1 PACKAGE BODY iby_formula_pkg_wrap AS
2 /*$Header: ibywforb.pls 115.10 2002/11/19 00:25:52 jleybovi ship $*/
3
4 /*
5 ** Wrapper Package generated by rosette for iby_formula_pkg.
6 */
7
8 /*
9 ** Name getPayeeFormulas
10 ** Purpose: Calls the actual getPayeeFormulas method in iby_formula_pkg.
11 ** This procedure is a wrapper generated by Rosette
12 ** to the actual procedure in iby_formula_pkg for Java
13 ** programs to be able to call it.
14 */
15 procedure getpayeeformulas(i_payeeid varchar2,
16 o_riskformula_id out nocopy JTF_NUMBER_TABLE,
17 o_riskformula_name out nocopy JTF_VARCHAR2_TABLE_100,
18 o_riskformula_description out nocopy JTF_VARCHAR2_TABLE_300,
19 o_riskformula_flag out nocopy JTF_NUMBER_TABLE)
20
21 is
22 ddo_riskformula iby_formula_pkg.formula_table;
23 ddindx binary_integer; indx binary_integer;
24 begin
25
26 -- copy data to the local IN or IN-OUT args, if any
27
28
29 -- here's the delegated call to the old PL/SQL routine
30 iby_formula_pkg.getpayeeformulas(i_payeeid,
31 ddo_riskformula);
32
33 -- copy data back from the local OUT or IN-OUT args, if any
34
35 if ddo_riskformula is null or ddo_riskformula.count = 0 then
36 o_riskformula_id := JTF_NUMBER_TABLE();
37 o_riskformula_name := JTF_VARCHAR2_TABLE_100();
38 o_riskformula_description := JTF_VARCHAR2_TABLE_300();
39 o_riskformula_flag := JTF_NUMBER_TABLE();
40 else
41 o_riskformula_id := JTF_NUMBER_TABLE();
42 o_riskformula_name := JTF_VARCHAR2_TABLE_100();
43 o_riskformula_description := JTF_VARCHAR2_TABLE_300();
44 o_riskformula_flag := JTF_NUMBER_TABLE();
45 -- if ddo_riskformula is not null or ddo_riskformula.count > 0 then
46 if ddo_riskformula.count > 0 then
47 o_riskformula_id.extend(ddo_riskformula.count);
48 o_riskformula_name.extend(ddo_riskformula.count);
49 o_riskformula_description.extend(ddo_riskformula.count);
50 o_riskformula_flag.extend(ddo_riskformula.count);
51 ddindx := ddo_riskformula.first;
52 indx := 1;
53 while true loop
54 o_riskformula_id(indx) := ddo_riskformula(ddindx).id;
55 o_riskformula_name(indx) := ddo_riskformula(ddindx).name;
56 o_riskformula_description(indx) := ddo_riskformula(ddindx).description;
57 o_riskformula_flag(indx) := ddo_riskformula(ddindx).flag;
58 indx := indx+1;
59 if ddo_riskformula.last =ddindx
60 then exit;
61 end if;
62 ddindx := ddo_riskformula.next(ddindx);
63 end loop;
64 end if;
65 end if;
66 end getpayeeformulas;
67
68 /*
69 ** Name createFormula
70 ** Purpose: Calls the actual createFormula method in iby_formula_pkg.
71 ** This procedure is a wrapper generated by Rosette
72 ** to the actual procedure in iby_formula_pkg for Java
73 ** programs to be able to call it.
74 */
75 procedure createformula(i_payeeid varchar2, i_name varchar2,
76 i_description varchar2,
77 i_flag integer,
78 i_count integer,
79 i_factors_name JTF_VARCHAR2_TABLE_100,
80 i_factors_weight JTF_NUMBER_TABLE,
81 o_id out nocopy number)
82
83 is
84 ddi_factors iby_formula_pkg.factor_table;
85 ddindx binary_integer; indx binary_integer;
86 begin
87
88 -- copy data to the local IN or IN-OUT args, if any
89
90
91 if i_factors_name is not null and i_factors_name.count > 0 then
92 if i_factors_name.count > 0 then
93 indx := i_factors_name.first;
94 ddindx := 1;
95 while true loop
96 ddi_factors(ddindx).name := i_factors_name(indx);
97 ddi_factors(ddindx).weight := i_factors_weight(indx);
98 ddindx := ddindx+1;
99 if i_factors_name.last =indx
100 then exit;
101 end if;
102 indx := i_factors_name.next(indx);
103 end loop;
104 end if;
105 end if;
106
107
108 -- here's the delegated call to the old PL/SQL routine
109 iby_formula_pkg.createformula(i_payeeid, i_name,
110 i_description,
111 i_flag,
112 i_count,
113 ddi_factors,
114 o_id);
115
116 -- copy data back from the local OUT or IN-OUT args, if any
117
118 end createformula;
119
120 /*
121 ** Name modifyFormula
122 ** Purpose: Calls the actual modifyFormula method in iby_formula_pkg.
123 ** This procedure is a wrapper generated by Rosette
124 ** to the actual procedure in iby_formula_pkg for Java
125 ** programs to be able to call it.
126 */
127 procedure modifyformula(i_id number,
128 i_name varchar2,
129 i_description varchar2,
130 i_flag integer,
131 i_count integer,
132 i_factors_name JTF_VARCHAR2_TABLE_100,
133 i_factors_weight JTF_NUMBER_TABLE)
134
135 is
136 ddi_factors iby_formula_pkg.factor_table;
137 ddindx binary_integer; indx binary_integer;
138 begin
139
140 -- copy data to the local IN or IN-OUT args, if any
141
142
143
144 if i_factors_name is not null and i_factors_name.count > 0 then
145 if i_factors_name.count > 0 then
146 indx := i_factors_name.first;
147 ddindx := 1;
148 while true loop
149 ddi_factors(ddindx).name := i_factors_name(indx);
150 ddi_factors(ddindx).weight := i_factors_weight(indx);
151 ddindx := ddindx+1;
152 if i_factors_name.last =indx
153 then exit;
154 end if;
155 indx := i_factors_name.next(indx);
156 end loop;
157 end if;
158 end if;
159
160 -- here's the delegated call to the old PL/SQL routine
161 iby_formula_pkg.modifyformula(i_id,
162 i_name,
163 i_description,
164 i_flag,
165 i_count,
166 ddi_factors);
167
168 -- copy data back from the local OUT or IN-OUT args, if any
169
170 end modifyformula;
171
172 /*
173 ** Name loadFormula
174 ** Purpose: Calls the actual loadFormula method in iby_formula_pkg.
175 ** This procedure is a wrapper generated by Rosette
176 ** to the actual procedure in iby_formula_pkg for Java
177 ** programs to be able to call it.
178 */
179 procedure loadformula(i_factorid number,
180 o_name out nocopy varchar2,
181 o_description out nocopy varchar2,
182 o_flag out nocopy integer,
183 o_factors_name out nocopy JTF_VARCHAR2_TABLE_100,
184 o_factors_weight out nocopy JTF_NUMBER_TABLE)
185
186 is
187 ddo_factors iby_formula_pkg.factor_table;
188 ddindx binary_integer; indx binary_integer;
189 begin
190
191 -- copy data to the local IN or IN-OUT args, if any
192
193
194 -- here's the delegated call to the old PL/SQL routine
195 iby_formula_pkg.loadformula(i_factorid,
196 o_name, o_description, o_flag, ddo_factors);
197
198 -- copy data back from the local OUT or IN-OUT args, if any
199
200 if ddo_factors is null or ddo_factors.count = 0 then
201 o_factors_name := JTF_VARCHAR2_TABLE_100();
202 o_factors_weight := JTF_NUMBER_TABLE();
203 else
204 o_factors_name := JTF_VARCHAR2_TABLE_100();
205 o_factors_weight := JTF_NUMBER_TABLE();
206 -- if ddo_factors is not null or ddo_factors.count > 0 then
207 if ddo_factors.count > 0 then
208 o_factors_name.extend(ddo_factors.count);
209 o_factors_weight.extend(ddo_factors.count);
210 ddindx := ddo_factors.first;
211 indx := 1;
212 while true loop
213 o_factors_name(indx) := ddo_factors(ddindx).name;
214 o_factors_weight(indx) := ddo_factors(ddindx).weight;
215 indx := indx+1;
216 if ddo_factors.last =ddindx
217 then exit;
218 end if;
219 ddindx := ddo_factors.next(ddindx);
220 end loop;
221 end if;
222 end if;
223 end loadformula;
224
225 end iby_formula_pkg_wrap;
226
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