_data.base_dimensions(7) := l_base_row.dim_f;
p_quote_data.base_dimensions(8) := l_base_row.dim_g;
p_quote_data.base_dimensions(9) := l_base_row.dim_h;
p_quote_data.base_dimensions(10) := l_base_row.dim_i;
p_quote_data.base_diagram := l_base_row.drwg_code;
when 'HQI' then --housing item
l_addons := l_addons || ', Housing';
--Set up the costs
p_quote_data.quote_costs(l_counter).cost_description := 'Housing Materials cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.selling_price;
if not (quote_item_rec.delivery_price is null) then
l_counter:=l_counter +1;
p_quote_data.quote_costs(l_counter).cost_description := 'Housing Delivery cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.delivery_price;
end if;
--get housing technical details
p_quote_data.house_dimensions(1) := l_housing_row.dim_l;
p_quote_data.house_dimensions(2) := l_housing_row.dim_w;
p_quote_data.house_dimensions(3) := l_housing_row.dim_h;
p_quote_data.house_dimensions(4) := l_housing_row.weight;
p_quote_data.house_diagram := l_housing_row.drwg_code;
when 'AQI' then --add-on item
--If we get time add an if statement round this that checks if the
--Additional Item is lifting gear that it only appears for
--LP Diaphgram install/std install jobs
--Get costs
l_add_item_row := get_additional_item(quote_item_rec.adit_code);
if quote_item_rec.adit_code = 'LIFTING GEAR' then
if l_service_pressure = 'LP' and l_meter_type = 'DIAPHRAGM' and (l_enqu_type = 'INSTALL' or l_enqu_type = 'STD INSTALL') then
null;
else
p_quote_data.quote_costs(l_counter).cost_description := l_add_item_row.description;
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.selling_price;
end if;
else
p_quote_data.quote_costs(l_counter).cost_description := l_add_item_row.description||' Materials cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.selling_price;
end if;
if not(quote_item_rec.delivery_price is null) then
l_counter:=l_counter +1;
p_quote_data.quote_costs(l_counter).cost_description := l_add_item_row.description||' Delivery cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.delivery_price;
end if;
--set the list of add-ons for this quote, but don't add lifting gear
if quote_item_rec.adit_code <> 'LIFTING GEAR' then
l_addons := l_addons || ', '||l_add_item_row.description;
end if;
when 'MQI' then --module item
--get costs
p_quote_data.quote_costs(l_counter).cost_description := 'Module Materials cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.selling_price;
if not(quote_item_rec.delivery_price is null) then
l_counter:=l_counter +1;
p_quote_data.quote_costs(l_counter).cost_description := 'Module Delivery cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.delivery_price;
end if;
--other module details
l_module_row := get_module_row (quote_item_rec.modu_code);
l_works(3) := 'Meter Type: '|| l_module_row.svcp_code || ' ' || p_quote_data.meter_reference;
p_quote_data.outlet_termninal_size := l_module_row.outlet_size;
--module technical details
p_quote_data.module_dimensions(1) := l_module_row.dim_a;
p_quote_data.module_dimensions(2) := l_module_row.dim_b;
p_quote_data.module_dimensions(3) := l_module_row.dim_c;
p_quote_data.module_dimensions(4) := l_module_row.dim_d;
p_quote_data.module_dimensions(5) := l_module_row.dim_e;
p_quote_data.module_dimensions(6) := l_module_row.dim_h;
p_quote_data.module_dimensions(7) := l_module_row.inlet_height;
p_quote_data.module_dimensions(8) := l_module_row.outlet_height;
p_quote_data.module_dimensions(9) := l_module_row.weight;
p_quote_data.module_reference := l_module_row.code;
p_quote_data.meter_reference := l_module_row.metr_code;
p_quote_data.module_inlet_height := l_module_row.inlet_height;
p_quote_data.module_outlet_height := l_module_row.outlet_height;
p_quote_data.module_inlet_size := l_module_row.inlet_size;
p_quote_data.module_outlet_size := l_module_row.outlet_size;
p_quote_data.module_inlet_type := l_module_row.inlet_cnty_code;
p_quote_data.module_outlet_type := l_module_row.outlet_cnty_code;
p_quote_data.module_inlet_orientation := l_module_row.inlet_cnor_code;
p_quote_data.module_outlet_orientation := l_module_row.outlet_cnor_code;
p_quote_data.module_diagram := l_module_row.drwg_code;
--get meters qmax/qmin tech specs
l_meter_row := get_meter_row(l_module_row.metr_code);
p_quote_data.module_qmax := l_meter_row.qmax;
p_quote_data.module_qmin := l_meter_row.qmin;
p_quote_data.mety_code := l_meter_row.mety_code;
--get the min base details for this module
l_base_row := get_base_row(l_module_row.bas_code);
p_quote_data.base_length := l_base_row.dim_a;
p_quote_data.base_depth := l_base_row.dim_b;
p_quote_data.base_height := l_base_row.depth;
--get the min housing details for this module
l_housing_row := get_housing_row(l_module_row.hou_code);
p_quote_data.house_length := l_housing_row.dim_l;
p_quote_data.house_depth := l_housing_row.dim_w;
p_quote_data.house_height := l_housing_row.dim_h;
p_quote_data.house_ventilation := ((l_housing_row.dim_l*l_housing_row.dim_w)/100)*3;
when 'LQI' then --Labour cost
--get costs
p_quote_data.quote_costs(l_counter).cost_description := 'Labour Costs';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.selling_price;
if not(quote_item_rec.delivery_price is null) then
l_counter:=l_counter +1;
p_quote_data.quote_costs(l_counter).cost_description := 'Labour Delivery cost';
p_quote_data.quote_costs(l_counter).cost_price := quote_item_rec.delivery_price;
end if;
end case;
--get existing meter if appropriate
if quote_item_rec.enty_code is not null then
if quote_item_rec.enty_code <>'INSTALL' and quote_item_rec.enty_code <>'STD INSTALL' then
l_works(5) := 'Existing Meter Type: '|| p_enqu_row.existing_mesc_code ||' '||p_enqu_row.mety_code||', '|| p_enqu_row.existing_meter_model ||', MSN: '||p_enqu_row.existing_meter_serial_no ;
end if;
--if it's not an install or exchange get the existing meter type (will overwrite
--current value if already set in the code above)
if quote_item_rec.enty_code not in('STD EXCHANGE','EXCHANGE','INSTALL','STD INSTALL') then
p_quote_data.mety_code := p_enqu_row.mety_code;
end if;
if quote_item_rec.enty_code <> 'OFMAT' and quote_item_rec.enty_code <> 'ADVERSARIAL' then
l_total_cost := p_quote_data.total_cost;
if l_total_cost <= 1000 then
p_quote_data.liquid_damage_day := 20;
p_quote_data.liquid_damage_cap := 200;
else
p_quote_data.liquid_damage_day := (l_total_cost/100)*2.5;
p_quote_data.liquid_damage_cap := (l_total_cost/100)*25;
end if;
end if;
end if;
END LOOP;
--get type of enquiry to display as works type
IF NOT c_get_enquiry_type%ISOPEN THEN
OPEN c_get_enquiry_type(l_enqu_type );
END IF;
FETCH c_get_enquiry_type
INTO l_enqu_type_row;
CLOSE c_get_enquiry_type;
l_works(1) := 'Works Type: '||l_enqu_type_row.description;
--get service pressure
l_works(2) := 'Service Pressure: '|| l_service_pressure;
--
--add up all the addons and format the string
if l_addons is not null then
l_works(4) := 'Add-Ons: '|| ltrim(l_addons, ',');
end if;
p_quote_data.quote_works := l_works;
--get caveats
end set_quote_items_data;
/*
FUNCTION get_detailed_quote_data
--This function should return all required data for the quotation.
--The return value could be a type variable or perhaps an array?
%param p_quoteid - the quotation we want to build a pdf for.
%param possibly a few more params to get the required data in or change format of pdf
%return return the quote data in the quote_data reocrd type
*/
FUNCTION get_detailed_quote_data(p_quoteid in number) RETURN quote_data is
--Quote data
l_quote_data quote_data;
l_quote_row quotes%ROWTYPE;
--Enquiry data
l_enquiry_id number;
l_enqu_row enquiries%ROWTYPE;
--Address data
l_addr_row v_current_party_addresses%ROWTYPE;
CURSOR c_get_address(cp_party_id number, cp_rt_type varchar2) IS
SELECT *
FROM v_current_party_addresses
WHERE id = cp_party_id and rt_code=cp_rt_type;
l_supplier_id number;
l_agent_id number;
--Party name
l_party_row parties%ROWTYPE;
CURSOR c_get_party(cp_party_id number) IS
SELECT *
FROM parties
WHERE id = cp_party_id;
--The caveats
CURSOR c_get_caveats(cp_enty_code varchar2, cp_mety_code varchar2, cp_svcpt_code varchar2) IS
select *
from caveat_texts t
where enty_code = cp_enty_code and mety_code = cp_mety_code and svcpt_code = cp_svcpt_code
order by 1,2,3,4,5;
--Agent Name
l_agent_first_name varchar2(80);
l_agent_last_name varchar2(80);
--suppler name
l_supplier_name varchar2(80);
--caveat counters
l_dw_counter number;
l_tc_counter number;
l_cs_counter number;
l_csqa_counter number;
begin
--get the quote's data record
l_quote_row := get_quote_row(p_quoteid);
--get the enquiry data
l_enquiry_id := l_quote_row.enqu_id;
l_enqu_row := get_enquiry_row(l_enquiry_id);
--get the latest supplier address
IF NOT c_get_address%ISOPEN THEN
OPEN c_get_address(l_supplier_id,'OFFICE');
END IF;
FETCH c_get_address
INTO l_addr_row;
CLOSE c_get_address;
--get current supplier and agent ids for enquiry
l_supplier_id := mip_enquiry.get_enquiry_role(l_enqu_row.id,'ENQ SUPP');
l_agent_id := mip_enquiry.get_enquiry_role(l_enqu_row.id,'ENQ OWN');
--supplier
IF NOT c_get_party%ISOPEN THEN
OPEN c_get_party(l_supplier_id);
END IF;
FETCH c_get_party
INTO l_party_row;
CLOSE c_get_party;
l_supplier_name := l_party_row.name;
--agent
IF NOT c_get_party%ISOPEN THEN
OPEN c_get_party(l_agent_id);
END IF;
FETCH c_get_party
INTO l_party_row;
CLOSE c_get_party;
l_agent_first_name := l_party_row.first_name;
l_agent_last_name := l_party_row.last_name;
l_quote_data.quote_ref := l_quote_row.id;
l_quote_data.transaction_ref := l_enqu_row.transaction_reference;
l_quote_data.mprn := l_enqu_row.mprn;
l_quote_data.supplier_address(1) := l_agent_first_name||' '||l_agent_last_name;
l_quote_data.supplier_address(2) := l_supplier_name;
l_quote_data.supplier_address(3) := l_addr_row.sub_building;
l_quote_data.supplier_address(4) := l_addr_row.building;
l_quote_data.supplier_address(5) := l_addr_row.street;
l_quote_data.supplier_address(6) := l_addr_row.city;
l_quote_data.supplier_address(7) := l_addr_row.postcode;
l_quote_data.current_date := sysdate;
l_quote_data.agent_first_name := l_agent_first_name;
l_quote_data.site_address(1) := l_enqu_row.install_sub_building;
l_quote_data.site_address(2) := l_enqu_row.install_building;
l_quote_data.site_address(3) := l_enqu_row.install_street;
l_quote_data.site_address(4) := l_enqu_row.install_city;
l_quote_data.site_address(5) := l_enqu_row.install_postcode;
--need get the mam
l_quote_data.mam := get_mam(mip_regions.get_region_for_postcode(l_enqu_row.install_postcode));
l_quote_data.lead_time := get_max_lead_time(l_quote_row.id);
l_quote_data.total_cost := get_total_cost(l_quote_row.id);
l_quote_data.requested_qmax := l_enqu_row.qmax;
if l_enqu_row.required_svcp_code = 'LP' then
l_quote_data.svcpt_code := 'LP';
else
l_quote_data.svcpt_code := 'MP';
end if;
--get individual quote item details
set_quote_items_data(l_quote_data, l_quote_row.id,l_enqu_row);
--get caveats
l_dw_counter := 1;
l_tc_counter := 1;
l_cs_counter := 1;
l_csqa_counter := 1;
for rec in c_get_caveats(l_enqu_row.enty_code, l_quote_data.mety_code, l_quote_data.svcpt_code)
loop
case rec.document_position
when 'TERM_COND' then --terms and conditions/specialfeatures caveat point
l_quote_data.caveat_term_cond(l_tc_counter) := rec.text;
l_tc_counter := l_tc_counter +1;
when 'DESC_WORK' then --description of works caveat point
l_quote_data.caveat_desc_works(l_dw_counter) := rec.text;
l_dw_counter := l_dw_counter +1;
when 'CONT_SUM' then --description of works caveat point
l_quote_data.caveat_cont_sum(l_cs_counter) := rec.text;
l_cs_counter := l_cs_counter +1;
when 'CONT_SUM_QA' then --description of works caveat point
l_quote_data.caveat_cont_sum_qa(l_csqa_counter) := rec.text;
l_csqa_counter := l_csqa_counter +1;
end case;
end loop;
--phew, lets return all that lovely data we captured then...
return l_quote_data;
end get_detailed_quote_data;
/*
PROCEDURE build_covering_letter
--This procedure builds the covering letter for the quotation, it writes data
--to an existing plpdf document
%param p_quote_data in - The current data for this quote
%param p_font - the type of font to use - typically 'Arial'.
%param p_indent - the left margin measurement.
%param p_vertical_offset - the top margin measurement.
%param p_logo_blob - the logo(image) to display at the top of the page
%param p_signature_blob - the signature(image) to display at the bottom of the page
*/
PROCEDURE build_covering_letter(p_quote_data in quote_data, p_font in varchar2, p_indent in number, p_vertical_offset in number,p_logo_blob blob,p_signature_blob blob,p_watermark_blob blob) is
l_contracts_text varchar2(500);
l_cell_margin number;
begin
plpdf.NewPage;
--set watermark if it exists
if p_watermark_blob is not null then
plpdf.PutImage('test watermark',p_watermark_blob,50,50,200,200);
end if;
-- set margins
plpdf.SetLeftMargin(31.7);
plpdf.SetRightMargin(31.7);
plpdf.SetTopMargin(25.4);
plpdf.SetPrintFont(p_font,null,7);
-- Set header stuff up
plpdf.PutImage('ngmlogo',p_logo_blob,p_indent,10,52,18);
plpdf.PrintText(140,10,'4 Abbotts Lane ');
plpdf.PrintText(140,13,'Coventry');
plpdf.PrintText(140,16,'CV1 4AY');
plpdf.PrintText(170,10,'T +44 (0) 24 7628 6000');
plpdf.PrintText(170,13,'F +44 (0) 24 7628 6022');
plpdf.PrintText(170,16,'www.nationalgrid.com');
-- And Footer stuff
plpdf.PrintText(50,280,'National Grid Metering is the trading name for National Grid Metering Ltd.');
plpdf.PrintText(50,283,'Registered Office: 1-3 Strand, London, WCZN 5EH. Registered in England and Wales, No. 3705992');
plpdf.SetPrintFont(p_font,null,10); -- set back to 10 pt
plpdf.PrintText(p_indent,p_vertical_offset+10,'National Grid Metering''s Ref: '|| to_char(p_quote_data.quote_ref));
plpdf.PrintText(p_indent,p_vertical_offset+14,'Customer Reference: '|| p_quote_data.transaction_ref);
plpdf.PrintText(p_indent,p_vertical_offset+18,'MPRN: '|| to_char(p_quote_data.mprn));
plpdf.PrintText(p_indent,p_vertical_offset+26,p_quote_data.supplier_address(1));
plpdf.PrintText(p_indent,p_vertical_offset+30,p_quote_data.supplier_address(2));
plpdf.PrintText(p_indent,p_vertical_offset+34,p_quote_data.supplier_address(3));
plpdf.PrintText(p_indent,p_vertical_offset+38,p_quote_data.supplier_address(4));
plpdf.PrintText(p_indent,p_vertical_offset+42,p_quote_data.supplier_address(5));
plpdf.PrintText(p_indent,p_vertical_offset+46,p_quote_data.supplier_address(6));
plpdf.PrintText(p_indent,p_vertical_offset+50,p_quote_data.supplier_address(7));
plpdf.PrintText(p_indent,p_vertical_offset+58,'Date: '||p_quote_data.current_date);
plpdf.PrintText(p_indent,p_vertical_offset+66,'Quotation Contact: Customer Services Team 1');
plpdf.PrintText(p_indent,p_vertical_offset+70,'Telephone Number: 02476 286 320');
plpdf.PrintText(p_indent,p_vertical_offset+74,'Fax Number: 02476 286 044');
plpdf.PrintText(p_indent,p_vertical_offset+78,'E-mail address: iandcrequests1@uk.ngrid.com');
plpdf.PrintText(p_indent,p_vertical_offset+90,'Dear '|| p_quote_data.agent_first_name); --agent first name
plpdf.SetPrintFont(p_font,'B',10); --set bold
plpdf.PrintText(p_indent,p_vertical_offset+98,'Re: '||rtrim(ltrim(p_quote_data.site_address(1)||', '||p_quote_data.site_address(2)||', '||p_quote_data.site_address(3)||', '||p_quote_data.site_address(4)||', '||p_quote_data.site_address(5)||', '||p_quote_data.site_address(6)||', '||p_quote_data.site_address(7),', '),', ')); --site address
plpdf.SetPrintFont(p_font,null,10); --unset bold
l_contracts_text :='I am pleased to provide you with a quotation for works in accordance with the '||p_quote_data.mam;--mam
l_contracts_text := l_contracts_text||' General Conditions of Contract for Transactional Meter Works not Exceeding 7 Bar.';
l_cell_margin:= plpdf.GetCellMargin;
plpdf.SetLeftMargin(33.7);
plpdf.SetCellMargin(-2);
plpdf.SetCurrentY(p_vertical_offset+106);
plpdf.PrintFlowingText(4,l_contracts_text);
plpdf.LineBreak;
plpdf.SetCellMargin(l_cell_margin);
plpdf.SetLeftMargin(31.7);
plpdf.PrintText(p_indent,p_vertical_offset+120,'This quotation is produced on the basis that, the information provided in the request is correct.');
plpdf.PrintText(p_indent,p_vertical_offset+124,'Your acceptance of the quotation will be taken to mean that you also accept that the stated');
plpdf.PrintText(p_indent,p_vertical_offset+128,'assumptions are correct. If it is later determined, by either party prior to works commencing on');
plpdf.PrintText(p_indent,p_vertical_offset+132,'site, that any stated assumption is significantly incorrect, National Grid Metering will determine');
plpdf.PrintText(p_indent,p_vertical_offset+136,'whether the quotation shall be varied or withdrawn. Works will only then commence if any');
plpdf.PrintText(p_indent,p_vertical_offset+140,'variation is agreed in line with the relevant General Conditions of Contract.');
--
plpdf.PrintText(p_indent,p_vertical_offset+148,'To accept the quotation please submit a work request via IX, as outlined in the Rainbow Manual,');
plpdf.PrintText(p_indent,p_vertical_offset+152,'or complete the enclosed Acceptance Form and return it to the above National Grid Metering''');
plpdf.PrintText(p_indent,p_vertical_offset+156,'office.');
--
plpdf.PrintText(p_indent,p_vertical_offset+164,'Please note that this quotation is valid for 90 days from the date specified in the quotation.');
plpdf.PrintText(p_indent,p_vertical_offset+168,'Please use National Grid Metering''s Reference, which is at the top of the letter, on any future');
plpdf.PrintText(p_indent,p_vertical_offset+172,'correspondence relating to this request.');
--
plpdf.PrintText(p_indent,p_vertical_offset+176,'If you have any queries, please contact the team on the number above');
plpdf.PrintText(p_indent,p_vertical_offset+184,'Yours sincerely');
--put on daves signature
-- plpdf.PutImage('dhsignature',p_signature_blob,p_indent,222,44,11);
plpdf.PrintText(p_indent,p_vertical_offset+216,'David Harper');
plpdf.PrintText(p_indent,p_vertical_offset+220,'I&C Technical Manager');
plpdf.PrintText(p_indent,p_vertical_offset+224,'National Grid Metering');
end build_covering_letter;
/*
PROCEDURE build_costs_page
--This procedure builds the costs page for the quotation, it writes data
--to an existing plpdf document
%param p_quote_data in - The current data for this quote
%param p_font - the type of font to use - typically 'Arial'.
%param p_indent - the left margin measurement.
%param p_vertical_offset - the top margin measurement.
*/
PROCEDURE build_costs_page(p_quote_data in quote_data, p_font in varchar2, p_indent in number, p_vertical_offset in number,p_watermark_blob blob) is
l_cost_line_counter number;
l_vertical_offset_for_costs number := p_vertical_offset+110;
l_works_counter number;
l_vertical_offset_for_works number := p_vertical_offset+52;
l_cost_totals_offset number; --used to position the cost totals after the cost line items
begin
--Page 2
plpdf.NewPage;
--set watermark if it exists
if p_watermark_blob is not null then
plpdf.PutImage('test watermark',p_watermark_blob,50,50,200,200);
end if;
-- set margins
plpdf.SetLeftMargin(31.7);
plpdf.SetRightMargin(31.7);
plpdf.SetTopMargin(25.4);
plpdf.SetPrintFont(p_font,'B',10); --set bold
plpdf.PrintText(p_indent,p_vertical_offset+10,'QUOTATION');
plpdf.SetPrintFont(p_font,null,10); --unset bold
plpdf.PrintText(p_indent,p_vertical_offset+18,'National Grid Metering''s Ref: '|| to_char(p_quote_data.quote_ref));
plpdf.PrintText(p_indent,p_vertical_offset+22,'Customer Reference: '|| p_quote_data.transaction_ref);
plpdf.PrintText(p_indent,p_vertical_offset+30,'Date: '||p_quote_data.current_date);
plpdf.SetPrintFont(p_font,'B',10); --set bold
plpdf.PrintText(p_indent,p_vertical_offset+38,'Re: '||rtrim(ltrim(p_quote_data.site_address(1)||', '||p_quote_data.site_address(2)||', '||p_quote_data.site_address(3)||', '||p_quote_data.site_address(4)||', '||p_quote_data.site_address(5)||', '||p_quote_data.site_address(6)||', '||p_quote_data.site_address(7),', '),', ')); --site address
plpdf.SetPrintFont(p_font,'U',10); --set underline
plpdf.PrintText(p_indent,p_vertical_offset+48,'Full Description of Works to be carried out by National Grid Metering:');
plpdf.SetPrintFont(p_font,'B',10); --set bold
l_works_counter := p_quote_data.quote_works.first;
loop
exit when l_works_counter is null;
if p_quote_data.quote_works(l_works_counter) is not null then
plpdf.PrintText(p_indent,l_vertical_offset_for_works+(l_works_counter*4), p_quote_data.quote_works(l_works_counter));
end if;
l_works_counter := p_quote_data.quote_works.next(l_works_counter);
end loop;
-- DESC_WORK caveat here
if p_quote_data.caveat_desc_works is not null then
print_caveats(p_quote_data.caveat_desc_works, l_vertical_offset_for_works+(l_works_counter*4));
end if;
plpdf.SetPrintFont(p_font,null,10); --unset bold
plpdf.PrintText(p_indent,p_vertical_offset+90, 'Indicative Lead Time from Acceptance to Physical Commencement: ');
plpdf.SetPrintFont(p_font,'B',10); --set bold
plpdf.PrintText(140,p_vertical_offset+90, p_quote_data.lead_time||' working days');
plpdf.SetPrintFont(p_font,null,10); --unset bold
plpdf.PrintText(p_indent,p_vertical_offset+98,'Contract sum (excluding V.A.T): ');
plpdf.SetPrintFont(p_font,'B',10); --set bold
plpdf.PrintText(85,p_vertical_offset+98,'<27>'||to_char(p_quote_data.total_cost,'FM999999D90'));
-- CONT_SUM caveat here
if p_quote_data.caveat_cont_sum is not null then
print_caveats(p_quote_data.caveat_cont_sum, p_vertical_offset+102);
end if;
plpdf.SetPrintFont(p_font,null,10); --unset bold
plpdf.PrintText(p_indent,p_vertical_offset+106,'Analysis of Costs (all costs exclude V.A.T)');
plpdf.SetPrintFont(p_font,'B',10); --set bold
l_cost_line_counter:=1;
while p_quote_data.quote_costs(l_cost_line_counter).cost_description is not null
loop
plpdf.PrintText(p_indent,l_vertical_offset_for_costs+l_cost_line_counter*4,p_quote_data.quote_costs(l_cost_line_counter).cost_description);
plpdf.PrintText(120,l_vertical_offset_for_costs+l_cost_line_counter*4,'<27>'||to_char(p_quote_data.quote_costs(l_cost_line_counter).cost_price,'FM999999D90'));
l_cost_line_counter := l_cost_line_counter +1;
end loop;
l_cost_totals_offset := l_vertical_offset_for_costs+l_cost_line_counter*4;
plpdf.DrawLine(p_indent,l_cost_totals_offset+2,185,l_cost_totals_offset+2);
plpdf.PrintText(p_indent,l_cost_totals_offset+6,'Total costs:');
plpdf.PrintText(120,l_cost_totals_offset+6,'<27>'||to_char(p_quote_data.total_cost,'FM999999D90')||' excluding lifting gear if required');
end build_costs_page;
/*
PROCEDURE build_caveats_page
--This procedure builds the caveats page for the quotation, it writes data
--to an existing plpdf document
%param p_quote_data in - The current data for this quote
%param p_font - the type of font to use - typically 'Arial'.
%param p_indent - the left margin measurement.
%param p_vertical_offset - the top margin measurement.
*/
PROCEDURE build_caveats_page(p_quote_data in quote_data, p_font in varchar2, p_indent in number, p_vertical_offset in number,p_watermark_blob blob) is
begin
--Page 3
plpdf.NewPage;
--set watermark if it exists
if p_watermark_blob is not null then
plpdf.PutImage('test watermark',p_watermark_blob,50,50,200,200);
end if;
-- set margins
plpdf.SetLeftMargin(31.7);
plpdf.SetRightMargin(31.7);
plpdf.SetTopMargin(25.4);
plpdf.SetPrintFont(p_font,null,10); --set font to plain
--house
plpdf.PrintText(p_indent,p_vertical_offset+10,'Meter Housing Details (if required):');
plpdf.PrintText(p_indent,p_vertical_offset+18,'Length: '||p_quote_data.house_length||' mm');
plpdf.PrintText(p_indent+40,p_vertical_offset+18,'Depth: '||p_quote_data.house_depth||' mm');
plpdf.PrintText(p_indent+80,p_vertical_offset+18,'Height: '||p_quote_data.house_height||' mm');
plpdf.PrintText(p_indent,p_vertical_offset+26,'Minimum Ventilation: '||p_quote_data.house_ventilation/10||' sq. cm');
--base
plpdf.PrintText(p_indent,p_vertical_offset+42,'Meter Housing Base (if required):');
plpdf.PrintText(p_indent,p_vertical_offset+50,'Length: '||p_quote_data.base_length||' mm');
plpdf.PrintText(p_indent+40,p_vertical_offset+50,'Depth: '||p_quote_data.base_depth||' mm');
plpdf.PrintText(p_indent+80,p_vertical_offset+50,'Height: '||p_quote_data.base_height||' mm');
plpdf.PrintText(p_indent,p_vertical_offset+58,'Minimum Ventilation: '||p_quote_data.outlet_termninal_size||' mm');
plpdf.PrintText(p_indent,p_vertical_offset+74,'Special Features/Terms/Conditions:');
plpdf.SetPrintFont(p_font,'B',10); --set bold
-- TERM_COND caveat here
if p_quote_data.caveat_term_cond is not null then
print_caveats(p_quote_data.caveat_term_cond, p_vertical_offset+78);
end if;
--the caveats will be looped in so the positioning of the the following items will
--need to be dynamic (see the quote costs code above for an example)
plpdf.SetPrintFont(p_font,null,10); --unset bold
plpdf.PrintText(p_indent,p_vertical_offset+200,'Liquidated Damages (sum per day)(excluding V.A.T):');
plpdf.PrintText(130,p_vertical_offset+200,'<27>'||to_char(p_quote_data.liquid_damage_day,'FM999999D90'));
plpdf.PrintText(p_indent,p_vertical_offset+208,'Liquidated Damages (monetary cap)(excluding V.A.T):');
plpdf.PrintText(130,p_vertical_offset+208,'<27>'||to_char(p_quote_data.liquid_damage_cap,'FM999999D90'));
end build_caveats_page;
/*
PROCEDURE build_drawings_page
--This procedure builds the drawings page for the quotation, it writes data
--to an existing plpdf document
%param p_quote_data in - The current data for this quote
%param p_font - the type of font to use - typically 'Arial'.
%param p_indent - the left margin measurement.
%param p_vertical_offset - the top margin measurement.
%param p_base_blob - the image of the base
%param p_house_blob - the image of the house
%param p_module_blob - the image of the module
*/
PROCEDURE build_drawings_page(p_quote_data in quote_data, p_font in varchar2, p_indent in number, p_vertical_offset in number, p_base_blob blob, p_house_blob blob, p_module_blob blob,p_watermark_blob blob) is
l_img_props img_props;
begin
--Okay here come the pretty pictures, the technical spec for the module, house & base
--this will be page 4 for the quotation
plpdf.NewPage;
--set watermark if it exists
if p_watermark_blob is not null then
plpdf.PutImage('test watermark',p_watermark_blob,50,50,200,200);
end if;
-- set margins
plpdf.SetLeftMargin(31.7);
plpdf.SetRightMargin(31.7);
plpdf.SetTopMargin(25.4);
plpdf.SetPrintFont(p_font,'B',18); --set bold and 18pt
plpdf.PrintText(p_indent,p_vertical_offset,'Technical Specification for '||p_quote_data.quote_ref);
plpdf.SetPrintFont(p_font,'B',10); --set back to 10pt
plpdf.PrintText(p_indent,p_vertical_offset+6,'Re: '||rtrim(ltrim(p_quote_data.site_address(1)||', '||p_quote_data.site_address(2)||', '||p_quote_data.site_address(3)||', '||p_quote_data.site_address(4)||', '||p_quote_data.site_address(5)||', '||p_quote_data.site_address(6)||', '||p_quote_data.site_address(7),', '),', ')); --site address --Base Details
--Base Details
plpdf.SetPrintFont(p_font,'BU',12); --set bold,underline and 12pt
plpdf.PrintText(p_indent,p_vertical_offset+12,'Floor Area/Base Requirements');
plpdf.SetPrintFont(p_font,null,10); --set back to 10pt plain
plpdf.SetCurrentXY(p_indent,p_vertical_offset+25);
plpdf.PrintCell(15,6,'Depth:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(1),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim A:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(2),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim B:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(3),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim C:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(4),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim D:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(5),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim E:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(6),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim F:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(7),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim G:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(8),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim H:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(9),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim I:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.base_dimensions(10),1,1,'R',0);
if p_base_blob is null then
plpdf.PrintText(p_indent+50,p_vertical_offset+50,'No Base Diagram Available');
else
l_img_props := scale_image_dimensions(100, 60, p_base_blob );
plpdf.PutImage('base',p_base_blob,p_indent+50,p_vertical_offset+25,l_img_props.width,l_img_props.height);
end if;
--House Details
plpdf.SetPrintFont(p_font,'BU',12); --set bold,underline and 12pt
plpdf.PrintText(p_indent,p_vertical_offset+100,'Housing / Work Area');
plpdf.SetPrintFont(p_font,null,10); --set back to 10pt plain
plpdf.SetCurrentXY(p_indent,p_vertical_offset+108);
plpdf.PrintCell(15,6,'Length:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.house_dimensions(1),1,1,'R',0);
plpdf.PrintCell(15,6,'Width:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.house_dimensions(2),1,1,'R',0);
plpdf.PrintCell(15,6,'Height:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.house_dimensions(3),1,1,'R',0);
plpdf.PrintCell(15,6,'Weight:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.house_dimensions(4),1,1,'R',0);
if p_house_blob is null then
plpdf.PrintText(p_indent+50,p_vertical_offset+132,'No Housing Diagram Available');
else
l_img_props := scale_image_dimensions(100, 60, p_house_blob );
plpdf.PutImage('house',p_house_blob,p_indent+50,p_vertical_offset+108,l_img_props.width,l_img_props.height);
end if;
--Module details
plpdf.SetPrintFont(p_font,'BU',12); --set bold,underline and 12pt
plpdf.PrintText(p_indent,p_vertical_offset+168,'Module Dimensions');
plpdf.SetPrintFont(p_font,null,10); --set back to 10pt plain
plpdf.SetCurrentXY(p_indent,p_vertical_offset+180);
plpdf.PrintCell(15,6,'Dim A:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(1),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim B:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(2),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim C:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(3),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim D:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(4),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim E:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(5),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim H:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(6),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim I:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(7),1,1,'R',0);
plpdf.PrintCell(15,6,'Dim O:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(8),1,1,'R',0);
plpdf.PrintCell(15,6,'Weight:',1,0,'L',0);
plpdf.PrintCell(15,6,p_quote_data.module_dimensions(9),1,1,'R',0);
if p_module_blob is null then
plpdf.PrintText(p_indent+50,p_vertical_offset+205,'No Module Diagram Available');
else
l_img_props := scale_image_dimensions(100, 60, p_module_blob );
plpdf.PutImage('module',p_module_blob,p_indent+50,p_vertical_offset+180,l_img_props.width,l_img_props.height);
end if;
plpdf.SetPrintFont(p_font,null,9); --set to 9pt
plpdf.PrintText(p_indent,p_vertical_offset+245,'Note: All weights are in kg and all dimensions in mm Module Ref: '||p_quote_data.module_reference);
plpdf.PrintText(p_indent,p_vertical_offset+260,'National Grid Metering, Abbotts Lane, Coventry, West Midlands, CV1 4AY Tel 02476 286000 Fax 02476 286022');
end build_drawings_page;
/*
PROCEDURE build_module_specs_page
--This procedure builds the module specification page for the quotation, it writes data
--to an existing plpdf document
%param p_quote_data in - The current data for this quote
%param p_font - the type of font to use - typically 'Arial'.
%param p_indent - the left margin measurement.
%param p_vertical_offset - the top margin measurement.
*/
PROCEDURE build_module_specs_page(p_quote_data in quote_data, p_font in varchar2, p_indent in number, p_vertical_offset in number,p_watermark_blob blob) is
begin
--this will be page 5 (part of the technical spec sheet) for the quotation
plpdf.NewPage;
--set watermark if it exists
if p_watermark_blob is not null then
plpdf.PutImage('test watermark',p_watermark_blob,50,50,200,200);
end if;
-- set margins
plpdf.SetLeftMargin(31.7);
plpdf.SetRightMargin(31.7);
plpdf.SetTopMargin(25.4);
plpdf.SetPrintFont(p_font,'B',18); --set bold and 18pt
plpdf.PrintText(p_indent,p_vertical_offset,'Technical Specification for '||p_quote_data.quote_ref);
plpdf.SetPrintFont(p_font,'B',10); --set back to 10pt
plpdf.PrintText(p_indent,p_vertical_offset+6,'Re: '||rtrim(ltrim(p_quote_data.site_address(1)||', '||p_quote_data.site_address(2)||', '||p_quote_data.site_address(3)||', '||p_quote_data.site_address(4)||', '||p_quote_data.site_address(5)||', '||p_quote_data.site_address(6)||', '||p_quote_data.site_address(7),', '),', ')); --site address
plpdf.SetPrintFont(p_font,null,10); --set back to plain
plpdf.PrintText(p_indent,p_vertical_offset+14,'The supply point must be of a suitable size and capacity to provide the specified Lowest');
plpdf.PrintText(p_indent,p_vertical_offset+18,'Operating Pressure(LOP-from table1) at the Emergency Control Valve(ECV) outlet');
plpdf.PrintText(p_indent,p_vertical_offset+22,'under the requested Q Max load as detailed below in table 2');
--table 1
plpdf.SetCurrentXY(p_indent,p_vertical_offset+30);
plpdf.SetPrintFont(p_font,'B',10); --set to bold
plpdf.PrintCell(90,6,'Table 1',1,0,'L',0);
plpdf.PrintCell(30,6,'ECV Outlet (u)',1,0,'C',0);
plpdf.PrintCell(40,6,'Consumer Outlet (c)',1,1,'C',0);
plpdf.SetPrintFont(p_font,null,10); --set back to plain
plpdf.PrintCell(90,6,'Design Minimum Pressure (DMP)',1,0,'L',0);
plpdf.PrintCell(30,6,'19 mbar',1,0,'C',0);
plpdf.PrintCell(40,6,'15 mbar',1,1,'C',0);
plpdf.PrintCell(90,6,'Lowest Operating Pressure (LOP)',1,0,'L',0);
plpdf.PrintCell(30,6,'25 mbar',1,0,'C',0);
plpdf.PrintCell(40,6,'21 mbar',1,1,'C',0);
plpdf.PrintCell(90,6,'Pressure Tier',1,0,'L',0);
plpdf.PrintCell(30,6,'75 mbar',1,0,'C',0);
plpdf.PrintCell(40,6,'21 mbar',1,1,'C',0);
--table 2
plpdf.SetCurrentXY(p_indent,p_vertical_offset+60);
plpdf.SetPrintFont(p_font,'B',10); --set to bold
plpdf.PrintCell(90,6,'Table 2',1,0,'L',0);
plpdf.PrintCell(70,6,'Meter Module Design',1,1,'C',0);
plpdf.SetPrintFont(p_font,null,10); --set back to plain
plpdf.PrintCell(90,6,'Requested Q Max (kw/h)',1,0,'L',0);
plpdf.PrintCell(70,6,p_quote_data.requested_qmax,1,1,'C',0);
plpdf.PrintCell(90,6,'Q Max of the meter module (kw/h)',1,0,'L',0);
plpdf.PrintCell(70,6,p_quote_data.module_qmax,1,1,'C',0);
plpdf.PrintCell(90,6,'Q Min of the meter module (kw/h)',1,0,'L',0);
plpdf.PrintCell(70,6,p_quote_data.module_qmin,1,1,'C',0);
--table 3
plpdf.SetCurrentXY(p_indent,p_vertical_offset+90);
plpdf.SetPrintFont(p_font,'B',10); --set to bold
plpdf.PrintCell(90,6,'Table 3',1,0,'L',0);
plpdf.PrintCell(70,6,'Module Design Parameters',1,1,'C',0);
plpdf.SetPrintFont(p_font,null,10); --set back to plain
plpdf.PrintMultilineCell(60,6,'Note: Inlet connection size and location details must be checked against supply point details supplied by GT to ensure compatibility ',1,'L',0);
--Multi line cell thing is a bit annoying the printcell will not wrap to
--the edge of the multi-line cell so we have to set the cursor for the
--remaining parts of the table, have found a fix for this will do if we
--have any time
plpdf.SetCurrentXY(91.7,p_vertical_offset+96);
plpdf.PrintCell(30,6,'',1,0,'C',0);
plpdf.PrintCell(35,6,'Inlet',1,0,'C',0);
plpdf.PrintCell(35,6,'Outlet',1,1,'C',0);
plpdf.SetCurrentX(91.7);
plpdf.PrintCell(30,6,'Height',1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_inlet_height||'mm',1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_outlet_height||'mm',1,1,'C',0);
plpdf.SetCurrentX(91.7);
plpdf.PrintCell(30,6,'Size',1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_inlet_size||'mm',1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_outlet_size||'mm',1,1,'C',0);
plpdf.SetCurrentX(91.7);
plpdf.PrintCell(30,6,'Type',1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_inlet_type,1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_outlet_type,1,1,'C',0);
plpdf.SetCurrentX(91.7);
plpdf.PrintCell(30,6,'Orientation',1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_inlet_orientation,1,0,'C',0);
plpdf.PrintCell(35,6,p_quote_data.module_outlet_orientation,1,1,'C',0);
plpdf.PrintText(p_indent,p_vertical_offset+134,'The meter module offered is a single stream supply with only a nominal maintenance');
plpdf.PrintText(p_indent,p_vertical_offset+138,'bypass facility. The bypass connections are for use during maintenance, and are only');
plpdf.PrintText(p_indent,p_vertical_offset+142,'sized to maintain gas pressure downstream under no load conditions. Therefore');
plpdf.PrintText(p_indent,p_vertical_offset+146,'during maintenance it will be necessary to disrupt supplies.');
--next para
plpdf.PrintText(p_indent,p_vertical_offset+154,'Electric Connections to gas meters are subject to the assesment of the hazardous');
plpdf.PrintText(p_indent,p_vertical_offset+158,'area around the meter, this is largely affected by the ventilation of the housing. Should');
plpdf.PrintText(p_indent,p_vertical_offset+162,'the ventilation be found to be inadequate, the connection will not be made and the');
plpdf.PrintText(p_indent,p_vertical_offset+166,'requirements to allow the connection reported to you. The quotation does not include');
plpdf.PrintText(p_indent,p_vertical_offset+170,'the provision of a separate instrumentation cabinet.');
plpdf.SetPrintFont(p_font,null,7); --set to 7 pt
plpdf.PrintText(p_indent,p_vertical_offset+178,'Definitions');
plpdf.PrintText(p_indent,p_vertical_offset+182,'DMP - The minimum pressure that may occur at the point of reference at the time of system design flow rate under extreme gas supply conditions');
plpdf.PrintText(p_indent,p_vertical_offset+186,'LOP - The lowest pressure that may occur under normal operating conditions');
plpdf.PrintText(p_indent,p_vertical_offset+190,'Conversion calculations are based on an average CV of 38.4 MJ/m3');
plpdf.SetPrintFont(p_font,null,9); --set to 9 pt
plpdf.PrintText(p_indent,p_vertical_offset+260,'National Grid Metering, Abbotts Lane, Coventry, West Midlands, CV1 4AY Tel 02476 286000 Fax 02476 286022');
end build_module_specs_page;
/*
PROCEDURE build_acceptance_page
--This procedure builds the acceptance form page for the quotation, it writes data
--to an existing plpdf document
%param p_quote_data in - The current data for this quote
%param p_font - the type of font to use - typically 'Arial'.
%param p_indent - the left margin measurement.
%param p_vertical_offset - the top margin measurement.
%param p_logo_blob - the logo(image) to display at the top of the page
*/
PROCEDURE build_acceptance_page(p_quote_data in quote_data, p_font in varchar2, p_indent in number, p_vertical_offset in number,p_logo_blob blob,p_watermark_blob blob) is
begin
---weeeeee last page
plpdf.NewPage;
--set watermark if it exists
if p_watermark_blob is not null then
plpdf.PutImage('test watermark',p_watermark_blob,50,50,200,200);
end if;
-- set margins
plpdf.SetLeftMargin(31.7);
plpdf.SetRightMargin(31.7);
plpdf.SetTopMargin(25.4);
-- Set header stuff up
plpdf.PutImage('ngmlogo',p_logo_blob,p_indent,10,52,18);
plpdf.SetPrintFont(p_font,null,7);
plpdf.PrintText(140,10,'4 Abbotts Lane ');
plpdf.PrintText(140,13,'Coventry');
plpdf.PrintText(140,16,'CV1 4AY');
plpdf.PrintText(170,10,'T +44 (0) 24 7628 6000');
plpdf.PrintText(170,13,'F +44 (0) 24 7628 6022');
plpdf.PrintText(170,16,'www.nationalgrid.com');
-- And Footer stuff
plpdf.PrintText(50,280,'National Grid Metering is the trading name for National Grid Metering Ltd.');
plpdf.PrintText(50,283,'Registered Office: 1-3 Strand, London, WCZN 5EH. Registered in England and Wales, No. 3705992');
plpdf.SetPrintFont(p_font,null,10); -- big text please
plpdf.PrintText(p_indent,p_vertical_offset+10,'National Grid Metering''s Ref: '|| to_char(p_quote_data.quote_ref));
plpdf.PrintText(p_indent,p_vertical_offset+14,'Customer Reference: '|| p_quote_data.transaction_ref);
plpdf.PrintText(p_indent,p_vertical_offset+18,'MPRN: '|| to_char(p_quote_data.mprn));
plpdf.PrintText(p_indent,p_vertical_offset+26,'F.A.O');
plpdf.PrintText(p_indent,p_vertical_offset+30,'I&C Work Planning Team');
plpdf.PrintText(p_indent,p_vertical_offset+34,'National Grid Metering Ltd');
plpdf.PrintText(p_indent,p_vertical_offset+38,'Abbott''s Lane');
plpdf.PrintText(p_indent,p_vertical_offset+42,'Coventry');
plpdf.PrintText(p_indent,p_vertical_offset+46,'CV1 4AY');
plpdf.SetPrintFont(p_font,'B',10); --set bold
plpdf.PrintText(p_indent,p_vertical_offset+54,'Re: '||rtrim(ltrim(p_quote_data.site_address(1)||', '||p_quote_data.site_address(2)||', '||p_quote_data.site_address(3)||', '||p_quote_data.site_address(4)||', '||p_quote_data.site_address(5)||', '||p_quote_data.site_address(6)||', '||p_quote_data.site_address(7),', '),', ')); --site address
plpdf.SetPrintFont(p_font,null,10); --unset bold
plpdf.PrintText(p_indent,p_vertical_offset+62,'Contract sum (excluding V.A.T): ');
plpdf.SetPrintFont(p_font,'B',10); --set bold
plpdf.PrintText(85,p_vertical_offset+62,'<27>'||p_quote_data.total_cost||' excluding lifting gear if required.');
-- CONT_SUM_QA caveat here
if p_quote_data.caveat_cont_sum_qa is not null then
print_caveats(p_quote_data.caveat_cont_sum_qa, p_vertical_offset+66);
end if;
plpdf.SetPrintFont(p_font,null,10); --unset bold
plpdf.PrintText(p_indent,p_vertical_offset+74,'* I confirm on behalf of my Company that I accept the above referenced quotation for the conduct');
plpdf.PrintText(p_indent,p_vertical_offset+78,'of works as detailed therein, and here by certify on behalf of my Company that no additional');
plpdf.PrintText(p_indent,p_vertical_offset+82,'terms and conditions (other than those set out in the quotation) are required.');
plpdf.PrintText(p_indent,p_vertical_offset+90,'OR');
plpdf.PrintText(p_indent,p_vertical_offset+98,'* I confirm on behalf of my Company that the above referenced quotation for the conduct or works');
plpdf.PrintText(p_indent,p_vertical_offset+102,'as detailed therein is acceptable to my Company provided that (in addition to the conditions set');
plpdf.PrintText(p_indent,p_vertical_offset+106,'out in the quotation [if any]) the General Conditions of Contract for Transactional Meter Works');
plpdf.PrintText(p_indent,p_vertical_offset+110,'Not Exceeding 7 Bar in respect of the works are modified by the incorporation of the terms and');
plpdf.PrintText(p_indent,p_vertical_offset+114,'conditions annexed hereto.');
plpdf.PrintText(p_indent,p_vertical_offset+122,'(* Delete as appropriate)');
plpdf.PrintText(p_indent,p_vertical_offset+130,'Save as set out above, I confirm that my Company agrees to be bound in connection with the');
plpdf.PrintText(p_indent,p_vertical_offset+134,'works by the General Conditions of Contract for Transactional Meter Works Not');
plpdf.PrintText(p_indent,p_vertical_offset+138,'Exceeding 7 Bar (as ammended by the quotation).');
plpdf.PrintText(p_indent,p_vertical_offset+146,'Commencement');
plpdf.PrintText(p_indent,p_vertical_offset+154,'Permission to organise directly with site contact');
plpdf.PrintText(p_indent+120,p_vertical_offset+154,'Yes / No');
plpdf.PrintText(p_indent,p_vertical_offset+162,'Earliest date site ready for work to commence');
plpdf.PrintText(p_indent+120,p_vertical_offset+162,'___/___/___');
plpdf.PrintText(p_indent,p_vertical_offset+170,'Anticipated date gas required on site');
plpdf.PrintText(p_indent+120,p_vertical_offset+170,'___/___/___');
plpdf.PrintText(p_indent,p_vertical_offset+178,'Signed on behalf of the Company');
plpdf.PrintText(p_indent,p_vertical_offset+186,'Name:________________________________');
plpdf.PrintText(p_indent+85,p_vertical_offset+186,'Position:____________________________');
plpdf.PrintText(p_indent,p_vertical_offset+194,'Company:_____________________________');
plpdf.PrintText(p_indent+85,p_vertical_offset+194,'Date:_______________________________');
plpdf.PrintText(p_indent,p_vertical_offset+202,'Signature:_____________________________________________________________________');
end build_acceptance_page;
/*
FUNCTION generate_detailed_quote_pdf
--The generate_detailed_quote_pdf builds the pdf document for the quotation from
--the supplied data and stores the resulting pdf document in the database.
%param p_quote_data - the data to build into the quote.
%return - l_pdf_id the id of the pdf file we have created
*/
FUNCTION generate_detailed_quote_pdf(p_quote_data in quote_data,p_quote_id in number) RETURN VARCHAR2 is
l_blob blob;
l_enty_code varchar2(80); --the type of enquiry
l_logo_blob blob;
l_signature_blob blob;
l_watermark_blob blob;
l_success boolean; --holds whether the quote was saved in the docuemnts tables or not
l_base_blob blob; --the base drawing
l_house_blob blob; --the house drawing
l_module_blob blob; --the module drawing
l_pdf_name varchar2(90); -- the id of the quote we generate
l_indent number := 31.7;
l_vertical_offset number := 30;
l_font varchar2(40) := 'Arial'; --arial not daz
CURSOR c_get_logo(cp_logo varchar2) IS
SELECT blob_content
FROM wwv_flow_files
WHERE filename = cp_logo;
CURSOR c_get_signature(cp_signature varchar2) IS
SELECT blob_content
FROM wwv_flow_files
WHERE filename = cp_signature;
CURSOR c_get_watermark(cp_watermark varchar2) IS
SELECT blob_content
FROM wwv_flow_files
WHERE filename = cp_watermark;
CURSOR c_get_enty(cp_quid varchar2) IS
SELECT enty_code
FROM quote_items
WHERE qute_id = cp_quid and quit_type = 'LQI' ;
begin
IF NOT c_get_logo%ISOPEN THEN
OPEN c_get_logo('quote_logo.jpg');
END IF;
FETCH c_get_logo
INTO l_logo_blob;
CLOSE c_get_logo;
IF NOT c_get_signature%ISOPEN THEN
OPEN c_get_signature('quote_signature.jpg');
END IF;
FETCH c_get_signature
INTO l_signature_blob;
CLOSE c_get_signature;
IF NOT c_get_watermark%ISOPEN THEN
OPEN c_get_watermark('test_watermark.jpg');
END IF;
FETCH c_get_watermark
INTO l_watermark_blob;
CLOSE c_get_watermark;
IF NOT c_get_enty%ISOPEN THEN
OPEN c_get_enty(p_quote_id);
END IF;
FETCH c_get_enty
INTO l_enty_code;
CLOSE c_get_enty;
--get the quote diagrams
l_base_blob := get_drawing(p_quote_data.base_diagram);
l_house_blob := get_drawing(p_quote_data.house_diagram);
l_module_blob := get_drawing(p_quote_data.module_diagram);
-- Initialize PDF
plpdf.init;
--build the pages for the quote
build_covering_letter(p_quote_data,l_font,l_indent,l_vertical_offset,l_logo_blob, l_signature_blob, l_watermark_blob);--1
build_costs_page(p_quote_data,l_font,l_indent,l_vertical_offset,l_watermark_blob); --2
build_caveats_page(p_quote_data,l_font,l_indent,l_vertical_offset,l_watermark_blob); --3
--OFMAT, Addon jobs don't have module diagrams
if not (l_enty_code = 'OFMAT' or l_enty_code = 'AMR' or l_enty_code = 'EMS') then
build_drawings_page(p_quote_data,l_font,l_indent,l_vertical_offset, l_base_blob, l_house_blob, l_module_blob,l_watermark_blob); --4
end if;
build_module_specs_page(p_quote_data,l_font,l_indent,l_vertical_offset,l_watermark_blob); --5
build_acceptance_page(p_quote_data,l_font,l_indent,l_vertical_offset,l_logo_blob,l_watermark_blob); --6
--get our beautiful pdf into the local var l_blob
plpdf.SendDoc(l_blob);
--punt the created pdf into the APEX files table
insert into wwv_flow_files( name, title, mime_type, flow_id, doc_size ,description, blob_content )
values ( sys_guid()||'/quote_'||p_quote_data.quote_ref||'.pdf', 'Quotation - '||p_quote_data.quote_ref, 'application/pdf', 190, DBMS_LOB.GETLENGTH(l_blob),'this is an auto generated quotation from mip_quotation_document.generate_detailed_quote for quotation '||p_quote_data.quote_ref, l_blob)
returning name into l_pdf_name;
--set up the file associations within our documents tables
l_success:= mip_files.set_file_association(l_pdf_name,
'Automatically Generated Quotation for quote '||p_quote_data.quote_ref,
'INDO',
'GENERATED QUOTATION',
p_quote_data.quote_ref,
null,
null,
'QUDO');
return l_pdf_name; -- return the id of the newly created blob pdf record
end generate_detailed_quote_pdf;
/*
FUNCTION generate_quote_pdf
--The generate_detailed_quote_pdf builds the pdf document for the quotation from
--the supplied quote id and stores the resulting pdf document in the database.
%param p_quote_id - the id of the quote you want to build a pdf for.
%return - the name of the pdf file we have created. This is a unique value within the wwv_flow_files table
*/
FUNCTION generate_quote_pdf(p_quote_id in number) RETURN VARCHAR2 is
l_quote_data quote_data;
begin
l_quote_data := get_detailed_quote_data(p_quote_id);
return generate_detailed_quote_pdf(l_quote_data, p_quote_id);
end generate_quote_pdf;
BEGIN
-- Initialization
NULL;
END mip_quotation_document;
/
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