View | Details | Raw Unified | Return to bug 433
Collapse All | Expand All

(-)a/src/common/data-rate.cc (-14 / +69 lines)
 Lines 36-98   DoParse (const std::string s, uint64_t * Link Here 
36 
    std::string trailer = s.substr(n, std::string::npos);
 36 
    std::string trailer = s.substr(n, std::string::npos);
37 
    if (trailer == "bps")
 37 
    if (trailer == "bps")
38 
      {
 38 
      {
39 
        // Bit/s
 39 
        // bit/s
40 
        *v = (uint64_t)r;
 40 
        *v = (uint64_t)r;
41 
      }
 41 
      }
42 
    else if (trailer == "b/s")
 42 
    else if (trailer == "b/s")
43 
      {
 43 
      {
44 
        // Bit/s
 44 
        // bit/s
45 
        *v = (uint64_t)r;
 45 
        *v = (uint64_t)r;
46 
      }
 46 
      }
47 
    else if (trailer == "Bps")
 47 
    else if (trailer == "Bps")
48 
      {
 48 
      {
49 
        // Byte/s
 49 
        // byte/s
50 
        *v = (uint64_t)(r * 8);
 50 
        *v = (uint64_t)(r * 8);
51 
      }
 51 
      }
52 
    else if (trailer == "B/s")
52 
    else if (trailer == "B/s")
53 
      {
 53 
      {
54 
        // Byte/s
 54 
        // byte/s
55 
        *v = (uint64_t)(r * 8);
 55 
        *v = (uint64_t)(r * 8);
56 
      }
 56 
      }
57 
    else if (trailer == "kbps")
 57 
    else if (trailer == "kbps")
58 
      {
 58 
      {
59 
        // KiloBit/s
 59 
        // kilobits/s
60 
        *v = (uint64_t)(r * 1000);
 60 
        *v = (uint64_t)(r * 1000);
61 
      }
 61 
      }
62 
    else if (trailer == "kb/s")
 62 
    else if (trailer == "kb/s")
63 
      {
 63 
      {
64 
        // KiloBit/s
 64 
        // kilobits/s
65 
        *v = (uint64_t)(r * 1000);
66 
      }
67 
    else if (trailer == "Kbps")
68 
      {
69 
        // kilobits/s
70 
        *v = (uint64_t)(r * 1000);
71 
      }
72 
    else if (trailer == "Kb/s")
73 
      {
74 
        // kilobits/s
65 
        *v = (uint64_t)(r * 1000);
 75 
        *v = (uint64_t)(r * 1000);
66 
      }
 76 
      }
67 
    else if (trailer == "kBps")
 77 
    else if (trailer == "kBps")
68 
      {
 78 
      {
69 
        // KiloBit/s
 79 
        // kiloByte/s
70 
        *v = (uint64_t)(r * 1000);
 80 
        *v = (uint64_t)(r * 8000);
71 
      }
 81 
      }
72 
    else if (trailer == "kB/s")
 82 
    else if (trailer == "kB/s")
73 
      {
 83 
      {
74 
        // KiloBit/s
 84 
        // KiloByte/s
75 
        *v = (uint64_t)(r * 1000);
 85 
        *v = (uint64_t)(r * 8000);
86 
      }
87 
    else if (trailer == "KBps")
88 
      {
89 
        // kiloByte/s
90 
        *v = (uint64_t)(r * 8000);
91 
      }
92 
    else if (trailer == "KB/s")
93 
      {
94 
        // KiloByte/s
95 
        *v = (uint64_t)(r * 8000);
96 
      }
97 
    else if (trailer == "Kibit/s")
98 
      {
99 
        // kibibit/s
100 
        *v = (uint64_t)(r * 1024);
101 
      }
102 
    else if (trailer == "Kibyte/s")
103 
      {
104 
        // Kibibyte/s
105 
        *v = (uint64_t)(r * 8192);
76 
      }
 106 
      }
77 
    else if (trailer == "Mbps")
 107 
    else if (trailer == "Mbps")
78 
      {
 108 
      {
79 
        // MegaBit/s
 109 
        // megabits/s
80 
        *v = (uint64_t)(r * 1000000);
 110 
        *v = (uint64_t)(r * 1000000);
81 
      }
 111 
      }
82 
    else if (trailer == "Mb/s")
 112 
    else if (trailer == "Mb/s")
83 
      {
 113 
      {
84 
        // MegaBit/s
 114 
        // megabits/s
85 
        *v = (uint64_t)(r * 1000000);
 115 
        *v = (uint64_t)(r * 1000000);
86 
      }
 116 
      }
87 
    else if (trailer == "MBps")
 117 
    else if (trailer == "MBps")
88 
      {
 118 
      {
89 
        // MegaByte/s
 119 
        // megaBytes/s
90 
        *v = (uint64_t)(r * 8000000);
 120 
        *v = (uint64_t)(r * 8000000);
91 
      }
 121 
      }
92 
    else if (trailer == "MB/s")
 122 
    else if (trailer == "MB/s")
93 
      {
 123 
      {
94 
        // MegaByte/s
 124 
        // megaBytes/s
95 
        *v = (uint64_t)(r * 8000000);
 125 
        *v = (uint64_t)(r * 8000000);
126 
      }
127 
    else if (trailer == "MBps")
128 
      {
129 
        // megaBytes/s
130 
        *v = (uint64_t)(r * 8000000);
131 
      }
132 
    else if (trailer == "Mibit/s")
133 
      {
134 
        // mebibits/s
135 
        *v = (uint64_t)(r * 1048576);
136 
      }
137 
    else if (trailer == "Mibyte/s")
138 
      {
139 
        // mebibyte/s
140 
        *v = (uint64_t)(r * 1048576 * 8);
96 
      }
 141 
      }
97 
    else if (trailer == "Gbps")
 142 
    else if (trailer == "Gbps")
98 
      {
 143 
      {
 Lines 113-118   DoParse (const std::string s, uint64_t * Link Here 
113 
      {
 158 
      {
114 
        // GigaByte/s
 159 
        // GigaByte/s
115 
        *v = (uint64_t)(r * 8*1000000000);
 160 
        *v = (uint64_t)(r * 8*1000000000);
161 
      }
162 
    else if (trailer == "Gibit/s")
163 
      {
164 
        // mebibits/s
165 
        *v = (uint64_t)(r * 1048576 * 1024);
166 
      }
167 
    else if (trailer == "Gibyte/s")
168 
      {
169 
        // mebibyte/s
170 
        *v = (uint64_t)(r * 1048576 * 1024 * 8);
116 
      }
 171 
      }
117 
    else
 172 
    else
118 
      {
 173 
      {
(-)a/src/common/data-rate.h (+19 lines)
 Lines 48-53   namespace ns3 { Link Here 
48 
 * \endcode
 48 
 * \endcode
49 
 * This class also supports the regular comparison operators <, >, <=, >=, ==,
 49 
 * This class also supports the regular comparison operators <, >, <=, >=, ==,
50 
 * and !=
 50 
 * and !=
51 
 *
52 
 * Conventions used:
53 
 * "b" stands for bits, "B" for bytes (8 bits) \n
54 
 * "k" stands for 1000, "K" also stands for 1000, "Ki" stands for 1024 \n
55 
 * "M" stand for 1000000, "Mib" stands for 1024 kibibits, or 1048576 \n
56 
 * "G" stand for 10^9, "Gib" stands for 1024 mebibits \n
57 
 * whitespace is allowed but not required between the numeric value and units
58 
 *
59 
 * Supported unit strings:
60 
 * bps, b/s, Bps, B/s \n
61 
 * kbps, kb/s, Kbps, Kb/s, kBps, kB/s, KBps, KB/s, Kibit/s, Kibyte/s \n
62 
 * Mbps, Mb/s, MBps, MB/s, Mibit/s, Mibyte/s \n
63 
 * Gbps, Gb/s, GBps, GB/s, Gibit/s, Gibyte/s \n
64 
 *
65 
 * Examples:
66 
 * "56kbps" = 56,000 bits/s \n
67 
 * "128 kb/s" = 128,000 bits/s \n
68 
 * "8Kib/s" = 1 KiB/s = 8192 bits/s \n
69 
 * "1kB/s" = 8000 bits/s
51 
 */
 70 
 */
52 
class DataRate
 71 
class DataRate
53 
{
 72 
{

Return to bug 433