The remit here is to take Eastings/Northings (A UK based Ordnance Survey Gridreferencing system) and convert to LatLngs (the grid-referencing done by most GPS systems, and most importantly, Google Maps).
The algorithms for doing these conversions are here, and the accompanying guide I found really interesting. Basically, it comes down to Eastings/Northings are based on a 2-dimensional grid (assuming that England is roughly flat), but LatLngs are based on a 3-dimensional sphere (I'm looking at you, planet Earth...)
This call for me had the perfect storm of lots of complicated maths, knowledge of 2 programming languages, and the sexy prospect of overlaying the results on Google Maps.
Total trophy moment when I got it to work....
*&---------------------------------------------------------------------*
*& Report YPD_PL1_LATLNG
*&
*&---------------------------------------------------------------------*
*&
*&
*&---------------------------------------------------------------------*
REPORT YPD_PL1_LATLNG.
data: pi type f,
radPHI0 type f,
radLAM0 type f,
af0 type f,
bf0 type f,
e2 type f,
Et type f,
phi0 type f,
lam0 type f,
w_deciPhi0 type f,
w_DeciLam0 type f,
o_lat type f,
o_lng type f.
constants: c_a type f value '6377563.396',
c_b type f value '6356256.909',
c_e0 type f value '400000',
c_n0 type f value '100000-',
c_f0 type f value '0.9996012717',
c_deciPhi0 type f value '49.00000000',
c_deciLam0 type f value '2.00000000-',
c_Phi0 type f VALUE '0.855211333',
C_Lam0 type f value '0.034906585-'.
parameters: p_east type int4 default '359536',
p_north type int4 default '403646'.
start-of-selection.
write: 'East:', p_east, ', North', p_north.
perform initialise_vars.
perform E_N_to_LAT using p_east p_north c_n0 c_f0 changing o_lat.
perform E_N_to_LNG using p_east p_north c_n0 c_f0 changing o_lng.
form E_N_to_Lat using p_East type int4
p_North type int4
p_n0 type f
p_f0 type f
changing e_n_to_lat type f.
data: af0 type f,
bf0 type f,
e2 type f,
n type f,
Et type f,
VII type f,
VIII type f,
IX type f,
PHid type f,
nu type f,
rho type f,
eta2 type f.
*'Un-project Transverse Mercator eastings and northings back to latitude.
*'Input: - _
* eastings (East) and northings (North) in meters; _
* ellipsoid axis dimensions (a & b) in meters; _
* eastings (e0) and northings (n0) of false origin in meters; _
* central meridian scale factor (f0) and _
* latitude (PHI0) and longitude (LAM0) of false origin in decimal degrees.
"'REQUIRES THE "Marc" AND "InitialLat" FUNCTIONS
*'Compute af0, bf0, e squared (e2), n and Et
af0 = c_a * p_f0.
bf0 = c_b * p_f0.
e2 = ( ( af0 ** 2 ) - ( bf0 ** 2 ) ) / ( af0 ** 2 ) .
n = ( af0 - bf0 ) / ( af0 + bf0 ).
Et = p_East - c_e0.
*'Compute initial value for latitude (PHI) in radians
perform InitialLat using p_north c_n0 af0 RadPHI0 n bf0 changing PHId.
*'Compute nu, rho and eta2 using value for PHId
nu = af0 / ( Sqrt( 1 - ( e2 * ( ( Sin( PHId ) ) ** 2 ) ) ) ).
rho = ( nu * ( 1 - e2 ) ) / ( 1 - ( e2 * ( SIN( PHId ) ) ** 2 ) ).
eta2 = ( nu / rho ) - 1.
*'Compute Latitude
VII = ( Tan( PHId ) ) / ( 2 * rho * nu ).
VIII = ( ( Tan( PHId ) ) / ( 24 * rho * ( nu ** 3 ) ) ) * ( 5 + ( 3 * ( ( Tan( PHId ) ) ** 2 ) ) + eta2 - ( 9 * eta2 * ( ( Tan( PHId ) ) ** 2 ) ) ).
IX = ( ( Tan( PHId ) ) / ( 720 * rho * ( nu ** 5 ) ) ) * ( 61 + ( 90 * ( ( Tan( PHId ) ) ** 2 ) ) + ( 45 * ( ( Tan( PHId ) ) ** 4 ) ) ).
E_N_to_Lat = ( 180 / Pi ) * ( PHId - ( ( Et ** 2 ) * VII ) + ( ( Et ** 4 ) * VIII ) - ( ( Et ** 6 ) * IX ) ).
WRITE:/ 'Lat Calculation'.
write:/ 'Lat:', e_n_to_lat.
write:/ 'VII', VII.
write:/ 'IX', IX.
endform.
form initialise_vars.
Pi = '3.14159265358979' .
"Convert angle measures to radians
RadPHI0 = c_DeciPhi0 * ( Pi / 180 ).
RadLAM0 = c_DeciLam0 * ( Pi / 180 ).
endform.
form marc using p_bf0 type f
p_n type f
p_phi0 type f
p_phi type f
changing p_marc type f.
data: phi_minus_phi0 type f,
phi_plus_phi0 type f,
phi_minus_phi0_times_2 type f,
phi_plus_phi0_times_2 type f,
phi_minus_phi0_times_3 type f,
phi_plus_phi0_times_3 type f.
data: l_test1 type f,
l_line1 type f,
l_line2 type f,
l_line3 type f,
l_line4 type f.
DATA: L_MARC2 TYPE F.
"Copied from VB Macro Calculation; They can nest function calculations, ABAP can't... stupid ABAP.
phi_minus_phi0 = p_phi - p_phi0.
phi_plus_phi0 = p_phi + p_phi0.
phi_minus_phi0_times_2 = phi_minus_phi0 * 2.
phi_plus_phi0_times_2 = phi_plus_phi0 * 2.
phi_minus_phi0_times_3 = phi_minus_phi0 * 3.
phi_plus_phi0_times_3 = phi_plus_phi0 * 3.
l_test1 = Sin( Phi_minus_phi0 ).
l_line1 = p_bf0.
l_line1 = ( ( ( 1 + p_n + ( ( 5 / 4 ) * ( p_n ** 2 ) ) + ( ( 5 / 4 ) * ( p_n ** 3 ) ) ) * ( p_PHI - p_PHI0 ) ) ).
l_line2 = ( ( ( 3 * p_n ) + ( 3 * ( p_n ** 2 ) ) + ( ( 21 / 8 ) * ( p_n ** 3 ) ) ) * ( Sin( phi_minus_phi0 ) ) * ( COS( phi_plus_phi0 ) ) ).
l_line3 = ( ( ( ( 15 / 8 ) * ( p_n ** 2 ) ) + ( ( 15 / 8 ) * ( p_n ** 3 ) ) ) * ( Sin( phi_minus_phi0_times_2 ) ) * ( Cos( phi_plus_phi0_times_2 ) ) ).
l_line4 = ( ( ( 35 / 24 ) * ( p_n ** 3 ) ) * ( Sin( phi_minus_phi0_times_3 ) ) * ( Cos( phi_plus_phi0_times_3 ) ) ).
* Marc = bf0 * (((1 + n + ((5 / 4) * (n ^ 2)) + ((5 / 4) * (n ^ 3))) * (PHI - PHI0)) _
* - (((3 * n) + (3 * (n ^ 2)) + ((21 / 8) * (n ^ 3))) * (Sin(PHI - PHI0)) * (Cos(PHI + PHI0))) _
* + ((((15 / 8) * (n ^ 2)) + ((15 / 8) * (n ^ 3))) * (Sin(2 * (PHI - PHI0))) * (Cos(2 * (PHI + PHI0)))) _
* - (((35 / 24) * (n ^ 3)) * (Sin(3 * (PHI - PHI0))) * (Cos(3 * (PHI + PHI0)))))
L_MARC2 = p_bf0 * ( l_line1 - l_line2 + l_line3 - l_line4 ).
p_marc = l_marc2.
* p_Marc = p_bf0 * ( ( ( 1 + p_n + ( ( 5 / 4 ) * ( p_n ** 2 ) ) + ( ( 5 / 4 ) * ( p_n ** 3 ) ) ) * ( p_PHI - PHI0 ) )
* - ( ( ( 3 * p_n ) + ( 3 * ( p_n ** 2 ) ) + ( ( 21 / 8 ) * ( p_n ** 3 ) ) ) * ( Sin( phi_minus_phi0 ) ) * ( COS( phi_plus_phi0 ) ) )
* + ( ( ( ( 15 / 8 ) * ( p_n ** 2 ) ) + ( ( 15 / 8 ) * ( p_n ** 3 ) ) ) * ( Sin( phi_minus_phi0_times_2 ) ) * ( Cos( phi_plus_phi0_times_2 ) ) )
* - ( ( ( 35 / 24 ) * ( p_n ** 3 ) ) * ( Sin( phi_minus_phi0_times_3 ) ) * ( Cos( phi_plus_phi0_times_3 ) ) ) ) .
endform.
form InitialLat using p_North type int4
p_n0 type f
P_afo type f
p_PHI0 type f
p_n type f
p_bfo type f
changing p_InitialLat type f.
*'Compute initial value for Latitude (PHI) IN RADIANS.
*'Input: - _
* northing of point (North) and northing of false origin (n0) in meters; _
* semi major axis multiplied by central meridian scale factor (af0) in meters; _
* latitude of false origin (PHI0) IN RADIANS; _
* n (computed from a, b and f0) and _
* ellipsoid semi major axis multiplied by central meridian scale factor (bf0) in meters.
*'REQUIRES THE "Marc" FUNCTION
*'THIS FUNCTION IS CALLED BY THE "E_N_to_Lat", "E_N_to_Long" and "E_N_to_C" FUNCTIONS
*'THIS FUNCTION IS ALSO USED ON IT'S OWN IN THE "Projection and Transformation Calculations.xls" SPREADSHEET
data: l_phi1 type f,
l_phi2 type f,
M type f,
delta type f,
l_myCounter type f.
"First PHI value (PHI1)
l_PHI1 = ( ( p_North - p_n0 ) / p_afo ) + P_PHI0.
*'Calculate M
perform marc using p_bfo
p_n
p_phi0
l_phi1
changing M.
*'Calculate new PHI value (PHI2)
l_PHI2 = ( ( p_North - p_n0 - M ) / p_afo ) + l_PHI1.
*'Iterate to get final value for InitialLat
Do 10000 times. "Prevent Infinity.
delta = p_North - p_n0 - M.
if ABS( delta ) < '0.00001'.
exit.
endif.
l_PHI2 = ( DELTA / P_afo ) + l_PHI1.
perform marc using p_bfo
p_n
p_phi0
l_phi2
changing M.
l_PHI1 = l_PHI2.
l_myCounter = l_myCounter + 1.
enddo.
p_InitialLat = l_PHI2.
endform.
form E_N_to_LNG using p_East type int4
p_North type int4
p_n0 type f
p_f0 type f
changing e_n_to_lng type f.
"Un-project Transverse Mercator eastings and northings back to longitude.
data: af0 type f,
bf0 type f,
e2 type f,
n type f,
Et type f,
VII type f,
VIII type f,
IX type f,
PHid type f,
nu type f,
rho type f,
eta2 type f,
X type f,
XI type f,
XII type f,
XIIA type f.
"Compute af0, bf0, e squared (e2), n and Et
af0 = c_a * p_f0.
bf0 = c_b * p_f0.
e2 = ( ( af0 ** 2 ) - ( bf0 ** 2 ) ) / ( af0 ** 2 ).
n = ( af0 - bf0 ) / ( af0 + bf0 ).
Et = p_East - c_e0.
*'Compute initial value for latitude (PHI) in radians
perform InitialLat using p_north c_n0 af0 RadPHI0 n bf0 changing PHId.
*'Compute nu, rho and eta2 using value for PHId
nu = af0 / ( Sqrt( 1 - ( e2 * ( ( Sin( PHId ) ) ** 2 ) ) ) ).
rho = ( nu * ( 1 - e2 ) ) / ( 1 - ( e2 * ( SIN( PHId ) ) ** 2 ) ).
eta2 = ( nu / rho ) - 1.
" Compute Longitude
X = ( ( Cos( PHId ) ) ** -1 ) / nu.
XI = ( ( ( Cos( PHId ) ) ** -1 ) / ( 6 * ( nu ** 3 ) ) ) * ( ( nu / rho ) + ( 2 * ( ( Tan( PHId ) ) ** 2 ) ) ).
XII = ( ( ( Cos( PHId ) ) ** -1 ) / ( 120 * ( nu ** 5 ) ) ) * ( 5 + ( 28 * ( ( Tan( PHId ) ) ** 2 ) ) + ( 24 * ( ( Tan( PHId ) ) ** 4 ) ) ).
XIIA = ( ( ( Cos( PHId ) ) ** -1 ) / ( 5040 * ( nu ** 7 ) ) ) * ( 61 + ( 662 * ( ( Tan( PHId ) ) ** 2 ) ) + ( 1320 * ( ( Tan( PHId ) ) ** 4 ) ) + ( 720 * ( ( Tan( PHId ) ) ** 6 ) ) ).
E_N_to_Lng = ( 180 / Pi ) * ( RadLAM0 + ( Et * X ) - ( ( Et ** 3 ) * XI ) + ( ( Et ** 5 ) * XII ) - ( ( Et ** 7 ) * XIIA ) ).
WRITE:/ 'Lng Calculation'.
write:/ 'Lat:', e_n_to_lng.
Endform.
Monday 18 May 2015
Friday 15 May 2015
Multiple Payment / Clearing of FI Documents
In trying to find the equivalent of F-28, with the most promising best result being this one I've got a program that now can perform clearing of multiple invoices... It reads in a file with Invoice#s and Payment amounts, creates payment documents, then clears them against the SumTotalled Incoming Payment.
Header program here:
REPORT YPD_INV_PAY_DEV.
include YPD_INV_PAY_DEV_data.
include YPD_INV_PAY_DEV_sels.
start-of-selection.
perform load_file.
"PD- this was the bit that did the process / clearing incrementally....
* loop at lt_remittance_file into ls_remittance_file.
* perform process_payment.
* IF p_clear = 'X'.
* perform do_clearing.
* endif.
* endloop.
loop at lt_remittance_file into ls_remittance_file.
perform process_payment.
endloop.
append ls_currencyamount1 to it_currencyamount.
append ls_currencyamount2 to it_currencyamount.
perform call_bapi using '15'.
commit work and wait.
wait up to 4 seconds.
IF p_clear = 'X'.
perform do_clearing2.
endif.
include YPD_INV_PAY_DEV_forms.
---------------------------------------------------------------------------------------
include YPD_INV_PAY_DEV_data.
data: w_bsid type bsid.
data:
gd_documentheader like bapiache09,
gd_customercpd like bapiacpa09,
gd_fica_hd like bapiaccahd,
it_accountreceivable like table of bapiacar09 with header line,
it_accountgl like table of bapiacgl09 with header line,
it_accounttax like table of bapiactx09 with header line,
it_criteria like table of bapiackec9 with header line,
it_valuefield like table of bapiackev9 with header line,
it_currencyamount like table of bapiaccr09 with header line,
ls_currencyamount1 type bapiaccr09,
ls_currencyamount2 type bapiaccr09,
it_return like table of bapiret2 with header line,
it_receivers like table of bdi_logsys with header line,
it_fica_it like table of bapiaccait with header line,
it_accountpayable like table of bapiacap09 with header line,
it_paymentcard like table of bapiacpc09 with header line,
it_ext like table of bapiacextc with header line.
* it_re LIKE TABLE OF bapiacre09 WITH HEADER LINE,
* it_ext2 LIKE TABLE OF bapiparex WITH HEADER LINE.
data: w_type like gd_documentheader-obj_type,
w_key like gd_documentheader-obj_key,
w_sys like gd_documentheader-obj_sys.
data: w_difference type wrbtr,
w_overpayment type wdy_boolean.
types:
begin of ty_li_remittance_file,
bschl(2) type c, "posting key
belnr(10) type c, "doc number
wrbtr(17) type c, "amount
hkont(10) type c, "GL account
kunnr(10) type c, "customer
kostl(10) type c, "cost centre
prctr(10) type c, "profit centre
zuonr(18) type c, "allocation
sgtxt(50) type c, "text
end of ty_li_remittance_file.
data:
lt_remittance_file type standard table of ty_li_remittance_file,
ls_remittance_file type ty_li_remittance_file.
"PD+ for multiple invoice / payment clearances in 1 clearing doc't.
data: t_ausz1 type table of ausz1,
w_ausz1 type ausz1,
t_ausz2 type table of ausz2,
w_ausz2 type ausz2.
data: w_bsid2 type bsid,
w_bkpf type bkpf,
w_bkpf2 type bkpf,
l_belnr type belnr_d,
l_bukrs type bukrs,
l_gjahr type gjahr.
types: begin of tty_payments,
belnr type belnr_d,
bukrs type bukrs,
gjahr type gjahr,
end of tty_payments.
data: w_payments type tty_payments,
t_payments type table of tty_payments.
data: w_invoices type tty_payments,
t_invoices type table of tty_payments.
---------------------------------------------------------------------------------------
include YPD_INV_PAY_DEV_sels.
parameters: p_bukrs type bukrs default '2000',
* p_belnr type belnr_d default '1800000016',
p_gjahr type gjahr default '2015',
p_hkont type hkont default '113108'.
* P_AMT TYPE WRBTR default '100.00'.
parameter: p_clear type wdy_boolean as checkbox default 'X'.
parameters: p_hkontD type hkont default '140000'.
parameter: p_file type char80 default 'C:\Users\Patrick.Dean\Desktop\test.txt'.
---------------------------------------------------------------------------------------
include YPD_INV_PAY_DEV_forms.
form do_clearing2.
loop at t_invoices into w_invoices.
select single * from bsid into w_bsid where belnr = w_invoices-belnr
and gjahr = w_invoices-gjahr
and bukrs = w_invoices-bukrs.
select single * from bkpf into w_bkpf where belnr = w_invoices-belnr
and gjahr = w_invoices-gjahr
and bukrs = w_invoices-bukrs.
check sy-subrc = 0.
"Invoice
move-corresponding w_bsid to w_AUSZ1.
move-corresponding w_bkpf to w_ausz1.
w_ausz2-aktio = 'A'.
append w_AUSZ1 to T_AUSZ1.
endloop.
loop at t_payments into w_payments.
select single * into w_bsid2 from bsid where belnr = w_payments-belnr
and bukrs = w_payments-bukrs
and gjahr = w_payments-gjahr.
check sy-subrc = 0.
select single * from bkpf into w_bkpf2 where belnr = w_bsid2-belnr
and gjahr = w_bsid2-gjahr
and bukrs = w_bsid2-bukrs.
clear: w_ausz1, w_ausz2.
move-corresponding w_bsid2 to w_AUSZ1.
move-corresponding w_bkpf2 to w_ausz1.
append w_AUSZ1 to T_AUSZ1.
w_AUSZ2-augbl = w_bkpf2-belnr.
w_AUSZ2-augdt = w_bkpf2-budat.
w_AUSZ2-BUKRS = w_bsid2-BUKRS.
append w_AUSZ2 to T_AUSZ2.
endloop.
CALL FUNCTION 'CLEAR_DOCUMENTS'
TABLES
T_AUSZ1 = t_ausz1
T_AUSZ2 = t_ausz2.
COMMIT WORK AND WAIT.
endform.
form process_payment.
data: l_wrbtr type wrbtr,
l_initialised.
select single * from bsid into w_bsid where gjahr = p_gjahr
and belnr = ls_remittance_file-BELNR
and bukrs = p_bukrs.
CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT'
EXPORTING
INPUT = w_bsid-kunnr
IMPORTING
OUTPUT = w_bsid-kunnr.
l_wrbtr = ls_remittance_file-wrbtr.
if l_initialised is initial.
perform fill_header.
perform fill_accountgl using p_hkont.
perform fill_accountar.
l_initialised = 'X'.
endif.
perform fill_currencyamount using L_WRBTR.
w_invoices-gjahr = p_gjahr.
w_invoices-belnr = ls_remittance_file-belnr.
w_invoices-bukrs = p_bukrs.
append w_invoices to t_invoices.
endform.
form fill_header.
gd_documentheader-username = sy-uname.
gd_documentheader-header_txt = 'BAPI Test'. "#EC NOTEXT
gd_documentheader-comp_code = w_bsid-bukrs.
gd_documentheader-fisc_year = sy-datum(4).
gd_documentheader-doc_date = sy-datum.
gd_documentheader-pstng_date = sy-datum.
gd_documentheader-doc_type = 'DZ'.
gd_documentheader-ref_doc_no = 'xxxx'.
gd_documentheader-bus_act = 'RFBU'.
endform.
form fill_accountgl using lp_hkont type hkont.
REFRESH IT_ACCOUNTGL.
clear it_accountgl.
it_accountgl-itemno_acc = 1.
it_accountgl-gl_account = lp_hkont.
it_accountgl-item_text = 'BAPI Test G/L line item'. "#EC NOTEXT
it_accountgl-comp_code = w_bsid-bukrs.
append it_accountgl.
endform.
form fill_accountar.
REFRESH it_accountreceivable.
CLEAR it_accountreceivable.
it_accountreceivable-itemno_acc = 2.
it_accountreceivable-customer = w_bsid-kunnr.
IT_ACCOUNTRECEIVABLE-PMNTTRMS = w_bsid-zterm.
IT_ACCOUNTRECEIVABLE-GL_ACCOUNT = w_bsid-hkont.
it_accountreceivable-comp_code = w_bsid-bukrs.
APPEND it_accountreceivable.
endform. "fill_accountar
form fill_currencyamount using lp_amt type wrbtr.
ls_currencyamount1-itemno_acc = 1.
ls_currencyamount1-curr_type = '00'.
ls_currencyamount1-currency = w_bsid-waers.
ls_currencyamount1-CURRENCY_ISO = w_bsid-waers.
ls_currencyamount1-amt_doccur = lp_amt + ls_currencyamount1-amt_doccur.
ls_currencyamount2-itemno_acc = 2.
ls_currencyamount2-curr_type = '00'.
ls_currencyamount2-currency = w_bsid-waers.
ls_currencyamount2-CURRENCY_ISO = w_bsid-waers.
ls_currencyamount2-amt_doccur = ls_currencyamount1-amt_doccur * -1.
endform.
form call_bapi using p_bschl type bschl.
data : it_BAPIACEXTC type table of BAPIACEXTC,
wa_BAPIACEXTC type BAPIACEXTC.
" Populate the Extension table
wa_BAPIACEXTC-field1 = 'POSTING_KEY'.
wa_BAPIACEXTC-field2 = '2'. " Item number
wa_BAPIACEXTC-field3 = p_bschl.
APPEND wa_BAPIACEXTC TO it_BAPIACEXTC.
call function 'BAPI_ACC_DOCUMENT_POST'
exporting
documentheader = gd_documentheader
importing
obj_type = w_type
obj_key = w_key
obj_sys = w_sys
tables
accountgl = it_accountgl
accountreceivable = it_accountreceivable
currencyamount = it_currencyamount
extension1 = it_BAPIACEXTC
return = it_return.
commit work and wait.
loop at it_return.
write:/ it_return-message.
endloop.
w_payments-belnr = w_key(10).
w_payments-bukrs = w_key+10(4).
w_payments-gjahr = w_key+14(4).
append w_payments to t_payments.
endform.
form do_clearing.
wait up to 2 seconds.
l_belnr = w_key(10).
l_bukrs = w_key+10(4).
l_gjahr = w_key+14(4).
select single * into w_bsid2 from bsid where belnr = l_belnr
and bukrs = l_bukrs
and gjahr = l_gjahr.
select single * from bkpf into w_bkpf where belnr = w_bsid-belnr
and gjahr = w_bsid-gjahr
and bukrs = w_bsid-bukrs.
select single * from bkpf into w_bkpf2 where belnr = w_bsid2-belnr
and gjahr = w_bsid2-gjahr
and bukrs = w_bsid2-bukrs.
"Invoice
move-corresponding w_bsid to w_AUSZ1.
move-corresponding w_bkpf to w_ausz1.
w_ausz2-aktio = 'A'.
append w_AUSZ1 to T_AUSZ1.
*append w_AUSZ2 to T_AUSZ2.
*
"Payment
clear: w_ausz1, w_ausz2.
move-corresponding w_bsid2 to w_AUSZ1.
move-corresponding w_bkpf2 to w_ausz1.
append w_AUSZ1 to T_AUSZ1.
"Difference.
*append w_AUSZ1 to T_AUSZ1.
w_AUSZ2-augbl = w_bkpf2-belnr.
w_AUSZ2-augdt = w_bkpf2-budat.
w_AUSZ2-BUKRS = w_bsid2-BUKRS.
append w_AUSZ2 to T_AUSZ2.
CALL FUNCTION 'CLEAR_DOCUMENTS'
TABLES
T_AUSZ1 = t_ausz1
T_AUSZ2 = t_ausz2.
COMMIT WORK AND WAIT.
endform.
form clear_bapi_tabs.
refresh: it_accountgl, it_accountreceivable, it_currencyamount, it_return.
endform.
form load_file.
data: l_filename type RLGRAP-FILENAME.
l_filename = p_file.
call function 'WS_UPLOAD'
exporting
filename = l_filename
filetype = 'DAT'
tables
data_tab = lt_remittance_file.
commit work and wait.
endform.
---------------------------------------------------------------------------------------
---------------------------------------------------------------------------------------
Header program here:
REPORT YPD_INV_PAY_DEV.
include YPD_INV_PAY_DEV_data.
include YPD_INV_PAY_DEV_sels.
start-of-selection.
perform load_file.
"PD- this was the bit that did the process / clearing incrementally....
* loop at lt_remittance_file into ls_remittance_file.
* perform process_payment.
* IF p_clear = 'X'.
* perform do_clearing.
* endif.
* endloop.
loop at lt_remittance_file into ls_remittance_file.
perform process_payment.
endloop.
append ls_currencyamount1 to it_currencyamount.
append ls_currencyamount2 to it_currencyamount.
perform call_bapi using '15'.
commit work and wait.
wait up to 4 seconds.
IF p_clear = 'X'.
perform do_clearing2.
endif.
include YPD_INV_PAY_DEV_forms.
---------------------------------------------------------------------------------------
include YPD_INV_PAY_DEV_data.
data: w_bsid type bsid.
data:
gd_documentheader like bapiache09,
gd_customercpd like bapiacpa09,
gd_fica_hd like bapiaccahd,
it_accountreceivable like table of bapiacar09 with header line,
it_accountgl like table of bapiacgl09 with header line,
it_accounttax like table of bapiactx09 with header line,
it_criteria like table of bapiackec9 with header line,
it_valuefield like table of bapiackev9 with header line,
it_currencyamount like table of bapiaccr09 with header line,
ls_currencyamount1 type bapiaccr09,
ls_currencyamount2 type bapiaccr09,
it_return like table of bapiret2 with header line,
it_receivers like table of bdi_logsys with header line,
it_fica_it like table of bapiaccait with header line,
it_accountpayable like table of bapiacap09 with header line,
it_paymentcard like table of bapiacpc09 with header line,
it_ext like table of bapiacextc with header line.
* it_re LIKE TABLE OF bapiacre09 WITH HEADER LINE,
* it_ext2 LIKE TABLE OF bapiparex WITH HEADER LINE.
data: w_type like gd_documentheader-obj_type,
w_key like gd_documentheader-obj_key,
w_sys like gd_documentheader-obj_sys.
data: w_difference type wrbtr,
w_overpayment type wdy_boolean.
types:
begin of ty_li_remittance_file,
bschl(2) type c, "posting key
belnr(10) type c, "doc number
wrbtr(17) type c, "amount
hkont(10) type c, "GL account
kunnr(10) type c, "customer
kostl(10) type c, "cost centre
prctr(10) type c, "profit centre
zuonr(18) type c, "allocation
sgtxt(50) type c, "text
end of ty_li_remittance_file.
data:
lt_remittance_file type standard table of ty_li_remittance_file,
ls_remittance_file type ty_li_remittance_file.
"PD+ for multiple invoice / payment clearances in 1 clearing doc't.
data: t_ausz1 type table of ausz1,
w_ausz1 type ausz1,
t_ausz2 type table of ausz2,
w_ausz2 type ausz2.
data: w_bsid2 type bsid,
w_bkpf type bkpf,
w_bkpf2 type bkpf,
l_belnr type belnr_d,
l_bukrs type bukrs,
l_gjahr type gjahr.
types: begin of tty_payments,
belnr type belnr_d,
bukrs type bukrs,
gjahr type gjahr,
end of tty_payments.
data: w_payments type tty_payments,
t_payments type table of tty_payments.
data: w_invoices type tty_payments,
t_invoices type table of tty_payments.
---------------------------------------------------------------------------------------
include YPD_INV_PAY_DEV_sels.
parameters: p_bukrs type bukrs default '2000',
* p_belnr type belnr_d default '1800000016',
p_gjahr type gjahr default '2015',
p_hkont type hkont default '113108'.
* P_AMT TYPE WRBTR default '100.00'.
parameter: p_clear type wdy_boolean as checkbox default 'X'.
parameters: p_hkontD type hkont default '140000'.
parameter: p_file type char80 default 'C:\Users\Patrick.Dean\Desktop\test.txt'.
---------------------------------------------------------------------------------------
include YPD_INV_PAY_DEV_forms.
form do_clearing2.
loop at t_invoices into w_invoices.
select single * from bsid into w_bsid where belnr = w_invoices-belnr
and gjahr = w_invoices-gjahr
and bukrs = w_invoices-bukrs.
select single * from bkpf into w_bkpf where belnr = w_invoices-belnr
and gjahr = w_invoices-gjahr
and bukrs = w_invoices-bukrs.
check sy-subrc = 0.
"Invoice
move-corresponding w_bsid to w_AUSZ1.
move-corresponding w_bkpf to w_ausz1.
w_ausz2-aktio = 'A'.
append w_AUSZ1 to T_AUSZ1.
endloop.
loop at t_payments into w_payments.
select single * into w_bsid2 from bsid where belnr = w_payments-belnr
and bukrs = w_payments-bukrs
and gjahr = w_payments-gjahr.
check sy-subrc = 0.
select single * from bkpf into w_bkpf2 where belnr = w_bsid2-belnr
and gjahr = w_bsid2-gjahr
and bukrs = w_bsid2-bukrs.
clear: w_ausz1, w_ausz2.
move-corresponding w_bsid2 to w_AUSZ1.
move-corresponding w_bkpf2 to w_ausz1.
append w_AUSZ1 to T_AUSZ1.
w_AUSZ2-augbl = w_bkpf2-belnr.
w_AUSZ2-augdt = w_bkpf2-budat.
w_AUSZ2-BUKRS = w_bsid2-BUKRS.
append w_AUSZ2 to T_AUSZ2.
endloop.
CALL FUNCTION 'CLEAR_DOCUMENTS'
TABLES
T_AUSZ1 = t_ausz1
T_AUSZ2 = t_ausz2.
COMMIT WORK AND WAIT.
endform.
form process_payment.
data: l_wrbtr type wrbtr,
l_initialised.
select single * from bsid into w_bsid where gjahr = p_gjahr
and belnr = ls_remittance_file-BELNR
and bukrs = p_bukrs.
CALL FUNCTION 'CONVERSION_EXIT_ALPHA_INPUT'
EXPORTING
INPUT = w_bsid-kunnr
IMPORTING
OUTPUT = w_bsid-kunnr.
l_wrbtr = ls_remittance_file-wrbtr.
if l_initialised is initial.
perform fill_header.
perform fill_accountgl using p_hkont.
perform fill_accountar.
l_initialised = 'X'.
endif.
perform fill_currencyamount using L_WRBTR.
w_invoices-gjahr = p_gjahr.
w_invoices-belnr = ls_remittance_file-belnr.
w_invoices-bukrs = p_bukrs.
append w_invoices to t_invoices.
endform.
form fill_header.
gd_documentheader-username = sy-uname.
gd_documentheader-header_txt = 'BAPI Test'. "#EC NOTEXT
gd_documentheader-comp_code = w_bsid-bukrs.
gd_documentheader-fisc_year = sy-datum(4).
gd_documentheader-doc_date = sy-datum.
gd_documentheader-pstng_date = sy-datum.
gd_documentheader-doc_type = 'DZ'.
gd_documentheader-ref_doc_no = 'xxxx'.
gd_documentheader-bus_act = 'RFBU'.
endform.
form fill_accountgl using lp_hkont type hkont.
REFRESH IT_ACCOUNTGL.
clear it_accountgl.
it_accountgl-itemno_acc = 1.
it_accountgl-gl_account = lp_hkont.
it_accountgl-item_text = 'BAPI Test G/L line item'. "#EC NOTEXT
it_accountgl-comp_code = w_bsid-bukrs.
append it_accountgl.
endform.
form fill_accountar.
REFRESH it_accountreceivable.
CLEAR it_accountreceivable.
it_accountreceivable-itemno_acc = 2.
it_accountreceivable-customer = w_bsid-kunnr.
IT_ACCOUNTRECEIVABLE-PMNTTRMS = w_bsid-zterm.
IT_ACCOUNTRECEIVABLE-GL_ACCOUNT = w_bsid-hkont.
it_accountreceivable-comp_code = w_bsid-bukrs.
APPEND it_accountreceivable.
endform. "fill_accountar
form fill_currencyamount using lp_amt type wrbtr.
ls_currencyamount1-itemno_acc = 1.
ls_currencyamount1-curr_type = '00'.
ls_currencyamount1-currency = w_bsid-waers.
ls_currencyamount1-CURRENCY_ISO = w_bsid-waers.
ls_currencyamount1-amt_doccur = lp_amt + ls_currencyamount1-amt_doccur.
ls_currencyamount2-itemno_acc = 2.
ls_currencyamount2-curr_type = '00'.
ls_currencyamount2-currency = w_bsid-waers.
ls_currencyamount2-CURRENCY_ISO = w_bsid-waers.
ls_currencyamount2-amt_doccur = ls_currencyamount1-amt_doccur * -1.
endform.
form call_bapi using p_bschl type bschl.
data : it_BAPIACEXTC type table of BAPIACEXTC,
wa_BAPIACEXTC type BAPIACEXTC.
" Populate the Extension table
wa_BAPIACEXTC-field1 = 'POSTING_KEY'.
wa_BAPIACEXTC-field2 = '2'. " Item number
wa_BAPIACEXTC-field3 = p_bschl.
APPEND wa_BAPIACEXTC TO it_BAPIACEXTC.
call function 'BAPI_ACC_DOCUMENT_POST'
exporting
documentheader = gd_documentheader
importing
obj_type = w_type
obj_key = w_key
obj_sys = w_sys
tables
accountgl = it_accountgl
accountreceivable = it_accountreceivable
currencyamount = it_currencyamount
extension1 = it_BAPIACEXTC
return = it_return.
commit work and wait.
loop at it_return.
write:/ it_return-message.
endloop.
w_payments-belnr = w_key(10).
w_payments-bukrs = w_key+10(4).
w_payments-gjahr = w_key+14(4).
append w_payments to t_payments.
endform.
form do_clearing.
wait up to 2 seconds.
l_belnr = w_key(10).
l_bukrs = w_key+10(4).
l_gjahr = w_key+14(4).
select single * into w_bsid2 from bsid where belnr = l_belnr
and bukrs = l_bukrs
and gjahr = l_gjahr.
select single * from bkpf into w_bkpf where belnr = w_bsid-belnr
and gjahr = w_bsid-gjahr
and bukrs = w_bsid-bukrs.
select single * from bkpf into w_bkpf2 where belnr = w_bsid2-belnr
and gjahr = w_bsid2-gjahr
and bukrs = w_bsid2-bukrs.
"Invoice
move-corresponding w_bsid to w_AUSZ1.
move-corresponding w_bkpf to w_ausz1.
w_ausz2-aktio = 'A'.
append w_AUSZ1 to T_AUSZ1.
*append w_AUSZ2 to T_AUSZ2.
*
"Payment
clear: w_ausz1, w_ausz2.
move-corresponding w_bsid2 to w_AUSZ1.
move-corresponding w_bkpf2 to w_ausz1.
append w_AUSZ1 to T_AUSZ1.
"Difference.
*append w_AUSZ1 to T_AUSZ1.
w_AUSZ2-augbl = w_bkpf2-belnr.
w_AUSZ2-augdt = w_bkpf2-budat.
w_AUSZ2-BUKRS = w_bsid2-BUKRS.
append w_AUSZ2 to T_AUSZ2.
CALL FUNCTION 'CLEAR_DOCUMENTS'
TABLES
T_AUSZ1 = t_ausz1
T_AUSZ2 = t_ausz2.
COMMIT WORK AND WAIT.
endform.
form clear_bapi_tabs.
refresh: it_accountgl, it_accountreceivable, it_currencyamount, it_return.
endform.
form load_file.
data: l_filename type RLGRAP-FILENAME.
l_filename = p_file.
call function 'WS_UPLOAD'
exporting
filename = l_filename
filetype = 'DAT'
tables
data_tab = lt_remittance_file.
commit work and wait.
endform.
---------------------------------------------------------------------------------------
---------------------------------------------------------------------------------------
Subscribe to:
Posts (Atom)