code page problem and unicode problem

[Former Member]

I created the function modules for converting the data into arabic language.It was displaying in BSP application i want to display in webdynpro.in webdynpro it is displaying hexadecimal language .

can you please help me in the same how to conver that hexadecimal language to conver the browser dependent arabic language.

Class CL_GUI_HTML_VIEWER methods GET_RECOMMENDED_CHARSET when u call this

method passing the SPRAS - 'A' thats for arabic language on a Unicode system it will return you the

HTML_CHARSET.

Using this can you please help me below lt_encoded_data displaying in the arabic in the table.this is problem in html browser i mean in code page.

Can any one help me in this.

call function 'Z_BI_GET_ARABIC_NAMES' destination 'DVRCLNT095'

tables

candidate = lt_candidate

encoded_data = lt_encoded_data.

FUNCTION Z_BI_GET_ARABIC_NAMES_TEST.

*"----

---

""Local Interface:

*" TABLES

*" CANDIDATE STRUCTURE ZCAND_ARAB_INFO OPTIONAL

*" ENCODED_DATA STRUCTURE ZCAND_ARAB_DATA

*"----

---

data wa_HRP9550 type HRP9550.

data: input_val type char0128.

data: output_val type CHAR512.

data wa_ENCODED_DATA type ZCAND_ARAB_DATA.

TYPES: BEGIN OF ty_cand,

CANDIDATE type hrp9550-objid,

FNAME_AR type hrp9550-fname_ar,

MNAME_AR type hrp9550-MNAME_AR,

LNAME_AR type hrp9550-LNAME_AR,

GFNAME_AR type hrp9550-GFNAME_AR ,

end of ty_cand.

data: int_cand type table of ty_cand,

wa_cand type ty_cand.

TYPES: BEGIN OF ty_summb,

objid type ZER_SUMMB_SEL-objid,

major type ZER_SUMMB_SEL-major,

major_desc type ZER_SUMMB_SEL-major_desc,

gmajor type ZER_SUMMB_SEL-gmajor,

gmajor_desc type ZER_SUMMB_SEL-gmajor_desc,

end of ty_summb.

data: int_summb type table of ty_summb,

wa_summb type ty_summb.

• data: int_cand_arab_data type TABLE OF ZCAND_ARAB_DATA ,

• wa_cand_arab_data type ZCAND_ARAB_DATA.

SELECT OBJID

fname_ar

mname_ar

lname_ar

gfname_ar

FROM hrp9550

into TABLE int_cand

for all entries in candidate

WHERE plvar EQ '01'

AND otype EQ 'NA'

AND objid = CANDIDATE-candidate

AND ENDDA GE sy-datum

AND BEGDA LE sy-datum.

if sy-subrc = 0.

sort int_cand by candidate.

delete ADJACENT DUPLICATES FROM int_cand COMPARING candidate.

SELECT OBJID

major

major_desc

gmajor

gmajor_desc

FROM zer_summb_sel

INTO TABLE int_summb

for all entries in int_cand

wHERE objid = int_cand-candidate.

loop at int_cand into wa_cand.

wa_encoded_data-candidate = wa_cand-candidate.

• first name conversion

input_val = wa_cand-FNAME_AR.

CALL FUNCTION 'Z_BW_ENCODE_TO_HTML_DATA'

EXPORTING

DATA = input_val

L_ENCODING = 'UTF-8'

IMPORTING

OUTPUT = output_val.

wa_encoded_data-FNAME_AR = output_val.

clear: input_val, output_val.

• mid name conversion

input_val = wa_cand-MNAME_AR.

CALL FUNCTION 'Z_BW_ENCODE_TO_HTML_DATA'

EXPORTING

DATA = input_val

L_ENCODING = 'UTF-8'

IMPORTING

OUTPUT = output_val.

wa_encoded_data-MNAME_AR = output_val.

clear: input_val, output_val.

• last name conversion

input_val = wa_cand-LNAME_AR.

CALL FUNCTION 'Z_BW_ENCODE_TO_HTML_DATA'

EXPORTING

DATA = input_val

L_ENCODING = 'UTF-8'

IMPORTING

OUTPUT = output_val.

wa_encoded_data-LNAME_AR = output_val.

clear: input_val, output_val.

• GF name conversion

input_val = wa_cand-GFNAME_AR.

CALL FUNCTION 'Z_BW_ENCODE_TO_HTML_DATA'

EXPORTING

DATA = input_val

L_ENCODING = 'UTF-8'

IMPORTING

OUTPUT = output_val.

wa_encoded_data-GFNAME_AR = output_val.

• Read and populate Major details

read table int_summb with key objid = wa_cand-candidate

into wa_summb.

if sy-subrc = 0.

• MAJOR

wa_encoded_data-major = wa_summb-major.

• MAJOR_DESC

input_val = wa_summb-major_desc.

CALL FUNCTION 'Z_BW_ENCODE_TO_HTML_DATA'

EXPORTING

DATA = input_val

L_ENCODING = 'UTF-8'

IMPORTING

OUTPUT = output_val.

wa_encoded_data-major_desc = output_val.

• GMAJOR

wa_encoded_data-gmajor = wa_summb-gmajor.

• GMAJOR_DESC

input_val = wa_summb-gmajor_desc.

CALL FUNCTION 'Z_BW_ENCODE_TO_HTML_DATA'

EXPORTING

DATA = input_val

L_ENCODING = 'UTF-8'

IMPORTING

OUTPUT = output_val.

wa_encoded_data-gmajor_desc = output_val.

endif.

append wa_encoded_data to ENCODED_DATA.

clear: input_val, output_val, ENCODED_DATA, wa_encoded_data.

endloop.

endif.

ENDFUNCTION.

............................................end.......................................................

'Z_BW_ENCODE_TO_HTML_DATA':

FUNCTION Z_BW_ENCODE_TO_HTML_DATA.

*"----

---

""Local Interface:

*" IMPORTING

*" REFERENCE(DATA) TYPE CHAR0128

*" REFERENCE(L_ENCODING) TYPE ABAP_ENCOD DEFAULT 'UTF-8'

*" EXPORTING

*" REFERENCE(OUTPUT) TYPE CHAR512

*"----

---

data: conv type ref to cl_abap_conv_out_ce,

inbuf type string,

outbuf type string,

wf_len type i,

wf_str_len type i,

wf_out type string,

wf_buf type string,

WF_BUF_I TYPE I.

IF NOT DATA IS INITIAL.

clear: wf_len, wf_str_len, wf_out.

wf_str_len = strlen( DATA ).

do.

CALL METHOD CL_ABAP_CONV_OUT_CE=>CREATE

EXPORTING

ENCODING = L_ENCODING

REPLACEMENT = '#'

IGNORE_CERR = ABAP_TRUE

RECEIVING

CONV = CONV.

clear: INBUF, OUTBUF, wf_buf, WF_BUF_I.

INBUF = DATA+wf_len(1).

• if not INBUF is initial.

CALL METHOD CONV->WRITE

EXPORTING

DATA = INBUF.

CALL METHOD CONV->GET_BUFFER

RECEIVING

BUFFER = WF_BUF.

WF_BUF = OUTBUF.

if INBUF is not initial.

WF_BUF_I = CONV->UCCPI( INBUF ).

wf_buf = WF_BUF_I.

condense wf_buf.

• endif.

concatenate wf_out '&#' wf_buf ';' into wf_out.

else.

concatenate wf_out ' ' into wf_out.

endif.

• concatenate wf_out wf_buf into wf_out.

wf_len = wf_len + 1.

if wf_len eq wf_str_len.

exit.

endif.

enddo.

• OUT-ZZFIRSTNAM_AR = wf_out.

ENDIF.

OUTPUT = wf_out.

ENDFUNCTION.

[alison_lloyd]

have you tried posting in the ABAP webdypro forum?