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Diffstat (limited to '.config/vim/autoload/omni/cpp/namespaces.vim')
| -rw-r--r-- | .config/vim/autoload/omni/cpp/namespaces.vim | 838 |
1 files changed, 0 insertions, 838 deletions
diff --git a/.config/vim/autoload/omni/cpp/namespaces.vim b/.config/vim/autoload/omni/cpp/namespaces.vim deleted file mode 100644 index 386b3f9..0000000 --- a/.config/vim/autoload/omni/cpp/namespaces.vim +++ /dev/null @@ -1,838 +0,0 @@ -" Description: Omni completion script for cpp files -" Maintainer: Vissale NEANG -" Last Change: 26 sept. 2007 - -let g:omni#cpp#namespaces#CacheResolve = {} -let g:omni#cpp#namespaces#CacheUsing = {} -" TODO: For the next release -"let g:omni#cpp#namespaces#CacheAlias = {} - -" Get the using namespace list from a line -function! s:GetNamespaceAliasListFromLine(szLine) - let result = {} - let tokens = omni#cpp#tokenizer#Tokenize(a:szLine) - let szAlias = '' - let szNamespace = '' - let state = 0 - for token in tokens - if state==0 - let szAlias = '' - let szNamespace = '' - if token.value == '/*' - let state = 1 - elseif token.value == '//' - " It's a comment - let state = -1 - break - elseif token.value == 'namespace' - let state = 2 - endif - elseif state==1 - if token.value == '*/' - let state=0 - endif - elseif state==2 - if token.kind == 'cppWord' - let szAlias .= token.value - let state = 3 - else - let state = -1 - break - endif - elseif state == 3 - if token.value == '=' - let state = 4 - else - let state = -1 - break - endif - elseif state == 4 - if token.value == '::' - let szNamespace .= token.value - let state = 5 - elseif token.kind == 'cppWord' - let szNamespace .= token.value - let state = 6 - " Maybe end of tokens - endif - elseif state==5 - if token.kind == 'cppWord' - let szNamespace .= token.value - let state = 6 - " Maybe end of tokens - else - " Error, we can't have 'namespace ALIAS = Something::' - let state = -1 - break - endif - elseif state==6 - if token.value == '::' - let szNamespace .= token.value - let state = 5 - else - call extend(result, {szAlias : szNamespace}) - let state = 0 - endif - endif - endfor - - if state == 6 - call extend(result, {szAlias : szNamespace}) - endif - - return result -endfunc - -" Get the using namespace list from a line -function! s:GetNamespaceListFromLine(szLine) - let result = [] - let tokens = omni#cpp#tokenizer#Tokenize(a:szLine) - let szNamespace = '' - let state = 0 - for token in tokens - if state==0 - let szNamespace = '' - if token.value == '/*' - let state = 1 - elseif token.value == '//' - " It's a comment - let state = -1 - break - elseif token.value == 'using' - let state = 2 - endif - elseif state==1 - if token.value == '*/' - let state=0 - endif - elseif state==2 - if token.value == 'namespace' - let state = 3 - else - " Error, 'using' must be followed by 'namespace' - let state = -1 - break - endif - elseif state==3 - if token.value == '::' - let szNamespace .= token.value - let state = 4 - elseif token.kind == 'cppWord' - let szNamespace .= token.value - let state = 5 - " Maybe end of tokens - endif - elseif state==4 - if token.kind == 'cppWord' - let szNamespace .= token.value - let state = 5 - " Maybe end of tokens - else - " Error, we can't have 'using namespace Something::' - let state = -1 - break - endif - elseif state==5 - if token.value == '::' - let szNamespace .= token.value - let state = 4 - else - call extend(result, [szNamespace]) - let state = 0 - endif - endif - endfor - - if state == 5 - call extend(result, [szNamespace]) - endif - - return result -endfunc - -" Get the namespace list from a namespace map -function! s:GetUsingNamespaceListFromMap(namespaceMap, ...) - let stopLine = 0 - if a:0>0 - let stopLine = a:1 - endif - - let result = [] - let keys = sort(keys(a:namespaceMap), 'omni#common#utils#CompareNumber') - for i in keys - if stopLine != 0 && i > stopLine - break - endif - call extend(result, a:namespaceMap[i]) - endfor - return result -endfunc - -" Get global using namespace list from the current buffer -function! omni#cpp#namespaces#GetListFromCurrentBuffer(...) - let namespaceMap = s:GetAllUsingNamespaceMapFromCurrentBuffer() - let result = [] - if namespaceMap != {} - let result = s:GetUsingNamespaceListFromMap(namespaceMap, (a:0 > 0)? a:1 : line('.')) - endif - return result -endfunc - -" Get global using namespace map from the current buffer and include files recursively -function! s:GetAllUsingNamespaceMapFromCurrentBuffer(...) - let includeGuard = (a:0>0)? a:1 : {} - - let szBufferName = getreg("%") - let szFilePath = omni#cpp#utils#ResolveFilePath(szBufferName) - let szFilePath = (szFilePath=='')? szBufferName : szFilePath - - let namespaceMap = {} - if has_key(includeGuard, szFilePath) - return namespaceMap - else - let includeGuard[szFilePath] = 1 - endif - - let namespaceMap = omni#cpp#namespaces#GetMapFromCurrentBuffer() - - if g:OmniCpp_NamespaceSearch != 2 - " We don't search included files if OmniCpp_NamespaceSearch != 2 - return namespaceMap - endif - - for inc in omni#cpp#includes#GetList() - let lnum = inc.pos[0] - let tmpMap = s:GetAllUsingNamespaceMapFromFile(inc.include, includeGuard) - if tmpMap != {} - if has_key(namespaceMap, lnum) - call extend(namespaceMap[lnum], s:GetUsingNamespaceListFromMap(tmpMap)) - else - let namespaceMap[lnum] = s:GetUsingNamespaceListFromMap(tmpMap) - endif - endif - endfor - - return namespaceMap -endfunc - -" Get global using namespace map from a file and include files recursively -function! s:GetAllUsingNamespaceMapFromFile(szFilePath, ...) - let includeGuard = {} - if a:0 >0 - let includeGuard = a:1 - endif - - let szFilePath = omni#cpp#utils#ResolveFilePath(a:szFilePath) - let szFilePath = (szFilePath=='')? a:szFilePath : szFilePath - - let namespaceMap = {} - if has_key(includeGuard, szFilePath) - return namespaceMap - else - let includeGuard[szFilePath] = 1 - endif - - " If g:OmniCpp_NamespaceSearch == 1 (search namespaces only in the current - " buffer) we don't use cache for the current buffer - let namespaceMap = omni#cpp#namespaces#GetMapFromBuffer(szFilePath, g:OmniCpp_NamespaceSearch==1) - - if g:OmniCpp_NamespaceSearch != 2 - " We don't search included files if OmniCpp_NamespaceSearch != 2 - return namespaceMap - endif - - for inc in omni#cpp#includes#GetList(szFilePath) - let lnum = inc.pos[0] - let tmpMap = s:GetAllUsingNamespaceMapFromFile(inc.include, includeGuard) - if tmpMap != {} - if has_key(namespaceMap, lnum) - call extend(namespaceMap[lnum], s:GetUsingNamespaceListFromMap(tmpMap)) - else - let namespaceMap[lnum] = s:GetUsingNamespaceListFromMap(tmpMap) - endif - endif - endfor - - return namespaceMap -endfunc - -" Get global using namespace map from a the current buffer -function! omni#cpp#namespaces#GetMapFromCurrentBuffer() - let namespaceMap = {} - let originalPos = getpos('.') - - call setpos('.', [0, 1, 1, 0]) - let curPos = [1,1] - while curPos != [0,0] - let curPos = searchpos('\C^using\s\+namespace', 'W') - if curPos != [0,0] - let szLine = getline('.') - let startPos = curPos[1] - let endPos = match(szLine, ';', startPos-1) - if endPos!=-1 - " We get the namespace list from the line - let namespaceMap[curPos[0]] = s:GetNamespaceListFromLine(szLine) - endif - endif - endwhile - - call setpos('.', originalPos) - return namespaceMap -endfunc - -" Get global using namespace map from a file -function! omni#cpp#namespaces#GetMapFromBuffer(szFilePath, ...) - let bUpdate = 0 - if a:0 > 0 - let bUpdate = a:1 - endif - - let szFilePath = omni#cpp#utils#ResolveFilePath(a:szFilePath) - let szFilePath = (szFilePath=='')? a:szFilePath : szFilePath - - if !bUpdate && has_key(g:omni#cpp#namespaces#CacheUsing, szFilePath) - return copy(g:omni#cpp#namespaces#CacheUsing[szFilePath]) - endif - - let namespaceMap = {} - " The file exists, we get the global namespaces in this file - let szFixedPath = escape(szFilePath, g:omni#cpp#utils#szEscapedCharacters) - execute 'silent! lvimgrep /\C^using\s\+namespace/gj '.szFixedPath - - " key = line number - " value = list of namespaces - let listQuickFix = getloclist(0) - for qf in listQuickFix - let szLine = qf.text - let startPos = qf.col - let endPos = match(szLine, ';', startPos-1) - if endPos!=-1 - " We get the namespace list from the line - let namespaceMap[qf.lnum] = s:GetNamespaceListFromLine(szLine) - endif - endfor - - if szFixedPath != '' - let g:omni#cpp#namespaces#CacheUsing[szFixedPath] = namespaceMap - endif - - return copy(namespaceMap) -endfunc - -" Get the stop position when searching for local variables -function! s:GetStopPositionForLocalSearch() - " Stop position when searching a local variable - let originalPos = getpos('.') - let origPos = originalPos[1:2] - let stopPosition = origPos - let curPos = origPos - while curPos !=[0,0] - let stopPosition = curPos - let curPos = searchpairpos('{', '', '}', 'bW', g:omni#cpp#utils#expIgnoreComments) - endwhile - call setpos('.', originalPos) - - return stopPosition -endfunc - -" Get namespaces alias used at the cursor postion in a vim buffer -" Note: The result depends on the current cursor position -" @return -" - Map of namespace alias -function! s:GetNamespaceAliasMap() - " We store the cursor position because searchpairpos() moves the cursor - let result = {} - let originalPos = getpos('.') - let origPos = originalPos[1:2] - - let stopPos = s:GetStopPositionForLocalSearch() - let stopLine = stopPos[0] - let curPos = origPos - let lastLine = 0 - let nextStopLine = origPos[0] - let szReAlias = '\Cnamespace\s\+\w\+\s\+=' - while curPos !=[0,0] - let curPos = searchpos('}\|\('. szReAlias .'\)', 'bW',stopLine) - if curPos!=[0,0] && curPos[0]!=lastLine - let lastLine = curPos[0] - - let szLine = getline('.') - if origPos[0] == curPos[0] - " We get the line until cursor position - let szLine = szLine[:origPos[1]] - endif - - let szLine = omni#cpp#utils#GetCodeFromLine(szLine) - if match(szLine, szReAlias)<0 - " We found a '}' - let curPos = searchpairpos('{', '', '}', 'bW', g:omni#cpp#utils#expIgnoreComments) - else - " We get the namespace alias from the line - call extend(result, s:GetNamespaceAliasListFromLine(szLine)) - let nextStopLine = curPos[0] - endif - endif - endwhile - - " Setting the cursor to the original position - call setpos('.', originalPos) - - call s:ResolveAliasKeys(result) - return result -endfunc - -" Resolve an alias -" eg: namespace IAmAnAlias1 = Ns1 -" eg: namespace IAmAnAlias2 = IAmAnAlias1::Ns2 -" => IAmAnAlias2 = Ns1::Ns2 -function! s:ResolveAliasKey(mapNamespaceAlias, szAlias) - let szResult = a:mapNamespaceAlias[a:szAlias] - " ::Ns1::Ns2::Ns3 => ['Ns1', 'Ns2', 'Ns3'] - let listNamespace = split(szResult, '::') - if len(listNamespace) - " szBeginPart = 'Ns1' - let szBeginPart = remove(listNamespace, 0) - - " Is 'Ns1' an alias ? - if has_key(a:mapNamespaceAlias, szBeginPart) && szBeginPart != a:szAlias - " Resolving alias 'Ns1' - " eg: Ns1 = NsResolved - let szResult = s:ResolveAliasKey(a:mapNamespaceAlias, szBeginPart) - " szEndPart = 'Ns2::Ns3' - let szEndPart = join(listNamespace, '::') - if szEndPart != '' - " Concatenation => szResult = 'NsResolved::Ns2::Ns3' - let szResult .= '::' . szEndPart - endif - endif - endif - return szResult -endfunc - -" Resolve all keys in the namespace alias map -function! s:ResolveAliasKeys(mapNamespaceAlias) - let mapNamespaceAlias = a:mapNamespaceAlias - call map(mapNamespaceAlias, 's:ResolveAliasKey(mapNamespaceAlias, v:key)') -endfunc - -" Resolve namespace alias -function! omni#cpp#namespaces#ResolveAlias(mapNamespaceAlias, szNamespace) - let szResult = a:szNamespace - " ::Ns1::Ns2::Ns3 => ['Ns1', 'Ns2', 'Ns3'] - let listNamespace = split(a:szNamespace, '::') - if len(listNamespace) - " szBeginPart = 'Ns1' - let szBeginPart = remove(listNamespace, 0) - - " Is 'Ns1' an alias ? - if has_key(a:mapNamespaceAlias, szBeginPart) - " Resolving alias 'Ns1' - " eg: Ns1 = NsResolved - let szResult = a:mapNamespaceAlias[szBeginPart] - " szEndPart = 'Ns2::Ns3' - let szEndPart = join(listNamespace, '::') - if szEndPart != '' - " Concatenation => szResult = 'NsResolved::Ns2::Ns3' - let szResult .= '::' . szEndPart - endif - - " If a:szNamespace starts with '::' we add '::' to the beginning - " of the result - if match(a:szNamespace, '^::')>=0 - let szResult = omni#cpp#utils#SimplifyScope('::' . szResult) - endif - endif - endif - return szResult -endfunc - -" Resolve namespace alias -function! s:ResolveAliasInNamespaceList(mapNamespaceAlias, listNamespaces) - call map(a:listNamespaces, 'omni#cpp#namespaces#ResolveAlias(a:mapNamespaceAlias, v:val)') -endfunc - -" Get namespaces used at the cursor postion in a vim buffer -" Note: The result depends on the current cursor position -" @return -" - List of namespace used in the reverse order -function! omni#cpp#namespaces#GetUsingNamespaces() - " We have to get local using namespace declarations - " We need the current cursor position and the position of the start of the - " current scope - - " We store the cursor position because searchpairpos() moves the cursor - let result = [] - let originalPos = getpos('.') - let origPos = originalPos[1:2] - - let stopPos = s:GetStopPositionForLocalSearch() - - let stopLine = stopPos[0] - let curPos = origPos - let lastLine = 0 - let nextStopLine = origPos[0] - while curPos !=[0,0] - let curPos = searchpos('\C}\|\(using\s\+namespace\)', 'bW',stopLine) - if curPos!=[0,0] && curPos[0]!=lastLine - let lastLine = curPos[0] - - let szLine = getline('.') - if origPos[0] == curPos[0] - " We get the line until cursor position - let szLine = szLine[:origPos[1]] - endif - - let szLine = omni#cpp#utils#GetCodeFromLine(szLine) - if match(szLine, '\Cusing\s\+namespace')<0 - " We found a '}' - let curPos = searchpairpos('{', '', '}', 'bW', g:omni#cpp#utils#expIgnoreComments) - else - " We get the namespace list from the line - let result = s:GetNamespaceListFromLine(szLine) + result - let nextStopLine = curPos[0] - endif - endif - endwhile - - " Setting the cursor to the original position - call setpos('.', originalPos) - - " 2) Now we can get all global using namespace declaration from the - " beginning of the file to nextStopLine - let result = omni#cpp#namespaces#GetListFromCurrentBuffer(nextStopLine) + result - - " Resolving alias in the namespace list - " TODO: For the next release - "let g:omni#cpp#namespaces#CacheAlias= s:GetNamespaceAliasMap() - "call s:ResolveAliasInNamespaceList(g:omni#cpp#namespaces#CacheAlias, result) - - return ['::'] + result -endfunc - -" Resolve a using namespace regarding the current context -" For each namespace used: -" - We get all possible contexts where the namespace -" can be define -" - We do a comparison test of each parent contexts with the current -" context list -" - If one and only one parent context is present in the -" current context list we add the namespace in the current -" context -" - If there is more than one of parent contexts in the -" current context the namespace is ambiguous -" @return -" - result item -" - kind = 0|1 -" - 0 = unresolved or error -" - 1 = resolved -" - value = resolved namespace -function! s:ResolveNamespace(namespace, mapCurrentContexts) - let result = {'kind':0, 'value': ''} - - " If the namespace is already resolved we add it in the list of - " current contexts - if match(a:namespace, '^::')>=0 - let result.kind = 1 - let result.value = a:namespace - return result - elseif match(a:namespace, '\w\+::\w\+')>=0 - let mapCurrentContextsTmp = copy(a:mapCurrentContexts) - let resolvedItem = {} - for nsTmp in split(a:namespace, '::') - let resolvedItem = s:ResolveNamespace(nsTmp, mapCurrentContextsTmp) - if resolvedItem.kind - " Note: We don't extend the map - let mapCurrentContextsTmp = {resolvedItem.value : 1} - else - break - endif - endfor - if resolvedItem!={} && resolvedItem.kind - let result.kind = 1 - let result.value = resolvedItem.value - endif - return result - endif - - " We get all possible parent contexts of this namespace - let listTagsOfNamespace = [] - if has_key(g:omni#cpp#namespaces#CacheResolve, a:namespace) - let listTagsOfNamespace = g:omni#cpp#namespaces#CacheResolve[a:namespace] - else - let listTagsOfNamespace = omni#common#utils#TagList('^'.a:namespace.'$') - let g:omni#cpp#namespaces#CacheResolve[a:namespace] = listTagsOfNamespace - endif - - if len(listTagsOfNamespace)==0 - return result - endif - call filter(listTagsOfNamespace, 'v:val.kind[0]=="n"') - - " We extract parent context from tags - " We use a map to avoid multiple entries - let mapContext = {} - for tagItem in listTagsOfNamespace - let szParentContext = omni#cpp#utils#ExtractScope(tagItem) - let mapContext[szParentContext] = 1 - endfor - let listParentContext = keys(mapContext) - - " Now for each parent context we test if the context is in the current - " contexts list - let listResolvedNamespace = [] - for szParentContext in listParentContext - if has_key(a:mapCurrentContexts, szParentContext) - call extend(listResolvedNamespace, [omni#cpp#utils#SimplifyScope(szParentContext.'::'.a:namespace)]) - endif - endfor - - " Now we know if the namespace is ambiguous or not - let len = len(listResolvedNamespace) - if len==1 - " Namespace resolved - let result.kind = 1 - let result.value = listResolvedNamespace[0] - elseif len > 1 - " Ambiguous namespace, possible matches are in listResolvedNamespace - else - " Other cases - endif - return result -endfunc - -" Resolve namespaces -"@return -" - List of resolved namespaces -function! omni#cpp#namespaces#ResolveAll(namespacesUsed) - - " We add the default context '::' - let contextOrder = 0 - let mapCurrentContexts = {} - - " For each namespace used: - " - We get all possible contexts where the namespace - " can be define - " - We do a comparison test of each parent contexts with the current - " context list - " - If one and only one parent context is present in the - " current context list we add the namespace in the current - " context - " - If there is more than one of parent contexts in the - " current context the namespace is ambiguous - for ns in a:namespacesUsed - let resolvedItem = s:ResolveNamespace(ns, mapCurrentContexts) - if resolvedItem.kind - let contextOrder+=1 - let mapCurrentContexts[resolvedItem.value] = contextOrder - endif - endfor - - " Build the list of current contexts from the map, we have to keep the - " order - let mapReorder = {} - for key in keys(mapCurrentContexts) - let mapReorder[ mapCurrentContexts[key] ] = key - endfor - let result = [] - for key in sort(keys(mapReorder)) - call extend(result, [mapReorder[key]]) - endfor - return result -endfunc - -" Build the context stack -function! s:BuildContextStack(namespaces, szCurrentScope) - let result = copy(a:namespaces) - if a:szCurrentScope != '::' - let tagItem = omni#cpp#utils#GetResolvedTagItem(a:namespaces, omni#cpp#utils#CreateTypeInfo(a:szCurrentScope)) - if has_key(tagItem, 'inherits') - let listBaseClass = omni#cpp#utils#GetClassInheritanceList(a:namespaces, omni#cpp#utils#CreateTypeInfo(a:szCurrentScope)) - let result = listBaseClass + result - elseif has_key(tagItem, 'kind') && index(['c', 's', 'u', 'n'], tagItem.kind[0])>=0 - call insert(result, omni#cpp#utils#ExtractTypeInfoFromTag(tagItem)) - endif - endif - return result -endfunc - -" Returns the class scope at the current position of the cursor -" @return a string that represents the class scope -" eg: ::NameSpace1::Class1 -" The returned string always starts with '::' -" Note: In term of performance it's the weak point of the script -function! s:GetClassScopeAtCursor() - " We store the cursor position because searchpairpos() moves the cursor - let originalPos = getpos('.') - let endPos = originalPos[1:2] - let listCode = [] - let result = {'namespaces': [], 'scope': ''} - - while endPos!=[0,0] - let endPos = searchpairpos('{', '', '}', 'bW', g:omni#cpp#utils#expIgnoreComments) - let szReStartPos = '[;{}]\|\%^' - let startPos = searchpairpos(szReStartPos, '', '{', 'bWn', g:omni#cpp#utils#expIgnoreComments) - - " If the file starts with a comment so the startPos can be [0,0] - " we change it to [1,1] - if startPos==[0,0] - let startPos = [1,1] - endif - - " Get lines backward from cursor position to last ; or { or } - " or when we are at the beginning of the file. - " We store lines in listCode - if endPos!=[0,0] - " We remove the last character which is a '{' - " We also remove starting { or } or ; if exits - let szCodeWithoutComments = substitute(omni#cpp#utils#GetCode(startPos, endPos)[:-2], '^[;{}]', '', 'g') - call insert(listCode, {'startLine' : startPos[0], 'code' : szCodeWithoutComments}) - endif - endwhile - " Setting the cursor to the original position - call setpos('.', originalPos) - - let listClassScope = [] - let bResolved = 0 - let startLine = 0 - " Now we can check in the list of code if there is a function - for code in listCode - " We get the name of the namespace, class, struct or union - " and we store it in listClassScope - let tokens = omni#cpp#tokenizer#Tokenize(code.code) - let bContinue=0 - let bAddNamespace = 0 - let state=0 - for token in tokens - if state==0 - if index(['namespace', 'class', 'struct', 'union'], token.value)>=0 - if token.value == 'namespace' - let bAddNamespace = 1 - endif - let state= 1 - " Maybe end of tokens - endif - elseif state==1 - if token.kind == 'cppWord' - " eg: namespace MyNs { class MyCl {}; } - " => listClassScope = [MyNs, MyCl] - call extend( listClassScope , [token.value] ) - - " Add the namespace in result - if bAddNamespace - call extend(result.namespaces, [token.value]) - let bAddNamespace = 0 - endif - - let bContinue=1 - break - endif - endif - endfor - if bContinue==1 - continue - endif - - " Simple test to check if we have a chance to find a - " class method - let aPos = matchend(code.code, '::\s*\~*\s*\w\+\s*(') - if aPos ==-1 - continue - endif - - let startLine = code.startLine - let listTmp = [] - " eg: 'void MyNamespace::MyClass::foo(' - " => tokens = ['MyClass', '::', 'MyNamespace', 'void'] - let tokens = reverse(omni#cpp#tokenizer#Tokenize(code.code[:aPos-1])[:-4]) - let state = 0 - " Reading tokens backward - for token in tokens - if state==0 - if token.kind=='cppWord' - call insert(listTmp, token.value) - let state=1 - endif - elseif state==1 - if token.value=='::' - let state=2 - else - break - endif - elseif state==2 - if token.kind=='cppWord' - call insert(listTmp, token.value) - let state=1 - else - break - endif - endif - endfor - - if len(listTmp) - if len(listClassScope) - let bResolved = 1 - " Merging class scopes - " eg: current class scope = 'MyNs::MyCl1' - " method class scope = 'MyCl1::MyCl2' - " If we add the method class scope to current class scope - " we'll have MyNs::MyCl1::MyCl1::MyCl2 => it's wrong - " we want MyNs::MyCl1::MyCl2 - let index = 0 - for methodClassScope in listTmp - if methodClassScope==listClassScope[-1] - let listTmp = listTmp[index+1:] - break - else - let index+=1 - endif - endfor - endif - call extend(listClassScope, listTmp) - break - endif - endfor - - let szClassScope = '::' - if len(listClassScope) - if bResolved - let szClassScope .= join(listClassScope, '::') - else - let szClassScope = join(listClassScope, '::') - - " The class scope is not resolved, we have to check using - " namespace declarations and search the class scope in each - " namespace - if startLine != 0 - let namespaces = ['::'] + omni#cpp#namespaces#GetListFromCurrentBuffer(startLine) - let namespaces = omni#cpp#namespaces#ResolveAll(namespaces) - let tagItem = omni#cpp#utils#GetResolvedTagItem(namespaces, omni#cpp#utils#CreateTypeInfo(szClassScope)) - if tagItem != {} - let szClassScope = omni#cpp#utils#ExtractTypeInfoFromTag(tagItem) - endif - endif - endif - endif - - let result.scope = szClassScope - return result -endfunc - -" Get all contexts at the cursor position -function! omni#cpp#namespaces#GetContexts() - " Get the current class scope at the cursor, the result depends on the current cursor position - let scopeItem = s:GetClassScopeAtCursor() - let listUsingNamespace = copy(g:OmniCpp_DefaultNamespaces) - call extend(listUsingNamespace, scopeItem.namespaces) - if g:OmniCpp_NamespaceSearch && &filetype != 'c' - " Get namespaces used in the file until the cursor position - let listUsingNamespace = omni#cpp#namespaces#GetUsingNamespaces() + listUsingNamespace - " Resolving namespaces, removing ambiguous namespaces - let namespaces = omni#cpp#namespaces#ResolveAll(listUsingNamespace) - else - let namespaces = ['::'] + listUsingNamespace - endif - call reverse(namespaces) - - " Building context stack from namespaces and the current class scope - return s:BuildContextStack(namespaces, scopeItem.scope) -endfunc |