Massdownload tool
文章目录
-
-
- 1 Introduction
- 2 Code
-
1 Introduction
Massdownload is a good tool for SAP abap downloading .
2 Code
program zdtp_massdownload.
*======================================================================================================================
* Mass download version 1.5.5.
*----------------------------------------------------------------------------------------------------------------------
* PROGRAM DESCRIPTION & USE
* Allows a user to download programs, Functions, DD definitions, etc to the presentation server. This version searches
* recursively for nested includes and function modules, and allows you to download the resulting code as standard text
* or HTML web pages within a suitable directory structure.
*
* You can either search by object name, using wildcards if you wish, or a combination of Author and object name. If
* you want all objects returned for a particular author then select the author name and choose the most suitable
* radiobutton. All objects will be returned if the fields to the right hand side of the radiobutton are left completely
* blank.
*
* Compatible with R/3 Enterprise and Netweaver, for older versions of SAP you will need Direct Download version 5.xx.
* This version removes the programming limitations imposed by developing across SAP releases 3 to 4.6.
*
* In order to be able to download files to the SAP server you must first set up a logical filepath within transaction
* 'FILE', or use an existing one. You must also create a external operating system command in SM69 called ZDTX_MKDIR. This
* will then be used to create any directories needed on the SAP server
* This program is intended to allow a person to keep a visual representation of a program for backup purposes only as
* has not been designed to allow programs to be uploaded to SAP systems.
*----------------------------------------------------------------------------------------------------------------------
*
* Author : Copyright (C) 1998 E.G.Mellodew
* program contact : www.dalestech.com
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU General Public License
* as published by the Free Software Foundation; either version 2
* of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*
*----------------------------------------------------------------------------------------------------------------------
*----------------------------------------------------------------------------------------------------------------------
* SAP Tables
*----------------------------------------------------------------------------------------------------------------------
tables: trdir, seoclass, tfdir, enlfdir, dd02l, tadiv, dd40l, transfdesc.
type-pools: abap, seor.
*----------------------------------------------------------------------------------------------------------------------
* Types
*----------------------------------------------------------------------------------------------------------------------
* text element structure
types: tTextTable like textpool.
* GUI titles
types: tGUITitle like d347t.
* Message classes
types: begin of tMessage,
arbgb like t100-arbgb,
stext like t100a-stext,
msgnr like t100-msgnr,
text like t100-text,
end of tMessage.
* Screen flow.
types: begin of tScreenFlow,
screen like d020s-dnum,
code like d022s-line,
end of tScreenFlow.
* Holds all domain texts
types: begin of tDomainStructure,
domname type domname,
domvalue_l type domvalue_l,
domvalue_h type domvalue_l,
ddtext type val_text,
end of tDomainStructure.
* Holds a table\structure definition
types: begin of tDictTableStructure,
fieldname like dd03l-fieldname,
position like dd03l-position,
keyflag like dd03l-keyflag,
rollname like dd03l-rollname,
domname like dd03l-domname,
datatype like dd03l-datatype,
leng like dd03l-leng,
lowercase type lowercase,
ddtext like dd04t-ddtext,
iDomains type tDomainStructure occurs 0,
end of tdictTableStructure.
*-- Holds a table type
types: begin of tTableType,
typename type ttypename, " Name of table type
rowtype type ttrowtype, " Name of row type for table types
ttypkind type ttypkind, " Category of table type (range or general table type)
range_ctyp type range_ctyp, " Elem. type of LOW and HIGH components of a Ranges type
reftype type ddreftype, " Type of Object Referenced
occurs type ddoccurs, " Initial Line Number for Table Types
ddtext type ddtext, " Description
end of tTableType.
* Holds a tables attributes + its definition
types: begin of tDictTable,
tablename like dd03l-tabname,
tableTitle like dd02t-ddtext,
iStructure type tDictTableStructure occurs 0,
end of tDictTable.
types: begin of tDictFilename,
tablename like dd03l-tabname,
filename type string,
end of tDictFilename.
types: begin of tTransformation,
xsltName like trdir-name,
xsltDesc like tftit-stext,
subc like trdir-subc,
end of tTransformation.
* Include program names
types: begin of tInclude,
includeName like trdir-name,
includeTitle like tftit-stext,
end of tInclude.
* Exception class texts
types: begin of tConcept,
constName type string,
concept type sotr_conc,
end of tConcept.
* Method
types: begin of tMethod,
cmpName(61),
descript like vseomethod-descript,
exposure like vseomethod-exposure,
methodKey type string,
end of tMethod.
* Interfaces
types: begin of tInterface,
interfaceName like vseoclass-clsname,
end of tInterface.
* Class
types: begin of tClass,
scanned(1),
clsname like vseoclass-clsname,
descript like vseoclass-descript,
msg_id like vseoclass-msg_id,
exposure like vseoclass-exposure,
state like vseoclass-state,
clsfinal like vseoclass-clsfinal,
r3release like vseoclass-r3release,
iMethods type tMethod occurs 0,
iDictStruct type tDictTable occurs 0,
iTextElements type tTextTable occurs 0,
iMessages type tMessage occurs 0,
iInterfaces type tInterface occurs 0,
iConcepts type tConcept occurs 0,
iTableTypes type tTableType occurs 0,
iTransformations type tTransformation occurs 0,
textElementKey type string,
publicClassKey type string,
privateClassKey type string,
protectedClassKey type string,
typesClassKey type string,
exceptionClass type abap_bool,
end of tClass.
* function modules
types: begin of tFunction,
functionName like tfdir-funcName,
functionGroup like enlfdir-area,
includeNumber like tfdir-include,
functionMainInclude like tfdir-funcName,
functionTitle like tftit-stext,
topIncludeName like tfdir-funcName,
progname like tfdir-pname,
programLinkName like tfdir-pname,
messageClass like t100-arbgb,
iTextElements type tTextTable occurs 0,
iSelectiontexts type tTextTable occurs 0,
iMessages type tMessage occurs 0,
iIncludes type tInclude occurs 0,
iDictStruct type tDictTable occurs 0,
iGUITitle type tGUITitle occurs 0,
iScreenFlow type tScreenFlow occurs 0,
iTableTypes type tTableType occurs 0,
iTransformations type tTransformation occurs 0,
end of tFunction.
types: begin of tProgram,
progname like trdir-name,
programTitle like tftit-stext,
subc like trdir-subc,
messageClass like t100-arbgb,
iMessages type tMessage occurs 0,
iTextElements type tTextTable occurs 0,
iSelectiontexts type tTextTable occurs 0,
iGUITitle type tGUITitle occurs 0,
iScreenFlow type tScreenFlow occurs 0,
iIncludes type tInclude occurs 0,
iDictStruct type tDictTable occurs 0,
iTableTypes type tTableType occurs 0,
iTransformations type tTransformation occurs 0,
end of tProgram.
*----------------------------------------------------------------------------------------------------------------------
* Internal tables
*----------------------------------------------------------------------------------------------------------------------
* Dictionary object
data: iDictionary type standard table of tDictTable with header line.
* Dictionary objects which have previously been downloaded
data: iDictFilename type standard table of tDictFilename with header line.
* Table Types
data: iTableTypes type standard table of tTableType with header line.
* Table Type objects which have previously been downloaded
data: iTableTypeFilename type standard table of tDictFilename with header line.
* Function modules.
data: iFunctions type standard table of tFunction with header line.
* Function modules used within programs.
data: iProgFunctions type standard table of tFunction with header line.
* Tree display structure.
data: iTreeDisplay type standard table of snodetext with header line.
* Message class data
data: iMessages type standard table of tMessage with header line.
* Holds a single message class an all of its messages
data: iSingleMessageClass type standard table of tMessage with header line.
* Holds program related data
data: iPrograms type standard table of tProgram with header line.
* Classes
data: iClasses type standard table of tClass with header line.
* Table of paths created on the SAP server
data: iServerPaths type standard table of string with header line.
* Table of XSL Transformations
data: iTransformations type standard table of tTransformation with header line.
*----------------------------------------------------------------------------------------------------------------------
* Table prototypes
*----------------------------------------------------------------------------------------------------------------------
data: dumiDictStructure type standard table of tDictTableStructure.
data: dumiTextTab type standard table of tTextTable.
data: dumiIncludes type standard table of tInclude.
data: dumiHtml type standard table of string.
data: dumiHeader type standard table of string .
data: dumiScreen type standard table of tScreenFlow .
data: dumIGUITitle type standard table of tGUITitle.
data: dumiMethods type standard table of tMethod.
data: dumiConcepts type standard table of tConcept.
data: dumiInterfaces type standard table of tInterface.
*----------------------------------------------------------------------------------------------------------------------
* Global objects
*----------------------------------------------------------------------------------------------------------------------
data: objFile type ref to cl_gui_frontend_services.
data: objRuntimeError type ref to cx_root.
*----------------------------------------------------------------------------------------------------------------------
* Constants
*----------------------------------------------------------------------------------------------------------------------
constants: VERSIONNO type string value '1.5.5'.
constants: TABLES type string value 'TABLES'.
constants: TABLE type string value 'TABLE'.
constants: LIKE type string value 'LIKE'.
constants: TYPE type string value 'TYPE'.
constants: TYPEREFTO type string value 'TYPE REF TO'.
constants: STRUCTURE type string value 'STRUCTURE'.
constants: LOWSTRUCTURE type string value 'structure'.
constants: OCCURS type string value 'OCCURS'.
constants: FUNCTION type string value 'FUNCTION'.
constants: CALLFUNCTION type string value ' CALL FUNCTION'.
constants: MESSAGE type string value 'MESSAGE'.
constants: INCLUDE type string value 'INCLUDE'.
constants: TRANSFORMATION type string value 'TRANSFORMATION'.
constants: LOWINCLUDE type string value 'include'.
constants: DESTINATION type string value 'DESTINATION'.
constants: IS_TABLE type string value 'T'.
constants: IS_TRANSFORMATION type string value 'X'.
constants: IS_PROGRAM type string value 'P'.
constants: IS_SCREEN type string value 'S'.
constants: IS_GUITITLE type string value 'G'.
constants: IS_DOCUMENTATION type string value 'D'.
constants: IS_MESSAGECLASS type string value 'MC'.
constants: IS_FUNCTION type string value 'F'.
constants: IS_CLASS type string value 'C'.
constants: IS_METHOD type string value 'M'.
constants: ASTERIX type string value '*'.
constants: COMMA type string value ','.
constants: PERIOD type string value '.'.
constants: DASH type string value '-'.
constants: TRUE type abap_bool value 'X'.
constants: FALSE type abap_bool value ''.
constants: LT type string value '<'.
constants: GT type string value '>'.
constants: UNIX type string value 'UNIX'.
constants: NON_UNIX type string value 'not UNIX'.
constants: HTMLEXTENSION type string value 'html'.
constants: TEXTEXTENSION type string value 'txt'.
constants: SS_CODE type c value 'C'.
constants: SS_TABLE type c value 'T'.
*----------------------------------------------------------------------------------------------------------------------
* Global variables
*----------------------------------------------------------------------------------------------------------------------
data: statusBarMessage(100).
data: forcedExit type abap_bool value FALSE.
data: startTime like sy-uzeit.
data: runTime like sy-uzeit.
data: downloadFileExtension type string.
data: downloadFolder type string.
data: serverSlashSeparator type string.
data: frontendSlashSeparator type string.
data: slashSeparatorToUse type string.
data: serverFilesystem type filesys_d.
data: serverFolder type string.
data: frontendOpSystem type string.
data: serverOpSystem type string.
data: customerNameSpace type string.
ranges: soProgramName for trdir-name.
ranges: soAuthor for usr02-bname.
ranges: soTableNames for dd02l-tabname.
ranges: soTableTypeNames for dd40l-typename.
ranges: soFunctionName for tfdir-funcName.
ranges: soClassName for vseoclass-clsname.
ranges: soFunctionGroup for enlfdir-area.
ranges: soXsltName for tadir-obj_name.
field-symbols: type tDictTable.
*----------------------------------------------------------------------------------------------------------------------
* Selection screen declaration
*----------------------------------------------------------------------------------------------------------------------
* Author
selection-screen: begin of block b1 with frame title tBlock1.
selection-screen begin of line.
selection-screen comment 5(23) tAuth.
parameters: pAuth like usr02-bname memory id MAUTH.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 5(36) tPmod.
parameters: pMod as checkbox.
selection-screen end of line.
selection-screen: end of block b1.
selection-screen begin of block b2 with frame title tBlock2.
* Tables
selection-screen begin of line.
parameters: rTable radiobutton group r1.
selection-screen comment 5(15) tRtable.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(15) tPtable.
select-options: soTable for dd02l-tabname.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(79) tTnote.
selection-screen end of line.
* Table Types
selection-screen begin of line.
parameters: rTabType radiobutton group r1.
selection-screen comment 5(15) trtabtyp.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(15) tptabtyp.
select-options: sotabtyp for dd40l-typename.
selection-screen end of line.
* Message classes
selection-screen begin of line.
parameters: rMess radiobutton group r1.
selection-screen comment 5(18) tPMes.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(18) tMname.
parameters: pMname like t100-arbgb memory id MMNAME.
selection-screen end of line.
* Function modules
selection-screen begin of line.
parameters: rFunc radiobutton group r1.
selection-screen comment 5(30) tRfunc.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(15) tPfname.
select-options: soFname for tfdir-funcName.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(15) tFgroup.
select-options: soFgroup for enlfdir-area.
selection-screen end of line.
* XSLT
selection-screen begin of line.
parameters: rxslt radiobutton group r1.
selection-screen comment 5(30) trxslt.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(15) tpxslt.
select-options: soxslt for transfdesc-xsltdesc.
selection-screen end of line.
* Classes
selection-screen begin of line.
parameters: rClass radiobutton group r1.
selection-screen comment 5(30) tRClass.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(15) tPcName.
select-options: soClass for seoclass-clsname.
selection-screen end of line.
* Programs / includes
selection-screen begin of line.
parameters: rProg radiobutton group r1 default 'X'.
selection-screen comment 5(18) tProg.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 10(15) tRpname.
select-options: soProg for trdir-name.
selection-screen end of line.
selection-screen skip.
* Language
selection-screen begin of line.
selection-screen comment 1(27) tMLang.
parameters: pMLang like t100-sprsl default 'EN'.
selection-screen end of line.
* Package
selection-screen begin of line.
selection-screen comment 1(24) tPack.
select-options: soPack for tadiv-devclass.
selection-screen end of line.
* Customer objects
selection-screen begin of line.
selection-screen comment 1(27) tCust.
parameters: pCust as checkbox default 'X'.
selection-screen end of line.
* Alt customer name range
selection-screen begin of line.
selection-screen comment 1(27) tNRange.
parameters: pCName type namespace memory id MNAMESPACE.
selection-screen end of line.
selection-screen: end of block b2.
* Additional things to download.
selection-screen: begin of block b3 with frame title tBlock3.
selection-screen begin of line.
selection-screen comment 1(33) tPtext.
parameters: pText as checkbox default 'X' memory id MTEXT.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tMess.
parameters: pMess as checkbox default 'X' memory id MMESS.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tTTyp.
parameters: pTTyp as checkbox default 'X' memory id MTTYP.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tXslt.
parameters: pTrans as checkbox default 'X' memory id MXSLT.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tPinc.
parameters: pInc as checkbox default 'X' memory id MINC.
selection-screen comment 40(20) tReci.
parameters: pReci as checkbox default 'X' memory id MRECI.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tPfunc.
parameters: pFunc as checkbox default 'X' memory id MFUNC.
selection-screen comment 40(20) tRecf.
parameters: pRecf as checkbox default 'X' memory id MRECF.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tRecC.
parameters: pRecC as checkbox default 'X' memory id MRECC.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tFDoc.
parameters: pFDoc as checkbox default 'X' memory id MFDOC.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tCDoc.
parameters: pCDoc as checkbox default 'X' memory id MCDOC.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tPscr.
parameters: pScr as checkbox default 'X' memory id MSCR.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tPdict.
parameters: pDict as checkbox default 'X' memory id MDICT.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(33) tSortT.
parameters: pSortT as checkbox default ' ' memory id MSORTT.
selection-screen end of line.
selection-screen: end of block b3.
* File details
selection-screen: begin of block b4 with frame title tBlock4.
selection-screen begin of line.
selection-screen comment 1(20) tPhtml.
parameters: pHtml radiobutton group g1 default 'X'.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 5(29) tBack.
parameters: pBack as checkbox default 'X'.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 1(20) tPtxt.
parameters: pTxt radiobutton group g1.
selection-screen end of line.
selection-screen skip.
* Download to SAP server
selection-screen begin of line.
selection-screen comment 1(25) tServ.
parameters: pServ radiobutton group g2.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 8(20) tSPath.
parameters: pLogical like filename-fileintern memory id MLOGICAL.
selection-screen end of line.
selection-screen comment /28(60) tSDPath.
* Download to PC
selection-screen begin of line.
selection-screen comment 1(25) tPc.
parameters: pPc radiobutton group g2 default 'X'.
selection-screen end of line.
selection-screen begin of line.
selection-screen comment 8(20) tPpath.
parameters: pFolder like rlgrap-filename memory id MFOLDER.
selection-screen end of line.
selection-screen: end of block b4.
* Display options
selection-screen: begin of block b5 with frame title tBlock5.
* Display final report
selection-screen begin of line.
selection-screen comment 1(33) tRep.
parameters: pRep as checkbox default 'X'.
selection-screen end of line.
* Display progress messages
selection-screen begin of line.
selection-screen comment 1(33) tProMess.
parameters: pProMess as checkbox default 'X'.
selection-screen end of line.
selection-screen: end of block b5.
*----------------------------------------------------------------------------------------------------------------------
* Display a directory picker window
*----------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for pFolder.
data: objFile type ref to cl_gui_frontend_services.
data: pickedFolder type string.
data: initialFolder type string.
if sy-batch is initial.
create object objFile.
if not pFolder is initial.
initialFolder = pFolder.
else.
objFile->get_temp_directory( changing temp_dir = initialFolder
exceptions cntl_error = 1
error_no_gui = 2
not_supported_by_gui = 3 ).
endif.
objFile->directory_browse( exporting initial_folder = initialFolder
changing selected_folder = pickedFolder
exceptions cntl_error = 1
error_no_gui = 2
not_supported_by_gui = 3 ).
if sy-subrc = 0.
pFolder = pickedFolder.
else.
write: / 'An error has occured picking a folder'.
endif.
endif.
*----------------------------------------------------------------------------------------------------------------------
at selection-screen.
*----------------------------------------------------------------------------------------------------------------------
case 'X'.
when pPc.
if pFolder is initial.
* User must enter a path to save to
message e000(oo) with 'You must enter a file path'.
endif.
when pServ.
if pLogical is initial.
* User must enter a logical path to save to
message e000(oo) with 'You must enter a logical file name'.
endif.
endcase.
*----------------------------------------------------------------------------------------------------------------------
at selection-screen on pLogical.
*----------------------------------------------------------------------------------------------------------------------
if not pServ is initial.
call function 'FILE_GET_NAME' exporting logical_filename = pLogical
importing file_name = serverFolder
exceptions file_not_found = 1
others = 2.
if sy-subrc = 0.
if serverFolder is initial.
message e000(oo) with 'No file path returned from logical filename'.
else.
* Path to display on the selection screen
tSDPath = serverFolder.
* Remove the trailing slash off the path as the subroutine buildFilename will add an extra one
shift serverFolder right deleting trailing serverSlashSeparator.
shift serverFolder left deleting leading space.
endif.
else.
message e000(oo) with 'Logical filename does not exist'.
endif.
endif.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soProg-low.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4' exporting object_type = 'PROG'
object_name = soProg-low
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing object_name_selected = soProg-low
exceptions cancel = 1.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soProg-high.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4' exporting object_type = 'PROG'
object_name = soProg-high
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing object_name_selected = soProg-high
exceptions cancel = 1.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soxslt-low.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4'
exporting
object_type = 'XSLT'
object_name = soxslt-low
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing
object_name_selected = soxslt-low
exceptions
cancel = 1.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soxslt-high.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4'
exporting
object_type = 'XSLT'
object_name = soxslt-high
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing
object_name_selected = soxslt-high
exceptions
cancel = 1.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soClass-low.
* ---------------------------------------------------------------------------------------------------------------------
call function 'F4_DD_ALLTYPES' exporting object = soClass-low
suppress_selection = 'X'
display_only = ''
only_types_for_clifs = 'X'
importing result = soClass-low.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soClass-high.
* ---------------------------------------------------------------------------------------------------------------------
call function 'F4_DD_ALLTYPES' exporting object = soClass-high
suppress_selection = 'X'
display_only = ''
only_types_for_clifs = 'X'
importing result = soClass-high.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soFName-low.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4' exporting object_type = 'FUNC'
object_name = soFname-low
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing object_name_selected = soFName-low
exceptions cancel = 1.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soFName-high.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4' exporting object_type = 'FUNC'
object_name = soFname-high
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing object_name_selected = soFName-high
exceptions cancel = 1.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soFGroup-low.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4' exporting object_type = 'FUGR'
object_name = soFGroup-low
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing object_name_selected = soFGroup-low
exceptions cancel = 1.
* ---------------------------------------------------------------------------------------------------------------------
at selection-screen on value-request for soFGroup-high.
* ---------------------------------------------------------------------------------------------------------------------
call function 'REPOSITORY_INFO_SYSTEM_F4' exporting object_type = 'FUGR'
object_name = soFGroup-high
suppress_selection = 'X'
use_alv_grid = ''
without_personal_list = ''
importing object_name_selected = soFGroup-high
exceptions cancel = 1.
*----------------------------------------------------------------------------------------------------------------------
* initialisation
*----------------------------------------------------------------------------------------------------------------------
initialization.
* Parameter screen texts.
tBlock1 = 'Author (Optional)'.
tBlock2 = 'Objects to download'.
tBlock3 = 'Additional downloads for programs, function modules and classes'.
tBlock4 = 'Download parameters'.
tBlock5 = 'Display options'.
tAuth = 'Author name'.
tPmod = 'Include programs modified by author'.
tCust = 'Only customer objects'.
tNRange = 'Alt customer name range'.
tRtable = 'Tables / Structures'.
trtabtyp = 'Table types'.
tPtable = 'Table name'.
tTnote = 'Note: tables are stored under the username of the last person who modified them'.
tRfunc = 'Function modules'.
tPfname = 'Function name'.
tFgroup = 'Function group'.
tRClass = 'Classes'.
tPcname = 'Class name'.
tMess = 'Message class'.
tMName = 'Class name'.
tMLang = 'Language'.
tProg = 'Programs'.
tRpname = 'Program name'.
tPack = 'Package'.
tPtxt = 'Text document'.
tPhtml = 'HTML document'.
tBack = 'Include background colour'.
tPtext = 'Text elements'.
tPinc = 'Include programs'.
tRecI = 'Recursive search'.
tPpath = 'File path'.
tSPath = 'Logical file name'.
tPmes = 'Message classes'.
tPfunc = 'Function modules'.
tFDoc = 'Function module documentation'.
tCDoc = 'Class documentation'.
tRecf = 'Recursive search'.
tRecC = 'Class recursive search'.
tPscr = 'Screens'.
tPdict = 'Dictionary structures'.
tSortT = 'Sort table fields alphabetically'.
tServ = 'Download to server'.
tPc = 'Download to PC'.
tRep = 'Display download report'.
tProMess = 'Display progress messages'.
tRxslt = 'Transformations'.
tPxslt = 'XSLT Name'.
tTtyp = 'Table Types'.
tXslt = 'Transformation'.
* Determine the frontend operating system type.
if sy-batch is initial.
perform determineFrontendOPSystem using frontendSlashSeparator frontendOpSystem.
endif.
perform determineServerOpsystem using serverSlashSeparator serverFileSystem serverOpsystem.
* Determine if the external command exists. If it doesn't then disable the server input field
perform findExternalCommand using serverFileSystem.
*----------------------------------------------------------------------------------------------------------------------
start-of-selection.
*----------------------------------------------------------------------------------------------------------------------
perform checkComboBoxes.
perform fillSelectionRanges.
startTime = sy-uzeit.
* Don't display status messages if we are running in the background
if not sy-batch is initial.
pProMess = ''.
endif.
* Fool the HTML routines to stop them hyperlinking anything with a space in them
if pCName is initial.
customerNameSpace = '^'.
else.
customerNameSpace = pCName.
endif.
* Set the file extension and output type of the file
if pTxt is initial.
downloadFileExtension = HTMLEXTENSION.
else.
downloadFileExtension = TEXTEXTENSION.
endif.
* Determine which operating slash and download directory to use
case 'X'.
when pPc.
slashSeparatorToUse = frontendSlashSeparator.
downloadFolder = pFolder.
when pServ.
slashSeparatorToUse = serverSlashSeparator.
downloadFolder = serverFolder.
endcase.
* Main program flow.
case 'X'.
* Select tables
when rTable.
perform retrieveTables using iDictionary[]
soTableNames[]
soAuthor[]
soPack[].
when rTabType.
perform retrieveTableTypes using iTableTypes[]
soTableTypeNames[]
soAuthor[]
soPack[].
* Select message classes tables
when rMess.
perform retrieveMessageClass using iMessages[]
soAuthor[] " Author
pMname "Message class name
pMLang "Message class language
pMod "Modified by author
soPack[]. "Package
* Select function modules
when rFunc.
perform retrieveFunctions using soFunctionName[] "Function name
soFunctionGroup[] "Function group
iFunctions[] "Found functions
soAuthor[] "Author
pText "Get text elements
pScr "Get screens
pCust "Customer data only
customerNameSpace "Customer name range
soPack[]. "Package
* Find Dict structures, messages, functions, includes etc.
perform scanForAdditionalFuncStuff using iFunctions[]
pRecI "Search for includes recursively
pRecF "Search for functions recursively
pInc "Search for includes
pFunc "Search for functions
pDict "search for dictionary objects
pMess "Search for messages
pTrans "Search for transformations
pCust "Customer data only
customerNameSpace. "Customer name range
* Select Classes
when rClass.
perform retrieveClasses using iClasses[]
iFunctions[]
soClassName[] "Class name
soAuthor[] "Author
customerNameSpace "Customer name range
pMod "Also modified by author
pCust "Customer object only
pMess "Find messages
pText "Text Elements
pDict "Dictionary structures
pFunc "Get functions
pInc "Get includes
pTrans
pRecF "Search recursively for functions
pRecI "Search recursively for includes
pRecC "Search recursively for classes
pMLang "Language
soPack[]. "Package
loop at iFunctions.
* Find Dict structures, messages, functions, includes etc.
perform scanForAdditionalFuncStuff using iFunctions[]
pRecI "Search for includes recursively
pRecF "Search for functions recursively
pInc "Search for includes
pFunc "Search for functions
pDict "search for dictionary objects
pMess "Search for messages
pTrans "Search for transformations
pCust "Customer data only
customerNameSpace. "Customer name range
endloop.
* Select programs
when rProg.
perform retrievePrograms using iPrograms[]
iProgFunctions[]
soProgramName[] "Program name
soAuthor[] "Author
customerNamespace "Customer name range
pMod "Also modified by author
pCust "Customer object only
pMess "Find messages
pText "Text Elements
pDict "Dictionay structures
pFunc "Get functions
pInc "Get includes
pScr "Get screens
pTrans "Get Transformations
pRecF "Search recursively for functions
pRecI "Search recursively for includes
soPack[]. "Package
when rXslt.
perform retrieveXslt using iTransformations[]
soXsltName[] "XSL Transformation name
soAuthor[] "Author
customerNamespace "Customer name range
pMod "Also modified by author
pCust "Customer object only
soPack[]. "Package
endcase.
*----------------------------------------------------------------------------------------------------------------------
end-of-selection.
*----------------------------------------------------------------------------------------------------------------------
if forcedExit = 0.
* Decide what to download
case 'X'.
* Download tables
when rTable.
if not ( iDictionary[] is initial ).
perform downloadDDStructures using iDictionary[]
iDictFilename[]
downloadFolder
HTMLEXtension
space
pSortT
slashSeparatorToUse
pServ
pProMess
serverFileSystem
pBack.
endif.
when rTabType.
if not ( iTableTypes[] is initial ).
perform downloadDDTableTypes using iTabletypes[]
iTableTypeFilename[]
downloadFolder
htmlExtension
space
pSortt
slashSeparatorToUse
pServ
pProMess
serverFileSystem
pBack.
endif.
* Download message class
when rMess.
if not ( iMessages[] is initial ).
sort iMessages ascending by arbgb msgnr.
loop at iMessages.
append iMessages to iSingleMessageClass.
at end of arbgb.
perform downloadMessageClass using iSingleMessageClass[]
iMessages-arbgb
downloadFolder
downloadFileExtension
pHtml
space
customerNameSpace
pInc
pDict
pMess
slashSeparatorToUse
pServ
pProMess
serverFileSystem
pBack.
clear iSingleMessageClass[].
endat.
endloop.
endif.
* Download functions
when rFunc.
if not ( iFunctions[] is initial ).
perform downloadFunctions using iFunctions[]
iDictFilename[]
iTableTypeFilename[]
downloadFolder
downloadFileExtension
space
pFDoc
pHtml
customerNameSpace
pInc
pDict
TEXTEXTENSION
HTMLEXTENSION
pSortT
slashSeparatorToUse
pServ
pProMess
serverFileSystem
pBack.
endif.
* Download Classes
when rClass.
if not ( iClasses[] is initial ).
perform downloadClasses using iClasses[]
iFunctions[]
iDictFilename[]
iTableTypeFilename[]
downloadFolder
downloadFileExtension
HTMLEXTENSION
TEXTEXTENSION
pHtml
customerNameSpace
pInc
pDict
pCDoc
pSortT
slashSeparatorToUse
pServ
pProMess
serverFileSystem
pBack.
endif.
* Download programs
when rProg.
if not ( iPrograms[] is initial ).
perform downloadPrograms using iPrograms[]
iProgFunctions[]
iDictFilename[]
iTableTypeFilename[]
downloadFolder
downloadFileExtension
HTMLEXTENSION
TEXTEXTENSION
pHtml
customerNameSpace
pInc
pDict
'' "Documentation
pSortT
slashSeparatorToUse
pServ
pProMess
serverFileSystem
pBack.
endif.
when rXSLT.
if not ( iTransformations[] is initial ).
perform downloadXSLT using iTransformations[]
downloadFolder
downloadFileExtension
htmlExtension
textExtension
pHtml
customerNamespace
slashSeparatorToUse
pServ
space
pProMess
serverFileSystem
pBack.
endif.
endcase.
* Free all the memory IDs we may have built up in the program
* Free up any memory used for caching HTML versions of objects
perform freeMemory using iPrograms[]
iFunctions[]
iProgFunctions[]
iDictionary[]
iTableTypes[]
iTransformations[].
if not pRep is initial.
get time.
runTime = sy-uzeit - startTime.
case 'X'.
when rTable.
perform fillTreeNodeTables using iDictionary[]
iTreeDisplay[]
runTime.
when rTabType.
perform fillTreeNodeTableTypes using iTableTypes[]
iTreeDisplay[]
runtime.
when rMess.
perform fillTreeNodeMessages using iMessages[]
iTreeDisplay[]
runTime.
when rFunc.
perform fillTreeNodeFunctions using iFunctions[]
iTreeDisplay[]
runTime.
when rClass.
perform fillTreeNodeClasses using iClasses[]
iFunctions[]
iTreeDisplay[]
runTime.
when rProg.
perform fillTreeNodePrograms using iPrograms[]
iProgFunctions[]
iTreeDisplay[]
runTime.
when rXSLT.
perform fillTreeNodeXSLT using iTransformations[]
iTreeDisplay[]
runtime.
endcase.
if not ( iTreeDisplay[] is initial ).
perform displayTree using iTreeDisplay[].
else.
statusBarMessage = 'No items found matching selection criteria'.
perform displayStatus using statusBarMessage 2.
endif.
endif.
endif.
* Clear out all the internal tables
clear iPrograms[].
clear iFunctions[].
clear iClasses[].
clear iProgFunctions[].
clear iMessages[].
clear iDictionary[].
clear iDictFilename[].
clear iTableTypeFilename[].
clear iTransformations[].
clear iTableTypes[].
*--- Memory IDs
* User name
set parameter id 'MAUTH' field pAuth.
* Message class
set parameter id 'MMNAME' field pMname.
* Customer namespace
set parameter id 'MNAMESPACE' field pCName.
* Folder
set parameter id 'MFOLDER' field pFolder.
* Logical filepath
set parameter id 'MLOGICAL' field pLogical.
* Text element checkbox
set parameter id 'MTEXT' field pText.
* Messages checkbox
set parameter id 'MMESS' field pMess.
* Includes checkbox
set parameter id 'MINC' field pInc.
* Recursive includes checkbox.
set parameter id 'MRECI' field pReci.
* Functions checkbox
set parameter id 'MFUNC' field pFunc.
* Recursive functions checkbox
set parameter id 'MRECF' field pRecf.
* Recursive classes checkbox
set parameter id 'MRECF' field pRecC.
* Function module documentation checkbox
set parameter id 'MFDOC' field pFDoc.
* Class documentation checkbox
set parameter id 'MCDOC' field pCDoc.
* Screens checkbox
set parameter id 'MSCR' field pScr.
* Dictionary checkbox
set parameter id 'MDICT' field pDict.
* Sort table ascending checkBox
set parameter id 'MSORTT' field pSortT.
* Table Types checkbox
set parameter id 'MTTYP' field pTTyp.
* XSLT checkbox
set parameter id 'MXSLT' field pTrans.
***********************************************************************************************************************
***************************************************SUBROUTINES*********************************************************
***********************************************************************************************************************
*----------------------------------------------------------------------------------------------------------------------
* free memory...
*----------------------------------------------------------------------------------------------------------------------
form freeMemory using iLocPrograms like iPrograms[]
iLocFunctions like iFunctions[]
iLocProgfunctions like iProgFunctions[]
iLocDictionary like iDictionary[]
iLocTableTypes like iTableTypes[]
iLocTransformation like iTransformations[] .
field-symbols: <wafunction> like line of iLocfunctions.
field-symbols: <waProgram> like line of iLocPrograms.
field-symbols: <waDictStruct> type tDictTable.
field-symbols: <waTableTypeStruct> like line of iLocTableTypes.
field-symbols: <waTransformation> type tTransformation.
loop at iLocFunctions assigning <waFunction>.
loop at <waFunction>-iDictStruct assigning <waDictStruct>.
free memory id <waDictStruct>-tablename.
endloop.
endloop.
loop at iLocProgFunctions assigning <waFunction>.
loop at <waFunction>-iDictStruct assigning <waDictStruct>.
free memory id <waDictStruct>-tablename.
endloop.
endloop.
loop at iLocPrograms assigning <waProgram>.
loop at <waProgram>-iDictStruct assigning <waDictStruct>.
free memory id <waDictStruct>-tablename.
endloop.
endloop.
loop at iLocDictionary assigning <waDictStruct>.
free memory id <waDictStruct>-tablename.
endloop.
loop at iLocTableTypes assigning <waTableTypeStruct>.
free memory id <waTableTypeStruct>-typename.
endloop.
loop at iLocTransformation assigning <waTransformation>.
free memory id <waTransformation>-xsltName.
endloop.
endform.
*----------------------------------------------------------------------------------------------------------------------
* checkComboBoxes... Check input parameters
*----------------------------------------------------------------------------------------------------------------------
form checkComboBoxes.
if pAuth is initial.
if soPack[] is initial.
case 'X'.
when rTable.
if soTable[] is initial.
statusBarMessage = 'You must enter either a table name or author.'.
endif.
when rFunc.
if ( soFName[] is initial ) and ( soFGroup[] is initial ).
if soFName[] is initial.
statusBarMessage = 'You must enter either a function name or author.'.
else.
if soFGroup[] is initial.
statusBarMessage = 'You must enter either a function group, or an author name.'.
endif.
endif.
endif.
when rProg.
if soProg[] is initial.
statusBarMessage = 'You must enter either a program name or author name.'.
endif.
endcase.
endif.
else.
* Check the user name of the person objects are to be downloaded for
if pAuth = 'SAP*' or pauth = 'SAP'.
statusBarMessage = 'Sorry cannot download all objects for SAP standard user'.
endif.
endif.
if not statusBarMessage is initial.
perform displayStatus using statusBarMessage 3.
forcedExit = 1.
stop.
endif.
endform. "checkComboBoxes
*----------------------------------------------------------------------------------------------------------------------
* fillSelectionRanges... for selection routines
*----------------------------------------------------------------------------------------------------------------------
form fillSelectionRanges.
data: strLength type i.
strLength = strlen( pcName ).
if not pAuth is initial.
soAuthor-sign = 'I'.
soAuthor-option = 'EQ'.
soAuthor-low = pAuth.
append soAuthor.
endif.
* Tables
if not soTable is initial.
soTableNames[] = soTable[].
* Add in the customer namespace if we need to
if not pcName is initial.
loop at soTableNames.
if soTableNames-low+0(strLength) <> pcName.
concatenate pcName soTableNames-low into soTableNames-low.
endif.
if soTableNames-high+0(strLength) <> pcName.
concatenate pcName soTableNames-high into soTableNames-high.
endif.
modify soTableNames.
endloop.
endif.
endif.
* Function names
if not soFName is initial.
soFunctionName[] = soFname[].
* Add in the customer namespace if we need to
if not pcName is initial.
loop at soFunctionName.
if soFunctionName-low+0(strLength) <> pcName.
concatenate pcName soFunctionName-low into soFunctionName-low.
endif.
if soFunctionName-high+0(strLength) <> pcName.
concatenate pcName soFunctionName-high into soFunctionName-high.
endif.
modify soFunctionName.
endloop.
endif.
endif.
* Table Types
if not soTabTyp is initial.
soTableTypeNames[] = soTabTyp[].
* Add in the customer namespace if we need to
if not pCname is initial.
loop at soTableTypeNames.
if soTableTypeNames-low+0(strlength) <> pcname.
concatenate pCname soTableTypeNames-low into soTableTypeNames-low.
endif.
if soTableNames-high+0(strlength) <> pcname.
concatenate pcname soTableTypeNames-high into soTableTypeNames-high.
endif.
modify soTableTypeNames.
endloop.
endif.
endif.
* Function group
if not soFGroup is initial.
soFunctionGroup[] = soFGroup[].
* Add in the customer namespace if we need to
if not pcName is initial.
loop at soFunctionName.
if soFunctionGroup-low+0(strLength) <> pcName.
concatenate pcName soFunctionGroup-low into soFunctionGroup-low.
endif.
if soFunctionGroup-high+0(strLength) <> pcName.
concatenate pcName soFunctionGroup-high into soFunctionGroup-high.
endif.
modify soFunctionGroup.
endloop.
endif.
endif.
* Class names
if not soClass is initial.
soClassName[] = soClass[].
* Add in the customer namespace if we need to
if not pcName is initial.
loop at soClassName.
if soClassName-low+0(strLength) <> pcName.
concatenate pcName soClassName-low into soClassName-low.
endif.
if soClassName-high+0(strLength) <> pcName.
concatenate pcName soClassName-high into soClassName-high.
endif.
modify soClassName.
endloop.
endif.
endif.
* Program names
if not soProg is initial.
soProgramName[] = soProg[].
* Add in the customer namespace if we need to
if not pcName is initial.
loop at soProgramName.
if soProgramName-low+0(strLength) <> pcName.
concatenate pcName soProgramName-low into soProgramName-low.
endif.
if soProgramName-high+0(strLength) <> pcName.
concatenate pcName soProgramName-high into soProgramName-high.
endif.
modify soProgramName.
endloop.
endif.
endif.
* XSLT names
if not soXslt is initial.
soXsltName[] = soXslt[].
* Add in the customer namespace if we need to
if not pcName is initial.
loop at soXsltName.
if soXsltName-low+0(strlength) <> pcName.
concatenate pcName soXsltName-low into soXsltname-low.
endif.
if soXsltName-high+0(strlength) <> pcName.
concatenate pcName soXsltName-high into soXsltName-high.
endif.
modify soXsltName.
endloop.
endif.
endif.
endform. " fillSelectionRanges
*----------------------------------------------------------------------------------------------------------------------
* retrieveTables... Search for tables in dictionary
*----------------------------------------------------------------------------------------------------------------------
form retrieveTables using iLocDictStructure like iDictionary[]
soTable like soTable[]
soAuthor like soAuthor[]
value(soLocPackage) like soPack[].
data: iDictStructure type standard table of tDictTable.
data: waDictStructure type tDictTable.
select a~tabname as tableName
into corresponding fields of table iDictStructure
from dd02l as a
inner join tadir as b
on a~tabname = b~obj_name
where a~tabname in soTable
and a~tabclass <> 'CLUSTER'
and a~tabclass <> 'POOL'
and a~tabclass <> 'VIEW'
and a~as4user in soAuthor
and a~as4local = 'A'
and b~pgmid = 'R3TR'
and b~object = 'TABL'
and b~devclass in soLocPackage[].
loop at iDictStructure into waDictStructure.
perform findTableDescription using waDictStructure-tablename
waDictStructure-tableTitle.
perform findTableDefinition using waDictStructure-tableName
waDictStructure-iStructure[].
append waDictStructure to iLocDictStructure.
clear waDictStructure.
endloop.
endform. "retrieveTables
*----------------------------------------------------------------------------------------------------------------------
* retrieveTableTypes
*----------------------------------------------------------------------------------------------------------------------
form retrieveTableTypes using iLocTableTypes like iTableTypes[]
soTableTypeNames like soTable[]
soAuthor like soAuthor[]
value(soLocPackage) like soPack[].
select *
into corresponding fields of table iLocTableTypes
from dd40l as a
inner join dd40t as t
on a~typename = t~typename
inner join tadir as b
on a~typename = b~obj_name
where a~typename in sotabletypenames
and t~ddlanguage eq sy-langu
and a~as4user in soauthor
and a~as4local = 'A'
and b~pgmid = 'R3TR'
and b~object = 'TTYP'
and b~devclass in solocpackage[].
endform. " RETRIEVETABLETYPES
*-------------------------------------------------------------------------------------------------------
* retrieveXSLT...
*-------------------------------------------------------------------------------------------------------
form retrieveXSLT using ilocTransformations like iTransformations[]
rangexslt like soxsltname[]
rangeauthor like soAuthor[]
value(custnamerange)
value(alsomodifiedbyauthor)
value(customerprogsonly)
value(solocpackage) like sopack[].
data: warangexslt like line of rangexslt.
if rangexslt[] is initial.
* We are finding all programs by an author
perform findAllXsltForAuthor using iLocTransformations[]
rangexslt[]
rangeauthor[]
custnamerange
alsomodifiedbyauthor
customerprogsonly
solocpackage[].
else.
read table rangexslt index 1 into warangexslt.
if warangexslt-low cs asterix.
perform findXsltByWildcard using ilocTransformations[]
rangexslt[]
rangeauthor[]
custnamerange
customerprogsonly
solocpackage[].
else.
perform checkXsltDoesExist using ilocTransformations[]
rangexslt[].
endif.
endif.
endform. "retrieveXSLT
*----------------------------------------------------------------------------------------------------------------------
* findTableDescription... Search for table description in dictionary
*----------------------------------------------------------------------------------------------------------------------
form findTableDescription using value(tableName)
tableDescription.
select single ddtext
from dd02t
into tableDescription
where tabname = tableName
and ddlanguage = pMLang.
endform. "findTableDescription
*----------------------------------------------------------------------------------------------------------------------
* findTableDefinition... Find the structure of a table from the SAP database.
*----------------------------------------------------------------------------------------------------------------------
form findTableDefinition using value(tablename)
iDictStruct like dumIDictStructure[].
data gotstate like dcobjif-gotstate.
data: definition type standard table of DD03P with header line.
data: iDomainDataA type standard table of dd07v with header line.
data: iDomainDataN type standard table of dd07v with header line.
data: waDictStruct type tDictTableStructure.
data: waDomainStruct type tDomainStructure.
data: wadd02v_n type dd02v.
clear iDictStruct[].
call function 'DD_INT_TABL_GET'
exporting
tabname = tablename
langu = pmlang
importing
gotstate = gotstate
dd02v_n = wadd02v_n
tables
dd03p_n = definition
exceptions
internal_error = 1.
if sy-subrc = 0 and not wadd02v_n is initial.
call function 'DD_TABL_EXPAND'
exporting
dd02v_wa = wadd02v_n
mode = 46
prid = 0
tables
dd03p_tab = definition
exceptions
illegal_parameter = 1.
endif.
if sy-subrc = 0 and gotstate = 'A'.
loop at definition.
move-corresponding definition to waDictStruct.
perform removeLeadingZeros changing waDictStruct-position.
perform removeLeadingZeros changing waDictStruct-leng.
* Add any domain data
call function 'DD_DOMA_GET'
exporting
domain_name = definition-domname
get_state = 'M '
langu = pmlang
* prid = 0
withtext = 'X'
tables
dd07v_tab_a = iDomainDataA
dd07v_tab_n = iDomainDataN
exceptions
illegal_value = 1
op_failure = 2.
loop at iDomainDataA.
move-corresponding iDomainDataA to waDomainStruct.
append waDomainStruct to waDictStruct-iDomains.
endloop.
clear iDomainDataA[].
append waDictStruct to iDictStruct.
clear waDictStruct.
endloop.
endif.
endform. "findTableDefinition
*----------------------------------------------------------------------------------------------------------------------
* retrieveMessageClass... Retrieve a message class from the SAP database
*----------------------------------------------------------------------------------------------------------------------
form retrieveMessageClass using iLocMessages like iMessages[]
rangeAuthor like soAuthor[]
value(messageClassName)
value(messageClassLang)
value(modifiedBy)
value(soLocPackage) like soPack[].
data: waMessage type tMessage.
data: iMClasses type standard table of arbgb.
if not messageClassName is initial.
* Check to see if the message class exists in the package
if not soLocPackage[] is initial.
select obj_name as arbgb
into table iMClasses
from tadir
where pgmid = 'R3TR'
and object = 'MSAG'
and devclass in soLocPackage.
endif.
replace '*' with '%' into messageClassName.
if iMCLasses[] is initial.
select t100~arbgb
t100~text
t100~msgnr
t100a~stext
appending corresponding fields of table iLocMessages
from t100
inner join t100a
on t100a~arbgb = t100~arbgb
where t100a~masterLang = messageClassLang
and t100~sprsl = messageClassLang
and t100~arbgb like messageClassName
and t100a~respUser in rangeAuthor[].
else.
select t100~arbgb
t100~text
t100~msgnr
t100a~stext
appending corresponding fields of table iLocMessages
from t100
inner join t100a
on t100a~arbgb = t100~arbgb
for all entries in iMClasses
where t100~sprsl = messageClassLang
and ( t100~arbgb like messageClassName and t100~arbgb = iMClasses-table_line )
and t100a~masterLang = messageClassLang
and t100a~respUser in rangeAuthor[].
endif.
else.
if modifiedBy is initial.
* Select by author
select t100~arbgb "#EC CI_BUFFJOIN
t100~msgnr
t100~text
t100a~stext
appending corresponding fields of table iLocMessages
from t100
inner join t100a
on t100a~arbgb = t100~arbgb
inner join tadir
on t100~arbgb = tadir~obj_name
where t100a~masterLang = messageClassLang
and t100a~respUser in rangeAuthor[]
and tadir~pgmid = 'R3TR'
and tadir~object = 'MSAG'
and tadir~devclass in soLocPackage[].
else.
* Select also by the last person who modified the message class
select t100~arbgb "#EC CI_BUFFJOIN
t100~msgnr
t100~text
t100a~stext
appending corresponding fields of table iLocMessages
from t100
inner join t100a
on t100a~arbgb = t100~arbgb
inner join tadir
on t100~arbgb = tadir~obj_name
where t100a~masterLang = messageClassLang
and t100a~respUser in rangeAuthor[]
and t100a~lastUser in rangeAuthor[]
and tadir~pgmid = 'R3TR'
and tadir~object = 'MSAG'
and tadir~devclass in soLocPackage[].
endif.
endif.
endform. "retrieveMessageClass
*----------------------------------------------------------------------------------------------------------------------
* retrieveFunctions... Retrieve function modules from SAP DB. May be called in one of two ways
*----------------------------------------------------------------------------------------------------------------------
form retrieveFunctions using soFName like soFunctionName[]
soFGroup like soFunctionGroup[]
iLocFunctionNames like iFunctions[]
value(solocAuthor) like soAuthor[]
value(getTextElements)
value(getScreens)
value(customerOnly)
value(customerNameRange)
value(soLocPackage) like soPack[].
data: waFunctionName type tFunction.
data: noGroupsFound type abap_bool value TRUE.
data: previousFG type v_fdir-area.
* select by function name and/or function group.
select a~funcName as functionName
a~area as functionGroup
into corresponding fields of table iLocfunctionNames
from v_fdir as a
inner join tlibv as b
on a~area = b~area
inner join tadir as c
on a~area = c~obj_name
where a~funcName in soFName[]
and a~area in soFGroup[]
and a~generated = ''
and b~uname in soLocAuthor[]
and pgmid = 'R3TR'
and object = 'FUGR'
and devclass in solocPackage[]
order by a~area.
loop at iLocFunctionNames into waFunctionName.
perform retrieveFunctionDetail using waFunctionName-functionName
waFunctionName-progname
waFunctionName-includeNumber
waFunctionName-functionTitle.
perform findMainFunctionInclude using waFunctionName-progname
wafunctionName-functionGroup
waFunctionName-includeNumber
waFunctionName-functionMainInclude.
perform findFunctionTopInclude using waFunctionName-progname
wafunctionName-functionGroup
waFunctionName-topIncludeName.
* Find all user defined includes within the function group
perform scanForFunctionIncludes using waFunctionName-progname
customerOnly
customerNameRange
waFunctionName-iIncludes[].
* Find main message class
perform findMainMessageClass using waFunctionName-progname
waFunctionName-messageClass.
* Find any screens declared within the main include
if not getScreens is initial.
if previousFG is initial or previousFG <> waFunctionName-functionGroup.
perform findFunctionScreenFlow using waFunctionName.
* Search for any GUI texts
perform retrieveGUITitles using waFunctionName-iGUITitle[]
waFunctionName-progname.
endif.
endif.
if not getTextElements is initial.
* Find the program texts from out of the database.
perform retrieveProgramTexts using waFunctionName-iSelectionTexts[]
waFunctionName-iTextElements[]
waFunctionName-progname.
endif.
previousFG = waFunctionName-functionGroup.
modify iLocFunctionNames from waFunctionName.
endloop.
endform. "retrieveFunctions
*----------------------------------------------------------------------------------------------------------------------
* retrieveFunctionDetail... Retrieve function module details from SAP DB.
*----------------------------------------------------------------------------------------------------------------------
form retrieveFunctionDetail using value(functionName)
progname
includeName
titleText.
select single pname
include
from tfdir
into (progname, includeName)
where funcName = functionName.
if sy-subrc = 0.
select single stext
from tftit
into titleText
where spras = pMLang
and funcName = functionName.
endif.
endform. "retrieveFunctionDetail "findFunctionTopInclude
*----------------------------------------------------------------------------------------------------------------------
* scanForAdditionalFuncStuff... Search for additional things relating to functions
*----------------------------------------------------------------------------------------------------------------------
form scanForAdditionalFuncStuff using iLocFunctions like iFunctions[]
value(recursiveIncludes)
value(recursiveFunctions)
value(searchForIncludes)
value(searchForFunctions)
value(searchForDictionary)
value(searchForMessages)
value(searchForTransformations)
value(customerOnly)
value(customerNameRange).
data: waFunction type tFunction.
data: waInclude type tInclude.
loop at iLocFunctions into waFunction.
if not searchForIncludes is initial.
* Search in the main program
perform scanForIncludePrograms using waFunction-progname
recursiveIncludes
customerOnly
customerNameRange
waFunction-iIncludes[].
* Search in the main include
perform scanForIncludePrograms using waFunction-functionMainInclude
recursiveIncludes
customerOnly
customerNameRange
waFunction-iIncludes[].
* Search in the top include
perform scanForIncludePrograms using waFunction-topIncludeName
recursiveIncludes
customerOnly
customerNameRange
waFunction-iIncludes[].
endif.
if not searchForFunctions is initial.
perform scanForFunctions using waFunction-functionMainInclude
waFunction-programLinkName
recursiveIncludes
recursiveFunctions
customerOnly
customerNameRange
iLocFunctions[].
endif.
modify iLocFunctions from waFunction.
endloop.
loop at iLocFunctions into waFunction.
* Now we have everthing perhaps we had better find all the dictionary structures
if not searchForDictionary is initial.
perform scanForTables using waFunction-progname
customerOnly
customerNameRange
waFunction-iDictStruct[].
perform scanForLikeOrType using waFunction-progname
customerOnly
customerNameRange
waFunction-iDictStruct[]
waFunction-iTableTypes[].
perform scanForTables using waFunction-functionMainInclude
customerOnly
customerNameRange
waFunction-iDictStruct[].
perform scanForLikeOrType using waFunction-functionMainInclude
customerOnly
customerNameRange
waFunction-iDictStruct[]
waFunction-iTableTypes[].
loop at waFunction-iIncludes into waInclude.
perform scanForTables using waInclude-includeName
customerOnly
customerNameRange
waFunction-iDictStruct[].
perform scanForLikeOrType using waInclude-includeName
customerOnly
customerNameRange
waFunction-iDictStruct[]
waFunction-iTableTypes[].
endloop.
modify iLocFunctions from waFunction.
endif.
* Now search for all messages
if not searchForMessages is initial.
perform scanForMessages using waFunction-progName
waFunction-messageClass
waFunction-iMessages[].
modify iLocFunctions from waFunction.
endif.
* Search for TRansformations.
if not searchForTransformations is initial.
perform scanForTransformations using waFunction-progName
customerOnly
customerNameRange
waFunction-iTransformations[].
endif.
endloop.
endform. "scanForAdditionalFuncStuff
*----------------------------------------------------------------------------------------------------------------------
* scanForClasses... Search each class or method for other classes
*----------------------------------------------------------------------------------------------------------------------
form scanForClasses using value(className)
value(classLinkName)
value(customerOnly)
value(customerNameRange)
iLocClasses like iClasses[]
value(soLocPackage) like soPack[].
data iLines type standard table of string with header line.
data: head type string.
data: tail type string.
data: lineLength type i value 0.
data: waLine type string.
data: waClass type tClass.
data: waSearchClass type tClass.
data: castClassName type program.
data: exceptionCustomerNameRange type string.
* Build the name of the possible cusotmer exception classes
concatenate customerNameRange 'CX_' into exceptionCustomerNameRange.
* Read the program code from the textpool.
castClassName = className.
read report castClassName into iLines.
loop at iLines into waLine.
* Find custom tables.
lineLength = strLen( waLine ).
if lineLength > 0.
if waLine(1) = ASTERIX.
continue.
endif.
translate waLine to upper case.
find TYPEREFTO in waLine ignoring case.
if sy-subrc = 0.
* Have found a reference to another class
split waLine at TYPE into head tail.
shift tail left deleting leading space.
split tail at 'REF' into head tail.
shift tail left deleting leading space.
split tail at 'TO' into head tail.
shift tail left deleting leading space.
if tail cs PERIOD.
split tail at PERIOD into head tail.
else.
if tail cs COMMA.
split tail at COMMA into head tail.
endif.
endif.
else.
* Try and find classes which are only referenced through static mehods
find '=>' in waLine match offset sy-fdpos.
if sy-subrc = 0.
head = waline+0(sy-fdpos).
shift head left deleting leading space.
condense head.
find 'call method' in head ignoring case.
if sy-subrc = 0.
shift head left deleting leading space.
split head at space into head tail.
split tail at space into head tail.
* Should have the class name here
head = tail.
else.
* Still have a class name even though it does not have the words call method in front
if waLine cs '='.
split waLine at '=' into tail head.
shift head left deleting leading space.
split head at '=' into head tail.
endif.
sy-subrc = 0.
endif.
endif.
endif.
if sy-subrc = 0.
try.
if head+0(1) = 'Y' or head+0(1) = 'Z' or head cs customerNameRange.
* We have found a class best append it to our class table if we do not already have it.
read table iLocClasses into waSearchClass with key clsName = head.
if sy-subrc <> 0.
if head+0(3) = 'CX_'
or head+0(4) = 'ZCX_'
or head+0(4) = 'YCX_'
or head cs exceptionCustomerNameRange.
waClass-exceptionClass = TRUE.
endif.
waClass-clsname = head.
* Check the package
if not soLocPackage[] is initial.
select single obj_name
from tadir
into waClass-clsName
where pgmid = 'R3TR'
and object = 'CLAS'
and obj_name = waClass-clsName
and devclass in soLocPackage[].
if sy-subrc = 0.
append waClass to iLocClasses.
endif.
else.
append waClass to iLocClasses.
endif.
endif.
endif.
catch cx_sy_range_out_of_bounds.
endtry.
endif.
endif.
endloop.
endform. "scanForClasses
*----------------------------------------------------------------------------------------------------------------------
* scanForIncludePrograms... Search each program for include programs
*----------------------------------------------------------------------------------------------------------------------
form scanForIncludePrograms using value(programName)
value(recursiveIncludes)
value(customerOnly)
value(customerNameRange)
iLocIncludes like dumiIncludes[].
data: iIncludeLines type standard table of string with header line.
data: iTokens type standard table of stokes with header line.
data: iKeywords type standard table of text20 with header line.
data: iStatements type standard table of sstmnt with header line.
data: waTokens type stokes.
data: waInclude type tInclude.
data: waIncludeExists type tInclude.
data: maxLines type i.
data: nextLine type i.
data: castProgramName type program.
* Read the program code from the textpool.
castProgramName = programName.
read report castProgramName into iIncludeLines.
append INCLUDE to iKeywords.
scan abap-source iIncludeLines tokens into iTokens with includes statements into iStatements keywords from iKeywords.
clear iIncludeLines[].
maxLines = lines( iTokens ).
loop at iTokens where str = INCLUDE and type = 'I'.
nextLine = sy-tabix + 1.
if nextLine <= maxLines.
read table iTokens index nextLine into waTokens.
* Are we only to find customer includes?
if not customerOnly is initial.
try.
if waTokens-str+0(1) = 'Y' or waTokens-str+0(1) = 'Z' or waTokens-str cs customerNameRange
or waTokens-str+0(2) = 'MZ' or waTokens-str+0(2) = 'MY'.
else.
continue.
endif.
catch cx_sy_range_out_of_bounds into objRuntimeError.
endtry.
endif.
waInclude-includeName = waTokens-str.
* Best find the program title text as well.
perform findProgramOrIncludeTitle using waInclude-includeName
waInclude-includeTitle.
* Don't append the include if we already have it listed
read table iLocIncludes into waIncludeExists with key includeName = waInclude-includeName.
if sy-subrc <> 0.
append waInclude to iLocIncludes.
if not recursiveIncludes is initial.
* Do a recursive search for other includes
perform scanForIncludePrograms using waInclude-includeName
recursiveIncludes
customerOnly
customerNameRange
iLocIncludes[].
endif.
endif.
endif.
endloop.
endform. "scanForIncludePrograms
*----------------------------------------------------------------------------------------------------------------------
* scanForIncludePrograms... Search each program for include programs
*----------------------------------------------------------------------------------------------------------------------
form scanForTransformations using value(programName)
value(customerOnly)
value(customerNameRange)
iLocTransformation like iTransformations[].
data: iIncludeLines type standard table of string with header line.
data: iTokens type standard table of stokes with header line.
data: iKeywords type standard table of text20 with header line.
data: iStatements type standard table of sstmnt with header line.
data: waTokens type stokes.
data: waTransformation type tTransformation.
data: waTransformationExists type tTransformation.
data: maxLines type i.
data: nextLine type i.
data: castProgramName type program.
* Read the program code from the textpool.
castProgramName = programName.
read report castProgramName into iIncludeLines.
append 'CALL' to iKeywords.
scan abap-source iIncludeLines tokens into iTokens with includes statements into iStatements keywords from iKeywords.
clear iIncludeLines[].
maxLines = lines( iTokens ).
loop at iTokens where str = TRANSFORMATION and type = 'I'.
nextLine = sy-tabix + 1.
if nextLine <= maxLines.
read table iTokens index nextLine into waTokens.
* Are we only to find customer transformations?
if not customerOnly is initial.
try.
if waTokens-str+0(1) = 'Y' or waTokens-str+0(1) = 'Z' or waTokens-str cs customerNameRange.
else.
continue.
endif.
catch cx_sy_range_out_of_bounds into objRuntimeError.
endtry.
endif.
waTransformation-xsltName = waTokens-str.
* Don't append the include if we already have it listed
read table iLocTransformation into waTRansformationExists with key xsltName = waTransformation-xsltName.
if sy-subrc <> 0.
append waTransformation to iLocTransformation.
perform scanForTransIncludes using waTransformation-xsltName
customerOnly
customerNameRange
iLocTransformation[].
endif.
endif.
endloop.
endform. "scanForIncludePrograms
*----------------------------------------------------------------------------------------------------------------------
* scanforTransIncludes...
*----------------------------------------------------------------------------------------------------------------------
form scanforTransIncludes using value(xsltName)
value(customerOnly)
value(customerNameRange)
iLocTransformations like iTransformations[].
data: iXsltSource type o2pageline_table.
data: waXsltAttributes type o2xsltattr.
data: waXSLTSource like line of iXSLTSource.
data: dummy type string.
data: waTransformationExists type tTransformation.
data: waTransformation type tTransformation.
cl_o2_api_xsltdesc=>load( exporting p_xslt_desc = xsltname
importing p_source = iXsltSource
p_attributes = waXsltAttributes
exceptions not_existing = 1
permission_failure = 2
error_occured = 3
version_not_found = 4 ).
loop at iXsltSource into waXSLTSource.
if waXsltSource-line cs '<xsl:include'.
split waXsltSource-line at '"' into dummy waXsltSource-line.
split waXsltSource-line at '"' into waXSLTSource dummy.
* Are we only to find customer transformations?
if not customerOnly is initial.
try.
if waXsltSource-line+0(1) = 'Y' or waXsltSource-line+0(1) = 'Z' or waXsltSource-line cs customerNameRange.
else.
continue.
endif.
catch cx_sy_range_out_of_bounds into objRuntimeError.
endtry.
endif.
* Don't append the include if we already have it listed
read table iLocTransformations into waTransformationExists with key xsltName = waXsltSource-line.
if sy-subrc <> 0.
waTransformation-xsltName = waXSLTSource-line.
append waTransformation to iLocTransformations.
* Ok we have an include. Are there any sub includes
perform scanforTransIncludes using waTransformation-xsltName
customerOnly
customerNameRange
iLocTransformations[].
endif.
endif.
endloop.
endform.
*----------------------------------------------------------------------------------------------------------------------
* scanForFunctions... Search each program for function modules
*----------------------------------------------------------------------------------------------------------------------
form scanForFunctions using value(programName)
value(programLinkName)
value(recursiveIncludes)
value(recursiveFunctions)
value(customerOnly)
value(customerNameRange)
iLocFunctions like iFunctions[].
data: iIncludeLines type standard table of string with header line.
data: iTokens type standard table of stokes with header line.
data: iStatements type standard table of sstmnt with header line.
data: waTokens type stokes.
data: waFunction type tFunction.
data: waFunctionComparison type tFunction.
data: maxLines type i.
data: nextLine type i.
data: castProgramName type program.
data: skipThisloop type abap_bool.
* Read the program code from the textpool.
castProgramName = programName.
read report castProgramName into iIncludeLines.
scan abap-source iIncludeLines tokens into iTokens with includes statements into iStatements.
clear iIncludeLines[].
maxLines = lines( iTokens ).
loop at iTokens where str = FUNCTION and type = 'I'.
nextLine = sy-tabix + 1.
if nextLine <= maxLines.
read table iTokens index nextLine into waTokens.
* Are we only to find customer functions
skipThisLoop = FALSE.
if not customerOnly is initial.
try.
if waTokens-str+1(1) = 'Y' or waTokens-str+1(1) = 'Z' or waTokens-str cs customerNameRange.
else.
skipThisLoop = TRUE.
endif.
catch cx_sy_range_out_of_bounds into objRuntimeError.
cleanup.
skipThisLoop = TRUE.
endtry.
endif.
if skipThisLoop = FALSE.
waFunction-functionName = waTokens-str.
replace all occurrences of '''' in waFunction-functionName with ' '.
condense waFunction-functionName.
* Don't add a function if we alread have it listed.
read table iLocFunctions with key functionName = waFunction-functionName into waFunctionComparison.
if sy-subrc <> 0.
* Add in the link name if the function is linked to a program
waFunction-programLinkName = programLinkName.
* Don't download functions which are called through an RFC destination
nextline = sy-tabix + 2.
read table iTokens index nextLine into waTokens.
if waTokens-str <> DESTINATION.
* Find the function group
select single area from v_fdir into wafunction-functionGroup where funcName = waFunction-functionName.
if sy-subrc = 0.
* Best find the function number as well.
perform retrieveFunctionDetail using waFunction-functionName
waFunction-progname
waFunction-includeNumber
waFunction-functionTitle.
perform findMainFunctionInclude using waFunction-progname
waFunction-functionGroup
waFunction-includeNumber
waFunction-functionMainInclude.
perform findFunctionTopInclude using waFunction-progname
wafunction-functionGroup
waFunction-topIncludeName.
* Find main message class
perform findMainMessageClass using waFunction-progname
waFunction-messageClass.
append waFunction to iLocFunctions.
* Now lets search a little bit deeper and do a recursive search for other includes
if not recursiveIncludes is initial.
perform scanForIncludePrograms using waFunction-functionMainInclude
recursiveIncludes
customerOnly
customerNameRange
waFunction-iIncludes[].
endif.
* Now lets search a little bit deeper and do a recursive search for other functions
if not recursiveFunctions is initial.
perform scanForFunctions using waFunction-functionMainInclude
space
recursiveIncludes
recursiveFunctions
customerOnly
customerNameRange
iLocFunctions[].
endif.
clear waFunction.
endif.
endif.
endif.
clear waFunction.
endif.
endif.
endloop.
endform. "scanForFunctions
*----------------------------------------------------------------------------------------------------------------------
* scanForFunctionIncludes... Find all user defined includes within the function group
*----------------------------------------------------------------------------------------------------------------------
form scanForFunctionIncludes using poolName
value(customerOnly)
value(customerNameRange)
iLocIncludes like dumiIncludes[].
data: iIncludeLines type standard table of string with header line.
data: iTokens type standard table of stokes with header line.
data: iKeywords type standard table of text20 with header line.
data: iStatements type standard table of sstmnt with header line.
data: waTokens type stokes.
data: waInclude type tInclude.
data: waIncludeExists type tInclude.
data: maxLines type i.
data: nextLine type i.
data: castProgramName type program.
* Read the program code from the textpool.
castProgramName = poolName.
read report castProgramName into iIncludeLines.
append INCLUDE to iKeywords.
scan abap-source iIncludeLines tokens into iTokens with includes statements into iStatements keywords from iKeywords.
clear iIncludeLines[].
maxLines = lines( iTokens ).
loop at iTokens where str = INCLUDE and type = 'I'.
nextLine = sy-tabix + 1.
if nextLine <= maxLines.
read table iTokens index nextLine into waTokens.
if waTokens-str cp '*F++'.
* Are we only to find customer includes?
if not customerOnly is initial.
try.
if waTokens-str+0(2) = 'LY' or waTokens-str+0(2) = 'LZ' or waTokens-str cs customerNameRange.
else.
continue.
endif.
catch cx_sy_range_out_of_bounds into objRuntimeError.
endtry.
endif.
waInclude-includeName = waTokens-str.
* Best find the program title text as well.
perform findProgramOrIncludeTitle using waInclude-includeName
waInclude-includeTitle.
* Don't append the include if we already have it listed
read table iLocIncludes into waIncludeExists with key includeName = waInclude-includeName.
if sy-subrc <> 0.
append waInclude to iLocIncludes.
endif.
endif.
endif.
endloop.
endform. "scanForFunctionIncludes
*----------------------------------------------------------------------------------------------------------------------
* findProgramOrIncludeTitle... Finds the title text of a program.
*----------------------------------------------------------------------------------------------------------------------
form findProgramOrIncludeTitle using value(programName)
titleText.
select single text
from trdirt
into titleText
where name = programName
and sprsl = pMLang.
endform. "findProgramOrIncludeTitle
*----------------------------------------------------------------------------------------------------------------------
* retrievePrograms... find programs and sub objects from SAP DB
*----------------------------------------------------------------------------------------------------------------------
form retrievePrograms using iLocProgram like iPrograms[]
iLocFunctions like iFunctions[]
rangeProgram like soProgramName[]
rangeAuthor like soAuthor[]
value(custNameRange)
value(alsoModifiedByauthor)
value(customerProgsOnly)
value(getMessages)
value(getTextElements)
value(getCustDictStructures)
value(getFunctions)
value(getIncludes)
value(getScreens)
value(getTransformations)
value(recursiveFuncSearch)
value(recursiveIncludeSearch)
value(soLocPackage) like soPack[].
data: waRangeProgram like line of rangeProgram.
if rangeProgram[] is initial.
* We are finding all programs by an author
perform findAllProgramsForAuthor using iLocProgram[]
rangeProgram[]
rangeAuthor[]
custNameRange
alsoModifiedByAuthor
customerProgsOnly
soLocPackage[].
else.
read table rangeProgram index 1 into waRangeProgram.
if waRangeProgram-low cs ASTERIX.
perform findProgramsByWildcard using iLocProgram[]
rangeProgram[]
rangeAuthor[]
custNameRange
customerProgsOnly
soLocPackage[].
else.
perform checkProgramDoesExist using iLocProgram[]
rangeProgram[].
endif.
endif.
* Find extra items
perform scanForAdditionalProgStuff using iLocProgram[]
iLocFunctions[]
getTextElements
getMessages
getScreens
getCustDictStructures
getFunctions
getIncludes
getTransformations
customerProgsOnly
custNameRange
recursiveIncludeSearch
recursiveFuncSearch.
endform. "retrievePrograms
*-------------------------------------------------------------------------------------------------------
* scanForAdditionalProgStuff...
*-------------------------------------------------------------------------------------------------------
form scanForAdditionalProgStuff using iLocProgram like iPrograms[]
iLocFunctions like iFunctions[]
value(getTextElements)
value(getMessages)
value(getScreens)
value(getCustDictStructures)
value(getFunctions)
value(getIncludes)
value(getTransformations)
value(customerOnly)
value(customerNameRange)
value(recursiveIncludeSearch)
value(recursiveFuncSearch).
data: waProgram type tProgram.
data: waInclude type tInclude.
data: myTabix type syTabix.
* Best to find all the includes used in a program first
if not getIncludes is initial.
loop at iLocProgram into waProgram.
myTabix = sy-tabix.
perform scanForIncludePrograms using waProgram-progName
recursiveIncludeSearch
customerOnly
customerNameRange
waProgram-iIncludes[].
modify iLocProgram from waProgram index myTabix.
endloop.
endif.
* Once we have a list of all the includes we need to loop round them an select all the other objects
loop at iLocProgram into waProgram.
myTabix = sy-tabix.
perform findProgramDetails using waProgram-progName
waProgram-subc
waProgram-programTitle
waProgram
getTextElements
getMessages
getScreens
getTransformations
getCustDictStructures
customerOnly
customerNameRange.
* Find any screens
if not getScreens is initial.
perform findProgramScreenFlow using waProgram.
endif.
loop at waProgram-iIncludes into waInclude.
perform findProgramDetails using waInclude-includeName
'I'
waInclude-includeTitle
waProgram
getTextElements
getMessages
getScreens
getTransformations
getCustDictStructures
customerOnly
customerNameRange.
endloop.
modify iLocProgram from waProgram index myTabix.
endloop.
* Now we have all the program includes and details we need to find extra functions
if not getFunctions is initial.
loop at iLocProgram into waProgram.
* Find any functions defined in the code
perform scanForFunctions using waProgram-progname
waProgram-progname
space
space
customerOnly
customerNameRange
iLocFunctions[].
endloop.
* We have a list of all the functions so lets go and find details and other function calls
perform scanForAdditionalFuncStuff using iLocFunctions[]
recursiveIncludeSearch
recursiveFuncSearch
getIncludes
getFunctions
getCustDictStructures
getMessages
getTransformations
customerOnly
customerNameRange.
endif.
endform. "scanForAdditionalProgStuff
*-------------------------------------------------------------------------------------------------------
* findProgramDetails...
*-------------------------------------------------------------------------------------------------------
form findProgramDetails using value(programName)
value(programType)
programTitle
waProgram type tProgram
value(getTextElements)
value(getMessages)
value(getScreens)
value(getTransformations)
value(getCustDictStructures)
value(customerOnly)
value(customerNameRange).
perform findProgramOrIncludeTitle using programName
programTitle.
if not getTextElements is initial.
* Find the program texts from out of the database.
perform retrieveProgramTexts using waProgram-iSelectionTexts[]
waProgram-iTextElements[]
programName.
endif.
* Search for any GUI texts
if not getScreens is initial and ( programType = 'M' or programType = '1' ).
perform retrieveGUITitles using waProgram-iGUITitle[]
programName.
endif.
* Find individual messages
if not getMessages is initial.
if programType = 'M' or programType = '1'.
perform findMainMessageClass using programName
waProgram-messageClass.
endif.
perform scanForMessages using programName
waProgram-messageClass
waProgram-iMessages[].
endif.
* Find any XSLT Transformations
if not getTransformations is initial.
perform scanForTransformations using programName
customerOnly
customerNameRange
waProgram-iTransformations[].
endif.
if not getCustDictStructures is initial.
perform scanForTables using programName
customerOnly
customerNameRange
waProgram-iDictStruct[].
perform scanForLikeOrType using programName
customerOnly
customerNameRange
waProgram-iDictStruct[]
waProgram-iTableTypes[].
endif.
endform. "findProgramDetails
*-------------------------------------------------------------------------------------------------------
* findAllProgramsForAuthor...
*-------------------------------------------------------------------------------------------------------
form findAllProgramsForAuthor using iLocProgram like iPrograms[]
rangeProgram like soProgramName[]
rangeAuthor like soAuthor[]
value(custNameRange)
value(alsoModifiedByauthor)
value(customerProgsOnly)
value(soLocPackage) like soPack[].
data: altCustomerNameRange type string.
field-symbols: <waProgram> type tProgram.
data: genFlag type genFlag.
* build up the customer name range used for select statements
concatenate custNameRange '%' into altCustomerNameRange.
* select by name and author
if not alsoModifiedByAuthor is initial.
* Programs modified by author
* Program to search for is an executable program
if customerProgsOnly is initial.
* Select all programs
select a~progname
a~subc
appending corresponding fields of table ilocProgram
from reposrc as a
inner join tadir as b
on a~progname = b~obj_name
where a~progname in rangeProgram
and a~cnam in rangeAuthor
and ( a~subc = '1' or a~subc = 'M' or a~subc = 'S' )
and b~pgmid = 'R3TR'
and b~object = 'PROG'
and b~devclass in soLocPackage.
else.
* Select only customer specific programs
select progname
subc
appending corresponding fields of table iLocProgram
from reposrc as a
inner join tadir as b
on a~progname = b~obj_name
where a~progname in rangeProgram
and ( a~progname like altCustomerNameRange
or a~progname like 'Z%'
or a~progname like 'Y%'
or a~progname like 'SAPMZ%'
or a~progname like 'SAPMY%')
and a~cnam in rangeAuthor
and ( a~subc = '1' or a~subc = 'M' or a~subc = 'S' )
and b~pgmid = 'R3TR'
and b~object = 'PROG'
and b~devclass in soLocPackage.
endif.
else.
* Programs created by author
if customerProgsOnly is initial.
* Select all programs
select progname
subc
appending corresponding fields of table iLocProgram
from reposrc as a
inner join tadir as b
on a~progname = b~obj_name
where a~progname in rangeProgram
and ( a~subc = '1' or a~subc = 'M' or a~subc = 'S' )
and ( a~cnam in rangeAuthor or a~unam in rangeAuthor )
and b~pgmid = 'R3TR'
and b~object = 'PROG'
and b~devclass in soLocPackage.
else.
* Select only customer specific programs
select a~progname
a~subc
appending corresponding fields of table iLocProgram
from reposrc as a
inner join tadir as b
on a~progname = b~obj_name
where a~progname in rangeProgram
and ( a~progname like altCustomerNameRange
or a~progname like 'Z%'
or a~progname like 'Y%'
or a~progname like 'SAPMZ%'
or a~progname like 'SAPMY%')
and ( a~subc = '1' or a~subc = 'M' or a~subc = 'S' )
and ( a~cnam in rangeAuthor or a~unam in rangeAuthor )
and b~pgmid = 'R3TR'
and b~object = 'PROG'
and b~devclass in soLocPackage.
endif.
endif.
endform. "findAllProgramsForAuthor
*-------------------------------------------------------------------------------------------------------
* findAllXSLTForAuthor...
*-------------------------------------------------------------------------------------------------------
form findAllXSLTForAuthor using ilocTransformations like iTransformations[]
rangexslt like soxsltname[]
rangeauthor like soauthor[]
value(custnamerange)
value(alsomodifiedbyauthor)
value(customerprogsonly)
value(solocpackage) like sopack[].
data: altCustomerNameRange type string.
data: waTransformation like line of iTransformations.
field-symbols: type tTransformation.
data: genFlag type genflag.
* build up the customer name range used for select statements
concatenate custNameRange '%' into altcustomernamerange.
* select by name and author
if not alsomodifiedbyauthor is initial.
* Programs modified by author
* Program to search for is an executable program
if customerprogsonly is initial.
* Select all XSLT programs
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and author in rangeauthor
and obj_name in rangexslt
and devclass in solocpackage.
append waTransformation to iLocTransformations.
endselect.
else.
* Select only customer specific programs
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and author in rangeauthor
and obj_name in rangexslt
and devclass in solocpackage
and ( obj_name like altcustomernamerange
or obj_name like 'Z%'
or obj_name like 'Y%').
append waTransformation to iLocTransformations.
endselect.
endif.
else.
* Programs created by author
if customerprogsonly is initial.
* Select all programs
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and author in rangeauthor
and obj_name in rangexslt
and devclass in solocpackage.
append waTransformation to iLocTransformations.
endselect.
else.
* Select only customer specific programs
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and author in rangeauthor
and obj_name in rangexslt
and devclass in solocpackage
and ( obj_name like altcustomernamerange
or obj_name like 'Z%'
or obj_name like 'Y%').
append waTransformation to iLocTransformations.
endselect.
endif.
endif.
endform. " findAllXSLTForAuthor
*-------------------------------------------------------------------------------------------------------
* findXsltByWildcard...
*-------------------------------------------------------------------------------------------------------
form findXsltByWildcard using iLocTransformations like iTransformations[]
value(rangexslt) like soxsltname[]
value(rangeauthor) like soauthor[]
value(custnamerange)
value(customerprogsonly)
value(solocpackage) like sopack[].
data: altcustomernamerange type string.
data: waTransformation like line of ilocTransformations.
field-symbols: <waTransformation> type tTransformation.
data: genflag type genflag.
if customerprogsonly is initial.
* build up the customer name range used for select statements
if custnamerange <> '^'.
concatenate custnamerange '%' into altcustomernamerange.
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and obj_name in rangexslt
and obj_name like altcustomernamerange
and author in rangeauthor.
append waTransformation to iLocTransformations.
endselect.
else.
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and obj_name in rangexslt
and author in rangeauthor.
append waTransformation to iLocTransformations.
endselect.
endif.
else.
* Only customer xslt
if custnamerange <> '^'.
concatenate custnamerange '%' into altcustomernamerange.
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and obj_name in rangexslt
and obj_name like altcustomernamerange
and ( obj_name like 'Z%' or
obj_name like 'Y%' ).
append waTransformation to iLocTransformations.
endselect.
else.
select obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and obj_name in rangexslt
and ( obj_name like 'Z%' or
obj_name like 'Y%' ).
append waTransformation to iLocTransformations.
endselect.
endif.
endif.
endform. "findxsltByWildcard
*-------------------------------------------------------------------------------------------------------
* checkXsltDoesExist...
*-------------------------------------------------------------------------------------------------------
form checkXsltDoesExist using ilocTransformations like iTransformations[]
rangexslt like soxsltname[].
data: waTransformation type tTransformation.
*-- Make sure XSLT exists
select single obj_name
into waTransformation-xsltname
from tadir
where pgmid = 'R3TR'
and object = 'XSLT'
and obj_name in rangexslt.
if sy-subrc = 0.
append waTransformation to iLocTransformations.
endif.
endform. "checkxsltDoesExist
*-------------------------------------------------------------------------------------------------------
* checkProgramDoesExist...
*-------------------------------------------------------------------------------------------------------
form checkProgramDoesExist using iLocProgram like iPrograms[]
rangeProgram like soProgramName[].
* Check to see if the program is an executable program
select progname
subc
into corresponding fields of table iLocProgram
from reposrc
where progname in rangeProgram
and ( subc = '1' or
subc = 'I' or
subc = 'M' or
subc = 'S' ).
endform. "checkProgramDoesExist
*-------------------------------------------------------------------------------------------------------
* findProgramsByWildcard.. Search in the system for programs
*-------------------------------------------------------------------------------------------------------
form checkAndAddTableType using waDictionary-tableName
iLocTableTypes like iTableTypes[].
select *
into corresponding fields of table iLocTableTypes
from dd40l as a
inner join dd40t as t
on a~typename = t~typename
where a~typename = waDictionary-tableName
and t~ddlanguage eq sy-langu
and a~as4local = 'A'.
endform.
*-------------------------------------------------------------------------------------------------------
* findProgramsByWildcard.. Search in the system for programs
*-------------------------------------------------------------------------------------------------------
form findProgramsByWildcard using iLocProgram like iPrograms[]
value(rangeProgram) like soProgramName[]
value(rangeAuthor) like soAuthor[]
value(custNameRange)
value(customerProgsOnly)
value(soLocPackage) like soPack[].
data: altCustomerNameRange type string.
field-symbols: type tProgram.
data: genFlag type genFlag.
if customerProgsOnly is initial.
* build up the customer name range used for select statements
if custNameRange <> '^'.
concatenate custNameRange '%' into altCustomerNameRange.
select progname
subc
from reposrc
appending corresponding fields of table iLocProgram
where progname in rangeProgram
and progname like altCustomerNameRange
and ( subc = '1' or subc = 'M' or subc = 'S' )
and ( cnam in rangeAuthor or unam in rangeAuthor ).
else.
select progname
subc
from reposrc
appending corresponding fields of table iLocProgram
where progname in rangeProgram
and ( subc = '1' or subc = 'M' or subc = 'S' )
and ( cnam in rangeAuthor or unam in rangeAuthor ).
endif.
else.
* Only customer programs
if custNameRange <> '^'.
concatenate custNameRange '%' into altCustomerNameRange.
select progname
subc
from reposrc
appending corresponding fields of table iLocProgram
where progname in rangeProgram
and ( progname like altCustomerNameRange
or progname like 'Z%'
or progname like 'Y%'
or progname like 'SAPMZ%'
or progname like 'SAPMY%')
and ( subc = '1' or subc = 'M' or subc = 'S' )
and ( cnam in rangeAuthor or unam in rangeAuthor ).
else.
select progname
subc
from reposrc
appending corresponding fields of table iLocProgram
where progname in rangeProgram
and ( progname like 'Z%'
or progname like 'Y%'
or progname like 'SAPMZ%'
or progname like 'SAPMY%')
and ( subc = '1' or subc = 'M' or subc = 'S' )
and ( cnam in rangeAuthor or unam in rangeAuthor ).
endif.
endif.
endform. " findProgramsByWildcard
*-------------------------------------------------------------------------------------------------------
* retrieveProgramTexts... Find the text elements and selection texts for a program
*-------------------------------------------------------------------------------------------------------
form retrieveProgramTexts using iLocSelectionTexts like dumiTextTab[]
iLocTextElements like dumiTextTab[]
value(programName).
data: iTextTable type standard table of tTextTable with header line.
data: waTexts type tTextTable.
data: castProgramName(50).
move programName to castProgramName.
read textpool castProgramName into iTextTable language pMLang.
delete iTextTable where key = 'R'.
* Selection texts.
loop at iTextTable where id = 'S'.
move iTextTable-key to waTexts-key.
move iTextTable-entry to waTexts-entry.
append waTexts to iLocSelectiontexts.
clear waTexts.
endloop.
* Text elements.
delete iTextTable where key = 'S'.
loop at iTextTable where id = 'I'.
move iTextTable-key to waTexts-key.
move iTextTable-entry to waTexts-entry.
append waTexts to iLocTextElements.
endloop.
endform. "retrieveProgramTexts
*-------------------------------------------------------------------------------------------------------
* retrieveGUITitles... Search for any GUI texts
*-------------------------------------------------------------------------------------------------------
form retrieveGUITitles using iLocGUITitle like dumIGUITitle[]
value(programName).
select obj_code
text
from d347t
appending corresponding fields of table iLocGUItitle
where progname = programName.
endform. "retrieveGUITitles
*-------------------------------------------------------------------------------------------------------
* findMainMessageClass... find the message class stated at the top of program.
*-------------------------------------------------------------------------------------------------------
form findMainMessageClass using value(programName)
messageClass.
select single msgid
from trdire into messageClass
where report = programName.
endform. "findMainMessageClass
*-------------------------------------------------------------------------------------------------------
* retrieveClasses... find classes and sub objects from SAP DB
*-------------------------------------------------------------------------------------------------------
form retrieveClasses using iLocClasses like iClasses[]
iLocFunctions like iFunctions[]
rangeClass like soClassName[]
rangeAuthor like soAuthor[]
value(custNameRange)
value(alsoModifiedByauthor)
value(customerProgsOnly)
value(getMessages)
value(getTextElements)
value(getCustDictStructures)
value(getFunctions)
value(getIncludes)
value(getTransformations)
value(recursiveFuncSearch)
value(recursiveIncludeSearch)
value(recursiveClassSearch)
value(language)
value(soLocPackage) like soPack[].
data: waRangeClass like line of rangeClass.
data: waClass like line of iLocCLasses[].
if rangeClass[] is initial.
* We are finding all programs by an author
perform findAllClassesForAuthor using iLocClasses[]
rangeClass[]
rangeAuthor[]
custNameRange
alsoModifiedByAuthor
customerProgsOnly
language.
else.
read table rangeClass index 1 into waRangeClass.
if waRangeClass-low cs ASTERIX.
perform findClassesByWildcard using iLocClasses[]
rangeClass[]
rangeAuthor[]
custNameRange
customerProgsOnly
language.
else.
perform checkClassDoesExist using iLocClasses[]
rangeClass[].
endif.
endif.
* Check the package
if not soLocPackage[] is initial.
loop at iLocClasses into waClass.
select single obj_name
from tadir
into waClass-clsName
where pgmid = 'R3TR'
and object = 'CLAS'
and obj_name = waClass-clsName
and devclass in soLocPackage[].
if sy-subrc <> 0.
delete iLocClasses.
endif.
endloop.
endif.
* Find extra items
if not iLocClasses[] is initial.
perform scanForAdditionalClassStuff using iLocClasses[]
iLocFunctions[]
getTextElements
getMessages
getCustDictStructures
getFunctions
getIncludes
getTransformations
customerProgsOnly
custNameRange
recursiveIncludeSearch
recursiveFuncSearch
recursiveClassSearch
soLocPackage[].
endif.
endform. "retrieveClasses
*-------------------------------------------------------------------------------------------------------
* findAllClassesForAuthor...
*-------------------------------------------------------------------------------------------------------
form findAllClassesForAuthor using iLocClass like iClasses[]
rangeClass like soClassName[]
rangeAuthor like soAuthor[]
value(custNameRange)
value(alsoModifiedByauthor)
value(customerClassesOnly)
value(language).
data: altCustomerNameRange type string.
* build up the customer name range used for select statements
concatenate custNameRange '%' into altCustomerNameRange.
* select by name and author
if not alsoModifiedByAuthor is initial.
* Classes modified by author
if customerClassesOnly is initial.
* Select all classes
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '0'
and ( state = '0' or state = '1' ).
endif.
else.
* Select only customer specific classes
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and ( clsname like altCustomerNameRange
or clsname like 'Z%'
or clsname like 'Y%')
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and ( clsname like altCustomerNameRange
or clsname like 'Z%'
or clsname like 'Y%')
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '0'
and ( state = '0' or state = '1' ).
endif.
endif.
else.
* Programs created by author
if customerClassesOnly is initial.
* Select all classes
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and langu = language
and author in rangeAuthor
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and langu = language
and author in rangeAuthor
and version = '0'
and ( state = '0' or state = '1' ).
endif.
else.
* Select only customer specific classes
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and ( clsname like altCustomerNameRange
or clsname like 'Z%'
or clsname like 'Y%')
and langu = language
and author in rangeAuthor
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and ( clsname like altCustomerNameRange
or clsname like 'Z%'
or clsname like 'Y%')
and langu = language
and author in rangeAuthor
and version = '0'
and ( state = '0' or state = '1' ).
endif.
endif.
endif.
endform. "findAllClassesForAuthor
*-------------------------------------------------------------------------------------------------------
* findClassesByWildcard... Find classes using a wildcard search
*-------------------------------------------------------------------------------------------------------
form findClassesByWildcard using iLocClass like iClasses[]
rangeClass like soClassName[]
value(rangeAuthor) like soAuthor[]
value(custNameRange)
value(customerClassesOnly)
value(language).
data: altCustomerNameRange type string.
if customerClassesOnly is initial.
* Searching for customer and SAP classes
if custNameRange <> '^'.
* build up the customer name range used for select statements
concatenate custNameRange '%' into altCustomerNameRange.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and clsname like custNameRange
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and clsname like custNameRange
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '0'
and ( state = '0' or state = '1' ).
endif.
else.
* Searching using normal name ranges
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and langu = language
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '0'
and ( state = '0' or state = '1' ).
endif.
endif.
else.
* searching for only customer classes
if custNameRange <> '^'.
* build up the customer name range used for select statements
concatenate custNameRange '%' into altCustomerNameRange.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and clsname like custNameRange
and langu = language
and ( clsname like 'ZC%' or clsname like 'YC%' )
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and langu = language
and ( clsname like 'ZC%' or clsname like 'YC%' )
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '0'
and ( state = '0' or state = '1' ).
endif.
else.
* Searching using normal name ranges
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and ( clsname like 'ZC%' or clsname like 'YC%' )
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select clsname descript msg_id
from vseoclass
appending corresponding fields of table ilocClass
where clsname in rangeClass
and ( clsname like 'ZC%' or clsname like 'YC%' )
and ( author in rangeAuthor or changedby in rangeAuthor )
and version = '0'
and ( state = '0' or state = '1' ).
endif.
endif.
endif.
endform. "findClassesByWildcard
*-------------------------------------------------------------------------------------------------------
* checkClassDoesExist...
*-------------------------------------------------------------------------------------------------------
form checkClassDoesExist using iLocClass like iClasses[]
rangeClass like soClassName[].
data: waClass type tClass.
select single clsname descript msg_id
from vseoclass
into corresponding fields of waClass
where clsname in rangeClass
and version = '1'
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select single clsname descript msg_id
from vseoclass
into corresponding fields of waClass
where clsname in rangeClass
and version = '0'
and ( state = '0' or state = '1' ).
endif.
if not waClass-clsname is initial.
append waClass to iLocClass.
endif.
endform. "checkClassDoesExist
*-------------------------------------------------------------------------------------------------------
* scanForAdditionalClassStuff...
*-------------------------------------------------------------------------------------------------------
form scanForAdditionalClassStuff using iLocClasses like iClasses[]
iLocFunctions like iFunctions[]
value(getTextElements)
value(getMessages)
value(getCustDictStructures)
value(getFunctions)
value(getIncludes)
value(getTransformations)
value(customerOnly)
value(customerNameRange)
value(recursiveIncludeSearch)
value(recursiveFuncSearch)
value(recursiveClassSearch)
value(soLocPackage) like soPack[].
data: waClass type tClass.
data: waMethod type tMethod.
data: myTabix type syTabix.
data: scanningForClasses type abap_bool value FALSE.
data: classNewLines type i value 0.
data: classCurrentLines type i value 0.
loop at iLocClasses into waClass where scanned is initial.
* Once we have a list of all the classes we need to loop round them an select all the other objects
myTabix = sy-tabix.
perform findClassDetails using waClass-clsName
waClass
iLocFunctions[]
getTextElements
getMessages
getFunctions
getCustDictStructures
getTransformations
customerOnly
customerNameRange.
* Set the scanned class so we do not check them again when running recursively.
waClass-scanned = 'X'.
modify iLocClasses from waClass index myTabix.
endloop.
* Now we have all the classes and details we need to find extra classes
if not recursiveClassSearch is initial.
classCurrentLines = lines( iLocClasses ).
loop at iLocClasses into waClass.
* Don't try and find any other details for an exception class
if ( waClass-clsName ns 'ZCX_' or waClass-clsName ns 'CX_' ).
* Find any classes defined in the main class definition
perform scanForClasses using waClass-privateClassKey
waClass-clsname
customerOnly
customerNameRange
iLocClasses[]
soLocPackage[].
perform scanForClasses using waClass-publicClassKey
waClass-clsname
customerOnly
customerNameRange
iLocClasses[]
soLocPackage[].
perform scanForClasses using waClass-protectedClassKey
waClass-clsname
customerOnly
customerNameRange
iLocClasses[]
soLocPackage[].
loop at waClass-iMethods into waMethod.
* Find any classes defined in any of the methods
perform scanForClasses using waMethod-methodKey
waClass-clsname
customerOnly
customerNameRange
iLocClasses[]
soLocPackage[].
endloop.
endif.
endloop.
* We have a list of all the classes so lets go and find their details
classNewLines = lines( iLocClasses ).
if classNewLines > classCurrentLines.
perform scanForAdditionalClassStuff using iLocClasses[]
iLocFunctions[]
getTextElements
getMessages
getCustDictStructures
getFunctions
getIncludes
getTransformations
customerOnly
customerNameRange
recursiveIncludeSearch
recursiveFuncSearch
recursiveClassSearch
soLocPackage[].
endif.
endif.
endform. "scanForAdditionalClassStuff
*-------------------------------------------------------------------------------------------------------
* findClassDetails...
*-------------------------------------------------------------------------------------------------------
form findClassDetails using value(className)
waClass type tClass
iLocFunctions like iFunctions[]
value(getTextElements)
value(getMessages)
value(getFunctions)
value(getCustDictStructures)
value(getTransformations)
value(customerOnly)
value(customerNameRange).
data: iEmptySelectionTexts type standard table of tTextTable.
data: myTabix type syTabix.
data: waMethod type tMethod.
data: rnBlankAuthor like soAuthor[].
data: rnBlankPackage like soPack[].
data: waInterface type tInterface.
* Build up the keys we will use for finding data
perform buildClassKeys using waClass.
if waClass-descript is initial.
perform findClassDescription using className
waClass-descript.
endif.
* Find the class attributes.
select single exposure msg_id state clsfinal r3release
from vseoclass
into (waClass-exposure, waClass-msg_id, waClass-state,
waClass-clsfinal, waClass-r3release)
where clsName = waClass-clsName.
* Don't try and find any other details for an exception class
if ( waClass-clsName cs 'ZCX_' or waClass-clsName cs 'CX_' ).
* Exception texts
perform findExceptionTexts using waClass-publicClassKey
waClass-iConcepts[].
waClass-scanned = 'X'.
else.
if not getTextElements is initial.
* Find the class texts from out of the database.
perform retrieveProgramTexts using iEmptySelectionTexts[]
waClass-iTextElements[]
waClass-textElementKey.
endif.
* Find any declared dictionary structures
if not getCustDictStructures is initial.
perform scanForTables using waClass-privateClassKey
customerOnly
customerNameRange
waClass-iDictStruct[].
perform scanForTables using waClass-publicClassKey
customerOnly
customerNameRange
waClass-iDictStruct[].
perform scanForTables using waClass-protectedClassKey
customerOnly
customerNameRange
waClass-iDictStruct[].
perform scanForTables using waClass-typesClassKey
customerOnly
customerNameRange
waClass-iDictStruct[].
perform scanForLikeOrType using waClass-privateClassKey
customerOnly
customerNameRange
waClass-iDictStruct[]
waClass-iTableTypes[].
perform scanForLikeOrType using waClass-publicClassKey
customerOnly
customerNameRange
waClass-iDictStruct[]
waClass-iTableTypes[].
perform scanForLikeOrType using waClass-protectedClassKey
customerOnly
customerNameRange
waClass-iDictStruct[]
waClass-iTableTypes[].
perform scanForLikeOrType using waClass-typesClassKey
customerOnly
customerNameRange
waClass-iDictStruct[]
waClass-iTableTypes[].
endif.
* Find all the interfaces used in this class
perform findClassInterfaces using className
waClass-iInterfaces[].
* Find all the methods defined by the interfaces
perform findInterfaceMethods using className
waClass-iInterfaces[]
waClass-iMethods[].
* Methods
* Find all the methods for this class
perform findClassMethods using className
waClass-iMethods[].
loop at waClass-iMethods[] into waMethod.
myTabix = sy-tabix.
* Find individual messages
if not getMessages is initial.
perform scanForMessages using waMethod-methodKey
waClass-msg_id
waClass-iMessages[].
endif.
if not getCustDictStructures is initial.
* Find any declared dictionary structures
perform scanForTables using waMethod-methodKey
customerOnly
customerNameRange
waClass-iDictStruct[].
perform scanForLikeOrType using waMethod-methodKey
customerOnly
customerNameRange
waClass-iDictStruct[]
waClass-iTableTypes[].
endif.
if not getfunctions is initial.
perform scanForFunctions using waMethod-methodKey
waClass-clsName
space
space
customerOnly
customerNameRange
iLocFunctions[].
endif.
* Find any XSLT Transformations
if not getTransformations is initial.
perform scanForTransformations using waMethod-methodKey
customerOnly
customerNameRange
waClass-iTransformations[].
endif.
modify waClass-iMethods from waMethod index myTabix.
endloop.
* If the class has specified a message class but were unable to find any specific messages
* then retrieve the whole message class.
if ( not waClass-msg_id is initial and waClass-iMessages[] is initial ).
perform retrieveMessageClass using waClass-iMessages[]
rnBlankAuthor[]
waClass-msg_id
pMLang
''
rnBlankPackage[].
endif.
endif.
endform. "findClassDetails
*----------------------------------------------------------------------------------------------------------------------
* Find all interface methods used by the class
*----------------------------------------------------------------------------------------------------------------------
form findInterfaceMethods using value(className)
iLocInterfaces like dumiInterfaces[]
iLocMethods like dumiMethods[].
types: begin of tIntMethod,
interfaceName like vseomethod-clsname,
cmpName like vseomethod-cmpname,
exposure like vseomethod-exposure,
end of tIntMethod.
data: waMethod type tMethod.
data: waInterface like line of iLocInterfaces.
data: iIntMethod type standard table of tIntMethod with header line.
loop at iLocInterfaces into waInterface.
select a~clsname as interfaceName
a~cmpName
b~exposure
appending table iIntMethod
from seocompo as a
inner join seocompodf as b
on a~clsname = b~clsname
and a~cmpname = b~cmpname
where a~clsname = waInterface-interfaceName.
endloop.
loop at iIntMethod.
concatenate iIntMethod-interfaceName '~' iIntMethod-cmpname into waMethod-cmpname.
waMethod-exposure = iIntMethod-exposure.
select single descript
from seocompotx
into waMethod-descript
where clsname = iIntMethod-interfaceName
and cmpname = iIntMethod-cmpname
and langu = pMLang.
perform findMethodKey using className
waMethod-cmpName
waMethod-methodKey.
if not waMethod-methodKey is initial.
append waMethod to iLocMethods.
endif.
clear waMethod.
endloop.
endform.
*----------------------------------------------------------------------------------------------------------------------
* Check to see if their are any interfaces being used by this class
*----------------------------------------------------------------------------------------------------------------------
form findClassInterfaces using value(className)
iLocInterfaces like dumiInterfaces[].
data: isInheritance type abap_bool value abap_true.
data: iInterfaces type standard table of vseoimplem with header line.
data: waLocInterface like line of iLocInterfaces.
select * from vseoimplem
into table iInterfaces
where clsname = className.
while isInheritance = ABAP_TRUE.
perform findClassParent using className
className.
if className is initial.
isInheritance = ABAP_FALSE.
else.
select * from vseoimplem
appending table iInterfaces
where clsname = className.
endif.
endwhile.
if not iInterfaces[] is initial.
sort iInterfaces ascending by refclsname.
delete adjacent duplicates from iInterfaces comparing refclsname.
loop at iInterfaces.
waLocInterface-interfaceName = iInterfaces-refclsname.
append wALocInterface to iLocInterfaces.
endloop.
endif.
endform.
*----------------------------------------------------------------------------------------------------------------------
* Find the parent of the current class
*----------------------------------------------------------------------------------------------------------------------
form findClassParent using value(className)
parentClassName.
data: waInheritance type seor_inheritance_r.
data: clskey type seoclskey.
clskey-clsname = className.
call function 'SEO_INHERITANC_READ'
exporting
clskey = clskey
version = seoc_version_active
importing
inheritance = waInheritance
* redefinitions = redefinitions
exceptions
class_not_existing = 1.
parentClassName = waInheritance-refclsname.
endform.
*-------------------------------------------------------------------------------------------------------
* buildClassKeys... Finds the title text of a class.
*-------------------------------------------------------------------------------------------------------
form buildClassKeys using waClass type tClass.
data: classNameLength type i.
data: loops type i.
classNameLength = strlen( waClass-clsName ).
cl_oo_classname_service=>get_pubsec_name( exporting clsname = waClass-clsName
receiving result = waClass-publicClassKey ).
cl_oo_classname_service=>get_prisec_name( exporting clsname = waClass-clsName
receiving result = waClass-privateClassKey ).
cl_oo_classname_service=>get_prosec_name( exporting clsname = waClass-clsName
receiving result = waClass-protectedClassKey ).
* Text element key - length of text element key has to be 32 characters.
loops = 30 - classNameLength.
waClass-textElementKey = waClass-clsName.
do loops times.
concatenate waClass-textElementKey '=' into waClass-textElementKey.
enddo.
* Save this for later.
concatenate waClass-textElementKey 'CP' into waClass-textElementKey.
* Types Class key - length of class name has to be 32 characters.
loops = 30 - classNameLength.
waClass-typesClassKey = waClass-clsName.
do loops times.
concatenate waClass-typesClassKey '=' into waClass-typesClassKey.
enddo.
* Save this for later
concatenate waClass-typesClassKey 'CT' into waClass-typesClassKey.
endform. "buildClassKeys
*-------------------------------------------------------------------------------------------------------
* findClassDescription... Finds the title text of a class.
*-------------------------------------------------------------------------------------------------------
form findClassDescription using value(className)
titleText.
select single descript
from vseoclass
into titleText
where clsname = className
and langu = pMLang.
if sy-subrc <> 0.
select single descript
from vseoclass
into titleText
where clsname = className.
endif.
endform. "findClassDescription
*-------------------------------------------------------------------------------------------------------
* findExceptionTexts... Fiond the texts of an exception class.
*-------------------------------------------------------------------------------------------------------
form findExceptionTexts using publicClassKey
iConcepts like dumiConcepts[].
data: castClassName type program.
data: iTempLines type standard table of string with header line.
data: iTokens type standard table of stokes with header line.
data: iKeywords type standard table of text20 with header line.
data: iStatements type standard table of sstmnt with header line.
data: waTokens type stokes.
data: waCurrentToken type stokes.
data: waConcept like line of iConcepts.
data: tokenLength type i.
data: myRow type i.
castClassName = publicClassKey.
read report castClassName into iTempLines.
append 'CONSTANTS' to iKeywords.
scan abap-source iTempLines tokens into iTokens statements into iStatements keywords from iKeywords.
delete iTokens where str = 'CONSTANTS'.
delete iTokens where str = 'VALUE'.
delete iTokens where str = 'TYPE'.
loop at iTokens into waTokens where str = 'SOTR_CONC'.
* The loop before holds the constant name
myRow = sy-tabix - 1.
read table iTokens index myRow into waCurrentToken.
waConcept-constName = waCurrentToken-str.
* The loop after holds the constant name
myRow = myRow + 2.
read table iTokens index myRow into waCurrentToken.
tokenLength = strLen( waCurrentToken-str ).
if tokenLength = 34.
* Most likely an exception text.
replace all occurrences of '''' in waCurrentToken-str with ' ' .
waConcept-concept = waCurrentToken-str.
append waConcept to iConcepts.
endif.
endloop.
endform.
*-------------------------------------------------------------------------------------------------------
* findClassMethods... Finds the methods of a class.
*-------------------------------------------------------------------------------------------------------
form findClassMethods using value(className)
iLocMethods like dumiMethods[].
data: iMethods type standard table of tMethod with header line.
data: iRedefinedMethods type standard table of seoredef with header line.
data: originalClassName type seoclsname.
data: waMethod like line of iMethods.
select cmpName descript exposure
from vseomethod
into corresponding fields of table iMethods
where clsname = className
and version = '1'
and langu = pMLang
and ( state = '0' or state = '1' ).
if sy-subrc <> 0.
select cmpName descript exposure
from vseomethod
into corresponding fields of table iMethods
where clsname = className
and version = '0'
and langu = pMLang
and ( state = '0' or state = '1' ).
endif.
select *
from seoredef
into table iRedefinedMethods
where clsname = className
and version = '1'.
* For Each method we must find the original class the method was created in
loop at iRedefinedMethods.
perform findRedefinitionClass using iRedefinedMethods-refclsname
iRedefinedMethods-mtdname
originalClassName.
waMethod-cmpname = iRedefinedMethods-mtdname.
select single descript exposure
from vseomethod
into corresponding fields of waMethod
where clsname = originalClassName
and cmpname = iRedefinedMethods-mtdname
and version = '1'
and langu = pMLang
and ( state = '0' or state = '1' ).
concatenate `Redefined: ` waMethod-descript into waMethod-descript.
append waMethod to iMethods.
endloop.
* Find the method key so that we can acces the source code later
loop at iMethods.
perform findMethodKey using className
iMethods-cmpName
iMethods-methodKey.
append iMethods to iLocMethods.
endloop.
endform. "findClassMethods
*-------------------------------------------------------------------------------------------------------
* findRedefinitionClass... find the original class the method was redefined from
*-------------------------------------------------------------------------------------------------------
form findRedefinitionClass using value(redefinedClassName) type seoclsname
value(methodName) type seocpdname
originalClassName type seoclsname.
data: waRedef type seoredef.
select single *
from seoredef
into waRedef
where refclsName = redefinedClassName
and mtdname = methodName.
if sy-subrc = 0.
* There is a higher class still.
originalClassName = waRedef-refclsName.
perform findRedefinitionClassRecur using waRedef-refclsname
waRedef-mtdname
originalClassName.
else.
* We are at the higher class.
originalClassName = waRedef-refclsName.
endif.
endform.
*-------------------------------------------------------------------------------------------------------
* findRedefinitionClassRecur... Recursively find the original class the method was redefined from
*-------------------------------------------------------------------------------------------------------
form findRedefinitionClassRecur using value(redefinedClassName) type seoclsname
value(methodName) type seocpdname
originalClassName type seoclsname.
data: waRedef type seoredef.
select single *
from seoredef
into waRedef
where clsName = redefinedClassName
and mtdname = methodName.
if sy-subrc = 0.
* There is a higher class still.
originalClassName = waRedef-refclsName.
perform findRedefinitionClassRecur using waRedef-refclsname
waRedef-mtdname
originalClassName.
endif.
endform.
*-------------------------------------------------------------------------------------------------------
* findMethodKey... find the unique key which identifes this method
*-------------------------------------------------------------------------------------------------------
form findMethodKey using value(className)
value(methodName)
methodKey.
data: methodID type seocpdkey.
data: locMethodKey type program.
methodID-clsname = className.
methodID-cpdName = methodName.
cl_oo_classname_service=>get_method_include( exporting mtdkey = methodID
receiving result = locMethodKey
exceptions class_not_existing = 1
method_not_existing = 2 ).
methodKey = locMethodKey.
endform. "findMethodKey
*-------------------------------------------------------------------------------------------------------
* scanForMessages... Search each program for messages
*-------------------------------------------------------------------------------------------------------
form scanForMessages using value(programName)
value(mainMessageClass)
iLocMessages like iMessages[].
data: iIncludeLines type standard table of string with header line.
data: iTokens type standard table of stokes with header line.
data: iStatements type standard table of sstmnt with header line.
data: iKeywords type standard table of text20 with header line.
data: waMessage type tMessage.
data: waMessageComparison type tMessage.
data: watokens type stokes.
data: nextLine type i.
data: stringLength type i value 0.
data: workingOnMessage type abap_bool value FALSE.
data: castProgramName type program.
* Read the program code from the textpool.
castProgramName = programName.
read report castProgramName into iIncludeLines.
append MESSAGE to iKeywords.
scan abap-source iIncludeLines tokens into iTokens with includes statements into iStatements keywords from iKeywords.
clear iIncludeLines[].
loop at iTokens.
if iTokens-str = MESSAGE.
workingOnMessage = TRUE.
continue.
endif.
if workingOnMessage = TRUE.
stringLength = strlen( iTokens-str ).
* Message declaration 1
if stringLength = 4 and iTokens-str+0(1) ca sy-abcde.
waMessage-msgnr = iTokens-str+1(3).
waMessage-arbgb = mainMessageClass.
else.
if iTokens-str cs '''' or iTokens-str cs '`'.
* Message declaration 2
translate iTokens-str using ''' '.
translate iTokens-str using '` '.
condense iTokens-str.
shift iTokens-str left deleting leading space.
waMessage-text = iTokens-str.
waMessage-arbgb = 'Hard coded'.
else.
if iTokens-str = 'ID'.
* Message declaration 3
nextLine = sy-tabix + 1.
read table iTokens index nextLine into waTokens.
translate waTokens-str using ''' '.
condense iTokens-str.
shift waTokens-str left deleting leading space.
if not waTokens-str = 'SY-MSGID'.
waMessage-arbgb = waTokens-str.
nextLine = nextLine + 4.
read table iTokens index nextLine into waTokens.
translate waTokens-str using ''' '.
condense waTokens-str.
shift waTokens-str left deleting leading space.
waMessage-msgnr = waTokens-str.
else.
workingOnMessage = FALSE.
endif.
else.
if stringLength >= 5 and iTokens-str+4(1) = '('.
* Message declaration 4
waMessage-msgnr = iTokens-str+1(3).
shift iTokens-str left up to '('.
replace '(' into iTokens-str with space.
replace ')' into iTokens-str with space.
condense iTokens-str.
waMessage-arbgb = iTokens-str.
endif.
endif.
endif.
endif.
* find the message text
if not waMessage-arbgb is initial and not waMessage-msgnr is initial and waMessage-text is initial.
select single text
from t100
into waMessage-text
where sprsl = pMLang
and arbgb = waMessage-arbgb
and msgnr = waMessage-msgnr.
endif.
* Append the message
if not waMessage is initial.
if not waMessage-text is initial.
* Don't append the message if we already have it listed
read table iLocMessages with key arbgb = waMessage-arbgb
msgnr = waMessage-msgnr
into waMessageComparison.
if sy-subrc <> 0.
append waMessage to iLocMessages.
endif.
endif.
clear waMessage.
workingOnMessage = FALSE.
endif.
endif.
endloop.
endform. "scanForMessages
*-------------------------------------------------------------------------------------------------------
* scanForTables... Search each program for dictionary tables
*-------------------------------------------------------------------------------------------------------
form scanForTables using value(programName)
value(customerOnly)
value(customerNameRange)
iLocDictionary like iDictionary[].
data: iIncludeLines type standard table of string with header line.
data: iTokens type standard table of stokes with header line.
data: iStatements type standard table of sstmnt with header line.
data: iKeywords type standard table of text20 with header line.
data: waDictionary type tDictTable.
data: waDictionaryComparison type tDictTable.
data: castProgramName type program.
* Read the program code from the textpool.
castProgramName = programName.
read report castProgramName into iIncludeLines.
append TABLES to iKeywords.
scan abap-source iIncludeLines tokens into iTokens with includes statements into iStatements keywords from iKeywords.
clear iIncludeLines[].
sort iTokens ascending by str.
delete iTokens where str = TABLES.
loop at iTokens.
if not CustomerOnly is initial.
try.
case iTokens-str+0(1).
when 'Y' or 'Z' or customerNameRange.
when others.
continue.
endcase.
* if ( iTokens-str+0(1) <> 'Y' or iTokens-str+0(1) <> 'Z' or iTokens-str ns customerNameRange ).
* continue.
* endif.
catch cx_sy_range_out_of_bounds into objRuntimeError.
endtry.
endif.
waDictionary-tablename = iTokens-str.
* Don't append the object if we already have it listed
read table iLocDictionary into waDictionaryComparison with key tablename = waDictionary-tableName.
if sy-subrc <> 0.
perform findTableDescription using waDictionary-tablename
waDictionary-tableTitle.
perform findTableDefinition using waDictionary-tableName
waDictionary-iStructure[].
append waDictionary to iLocDictionary.
endif.
endloop.
endform. "scanForTables
*-------------------------------------------------------------------------------------------------------
* findProgramScreenFlow...
*-------------------------------------------------------------------------------------------------------
form findProgramScreenFlow using waProgram type tProgram.
data: iFlow type standard table of tScreenFlow with header line.
call function 'DYNPRO_PROCESSINGLOGIC'
exporting
rep_name = waProgram-progname
tables
scr_logic = iFlow.
sort iFlow ascending by screen.
delete adjacent duplicates from iFlow comparing screen.
if waProgram-subc <> 'M'.
delete iFlow where screen >= '1000' and screen <= '1099'.
endif.
loop at iFlow.
append iFlow to waProgram-iScreenFlow.
endloop.
endform. "findProgramScreenFlow
*----------------------------------------------------------------------------------------------------------------------
* findMainFunctionInclude... Find the main include that contains the source code
*----------------------------------------------------------------------------------------------------------------------
form findMainFunctionInclude using value(programName)
value(functionGroup)
value(functionIncludeNo)
functionIncludeName.
data: namespace TYPE string,
iResults type match_result_tab,
waResult type match_result,
startingPosition type i.
find all occurrences of '/' in functionGroup results iResults.
if sy-subrc = 0.
read table iResults index sy-tfill into waResult.
startingPosition = waResult-offset + 1.
namespace = functiongroup+0(startingPosition).
functionGroup = functionGroup+startingPosition.
endif.
concatenate namespace 'L' functionGroup 'U' functionIncludeNo into functionIncludeName.
endform. "findMainFunctionInclude
*----------------------------------------------------------------------------------------------------------------------
* findFunctionTopInclude... Find the top include for the function group
*----------------------------------------------------------------------------------------------------------------------
form findFunctionTopInclude using value(programName)
value(functionGroup)
topIncludeName.
data: namespace TYPE string,
iResults type match_result_tab,
waResult type match_result,
startingPosition type i.
find all occurrences of '/' in functionGroup results iResults.
if sy-subrc = 0.
read table iResults index sy-tfill into waResult.
startingPosition = waResult-offset + 1.
namespace = functiongroup+0(startingPosition).
functionGroup = functionGroup+startingPosition.
endif.
concatenate namespace 'L' functionGroup 'TOP' into topIncludeName.
endform. "findFunctionTopInclude
*-------------------------------------------------------------------------------------------------------
* findFunctionScreenFlow...
*-------------------------------------------------------------------------------------------------------
form findFunctionScreenFlow using waFunction type tFunction.
data: iFlow type standard table of tScreenFlow with header line.
call function 'DYNPRO_PROCESSINGLOGIC'
exporting
REP_NAME = waFunction-progName
tables
SCR_LOGIC = iFlow.
sort iFlow ascending by screen.
delete adjacent duplicates from iFlow comparing screen.
loop at iFlow.
append iFlow to waFunction-iScreenFlow.
endloop.
endform. "findFunctionScreenFlow
*-------------------------------------------------------------------------------------------------------
* scanForLikeOrType... Look for any dictionary objects referenced by a like or type statement
*-------------------------------------------------------------------------------------------------------
form scanForLikeOrType using value(programName)
value(customerOnly)
value(customerNameRange)
iLocDictionary like iDictionary[]
iLocTableTypes like iTableTypes[].
data iLines type standard table of string with header line.
data: head type string.
data: tail type string.
data: junk type string.
data: lineType type string.
data: lineLength type i value 0.
data: endOfLine type abap_bool value TRUE.
data: waDictionary type tDictTable.
data: waDictionaryComparison type tDictTable.
data: waLine type string.
data: castProgramName type program.
* Read the program code from the textpool.
castProgramName = programName.
read report castProgramName into iLines.
loop at iLines into waLine.
* Find custom tables.
lineLength = strLen( waLine ).
if lineLength > 0.
if waLine(1) = ASTERIX.
continue.
endif.
translate waLine to upper case.
* Determine the lineType.
if endOfLine = TRUE.
shift waLine up to LIKE.
if sy-subrc = 0.
lineType = LIKE.
else.
shift waLine up to TYPE.
if sy-subrc = 0.
find 'BEGIN OF' in waLine.
if sy-subrc <> 0.
find 'END OF' in waLine.
if sy-subrc <> 0.
find 'VALUE' in waLine.
if sy-subrc <> 0.
lineType = TYPE.
endif.
endif.
endif.
else.
shift waLine up to INCLUDE.
if sy-subrc = 0.
split waLine at space into junk iLines.
endif.
shift waLine up to STRUCTURE.
if sy-subrc = 0.
lineType = STRUCTURE.
else.
continue.
endif.
endif.
endif.
else.
lineType = COMMA.
endif.
case linetype.
when LIKE or TYPE or STRUCTURE.
* Work on the appropriate lineType
shift waLine up to space.
shift waLine left deleting leading space.
if waLine cs TABLE.
split waLine at TABLE into head tail.
split tail at 'OF' into head tail.
waLine = tail.
shift waLine left deleting leading space.
replace all occurrences of 'WITH HEADER LINE' in waLine with ''.
endif.
* Are we only to download SAP dictionary structures.
if not CustomerOnly is initial.
try.
if waLine+0(1) = 'Y' or waLine+0(1) = 'Z' or waLine cs customerNameRange.
else.
lineType = ''.
continue.
endif.
catch cx_sy_range_out_of_bounds into objRuntimeError.
endtry.
endif.
if waLine cs COMMA.
split waLine at COMMA into head tail.
if waLine cs DASH.
split head at DASH into head tail.
endif.
if waLine cs OCCURS.
split waLine at SPACE into head tail.
endif.
else.
if waLine cs PERIOD.
split waLine at PERIOD into head tail.
if waLine cs DASH.
split head at DASH into head tail.
endif.
if waLine cs OCCURS.
split waLine at SPACE into head tail.
endif.
else.
split waLine at SPACE into head tail.
if waLine cs DASH.
split head at DASH into head tail.
endif.
endif.
endif.
if not head is initial.
waDictionary-tableName = head.
* Don't append the object if we already have it listed
read table iLocDictionary into waDictionaryComparison
with key tablename = waDictionary-tableName.
if sy-subrc <> 0.
perform findTableDescription using waDictionary-tablename
waDictionary-tableTitle.
perform findTableDefinition using waDictionary-tableName
waDictionary-iStructure[].
* Only append if the item is a table and not a structure or data element
if waDictionary-iStructure[] is initial.
* Not a table, but is it a table type?
perform checkandAddTableType using waDictionary-tableName
iLocTableTypes[].
else.
* It is a table
append waDictionary to iLocDictionary.
endif.
endif.
clear waDictionary.
endif.
lineType = ''.
endcase.
endif.
endloop.
endform. "scanForLikeOrType
*-------------------------------------------------------------------------------------------------------
* displayStatus...
*-------------------------------------------------------------------------------------------------------
form displayStatus using value(message)
value(delay).
call function 'SAPGUI_PROGRESS_INDICATOR'
exporting
percentage = 0
text = message
exceptions
others = 1.
if delay > 0.
wait up to delay seconds.
endif.
endform. "displayStatus
*-------------------------------------------------------------------------------------------------------
* removeLeadingZeros...
*-------------------------------------------------------------------------------------------------------
form removeLeadingZeros changing myValue.
call function 'CONVERSION_EXIT_ALPHA_OUTPUT'
exporting
INPUT = myValue
importing
OUTPUT = myValue
exceptions
others = 1.
endform. "removeLeadingZeros
*-------------------------------------------------------------------------------------------------------
* determineFrontendOPSystem.... Determine the frontend operating system type.
*-------------------------------------------------------------------------------------------------------
form determineFrontendOPSystem using separator
operatingSystem.
data: platformID type i value 0.
create object objFile.
call method objFile->get_platform receiving platform = platformID
exceptions cntl_error = 1
error_no_gui = 2
not_supported_by_gui = 3.
case platformID.
when objFile->PLATFORM_WINDOWS95
or objFile->PLATFORM_WINDOWS98
or objFile->PLATFORM_NT351
or objFile->PLATFORM_NT40
or objFile->PLATFORM_NT50
or objFile->PLATFORM_MAC
or objFile->PLATFORM_OS2
or 14. "XP
separator = '\'.
operatingSystem = NON_UNIX.
when others.
separator = '/'.
operatingSystem = UNIX.
endcase.
endform. "determineFrontendOpSystem
*-------------------------------------------------------------------------------------------------------
* determineServerOPSystem.... Determine the server operating system type.
*-------------------------------------------------------------------------------------------------------
form determineServerOPSystem using separator
serverFileSystem
serverOpSystem.
* Find the file system
select single fileSys
from opSystem
into serverFileSystem
where opSys = sy-opsys.
find 'WINDOWS' in serverFilesystem ignoring case.
if sy-subrc = 0.
separator = '\'.
serverOpSystem = NON_UNIX.
serverFileSystem = 'Windows NT'.
else.
find 'DOS' in serverFilesystem ignoring case.
if sy-subrc = 0.
separator = '\'.
serverOpSystem = NON_UNIX.
else.
separator = '/'.
serverOpSystem = UNIX.
endif.
endif.
endform. "determineServerOpSystem
*-------------------------------------------------------------------------------------------------------
* findExternalCommand.... Determine if the external command exists. If it doesn't then disable the
* server input field
*-------------------------------------------------------------------------------------------------------
form findExternalCommand using value(locServerFileSystem).
data: castServerOpSys type syopsys.
castServerOpSys = locServerFileSystem.
call function 'SXPG_COMMAND_CHECK'
exporting
commandname = 'ZDTX_MKDIR'
operatingsystem = castServerOpSys
exceptions
command_not_found = 1
others = 0.
if sy-subrc <> 0.
loop at screen.
if screen-name = 'PLOGICAL'.
screen-input = 0.
modify screen.
endif.
if screen-name = 'PSERV'.
screen-input = 0.
modify screen.
endif.
if screen-name = 'PPC'.
screen-input = 0.
modify screen.
endif.
endloop.
message s000(oo) with 'Download to server disabled,' 'external command ZDTX_MKDIR not defined.'.
endif.
endform.
********************************************************************************************************
*****************************************DOWNLOAD ROUTINES**********************************************
********************************************************************************************************
*-------------------------------------------------------------------------------------------------------
* downloadDDStructures... download database objects to file
*-------------------------------------------------------------------------------------------------------
form downloadDDStructures using iLocDictionary like iDictionary[]
iLocDictionaryFilename like iDictFilename[]
value(pathname)
value(HtmlFileExtension)
value(subDir)
value(sortTablesAsc)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
field-symbols: type tDictTable.
data: tableFilename type string.
data: tableFilenameWithPath type string.
data: iHtmlTable type standard table of string with header line.
data: newSubDirectory type string.
data: completeSavePath type string.
data: waDictFilename like line of iLocDictionaryFilename.
loop at iLocDictionary assigning .
perform buildFilename using pathName
subDir
-tablename
space
space
HtmlFileExtension
IS_TABLE
saveToServer
slashSeparator
tableFilenameWithPath
tablefilename
newSubDirectory
completeSavePath.
read table iLocDictionaryFilename into waDictFilename with key tableName = -tablename
filename = completeSavePath.
if sy-subrc <> 0.
* Try and import a converted table to memory as it will be much quicker than converting it again
import iHtmlTable from memory id -tablename.
if sy-subrc <> 0.
if displayProgressMessage = ABAP_TRUE.
concatenate 'Converting table' -tablename 'to html' into statusBarMessage separated by space.
perform displayStatus using statusBarMessage 0.
endif.
perform convertDDtoHTML using -iStructure[]
iHtmlTable[]
-tableName
-tableTitle
sortTablesAsc
addBackground.
export iHtmlTable to memory id -tablename.
endif.
if saveToServer is initial.
perform saveFileToPc using iHtmlTable[]
tableFilenameWithPath
tableFilename
space
space
displayProgressMessage.
else.
perform saveFileToServer using iHtmlTable[]
tableFilenameWithPath
tableFilename
completeSavePath
displayProgressMessage
locServerFileSystem.
endif.
waDictFilename-tablename = -tablename.
waDictFilename-filename = completeSavePath.
append waDictFilename to iLocDictionaryFilename.
clear waDictFilename.
endif.
clear iHtmlTable[].
endloop.
endform. "downloadDDStructures
*----------------------------------------------------------------------------------------------------------------------
* downloadDDTableTypes
*----------------------------------------------------------------------------------------------------------------------
form downloadDDTableTypes using iLocTableTypes like iTableTypes[]
iLocTableTypeFilename like iDictFilename[]
value(pathname)
value(htmlFileExtension)
value(subdir)
value(sortTablesAsc)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
field-symbols: like line of iLocTableTypes.
field-symbols like line of iLocTableTypeFilename[].
data: tableFilename type string.
data: tableFilenameWithPath type string.
data: iHtmlTable type standard table of string with header line.
data: newSubDirectory type string.
data: completeSavePath type string.
loop at iLocTableTypes assigning .
perform buildFilename using pathname
subdir
-typename
space
space
htmlFileExtension
IS_TABLE
saveToServer
slashSeparator
tableFilenameWithPath
tableFilename
newSubDirectory
completeSavePath.
read table iLocTableTypeFilename into with key tableName = -typename
filename = completeSavePath.
if sy-subrc <> 0.
* Try and import a converted table to memory as it will be much quicker than converting it again
import iHtmlTable from memory id -typename.
if sy-subrc <> 0.
if displayProgressMessage = ABAP_TRUE.
concatenate 'Converting table type' -typename 'to html' into statusBarMessage separated by space.
perform displayStatus using statusBarMessage 0.
endif.
* -- Need a specific routine for table types. All data is in the table
perform convertTableTypeToHtml using iLocTableTypes[]
iHtmlTable[]
-typename
-ddtext
sortTablesAsc
addBackground.
if saveToServer is initial.
perform saveFileToPC using iHtmlTable[]
tableFilenameWithPath
tableFilename
space
space
displayProgressMessage.
else.
perform saveFileToServer using iHtmlTable[]
tableFilenameWithPath
tableFilename
completeSavePath
displayProgressMessage
locServerFileSystem.
endif.
endif.
endif.
clear iHtmlTable[].
endloop.
endform.
*-------------------------------------------------------------------------------------------------------
* downloadMessageClass...
*-------------------------------------------------------------------------------------------------------
form downloadMessageClass using iLocMessages like iMessages[]
value(messageClassName)
value(userFilePath)
value(fileExtension)
value(HTMLfileFlag)
subDir
value(customerNameRange)
value(getIncludes)
value(getDictStructures)
value(userHasSelectedMessageClasses)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
data: htmlPageName type string.
data: newFilenameOnly type string.
data: newFilenameWithPath type string.
data: iHtmlTable type standard table of string with header line.
data: newSubDirectory type string.
data: completeSavePath type string.
perform appendMessagesToFile using iLocMessages[]
iHtmlTable[]
userHasSelectedMessageClasses.
concatenate ` message class ` messageClassName into htmlPageName.
if htmlFileFlag is initial.
append '' to iHtmlTable.
append '----------------------------------------------------------------------------------' to iHtmlTable.
perform buildFooterMessage using iHtmlTable.
append iHtmlTable.
else.
perform convertCodeToHtml using iHtmlTable[]
htmlPageName
space
IS_MESSAGECLASS
''
FALSE
fileExtension
customerNameRange
getIncludes
getDictStructures
addBackground.
endif.
perform buildFilename using userFilePath
subDir
messageClassName
space
space
fileExtension
IS_MESSAGECLASS
saveToServer
slashSeparator
newFilenameWithPath
newFilenameOnly
newSubDirectory
completeSavePath.
if saveToServer is initial.
perform saveFileToPc using iHtmlTable[]
newFilenameWithPath
newFilenameOnly
space
space
displayProgressMessage.
else.
* Save the file to the SAP server
perform saveFileToServer using iHtmlTable[]
newFilenameWithPath
newFilenameOnly
completeSavePath
displayProgressMessage
locServerFileSystem.
endif.
endform. "downloadMessageClass
*-------------------------------------------------------------------------------------------------------
* appendMessagesToFile
*-------------------------------------------------------------------------------------------------------
form appendMessagesToFile using iLocMessages like iMessages[]
iLocHtml like dumiHtml[]
value(userHasSelectedMessageClasses).
data: previousMessageID like iMessages-arbgb.
field-symbols: type tMessage.
data: waHtml type string.
sort iLocMessages ascending by arbgb msgnr.
if not iLocMessages[] is initial.
if userHasSelectedMessageClasses is initial.
* Only add these extra lines if we are actually appending them to the end of some program code
append waHtml to iLocHtml.
append waHtml to iLocHtml.
append '*Messages' to iLocHtml.
append '*----------------------------------------------------------' to iLocHtml.
endif.
loop at iLocMessages assigning .
if ( -arbgb <> previousMessageID ).
if userHasSelectedMessageClasses is initial.
* Only add this extra lines if we are actually appending them to the end of some program code
append '*' to iLocHtml.
concatenate ` * Message class: ` -arbgb into waHtml.
append waHtml to iLocHtml.
endif.
previousMessageID = -arbgb.
clear waHtml.
endif.
if userHasSelectedMessageClasses is initial.
* Only add this extra lines if we are actually appending them to the end of some program code
concatenate '*' -msgnr ` ` -text into waHtml.
else.
concatenate -msgnr ` ` -text into waHtml.
endif.
append waHtml to iLocHtml.
endloop.
endif.
endform. "appendMessagesToFile
*-------------------------------------------------------------------------------------------------------
* downloadFunctions... Download function modules to file.
*-------------------------------------------------------------------------------------------------------
form downloadFunctions using iLocFunctions like iFunctions[]
iLocDictionaryFilename like iDictFilename[]
iLocTableTypeFilename like iTableTypeFilename[]
value(userFilePath)
value(fileExtension)
value(subDir)
value(downloadDocumentation)
value(convertToHtml)
value(customerNameRange)
value(getIncludes)
value(getDictStruct)
value(textFileExtension)
value(htmlFileExtension)
value(sortTablesAsc)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
data: mainSubdir type string.
data: incSubdir type string.
field-symbols: type tFunction.
field-symbols: type tInclude.
data: iEmptyTextelements type standard table of tTextTable.
data: iEmptySelectionTexts type standard table of tTextTable.
data: iEmptyMessages type standard table of tMessage.
data: iEmptyGuiTitles type standard table of tGuiTitle.
data: functionDocumentationExists type abap_bool value FALSE.
loop at iLocFunctions assigning .
if subDir is initial.
incSubDir = -functionName.
mainSubDir = ''.
else.
concatenate Subdir -functionName into incSubDir separated by slashSeparator.
mainSubDir = SubDir.
endif.
if not downloadDocumentation is initial.
perform downloadFunctionDocs using -functionName
-functionTitle
userFilePath
fileExtension
convertToHtml
slashSeparator
saveToServer
displayProgressMessage
mainSubDir
functionDocumentationExists
locServerFileSystem
addBackground.
endif.
* Download main source code
perform readFunctionAndDownload using -iTextelements[]
-iSelectionTexts[]
-iMessages[]
-functionName
-functionMainInclude
-functionTitle
userFilePath
fileExtension
mainSubDir
convertToHtml
functionDocumentationExists
customerNameRange
getIncludes
getDictStruct
slashSeparator
saveToServer
displayProgressMessage
locServerFileSystem
addBackground.
* Download top include
perform readIncludeAndDownload using iEmptyTextelements[]
iEmptySelectionTexts[]
iEmptyMessages[]
iEmptyGuiTitles[]
-topIncludeName
-functionName
-functionTitle
IS_FUNCTION
userFilePath
fileExtension
mainSubDir
convertToHtml
customerNameRange
getIncludes
getDictStruct
slashSeparator
saveToServer
displayProgressMessage
locServerFileSystem
addBackground.
* Download screens.
if not -iScreenFlow[] is initial.
perform downloadScreens using -iScreenFlow[]
-progname
userFilePath
textFileExtension
mainSubDir
slashSeparator
saveToServer
displayProgressMessage
locServerFileSystem.
endif.
* Download GUI titles
if not -iGUITitle[] is initial.
perform downloadGUITitles using -iGUITitle
userFilePath
textFileExtension
mainsubDir
slashSeparator
saveToServer
displayProgressMessage
locServerFileSystem.
endif.
* Download all other includes
loop at -iIncludes assigning .
perform readIncludeAndDownload using iEmptyTextelements[]
iEmptySelectionTexts[]
iEmptyMessages[]
iEmptyGuiTitles[]
-IncludeName
space
-IncludeTitle
IS_PROGRAM
userFilePath
fileExtension
incSubDir
convertToHtml
customerNameRange
getIncludes
getDictStruct
slashSeparator
saveToServer
displayProgressMessage
locServerFileSystem
addBackground.
endloop.
* Download all dictionary structures
if not -iDictStruct[] is initial.
perform downloadDDStructures using -iDictStruct[]
iLocDictionaryFilename[]
userFilePath
htmlFileExtension
mainSubDir
sortTablesAsc
slashSeparator
saveToServer
displayProgressMessage
locServerFileSystem
addBackground.
endif.
* Download all Table Types
if not -iTableTypes[] is initial.
perform downloadDDTableTypes using -iTableTypes[]
iLocTableTypeFilename[]
userFilePath
htmlFileExtension
mainSubDir
sortTablesAsc
slashSeparator
saveToServer
displayProgressMessage
locServerFileSystem
addBackground.
endif.
* Download Transformations
if not -iTransformations[] is initial.
perform downloadXSLT using -iTransformations[]
userFilePath
fileExtension
htmlFileExtension
textFileExtension
convertToHtml
customerNamespace
slashSeparatorToUse
saveToServer
subdir
displayProgressMessage
serverFileSystem
addBackground.
endif.
endloop.
endform. "downloadFunctions
*-------------------------------------------------------------------------------------------------------
* readIcludeAndDownload...
*-------------------------------------------------------------------------------------------------------
form readIncludeAndDownload using iLocTextElements like dumiTextTab[]
iLocSelectionTexts like dumiTextTab[]
iLocMessages like iMessages[]
iLocGUITitles like dumIGUITitle[]
value(programName)
value(functionName)
value(programDescription)
value(overideProgType)
value(userFilePath)
value(fileExtension)
value(additionalSubDir)
value(convertToHtml)
value(customerNameRange)
value(getIncludes)
value(getDictStructures)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
data: iLines type standard table of string with header line.
data: localFilenameWithPath type string.
data: localFilenameOnly type string.
data: newSubdirectory type string.
data: objectName type string.
data: completeSavePath type string.
read report programName into iLines.
* Download GUI titles for main program
if not iLocGUITitles[] is initial.
perform appendGUITitles using iLocGUITitles[]
iLines[].
endif.
* Download text elements for main program
if not iLocTextElements[] is initial.
perform appendTextElements using iLocTextElements[]
iLines[].
endif.
* Download selection texts for main program
if not iLocSelectiontexts[] is initial.
perform appendSelectionTexts using iLocSelectiontexts[]
iLines[].
endif.
* Download messages classes for main program.
if not iLocMessages[] is initial.
perform appendMessagesToFile using iLocMessages[]
iLines[]
space.
endif.
if convertToHtml is initial.
append '' to iLines.
append '----------------------------------------------------------------------------------' to iLines.
perform buildFooterMessage using iLines.
append iLines.
else.
perform convertCodeToHtml using iLines[]
programName
programDescription
overideProgType
space
space
fileExtension
customerNameRange
getIncludes
getDictStructures
addBackground.
endif.
if functionName is initial.
objectName = programName.
else.
objectName = functionName.
endif.
perform buildFilename using userFilePath
additionalSubDir
objectName
space
programName
fileExtension
overideProgType
saveToServer
slashSeparator
localFilenameWithPath
localfilenameOnly
newSubdirectory
completeSavePath.
if saveToServer is initial.
perform saveFileToPc using iLines[]
localFilenameWithPath
localFilenameOnly
space
space
displayProgressMessage.
else.
perform saveFileToServer using iLines[]
localFilenameWithPath
localFilenameOnly
completeSavePath
displayProgressMessage
locServerFileSystem.
endif.
endform. "readIncludeAndDownload
*-------------------------------------------------------------------------------------------------------
* readClassAndDownload...
*-------------------------------------------------------------------------------------------------------
form readClassAndDownload using waLocClass type tClass
value(className)
value(functionName)
value(overideProgType)
value(userFilePath)
value(fileExtension)
value(additionalSubDir)
value(convertToHtml)
value(customerNameRange)
value(getIncludes)
value(getDictStructures)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
data: iTempLines type standard table of string with header line.
data: iLines type standard table of string with header line.
data: localFilenameWithPath type string.
data: localFilenameOnly type string.
data: newSubdirectory type string.
data: objectName type string.
data: castClassName type program.
data: completeSavePath type string.
* Build up attribute comments
append '**************************************************************************' to iLines.
append '* Class attributes. *' to iLines.
append '**************************************************************************' to iLines.
case waLocClass-exposure.
when 0.
append ` Instantiation: Private` to iLines.
when 1.
append `Instantiation: Protected` to iLines.
when 2.
append `Instantiation: Public` to iLines.
endcase.
concatenate `Message class: ` waLocClass-msg_id into iLines.
append iLines.
case waLocClass-state.
when 0.
append `State: Only Modelled` to iLines.
when 1.
append `State: Implemented` to iLines.
endcase.
concatenate `Final Indicator: ` waLocClass-clsfinal into iLines.
append iLines.
concatenate `R/3 Release: ` waLocClass-r3Release into iLines.
append iLines.
clear iLines.
append iLines.
castClassName = waLocClass-publicClassKey.
read report castClassName into iTempLines.
if sy-subrc = 0.
perform reFormatClassCode using iTempLines[].
append '**************************************************************************' to iLines.
append '* Public section of class. *' to iLines.
append '**************************************************************************' to iLines.
loop at iTempLines.
append iTempLines to iLines.
endloop.
endif.
castClassName = waLocClass-privateClassKey.
read report castClassName into iTempLines.
if sy-subrc = 0.
perform reFormatClassCode using iTempLines[].
append iLines.
append '**************************************************************************' to iLines.
append '* Private section of class. *' to iLines.
append '**************************************************************************' to iLines.
loop at iTempLines.
append iTempLines to iLines.
endloop.
endif.
castClassName = waLocClass-ProtectedClassKey.
read report castClassName into iTempLines.
if sy-subrc = 0.
perform reFormatClassCode using iTempLines[].
append iLines.
append '**************************************************************************' to iLines.
append '* Protected section of class. *' to iLines.
append '**************************************************************************' to iLines.
loop at iTempLines.
append iTempLines to iLines.
endloop.
endif.
castClassName = waLocClass-typesClassKey.
read report castClassName into iTempLines.
if sy-subrc = 0.
append iLines.
append '**************************************************************************' to iLines.
append '* Types section of class. *' to iLines.
append '**************************************************************************' to iLines.
loop at iTempLines.
append iTempLines to iLines.
endloop.
endif.
* Download text elements for this class
if not waLocClass-iTextElements[] is initial.
perform appendTextElements using waLocClass-iTextElements[]
iLines[].
endif.
* Download messages classes for this class.
if not waLocClass-iMessages[] is initial.
perform appendMessagesToFile using waLocClass-iMessages[]
iLines[]
space.
endif.
* Download exception texts for this class
if not waLocClass-iConcepts[] is initial.
perform appendExceptionTexts using waLocClass-iConcepts[]
iLines[].
endif.
if convertToHtml is initial.
append '' to iLines.
append '----------------------------------------------------------------------------------' to iLines.
perform buildFooterMessage using iLines.
append iLines.
else.
perform convertClassToHtml using iLines[]
className
waLocClass-descript
overideProgType
fileExtension
customerNameRange
getDictStructures
addBackground.
endif.
if functionName is initial.
objectName = className.
else.
objectName = functionName.
endif.
perform buildFilename using userFilePath
additionalSubDir
objectName
space
className
fileExtension
overideProgType
saveToServer
slashSeparator
localFilenameWithPath
localfilenameOnly
newSubdirectory
completeSavePath.
if saveToServer is initial.
perform saveFileToPc using iLines[]
localFilenameWithPath
localFilenameOnly
space
space
displayProgressMessage.
else.
perform saveFileToServer using iLines[]
localFilenameWithPath
localFilenameOnly
completeSavePath
displayProgressMessage
locServerFileSystem.
endif.
endform. "readClassAndDownload
*-------------------------------------------------------------------------------------------------------
* readMethodAndDownload...
*-------------------------------------------------------------------------------------------------------
form readMethodAndDownload using waLocMethod type tMethod
value(methodName)
value(methodKey)
value(functionName)
value(overideProgType)
value(userFilePath)
value(fileExtension)
value(additionalSubDir)
value(convertToHtml)
value(customerNameRange)
value(getIncludes)
value(getDictStructures)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
data: iLines type standard table of string with header line.
data: iTempLines type standard table of string with header line.
data: localFilenameWithPath type string.
data: localFilenameOnly type string.
data: newSubdirectory type string.
data: objectName type string.
data: castMethodKey type program.
data: completeSavePath type string.
* Add the method scope to the downloaded file
append '**************************************************************************' to iLines.
append '* Method attributes. *' to iLines.
append '**************************************************************************' to iLines.
case waLocMethod-exposure.
when 0.
append `Instantiation: Private` to iLines.
when 1.
append `Instantiation: Protected` to iLines.
when 2.
append `Instantiation: Public` to iLines.
endcase.
append '**************************************************************************' to iLines.
append '' to iLines.
castMethodKey = waLocMethod-methodKey.
read report castMethodKey into iTempLines.
loop at iTempLines.
append iTempLines to iLines.
endloop.
if convertToHtml is initial.
append '' to iLines.
append '----------------------------------------------------------------------------------' to iLines.
perform buildFooterMessage using iLines.
append iLines.
else.
perform convertCodeToHtml using iLines[]
methodName
waLocMethod-descript
overideProgType
space
space
fileExtension
customerNameRange
getIncludes
getDictStructures
addBackground.
endif.
if functionName is initial.
objectName = methodName.
else.
objectName = functionName.
endif.
case waLocMethod-exposure.
when 0.
* Private
concatenate additionalSubDir slashSeparator 'private_methods' into additionalSubDir.
when 1.
* Protected
concatenate additionalSubDir slashSeparator 'protected_methods' into additionalSubDir.
when 2.
* Public
concatenate additionalSubDir slashSeparator 'public_methods' into additionalSubDir.
endcase.
perform buildFilename using userFilePath
additionalSubDir
objectName
space
methodName
fileExtension
overideProgType
saveToServer
slashSeparator
localFilenameWithPath
localfilenameOnly
newSubdirectory
completeSavePath.
if saveToServer is initial.
perform saveFileToPc using iLines[]
localFilenameWithPath
localFilenameOnly
space
space
displayProgressMessage.
else.
perform saveFileToServer using iLines[]
localFilenameWithPath
localFilenameOnly
completeSavePath
displayProgressMessage
locServerFileSystem.
endif.
endform. "readMethodAndDownload
*-------------------------------------------------------------------------------------------------------
* readXsltAndDownload...
*-------------------------------------------------------------------------------------------------------
form readXsltAndDownload using value(xsltName)
xsltDescription
value(userFilepath)
value(fileExtension)
value(convertToHtml)
value(customerNameRange)
value(slashSeparator)
value(saveToServer)
value(subdir)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
data: iLines type standard table of string with header line.
data: iLocXsltSource type o2pageline_table.
data: waXsltAttributes type o2xsltattr.
data: localFilenameWithPath type string.
data: localFilenameOnly type string.
data: newSubDirectory type string.
data: objectName type string.
data: completeSavePath type string.
cl_o2_api_xsltdesc=>load( exporting p_xslt_desc = xsltname
importing p_source = iLocXsltSource
p_attributes = waXsltAttributes
exceptions not_existing = 1
permission_failure = 2
error_occured = 3
version_not_found = 4 ).
if sy-subrc = 0.
xsltDescription = waXsltAttributes-descript.
append lines of iLocXsltSource to iLines.
if convertToHtml is initial.
append '' to iLines.
append '----------------------------------------------------------------------------------' to ilines.
perform buildFooterMessage using iLines.
append iLines.
else.
perform convertCodeToHtml using iLines[]
xsltName
waXsltAttributes-descript
space
space
space
fileExtension
customerNameRange
space
space
addBackground.
endif.
perform buildfilename using userFilePath
subdir
xsltName
space
xsltName
fileExtension
IS_TRANSFORMATION
saveToServer
slashSeparator
localFilenameWithPath
localFilenameOnly
newSubdirectory
completeSavePath.
if saveToServer is initial.
perform saveFileTopc using iLines[]
localFilenameWithPath
localFilenameOnly
space
space
displayProgressMessage.
else.
perform saveFileToServer using iLines[]
localFilenameWithPath
localFilenameOnly
completeSavePath
displayProgressMessage
locServerFilesystem.
endif.
endif.
endform. "readXSLTAndDownload
*-------------------------------------------------------------------------------------------------------
* readFunctionAndDownload...
*-------------------------------------------------------------------------------------------------------
form readFunctionAndDownload using iLocTextElements like dumiTextTab[]
iLocSelectionTexts like dumiTextTab[]
iLocMessages like iMessages[]
value(functionName)
value(functionInternalName)
value(shortText)
value(userFilePath)
value(fileExtension)
value(subDir)
value(convertToHtml)
value(functionDocumentationExists)
value(customerNameRange)
value(getIncludes)
value(getDictStructures)
value(slashSeparator)
value(saveToServer)
value(displayProgressMessage)
value(locServerFileSystem)
value(addBackground) type abap_bool.
data: iLines type standard table of string with header line.
data: localFilenameWithPath type string.
data: localFilenameOnly type string.
data: newSubDirectory type string.
data: completeSavePath type string.
read report functionInternalName into iLines.
* If we found any text elements for this function then we ought to append them to the main include.
if not iLocTextElements[] is initial.
perform appendTextElements using iLocTextElements[]
iLines[].
endif.
* If we found any message classes for this function then we ought to append them to the main include.
if not iLocMessages[] is initial.
perform appendMessagesToFile using iLocMessages[]
iLines[]
space.
endif.
if convertToHtml is initial.
append '' to iLines.
append '----------------------------------------------------------------------------------' to iLines.
perform buildFooterMessage using iLines.
append iLines.
else.
perform convertFunctionToHtml using iLines[]
functionName
shortText
IS_FUNCTION
functionDocumentationExists
TRUE
fileExtension
customerNameRange
getIncludes
getDictStructures
addBackground.
endif.
perform buildFilename using userFilePath
subDir
functionName
space
space
fileExtension
IS_FUNCTION
saveToServer
slashSeparator
localFilenameWithPath
localfilenameOnly
newSubDirectory
completeSavePath.
if saveToServer is initial.
perform saveFileToPc using iLines[]
localFilenameWithPath
localFilenameOnly
space
space
displayProgressMessage.
else.
perform saveFileToServer using iLines[]
localFilenameWithPath
localFilenameOnly
completeSavePath
displayProgressMessage
locServerFileSystem.
endif.
endform. "readFunctionAndDownload
*-------------------------------------------------------------------------------------------------------
* buildFilename...
*-------------------------------------------------------------------------------------------------------
form buildFilename using value(userPath)
value(additionalSubDirectory)
value(objectName)
value(mainFunctionNo)
value(includeName)
value(fileExtension)
value(downloadType)
value(downloadToServer)
value(slashSeparator)
newFilenameWithPath
newFilenameOnly
newSubDirectory
completePath.
* If we are running on a non UNIX environment we will need to remove forward slashes from the additional path.
if downloadToServer is initial.
if frontendOpSystem = NON_UNIX.
if not additionalSubdirectory is initial.
translate additionalSubdirectory using '/_'.
if additionalSubdirectory+0(1) = '_'.
shift additionalSubdirectory left by 1 places.
endif.
endif.
endif.
else.
if serverOpSystem = NON_UNIX.
if not additionalSubdirectory is initial.
translate additionalSubdirectory using '/_'.
if additionalSubdirectory+0(1) = '_'.
shift additionalSubdirectory left by 1 places.
endif.
endif.
endif.
endif.
case downloadType.
* Programs
when IS_PROGRAM.
if additionalSubDirectory is initial.
concatenate userPath slashSeparator objectName PERIOD fileExtension into newFilenameWithPath.
concatenate userPath slashSeparator into completePath.
else.
concatenate userPath slashSeparator additionalSubdirectory
slashSeparator objectName PERIOD fileExtension into newFilenameWithPath.
concatenate userPath slashSeparator additionalSubdirectory into completePath.
endif.
* Function Modules
when IS_FUNCTION.
if additionalSubdirectory is initial.
find 'top' in includeName ignoring case.
if sy-subrc = 0.
concatenate userPath slashSeparator objectName
slashSeparator 'Global-' objectName
PERIOD fileExtension
into newFilenameWithPath.
else.
if includeName cs mainFunctionNo and not mainFunctionNo is initial.
concatenate userPath slashSeparator objectName
slashSeparator objectName
PERIOD fileExtension
into newFilenameWithPath.
else.
concatenate userPath slashSeparator objectName
slashSeparator objectName
PERIOD fileExtension
into newFilenameWithPath.
endif.
endif.
newSubDirectory = objectName.
concatenate userPath
slashSeparator
newSubDirectory
slashSeparator into completePath.
else.
find 'top' in includeName ignoring case.
if sy-subrc = 0.
concatenate userPath slashSeparator additionalSubdirectory
slashSeparator objectName
slashSeparator 'Global-' objectName
PERIOD fileExtension
into newFilenameWithPath.
else.
if includeName cs mainFunctionNo and not mainFunctionNo is initial.
concatenate userPath slashSeparator additionalSubdirectory
slashSeparator objectName
slashSeparator objectName
PERIOD fileExtension
into newFilenameWithPath.
else.
concatenate userPath slashSeparator additionalSubdirecto